#Data Scientist Course in London

[callofdutymobileindia]

Artificial Intelligence Course in London: Everything You Need to Know Before Enrolling (2025 Guide)

Artificial Intelligence (AI) is transforming industries at an unprecedented pace, and London — one of the world's most influential technology hubs — is at the heart of this revolution. From financial services and healthcare to autonomous systems and generative AI startups, the capital city is buzzing with AI innovation. If you're looking to build a career in AI or upskill for the future, enrolling in an Artificial Intelligence course in London could be your best career move in 2025.

This comprehensive guide covers everything you need to know before enrolling — including course types, skills you’ll gain, career opportunities, and how to choose the right institute.

Why Choose London for an Artificial Intelligence Course?

London has become a global AI powerhouse for several reasons:

Home to Top AI Companies: DeepMind, Faculty AI, BenevolentAI, and many startups are headquartered in London.

Global Tech Ecosystem: The city is a hub for innovation, hosting numerous AI conferences, tech meetups, and research initiatives.

Networking & Employment Opportunities: Access to a diverse pool of companies hiring AI talent.

World-Class Education: London hosts some of the best institutions offering practical and research-oriented AI courses.

Whether you’re a student, software engineer, data scientist, or business leader, London offers the right AI education ecosystem for every level of learner.

Who Should Take an Artificial Intelligence Course?

AI is no longer limited to just data scientists or researchers. The demand for AI skills spans across:

Software Developers

Data Analysts and Scientists

IT Professionals

Business Analysts

Product Managers

Fresh Graduates looking to enter the tech industry

AI courses are designed for both technical and non-technical backgrounds — offering foundational to advanced knowledge, depending on your career stage.

What You Will Learn in an Artificial Intelligence Course

A good Artificial Intelligence course in London offers a combination of theory, hands-on projects, and real-world applications. Core topics include:

1. Machine Learning

Supervised and unsupervised algorithms

Decision trees, SVM, k-NN, Naive Bayes

Model evaluation and tuning

2. Deep Learning

Neural networks and backpropagation

Convolutional Neural Networks (CNNs)

Recurrent Neural Networks (RNNs) and LSTMs

3. Natural Language Processing (NLP)

Text mining and sentiment analysis

Transformers, BERT, and GPT models

4. Computer Vision

Image classification and object detection

OpenCV, TensorFlow, and PyTorch applications

5. Generative AI

GANs (Generative Adversarial Networks)

Prompt engineering

AI model fine-tuning and deployment

6. Ethics and Responsible AI

Fairness, transparency, and bias in AI systems

Privacy and data governance

Most programs also include capstone projects, industry case studies, and portfolio development to showcase your practical skills to employers.

Types of AI Courses Available in London

🔹 Short-Term Certifications

Duration: 2 weeks to 3 months

Suitable for: Beginners or professionals upskilling in niche areas

Format: Online, hybrid, or in-person

Focus: Practical tools and applications like Python for AI, ML basics, etc.

🔹 Diploma & Postgraduate Certificates

Duration: 6 to 12 months

Suitable for: Graduates and professionals pursuing a career shift

Curriculum: Machine learning, deep learning, real-world projects

Outcome: Skill-based job readiness and portfolio building

🔹 Master’s Degrees in AI

Duration: 1 to 2 years

Suitable for: Students or professionals looking for research or academic-oriented careers

Institutions: Universities in London offer MSc AI degrees with strong academic and research components

Includes: Thesis, internships, and research publications

Skills You’ll Gain from an AI Course

A reputable AI course in London will equip you with both technical and soft skills, such as:

Python and libraries like NumPy, Pandas, TensorFlow, PyTorch

Model building and deployment

Data preprocessing and visualization

Cloud tools like AWS, Azure, and Google Cloud AI APIs

AI model optimization and scalability

Communication and presentation of technical findings

Problem-solving through real-world projects

These skills will help you become job-ready for roles like:

AI Engineer

Machine Learning Engineer

Data Scientist

NLP Engineer

Computer Vision Specialist

AI Product Manager

Career Opportunities After an AI Course in London

London’s AI job market is thriving. After completing an AI course, you can explore roles across:

Tech Startups & Scaleups

Financial Institutions

Healthcare AI Companies

Consulting Firms (AI Strategy & Deployment)

Government & Public Policy in AI

Education & Research Labs

How to Choose the Best Artificial Intelligence Course in London

When selecting a course, consider the following key factors:

✅ Course Curriculum

Ensure the syllabus includes both foundational topics (e.g., Python, ML basics) and advanced modules (e.g., Deep Learning, Generative AI).

✅ Project-Based Learning

Choose a course that offers capstone projects and portfolio-building opportunities with real datasets.

✅ Faculty & Mentorship

Courses led by experienced AI practitioners or researchers offer more depth and industry relevance.

✅ Placement or Career Support

Opt for institutes that provide career counseling, resume reviews, mock interviews, and industry connections.

✅ Certification Recognition

A course that awards globally recognized certifications adds credibility to your resume and improves job prospects.

Popular AI Tools & Technologies You’ll Learn

Most AI courses in London will train you on key tools and platforms such as:

Python, Jupyter Notebooks

TensorFlow, PyTorch, Keras

OpenCV for computer vision

Hugging Face for NLP and transformers

Scikit-learn, Pandas, NumPy

Power BI, Tableau for data visualization

MLflow, Docker, Flask for deployment

Final Thoughts

AI is reshaping the future of work, and there’s no better time — or place — to invest in building these cutting-edge skills than London. Whether you're starting your career or transitioning from another field, enrolling in an Artificial Intelligence course in London offers you the perfect combination of high-quality education, global networking, and abundant job opportunities.

By choosing a course that emphasizes hands-on learning, mentorship, and up-to-date technologies, you can set yourself on a successful AI career path that is both future-proof and globally relevant.

So, take the leap. Empower yourself with AI knowledge and become part of the next generation of innovators, researchers, and tech leaders — right from the heart of London.

[notwiselybuttoowell]

The Natural History Museum in London has announced a major programme of transformation it says will mark “a step-change from being a catalogue of natural history to a catalyst for change” in response to the climate emergency.

The scheme to renovate the museum’s celebrated Victorian building and develop a new research and storage facility will build on its aim to turn visitors into “advocates for the planet"

Four existing galleries will be overhauled, including its enormously popular dinosaur gallery, while the museum plans to reopen two long-closed exhibition spaces, one of which, the Old General Herbarium, has not been accessible to the public since 1948.

One of them will house a new permanent exhibition that the museum’s director, Doug Gurr, said would include the most explicit climate messaging it had ever offered. The exhibition, Fixing Our Broken Planet, will have the express aim of “nudging” visitors to change their behaviour, he said.

The new exhibition spaces will be freed up by the creation of a purpose-built storage, research and digitisation centre at Thames Valley Science Park near Reading, to which more than a third of the museum’s enormous natural history collection will be moved from its “unsuitable, unsustainable” current home.

The museum said this was “so we can take better care of it and more easily share its data with scientists all over the world who are finding solutions to problems like climate change, biodiversity loss and food security.”

Until recently, Gurr told the Guardian, the museum had seen itself as a “passive observer … our job was to collect, to conserve, to research, to display”.

“[Then] we stepped back a bit and said: ‘Well, hang on, if your subject matter is planet Earth and it’s under that much threat, you’ve got to do something about it. If you want the sporting analogy: how do you get off the sidelines and get on the pitch?”

In 2020 the museum declared a planetary emergency, and Gurr said the redevelopment was part of its continuing response. “The best contribution we can make is to create what we call ‘advocates for the planet’. And what that really means is: how do you inspire people at scale to care about nature and to care enough to want to do something about it?

“Of course, we still want people to have a brilliant, fun family day out. But if you can come out of that being a little bit more interested in nature and a little bit more aware of some of the challenges, you’re a bit more likely to want to do something about it.”

The overhaul of the South Kensington site is due to be completed in time for the museum’s 150th anniversary in 2031. The bulk of the funding will come from the government, which has already committed more than £200m to the new collections and research centre, while a further £155m will fund a museum-led programme to digitise natural science collections in the UK. In addition, the museum announced plans to raise £150m from philanthropic and commercial sponsors.

Gurr said the museum was happy to “talk to everybody” about potential sources of sponsorship but would not accept donations from firms it saw as unacceptable partners based on their climate record. “We are very, very clear that when we talk to [a potential sponsor], we’re going to look at the actual behaviour versus the statements,” he said.

Gurr said the museum had turned down “significant” sums in the past “where we just felt it wouldn’t be appropriate to accept at this point, because we’re acutely aware that you can’t go around asking people to change behaviour and save the planet if you’re then hypocritical in some of the gifts you accept”.

He would not be drawn on the position taken by other institutions such as the Science Museum and the British Museum, both of which have highly controversial funding relationships with energy firms, but he said: “It is factual that we have not accepted any funding from fossil fuel companies.”

The museum recently redeveloped its outdoor space into two new gardens focusing on evolution and biodiversity, and Gurr said it hoped to expand its education programme, encouraging schools to exploit their own outdoor space and enhance their climate and nature teaching.

[xtruss]

Visiting The Titanic Is Suddenly A Lot Easier Than You Think

Fresh Advances in 3D Scanning Technology are Making It Possible to Explore Some of the Hardest-to-Reach and Most Fragile Sites on Earth.

— By Camille Bromley | April 8, 2025

This rendering of the Titanic is based on 715,000 photos and millions of laser scans of the famous wreck, which were stitched together to create a perfect digital replica of what remains of the ship. Image By Magellan Limited/Atlantic Productions

Last year, Parks Stephenson stood next to the Titanic and walked slowly around it, gazing up at the massive ship. He paused to look inside one of the boiler rooms and at the position of the controls on the engines. He noticed the number 401, the ship’s ID, etched on the propeller blades. Rusticles hung from the steel shell. Twisted metal and personal trinkets from those long dead littered the ground.

Stephenson, a retired naval officer and Titanic historian, wasn’t 12,500 feet below the surface of the North Atlantic, of course. He was in London, inspecting the ship’s digital twin: a one-for-one computer model made possible by advances in remote 3D scanning and mapping technology. The model is so densely detailed, a video rendering of it can be projected to life-size in a warehouse, where researchers can walk alongside it and zoom in and out on individual features, like a steam valve from the boiler room, which the scan revealed was left open, possibly to keep an emergency generator running as the ship sank. The Titanic twin adds to a growing list of similar models made of archaeological and cultural sites around the world that both preserve these fragile places and provide a new means of exploring them.

Stephenson has seen the actual Titanic wreck twice since his first dive in 2005, but he didn’t catch so many details on his trips. “You can only see what’s immediately in front of you,” he says of peering through a submersible’s roughly six-inch viewport and camera views. “It’s like being in a dark room and you have a flashlight that’s not very powerful.” The digital twin, on the other hand, gave him an unobstructed, 360-degree view of every gnarled nook and cranny.

The scan of the storied ship was carried out over three weeks in 2022 by Magellan, a deep-sea mapping company based in the Channel Islands. Titanic: The Digital Resurrection, a new National Geographic documentary streaming on Disney+, tells the story of the effort. It is the largest underwater 3D scan ever made, amounting to 16 terabytes of data (equivalent to the hard drive footprint of six million e-books). To create it, two remote-operated robots romantically named Romeo and Juliet traveled down to the wreck and systematically canvassed the site, taking some 715,000 photos and millions of laser measurements.

For Stephenson, the quality of detail in the scan opens new lines of inquiry into the sinking of the Titanic. The ship lies broken in two pieces, with the bow and stern about 2,600 feet apart. The hull descended in a straight line and is largely still intact—the scan shows it neatly wedged into the ocean floor. The stern, on the other hand, is shattered, and researchers have never been able to definitively say how that happened. When Stephenson looked at the scan, though, he could immediately envision the back half of the ship spiraling as it sank and disintegrating into rubble. “At a first glance,” he says, “it just made sense.”

In the past, a full, grand scale of the wreck could be depicted only through artistic renditions or photomosaics created by humans. Neither method conveyed precise verisimilitude. The machine-run 3D model, however, is exact. “As soon as I saw the Titanic digital twin images,” Stephenson says, “I could tell. Number one, I’d never seen Titanic like this before. And number two, it felt right.”

More scientists are using digital replicas to allow the study of everything from artifacts to human remains—like this ancient Nepalese child’s skull—without damaging them. Photograph Courtesy Julia Gresky, German Archaeological Institute (DAI)

The quest to create exact models for more accessible surveying started over a century ago. The technology that makes digital twinning possible dates back to at least 1858, when a German engineer named Albrecht Meydenbauer was tasked with surveying a church and nearly fell to his death while measuring the facade. To avoid another dangerous climb, he worked out a way to mathematically calculate the measurements of large objects from photos—a technique he called photogrammetry. Today photogrammetry combined with lidar, which uses lasers to measure distances, as well as advanced computing power, produces models that can accurately replicate the most minute details of enormous structures like Mount Rushmore or the aesthetic proportions of Michelangelo’s “David.”

The Italian Renaissance master’s sculpture was one of the first major artifacts to be digitally modeled, in 2000, by Stanford University. Though not as massive as the Titanic, the statue’s relatively large size—17 feet tall and 12,500 pounds—and finely chiseled details made it a good test for how accurately 3D technology might reproduce objects on a grand scale. Today the tech is so precise that in 2020 a team at the University of Florence produced a 3D-printed copy, accurate down to David’s resolute expression and every defect of the original stone.

People travel to see masterpieces of human creativity because they want to feel the presence of something awesome or genius. But too much of our presence can destroy places that are irreplaceable. Hundreds have visited the Titanic, most of them at enormous expense, including five on the ill-fated Titan submersible. These explorers are the source of significant damage suffered by the wreck; human-piloted submersibles have inadvertently stripped a mast and gashed the bow.

Beyond tourism, sites may be unpredictably damaged by natural disasters, climate change, or war. In 2019, 3D documentation company CyArk created models of Nigeria’s Osun-Osogbo Sacred Grove, just before the sculpture-laden forest shrines were destroyed in a flood. Chance Coughenour, a program manager for Google Arts & Culture, which supported CyArk in these efforts and hosts these models online, hopes the shrines can be rebuilt from the scans. Coughenour’s group supported similar efforts to create digital twins of a cathedral and a historic government landmark in Ukraine that are now damaged by the war.

Treasured cultural sites, like St. George’s Cathedral, a World Heritage site in Lviv, Ukraine, have been digitized inside and out. If they are ever damaged by climate change, a natural disaster, or war, they can be rebuilt from the copy. Photograph By Matt Propert; Rendering By Andriy Hryvnyak, SkeIron

On an even grander scale, digital twins can be made of not only buildings, statues, and shipwrecks but also entire cities—living or dead. Allison Emmerson, an archaeologist at Tulane University, is making a digital twin of parts of Pompeii, a famously fragile site where she’s spent the past 16 years digging through layers of soil to uncover the city’s earliest history. Emmerson says digital twinning is the biggest leap forward for archaeology since photography. “Our process is inherently destructive,” she says of excavating a site. “We can never redo it. We can dig the site once. And so the focus in modern archaeology has been on recording as well as we possibly can.”

Her team’s twin of a block in the southeast of the city was made with just a few handheld cameras. The model allows them to visualize the site with the walls of a room taken away, or a roof added, or how the land looked before the building was constructed. They can call up the model back in the lab and continue conversations that previously would happen only in the field. Emmerson’s work has revealed how one building at the site was both a restaurant and a workshop where people manufactured reed baskets and mats—details that help her understand the city’s economy and the daily life of its working class.

For Her Part, Emmerson plans to make her model of Pompeii and the accompanying findings available to the public, avoiding a common outcome for these projects. Because digital twins are expensive to create, many ambitious projects end up locked way in the private archives of universities or governments. “I did not want the model to live on a team member’s laptop,” she says.

While Magellan has not announced any plans to make its Titanic scans free to the public, the documentary itself shows what’s possible. Much of the existing research on the shipwreck has been conducted by private expeditions that guard findings, an ongoing source of concern for scientists and citizen enthusiasts alike. Stephenson remains concerned the wreck is not being treated as an archaeological site. “It’s one of the most famous sites in the world, and we don’t even have the basic baseline information needed to establish what’s there at any particular time, because you’ve had different explorers who don’t share information,” he says. The digital twin has the potential to allow more visitors to experience it in a less destructive and more collaborative way.

It’s unlikely people will stop going to the Titanic wreck site. Its draw has proven irresistible for those with enough money and motivation. In 2001, for example, a couple exchanged vows crouched in a submersible perched on the bow. A digital twin “certainly doesn’t replace sitting on the deck of the Titanic,” says Robert Ballard, an oceanographer and National Geographic Explorer at Large who discovered the wreck in 1985 along with Jean-Louis Michel. But he thinks it will help preserve the wreck. For those who cannot resist going themselves, he offers two warnings: “Don’t touch it. Don’t get married on it.”

[kikaitales28]

OC SHOWCASE #0

HYVANN: Gyganos soldier

Origins

=3044 A.D. the 30th Gaian Century=

Humanity was the in the middle of a great era, an era of understanding, growth, and independence thanks to the efforts and sacrifices of many across the years. From this prideful spirit came the desire to venture into the many unknowns that besieged our world and beyond, with one of the first steps being earthbound in origin, the formation of the Southern Cross government in the Antarctic continent of the South Pole; from which many scientific studies and expeditions across the icy caps and snow filled fields of the pole were carried out by insightful scholars in the field. Unfortunately...this desire would prove to be one of the first steps into a drastic shift for our race and our future...

In the Eve of Christmas, a group of scientists would uncover...a creature of great size, and with it a forgotten den...a temple, filled with never-to-be-seen markings and artifacts that belonged to an unknown civilization! Like locusts they took what they could to their homelands for further inspection outside the harsh Antarctic soil, unknowingly triggering the rise of a foreboding force of great power and vile design.

Much to the terror and dismay of the science division of the UK plus the company backing them up, "Nina", their so-called mistress of secrets..woke up from a prolonged slumber and wasted no time in bringing fire and ash to these foolish humans. Simultaneously via a special telepathic/Synaptic link...triggered a special command to the temple to rise back up in the South Pole! The Swarm known to this day as the ZARKRYGON had thus made contact with humankind and has turned the once "prosperous" city of London and most of the UK into a Hive fortress, and so was the South Pole with the rise of their Babel-ish Tower of Bioengineering.

In response, plus several alliances forged for the salvation of Earth, from which the past was brushed off, would see the kickstart of Project Talos; from which the Gyganos Soldier Battalions were formed and deployed across the globe as the ultimate force of defense and offense against the many odds stacked against them by the Zarkrygon Swarm!

The Gyganos Soldiers

[PS: Due to the highly secretive nature of their development, most if not all of the information regarding to their origin is highly secured and only accessable for high command, so unfortunately we won't be able to learn the creation, therefore birth of these Mecha Goliaths and therefore Hyvann's birth]

•Height: 100 [approximately]

•weight: 737 [approximately, without equipment]

•Occupant Accommodation: none

•Physique/build: outside of their bulky appearance seen in combat, one of the most interesting details about them is that behind their Masker Plates..hide an androgynous visage that we can't quite pin down why was this design applied in the first place [we can't deny however that it ain't pretty or awe inspiring to see].

•Equipment: [we only have data in regards to standard equipment, but suffice to say that it is known that they have more than what you see here]

•Speed: Despite their bulky and clunky appearance, the Gyganos Soldiers are fast troopers, often throwing off enemies by the fact that something that hulking shouldn't be moving "that fast" on the battlefield! [Speed: Approximately 50-70 km sprinting]

•Strength: still to be determined/ambiguous, but they definitely pack a strong punch! Stronger than any known artillery or machinery in Earth's history and of course surpassing humans by design.

Hyvann [Pronounced as Hi-van]

Hyvann comes from the 118th Battalion known as "Leviathan", as previously said their origin/birth is unknown/classified outside of the propaganda/news coverage which claims "the Gyganos Army are the culmination of Engineering and A.I., all in perfect synchrony to build the ultimate warrior against the ultimate foe." What we do know well about Hyvann is somewhat of a shared trait the Gyganos Army have with each trooper, that is a life-like personality but for Hyvann's spotlight in this file we know that they're a modest, grounded, and introspective individual, composed even in the most harshest of environments; however that doesn't mean they won't just idle and when the moment presents itself, they can dish-out a rather "snarky callback" on the scene, a juxtaposition between being humble and poised.

Unfortunately, that's where we'll end this file by wishing Hyvann and their Battalion the best of luck.

Godspeed, and may Gaia light your way...

Behind the Scenes

•The Gyganos Army/Hyvann, their aesthetic is heavily inspired/influenced by the incredible work of Mech/Art Designer Makoto Kobayashi of Dragon's Heaven & Armored Core fame, going with that blend between Biology and Machinery that in the end produce a dream-like yet functional fusion with his Mecha; all in part thanks to French Artist Moebius being an influence seen in his illustrations.

•Hyvann, if described with all honesty is essentially my take on Shaian from Dragon's Heaven, that mellow yet big presence, almost like having a "big mech papa" or "chunky bud" if that makes sense [unless you've seen the OVA].

•In-Universe Newspaper snippet: I added a shout-out to DeviantArt artist & good buddy of mine, Feyzer for being a great dude in helping me out whenever I advance on my Original Works; he came up with the nickname "Nina" for this <X)

Link to his page if you want to check him out

[PS: I will make a post exclusively focused on the Zarkrygon and "what we know about them so far"]

I'm open for honest feedback and your thoughts on the comments below ^u^ 👇

[lostinhistory]

Heritage News of the Week

Women and the Sea in the Early Modern World: A History Symposium

Don't you want to attend a free online symposium that will include female pirates? Of course you do.

“This has been a terrible event for Maui and we are all grieving the loss of life and the destruction of the beautiful historic town of Lahaina,” Maika Pollack, the director and chief curator at University of Hawaii’s John Young Museum of Art, told the Art Newspaper. “It’s a town of great importance to the cultural history of Hawaii.”

OH DAMN

The British Museum has sacked a member of staff and imposed “emergency measures” to increase security after it found items from its collection to be missing. It launched an independent review of security after items including gold jewellery and gems of semiprecious stones and glass dating from the 15th century BC to the 19th century AD were found to be missing, stolen or damaged.

British Museum employee sacked over missing items was senior curator

😬😬😬

A decades-long battle over a statue known as The Wounded Indian has come to an end, with the Chrysler Museum of Art in Norfolk, Virginia, agreeing to return the work to the Boston-based, Paul Revere–founded Massachusetts Charitable Mechanic Association (MCMA), the New York Times reports.

In ninth-century Cambridgeshire, as a community prepared to abandon their settlement, they took down the elaborate entrance gate and replaced it with a grave. In it were the remains of a young woman, aged just 15, buried face down in a pit and perhaps with her ankles bound together. This unusual grave gives us insight into a rare Early Medieval burial practice, and perhaps even contemporary attitudes towards those within the community who were considered different.

Breaking Ötzi news!

Scientists have newly sequenced Ötzi’s genome a decade after an earlier effort, using modern techniques and comparative data to produce a much higher-quality result than ever before. The study published Wednesday in Cell Genomics reveals that Ötzi had dark eyes and skin pigmentation darker than that commonly seen among modern inhabitants of Greece or Sicily, though he’s previously been depicted with lighter skin more akin to that of Europeans living in the Alps today. And contrary to most artists’ interpretations, it also appears that he suffered from an age-old affliction still troublesome today—he was going bald.

“The vast majority of the remains appear to have been gathered without consent from the individuals or their families, by researchers preying on people who were hospitalized, poor, or lacked immediate relatives to identify or bury them,” wrote Washington Post reporters Nicole Dungca and Claire Healy, who noted that Smithsonian records showed only four brains still in the institution’s collection as coming from people or families who willingly donated their organs. “In other cases, collectors, anthropologists and scientists dug up burial grounds and looted graves.”

Archaeologists have raised concerns about removing the mosaic from its original context before completing academic studies. “It is seriously premature to move that mosaic,” Matthew Adams, director of the Center for the Mediterranean World, an nonprofit archaeological research institute, told the Associated Press. Candida Moss, a theology professor at University of Birmingham who co-wrote a book about the Museum of the Bible, also echoed that sentiment in an interview with the AP, saying, “Once you take any artifact outside of its archaeological context, it loses something, it loses a sense of the space and the environment in which it was first excavated.

(noooooooo)

[lunarcovehq]

WELCOME TO LUNAR COVE, DHRUV MEHTA

GENDER/PRONOUNS: CIS Male, He/Him

DATE OF BIRTH: May 28th, 1990

OCCUPATION: Scientist at K Labs

RESIDENCY: Shadow Lake

FACECLAIM: Dev Patel

IF I DIE YOUNG

SPECIES: Werewolf

WOLF CLASSIFICATION: Omega

PACK AFFILIATION: Member

LAY ME DOWN IN A BED OF ROSES

Trigger Warning: Death

If you could ask God a question, what would it be?

Such a thing should not have made the boy think, facts and figures was what he knew to be true not prayers and wishes, yet hands clasped and staring at the image adorned with flowers, there were many things he wanted to ask for, wish for, though what could be granted? It was one thing to be born human and another thing entirely to feel human. 

Life had been strange in a strange sort of way, powerless yet surrounded by power, strange in a curious way, eager to know, eager to want, but that wish could not be granted no matter the prayer. A child born from a union of a human and witch had a chance of having powers, but when Dhruv did not grow into any he swore there was a sigh of relief from his mother, it was easier she said, safer, the world is dangerous for people of that kind. Questions on why ended with explanations that could not satiate the boy’s inquisitive mind, why nots were met with shrugs, and the ones that were answered did not contain the level of detail Dhruv required and thus began the journey of discovery — why were things the way they were?  

You never quite forget your first punnett square. The moment Dhruv came to what that was and how genetics influenced the way people received certain traits he ran to his parents, eyes wide thinking he had cracked the code – in a way he had, but in many other ways he had not. Not born within the miraged safety of Lunar Cove, he automatically became an outsider but also a secret keeper of sorts, an entirely different world confined and existed outside of the London he grew up in to which he was whisked away at a young age, yet it could not have been all that different could it? His cousin spoke of the same things, of friends and school, of hobbies and interests, he could relate yet those friends were magical while his weren’t, he was not being taught power control, there was no way he could understand when Mason talked about such things being hard work chances for him ever getting to experience that only squashed further and further as he aged.

Sensing Dhruv’s forlorn state after those phone calls, his father imparted a simple statement that embedded itself into his heart and soul; ‘somewhere, something incredible is waiting to be known’ and it was go from there. Everything held a new-found beauty, every theorem, every subatomic particle, all the principles he studied contained a rightness and the knowledge only added to the excitement and the awe. Bright, gifted kid turned into a confident, genius man with achievements and degrees under his belt before his peers. He did not need to have eidetic memory like his father to state complex physics formulas at the drop of a hat, they took practice, yes, but paved way for a slight arrogance that developed over time with every correct answer. He was self-assured, one could try to disprove his statements but Dhruv’s mind grew to be like a spreadsheet, data accessible almost instantaneously, and he only strengthened that. Always pushing on the why, on that thirst to discover something, if not within himself then at least with the world he knew and grew up in. He may not understand magic but Science and Mathematics held answers and provided rational explanations for things,the why and how, they were constant and consistent and Dhruv knew, one day, he’d have all the answers.

Time moved and so did he. Family, friends, education, Dhruv fell into a steady flow but of course, as clever as he was known to be, he couldn’t possibly predict all things. A held gaze across the bar sparked a new kind of curiosity, a drink and a conversation later he realised he did not have all the answers yet, that there could be joy in figuring out something together. Chemistry was one of his favourite branches of science, the study of matter, but what truly mattered? What possibly existed beyond the composition and structure of elements? This. Chemistry was in the ebb and flow of easy conversation, in the sparkles of laughter mixed with soft smiles, Dhruv did not need to be a genius to figure this was something good. Numbers were exchanged and dates were set, and it continued to be good. Perhaps he had made a mistake to pray this would last, to wish for more sunsets and something more because he couldn’t have expected this. A seemingly ordinary day should not have been a cause for concern, but the note held little answers, the unanswered texts and phone calls that only grew in number were effort exerted in a futile way. He did not know what drove them away but it festered as something bitter within him. But time moved and so did he.

Lunar Cove had not been on the radar, in fact, he desire to step foot in that town had waned to a negligible thing, but his parents who had moved to the town a long while ago, wished for their son to join them, figuring with all the chances the outside world had to offer were taken and experienced it was time to come home. True home. Dhruv could’ve argued, and he had a little, there was so much more he could not be confined in that magical barrier but soon grew weary listening to their lectures and with a recent heartbreak that had yet to heal, he agreed.

Dhruv could study life down to the exact atom, life, however, as he had and would continue to soon discover could not be confined to the nucleus of a man and his strive for that something else, life weaved and danced to its own beat that could not be quantified. Song Seo-Joon’s arrival into his life was met with some hesitancy, and that reflected in Seo-Joon too, but the pair struck a chord despite nothing pointing to a friendship working out, it did. They talked about things, bonded on the feeling of not having magic, and Dhruv obviously subjected his friend to his rambles about theories and experiments. It was one such night, where he finished up on work, while Seo-Joon waited, that things in his life shifted again. Except the moments that define lives aren't always obvious, they don’t always scream wolf in the piercing of a needle into skin. But that’s what happened. A careless slip and a careful catch, their lives forever changed yet it was Dhruv’s heart that beat in quiet fear over their discovery, one that would have no choice but to mask as excitement. Everything forward and backwards read entirely new. Genetic structure altered to fit in this new form. Starting into a mirror, the silhouette reflected a similar, recognisable curious glance that a human once wore, but who was he now? A man, but not human, not entirely. What was he? A wolf? Could he claim to be one? The prodding uncovered one only thing: he was something strange and unnatural — he was an experiment.

Gravitational acceleration is a known constant, the mass of the action could be gauged, could he then use it to calculate the weight of a lost future?

They bent the truth but they had not failed, not entirely, a loss led to a breakthrough and cover-ups that followed made way for accolades and awards, still, an ache burned deep, this could've been something to celebrate, to smile and accept the congratulations and though those were done, it felt different from his expectations. He had an answer to something, yet it did not feel correct, he did not feel correct. Utterly lost even though there was more that could be studied, more that could be attained, Dhruv retreated into himself in the following weeks, mood worsening to be told by the Song family that Seo-Joon seemed to have skipped town. That wasn't like him, but not finding the man anywhere and texts being ignored there wasn’t much he could do. Life was just funny that way.

He stayed in Lunar Cove for a while with K labs taking research projects that he could, and joined the pack too, to have some sort of aid for this new form of his, but adjusting was tough, and tougher still was dealing with the Alpha. Nico, while goodhearted, did not, in his opinion, know what he was doing. There was care and acceptance but in the constant onslaught of unimaginable horrors, Nico’s attitude rubbed him wrong. It was one thing to want to protect everyone, a good trait one could possess, yet to only care for a select when the pack was supposedly family? Dhruv couldn’t see any bit of logic to that. A good man did not make a good leader. This led to many quiet disagreements, voicing some when things could not be held in for too long, which when expressed were dished with heavy scrutiny, but he withdrew before things got truly heated. He wanted so desperately to put thoughts into action, to change things despite knowing it’d be foolish, but what could he do? Who would listen? Certainly not Nico, he only cared for his own and Dhruv was not one of them. With rank being the lowest in the hierarchy, he was too weak in more than one way, heck some even outright said he was hardly a wolf to begin with. An error. Didn't matter that he shifted alongside them, pack bond linking them all, Dhruv was not born nor bit, had not taken life to set about this new being he was. But in a way, hadn’t he? Given up his own life for this, that ought to count. It should have counted. 

With no close friends to share such thoughts with and Seo-Joon still supposedly out of town, the bitterness that brew tipped the scales and in a move so utterly foolish but also somewhat thought through, he left Lunar Cove. Taking some time to explore the country before flying back to London to piece back his broken life. However, that feeling of brokenness and sense of feeling lost persisted. The news of Mason's death had him caught entirely by surprise and shocked him to the core. His cousin, happy and bright, should’ve had a long life ahead, not have it cut so short in such a way. The rush back to Lunar Cove was needed this time, for the funeral and also to somehow make sense of the untimely demise. Answers were pieced together in a blurred states of sorrow, confusion, anger and nostalgia. He had not planned to stick around long, but the sight of familiar faces, of old feelings resurfacing, Dhruv decided that perhaps staying would be more beneficial for now.

[study-in-uk-msm-unify]

Emerging Industries: Opportunities in the UK Job Market

Planning to study in the UK? Want to explore career opportunities in the United Kingdom?

In the ever-evolving world, the UK stands as a hub for innovation and growth, bringing numerous emerging sectors that offer promising career prospects. As technology continues to reshape the global economy, several industries in the UK have captured attention, presenting exciting opportunities for job seekers and entrepreneurs alike. Take a look at some of the career opportunities you could take advantage of.  

1. Fintech (Financial Technology)

The UK has strengthened its position as a leading fintech hub, with London being a prominent center for financial innovation. Fintech includes a wide array of sectors, including mobile payments, blockchain, and cybersecurity. Job opportunities in this field span software development, data analysis, financial consultancy, and regulatory compliance.

2. Technology and IT 

In the emerging era of the digital world, technology continues to dominate businesses worldwide. As, a result the demand for technologically advanced professionals tends to rise. Software developers, data analysts, cybersecurity experts, and artificial intelligence specialists roles are in high demand. With the increasing use of technologies and the need for innovative solutions, these roles offer tremendous growth opportunities and competitive salaries. 

3. Healthtech

The combination of healthcare and technology has given rise to HealthTech, a sector dedicated to enhancing medical services through innovative solutions. From telemedicine to health analytics and AI-driven diagnostics, HealthTech offers diverse career paths for healthcare professionals, software developers, data scientists, and researchers.

4. Renewable energy and sustainability

With an increased focus on sustainability and combating climate change, the UK has been investing significantly in renewable energy sources. Wind, solar, and hydroelectric power are among the sectors experiencing rapid growth. Job roles in renewable energy range from engineering and project management to research and policy development, catering to those passionate about environmental conservation.

5. Cybersecurity

With the increasing frequency of cyber threats, the demand for cybersecurity experts is on the rise. Businesses and governments are investing heavily in safeguarding digital infrastructure. Job roles in cybersecurity encompass ethical hacking, network security, data protection, and risk analysis, presenting ample opportunities for skilled professionals in this field.

6. Artificial Intelligence and Machine Learning

AI and machine learning are revolutionizing various industries, including finance, healthcare, and manufacturing. The UK is fostering innovation in AI research and development, offering roles in AI programming, data engineering, robotics, and AI ethics.

7. Creative industries

The UK has a rich heritage in the creative sector, encompassing fields like media, design, gaming, and entertainment. Roles in creative industries span from content creation and graphic design to video production and game development, appealing to individuals with artistic and technical skills.

In conclusion, the UK job market is filled with opportunities within emerging industries, showing the nation's commitment to innovation and progress. Whether one's passion lies in sustainability, technology, healthcare, or creative endeavors, these sectors offer an array of possibilities for career growth and contribution to shaping the future.

By embracing change, acquiring relevant skills, and staying adaptable, individuals can position themselves to thrive in these dynamic and promising industries, contributing to both personal success and the advancement of these transformative sectors in the UK.

If you are struggling to get the right guidance, please do not hesitate to consult MSM Unify. 

At MSM Unify, you can explore more than 50,000 courses across 1500+ educational institutions across the globe. MSM Unify has helped 1,50,000+ students achieve their study abroad dream so far. Now, it is your turn to attain your study-abroad dreams and elevate your professional journey! So, get ready to broaden your horizons and make unforgettable memories on your upcoming adventure.

[bharathidegreecollege]

Global Careers with Bharathi Degree College in Warangal

Where Indian Talent Meets International Opportunity

In a world that is rapidly transforming with digital innovation, globalization, and data-driven enterprise, Indian students are no longer confined to regional or national ambitions. They aim higher, dream bigger, and want an education that prepares them for global careers. In this landscape, Bharathi Degree College in Warangal emerges not just as a local leader but a gateway to the world.

Recognized as the best degree college in Warangal, Bharathi Degree College offers more than just a degree; it offers a vision. A vision aligned with global trends, futuristic careers, and a digital-first world.

India’s Rising Global Workforce: The Context

India is currently the second-largest source of international students and digital professionals worldwide. According to a 2024 report by Statista, more than 1.2 million Indian students pursued global education or employment in countries like the USA, Canada, Germany, and Australia. Employers across borders now seek Indian graduates for their resilience, analytical skills, and tech-savviness.

In this dynamic environment, students from Tier-2 cities like Warangal are increasingly being noticed. And institutions like Bharathi Degree College are making it happen.

Bharathi Degree College: Global Standards, Local Roots

Bharathi Degree College has carved a niche for itself with its future-ready programs in Mathematics, Statistics, and Computer Science. These subjects, collectively, serve as the core for global job markets in:

Artificial Intelligence (AI) & Machine Learning

Cybersecurity & Data Analytics

Software Engineering & Cloud Computing

Financial Modeling & Quantitative Trading

Tech Entrepreneurship

"At Bharathi Degree College, we don’t just teach subjects; we cultivate global thinkers. Our students graduate with the competence to crack international placements and contribute meaningfully to global teams," shares Dr. R. Kavitha, Dean of International Affairs.

From Warangal to the World: Global Alumni Success

Bharathi Degree College alumni are now working across:

Silicon Valley Tech Startups

London-based FinTech Firms

Canadian Data Science Labs

Dubai IT Hubs

Australian Research Institutes

"What I gained at Bharathi wasn't just knowledge—it was perspective. The international certifications and project-based learning made my journey to Berlin seamless," says Ashwin Rao, Data Scientist at a German AI firm.

10 Reasons Why Bharathi Degree College is Your Global Launchpad

Global Curriculum: Courses mapped to international standards (aligned with MITx, HarvardX).

International Certifications: Coursera, EdX, Microsoft, Google, and AWS credentials integrated into the curriculum.

Foreign Language Electives: Optional courses in German, French, Japanese.

Study Abroad Collaborations: MOUs with universities in the US, Canada, and Singapore.

Global Internship Access: Partnerships with multinational corporations for remote and on-site internships.

Hybrid Learning Ecosystem: Blended classrooms with interactive global content.

Portfolio & Research Publishing: Students publish papers, apps, and portfolios on global platforms.

Tech & Business Incubation Hub: Helps launch student-led startups and ideas with international appeal.

International Placement Cell: Helps students prepare for GRE, IELTS, resume building, and visa processes.

Affordable, World-Class Education: Designed to provide global access without financial stress.

Trending Now: What Wedding Photography Teaches Us About Global Skills

Just like India’s leading wedding photographers are using:

Drones

AI-powered editing tools

Cloud-based galleries for global access

Bharathi Degree College integrates similar tech fluency into academics. Students learn with:

AI tools for analytics and data science

Real-time collaboration software

Augmented and Virtual Reality in lab simulations

"Our students work with tools like TensorFlow, Tableau, GitHub, and AWS Cloud—making them fluent in the languages of tomorrow," says Prof. S. Mahesh, Computer Science Faculty.

Case Study: From Warangal Classroom to Silicon Valley Boardroom

Praneetha Joshi, a BSc Statistics graduate (2019 batch), developed a statistical model for early cancer detection. With the college’s support, she presented it at a Singapore youth innovation summit. Today, she works with a biotech company in California, driving global change.

Her journey is a testimonial of what Bharathi Degree College aims for: building global citizens.

FAQs: Your Questions Answered

Q1: Can I apply for international internships while studying? Yes. The college supports both remote and overseas internships through its global network.

Q2: Is there any support for competitive exams like GRE or IELTS? Absolutely. The college offers in-house coaching and mentoring.

Q3: Will I get exposure to real-world global projects? Yes. Final-year students collaborate with companies on capstone and live international projects.

Q4: What are the chances of foreign university admissions post-BSc? Very high, thanks to the skill-based learning model and strong academic record.

Q5: Are these programs affordable for middle-class families? Yes. Bharathi Degree College provides a value-based education model that supports aspirants from diverse backgrounds.

Final Words: A Global Career Begins in Warangal

Choosing the best degree college in Warangal is more than a regional decision—it's a decision for your global future. Bharathi Degree College isn't just creating graduates; it's shaping global professionals, world-class thinkers, and digital leaders of tomorrow.

So whether you're a tech dreamer from a small town, a bride planning her future with ambition, or a startup founder looking to level up—Bharathi Degree College is your platform to rise and shine, globally.

Explore. Excel. Elevate.

This article is tailored for India's modern, educated audience seeking quality, globally aligned education from institutions that prioritize innovation, ethics, and excellence.

[sivy3134]

Top In-Demand Courses in the UK for 2025: What to Study & Where

Studying in the UK has always been a dream for many international students. With its world-class education system, multicultural environment, and global recognition, the UK remains a top choice for students aiming for academic excellence and international exposure.

As we move into 2025, the UK is not only redefining education but also aligning its academic offerings with global industry needs. If you’re planning to study in the UK, choosing the right course can make a big difference in your career journey — especially with the Graduate Route visa allowing you to stay back and work for up to 2 years post-study.

Whether you’re guided by passion or future job trends, this blog will help you discover the top in-demand courses to study in UK for 2025 and the best universities to pursue them.

🎯 Why Choosing the Right Course Matters

Choosing a trending course isn’t just about jobs — it’s about building a sustainable, future-ready career. With tech, healthcare, green energy, and digital marketing booming globally, the UK has tailored its academic environment to support these industries. Moreover, international students who align their course with skilled worker shortage areas in the UK often find it easier to secure jobs and work visas after graduation.

Top In-Demand Courses in the UK for 2025

1. Artificial Intelligence & Data Science

AI is everywhere — from self-driving cars to chatbots like the one you’re reading this from. The UK government is investing heavily in AI research, making this one of the most future-proof fields.

Top Universities:

University of Oxford

Imperial College London

University of Edinburgh

Job Roles: Data Scientist, AI Engineer, Machine Learning Specialist

Why it’s in demand: Businesses are relying on AI to automate operations and make data-driven decisions.

2. Cybersecurity

With rising online threats, companies need professionals who can protect digital assets. Cybersecurity graduates are among the highest-paid freshers in the UK.

Top Universities:

University of Warwick

University of Southampton

Lancaster University

Job Roles: Cyber Analyst, Information Security Officer, Ethical Hacker

Tip: This course is also on the UK’s Skilled Occupation List, which is beneficial when applying for a post-study work visa.

3. Business Analytics & Management

Combining technology and business, this course teaches you how to analyze business data to make impactful decisions. It’s perfect for students with a background in commerce, math, or economics.

Top Universities:

London Business School

University of Manchester

University of Strathclyde

Job Roles: Business Analyst, Strategy Consultant, Project Manager

Note: Many international students opt for this to bridge their academic background with corporate roles in the UK.

4. Nursing & Healthcare

With an ageing population and increasing health challenges, the UK faces a serious shortage of healthcare professionals. Nursing students have strong job prospects and migration support.

Top Universities:

King’s College London

University of Glasgow

University of Southampton

Job Roles: Registered Nurse, Midwife, Health Visitor

Immigration Tip: Nursing is on the Shortage Occupation List, which gives you an edge when applying for a Skilled Worker visa.

5. Environmental Science & Renewable Energy

Sustainability is more than a trend — it’s a global need. The UK is pushing for net-zero emissions by 2050, which has led to a surge in green careers.

Top Universities:

University of Exeter

University of Leeds

University of East Anglia

Job Roles: Sustainability Consultant, Environmental Analyst, Energy Manager

Good To Know: You’ll also find research grants and scholarships available in this area.

6. Digital Marketing

Digital is dominating everything — from shopping to learning. Companies need skilled marketers who understand SEO, content, social media, and paid ads.

Top Universities:

University of Southampton

University of Portsmouth

University of Westminster

Job Roles: SEO Specialist, Content Strategist, Digital Marketing Manager

Keyword Bonus: If you're looking to study in the UK and later freelance or work remotely, digital marketing offers flexibility and freedom.

7. Law and International Relations

With changing immigration laws and political landscapes, the demand for experts in international law and relations is growing. Many Indian and international students pursue this to step into diplomacy, human rights, or legal careers.

Top Universities:

University of Cambridge

Queen Mary University of London

University of Bristol

Job Roles: Legal Advisor, Policy Analyst, Human Rights Advocate

How to Choose the Right University

Here are quick tips to help you shortlist the right university:

Rankings and Reviews: Look beyond QS Rankings — explore student forums and alumni outcomes.

Graduate Employability: Check the career support services and average graduate salaries.

Scholarships: Many UK universities offer partial to full funding for international students.

Location: Consider whether you prefer a bustling city (like London or Manchester) or a quieter campus town (like Bath or Durham).

Need Guidance? Speak to a UK Immigration Consultant

If you're confused about course selection, admission requirements, or visa rules — don't worry. A professional immigration consultant can help you choose the right path. From SOP writing to visa documentation and even post-study work options, expert advice can save you time and reduce stress.

A trusted name like The Student Helpline helps students with:

Course & university selection

Application & document checklist

SOP, LOR, and resume editing

Visa process & interview preparation

Post-arrival support and accommodation

❓ FAQs: Study in UK & Immigration Consultant Help

1. What are the most popular courses to study in the UK in 2025?

AI & Data Science, Cybersecurity, Nursing, Business Analytics, and Environmental Science are trending for both job prospects and future growth.

2. Can immigration consultants really help with UK admission?

Yes, reliable immigration consultants can help you select the right course, apply on time, and ensure all visa documents are correctly filed. They also help with post-study work guidance.

3. How do I choose the right immigration consultant for studying in the UK?

Look for reviews, success stories, and transparent pricing. The Student Helpline is a popular choice among Indian students for UK admissions.

4. Is it easy to get a job after studying in the UK?

Yes, especially if you choose an in-demand course. The UK’s Graduate Route visa allows you to stay back for 2 years and find work related to your degree.

✅ Final Thoughts

The UK isn’t just offering degrees — it’s offering a future. Choosing a course that aligns with industry needs and immigration pathways can set you up for long-term success. So, don’t just follow the crowd — follow your vision and make 2025 your breakthrough year!

If you’re ready to begin your study in UK journey, connect with a trusted immigration Consultants

[nimilphilip]

Data Engineering vs Data Science: Which Course Should You Take Abroad?

In today’s data-driven world, careers in tech and analytics are booming. Two of the most sought-after fields that international students often explore are Data Engineering and Data Science. Both these disciplines play critical roles in helping businesses make informed decisions. However, they are not the same, and if you're planning to pursue a course abroad, understanding the difference between the two is crucial to making the right career move.

In this comprehensive guide, we’ll explore:

What is Data Engineering?

What is Data Science?

Key differences between the two fields

Skills and tools required

Job opportunities and career paths

Best countries to study each course

Top universities offering these programs

Which course is better for you?

What is Data Engineering?

Data Engineering is the backbone of the data science ecosystem. It focuses on the design, development, and maintenance of systems that collect, store, and transform data into usable formats. Data engineers build and optimize the architecture (pipelines, databases, and large-scale processing systems) that data scientists use to perform analysis.

Key Responsibilities:

Developing, constructing, testing, and maintaining data architectures

Building data pipelines to streamline data flow

Managing and organizing raw data

Ensuring data quality and integrity

Collaborating with data analysts and scientists

Popular Tools:

Apache Hadoop

Apache Spark

SQL/NoSQL databases (PostgreSQL, MongoDB)

Python, Scala, Java

AWS, Azure, Google Cloud

What is Data Science?

Data Science, on the other hand, is more analytical. It involves extracting insights from data using algorithms, statistical models, and machine learning. Data scientists interpret complex datasets to identify patterns, forecast trends, and support decision-making.

Key Responsibilities:

Analyzing large datasets to extract actionable insights

Using machine learning and predictive modeling

Communicating findings to stakeholders through visualization

A/B testing and hypothesis validation

Data storytelling

Popular Tools:

Python, R

TensorFlow, Keras, PyTorch

Tableau, Power BI

SQL

Jupyter Notebook

Career Paths and Opportunities

Data Engineering Careers:

Data Engineer

Big Data Engineer

Data Architect

ETL Developer

Cloud Data Engineer

Average Salary (US): $100,000–$140,000/year Job Growth: High demand due to an increase in big data applications and cloud platforms.

Data Science Careers:

Data Scientist

Machine Learning Engineer

Data Analyst

AI Specialist

Business Intelligence Analyst

Average Salary (US): $95,000–$135,000/year Job Growth: Strong demand across sectors like healthcare, finance, and e-commerce.

Best Countries to Study These Courses Abroad

1. United States

The US is a leader in tech innovation and offers top-ranked universities for both fields.

Top Universities:

Massachusetts Institute of Technology (MIT)

Stanford University

Carnegie Mellon University

UC Berkeley

Highlights:

Access to Silicon Valley

Industry collaborations

Internship and job opportunities

2. United Kingdom

UK institutions provide flexible and industry-relevant postgraduate programs.

Top Universities:

University of Oxford

Imperial College London

University of Edinburgh

University of Manchester

Highlights:

1-year master’s programs

Strong research culture

Scholarships for international students

3. Germany

Known for engineering excellence and affordability.

Top Universities:

Technical University of Munich (TUM)

RWTH Aachen University

University of Freiburg

Highlights:

Low or no tuition fees

High-quality public education

Opportunities in tech startups and industries

4. Canada

Popular for its friendly immigration policies and growing tech sector.

Top Universities:

University of Toronto

University of British Columbia

McGill University

Highlights:

Co-op programs

Pathway to Permanent Residency

Tech innovation hubs in Toronto and Vancouver

5. Australia

Ideal for students looking for industry-aligned and practical courses.

Top Universities:

University of Melbourne

Australian National University

University of Sydney

Highlights:

Focus on employability

Vibrant student community

Post-study work visa options

6. France

Emerging as a strong tech education destination.

Top Universities:

HEC Paris (Data Science for Business)

École Polytechnique

Grenoble Ecole de Management

Highlights:

English-taught master’s programs

Government-funded scholarships

Growth of AI and data-focused startups

Course Curriculum: What Will You Study?

Data Engineering Courses Abroad Typically Include:

Data Structures and Algorithms

Database Systems

Big Data Analytics

Cloud Computing

Data Warehousing

ETL Pipeline Development

Programming in Python, Java, and Scala

Data Science Courses Abroad Typically Include:

Statistical Analysis

Machine Learning and AI

Data Visualization

Natural Language Processing (NLP)

Predictive Analytics

Deep Learning

Business Intelligence Tools

Which Course Should You Choose?

Choosing between Data Engineering and Data Science depends on your interests, career goals, and skillset.

Go for Data Engineering if:

You enjoy backend systems and architecture

You like coding and building tools

You are comfortable working with databases and cloud systems

You want to work behind the scenes, ensuring data flow and integrity

Go for Data Science if:

You love analyzing data to uncover patterns

You have a strong foundation in statistics and math

You want to work with machine learning and AI

You prefer creating visual stories and communicating insights

Scholarships and Financial Support

Many universities abroad offer scholarships for international students in tech disciplines. Here are a few to consider:

DAAD Scholarships (Germany): Fully-funded programs for STEM students

Commonwealth Scholarships (UK): Tuition and living costs covered

Fulbright Program (USA): Graduate-level funding for international students

Vanier Canada Graduate Scholarships: For master’s and PhD students in Canada

Eiffel Scholarships (France): Offered by the French Ministry for Europe and Foreign Affairs

Final Thoughts: Make a Smart Decision

Both Data Engineering and Data Science are rewarding and in-demand careers. Neither is better or worse—they simply cater to different strengths and interests.

If you're analytical, creative, and enjoy experimenting with models, Data Science is likely your path.

If you're system-oriented, logical, and love building infrastructure, Data Engineering is the way to go.

When considering studying abroad, research the university's curriculum, available electives, internship opportunities, and career support services. Choose a program that aligns with your long-term career aspirations.

By understanding the core differences and assessing your strengths, you can confidently decide which course is the right fit for you.

Need Help Choosing the Right Program Abroad?

At Cliftons Study Abroad, we help students like you choose the best universities and courses based on your interests and future goals. From counselling to application assistance and visa support, we’ve got your journey covered.

Contact us today to start your journey in Data Science or Data Engineering abroad!

[digitalblogs23]

Inside AI Seed: How We Choose the AI Startups We Back

As Europe’s #1 AI-focused venture capital fund, AI Seed has backed over 40 early-stage AI startups since 2017. What sets us apart is a deeply technical due diligence process and a specialized investment model designed exclusively for artificial intelligence ventures.

Whether you're a founder building at the frontier of AI, or an investor seeking exposure to this transformative sector, here’s a transparent look at how we evaluate and support the companies we choose to back.

👉 Visit AI Seed to learn more

Our Rigorous AI Startup Due Diligence

In a space flooded with hype, AI startup due diligence is not just about ticking boxes—it's about distinguishing real innovation from noise. Our process is known across London’s tech ecosystem for its depth and precision.

1. Initial Tech Review

We begin by cutting through the marketing. Founders must show us their machine learning models—not just the product demo. We dig into the actual algorithms and infrastructure powering the company.

2. Deep Technical Assessment

If the tech is promising, we conduct a 1–2 day hands-on evaluation, performed by our Managing Partner or an associate from our network of AI experts. This culminates in a full Technical Due Diligence (Tech DD) report, which guides our investment decisions.

3. Collaborative Tech Roadmapping

We work closely with startups that pass our review to refine their technology roadmap, supporting them in building scalable, differentiated AI products. This stage often reveals whether the founding team can evolve from builders to category leaders.

What We Look For in AI Founders

Unlike traditional VCs, we specifically seek scientist-entrepreneurs—teams where at least one founder is a machine learning expert, often with a PhD or deep applied AI experience.

We assess:

Technical depth and credibility

Execution history and founder-market fit

Passion and clarity of vision

Ability to solve real, scalable problems using AI

This founder-first approach is critical to our strategy as a specialized early-stage AI VC fund.

Our Technology Evaluation Framework

Before we talk market size or go-to-market plans, we ask:

What is the core problem this AI is solving, and does the technology offer a true competitive advantage?

We use a structured framework that examines:

Intellectual Property

We assess the novelty and defensibility of algorithms, data pipelines, and model architectures—often looking for proprietary datasets or techniques that could form lasting moats.

Technical Feasibility

We scrutinize whether the AI product is actually deliverable using current technology, tools, and compute resources—not just in theory, but in practice.

The Tech Stack Pyramid

We visualize an AI company’s foundation as a pyramid:

Data Capture & Preprocessing

Infrastructure & Storage

Modeling & Deployment

Monitoring & Versioning

We evaluate each layer, especially the data layer, which often determines long-term defensibility and model performance.

Evaluating Market Potential

Of course, technology alone doesn’t make a company. We also rigorously evaluate:

Market size and growth trends

Competitive and regulatory environment

Timing and barriers to adoption

Business model scalability

We look for signs that the startup can graduate from POC-driven consulting to a standardized, repeatable product offering.

Post-Investment Support: Beyond Capital

Most investors stop at the cheque. We don’t.

AI startups face different challenges from standard SaaS ventures—longer R\&D cycles, talent scarcity, and more complex infrastructure. That’s why we provide:

AI Talent Access: We help portfolio companies recruit elite technical talent.

Go-to-Market Introductions: Commercial partnerships and warm intros to ideal early customers.

Transatlantic Expansion: Unique support for European AI startups breaking into the U.S. market via our Silicon Valley network.

Ongoing Technical Advice: We remain involved with founders as long-term thought partners—not just financial backers.

Why AI Seed Is Different

While other funds are chasing the AI boom, AI Seed is building it—company by company, founder by founder. Our hands-on, high-credibility approach enables startups to build real technology without being forced to compromise their product vision for short-term gains.

And the results speak for themselves: we've built Europe’s largest and best-performing AI-native portfolio, with an unmatched track record of investing in real, scalable AI innovation.

If you're building the future of AI—or looking to invest in it—we’d love to hear from you.

👉 Explore AI Seed and get in touch

[callofdutymobileindia]

What You’ll Learn in an Artificial Intelligence Course in London: Topics, Tools & Projects

As Artificial Intelligence (AI) reshapes industries across the globe, more professionals and students are seeking quality AI education to stay ahead. London, being one of the world’s leading tech and financial hubs, offers incredible opportunities to learn and apply AI skills.

If you're planning to enroll in an Artificial Intelligence course in London, you might wonder: What exactly will I learn? This blog walks you through the core topics, industry-standard tools, and real-world projects typically covered in AI training programs in London—helping you understand what to expect and how to make the most of your course.

Why Learn Artificial Intelligence in London?

London is a global leader in AI research and innovation. With tech clusters like East London Tech City, a vibrant startup ecosystem, and headquarters of major firms like Google DeepMind, Microsoft, and IBM, the city offers:

Access to top-tier faculty and mentors

Hands-on learning in real-world environments

Networking with global professionals

Rich career prospects after course completion

Let’s dive into the specific knowledge and skills you’ll gain from a comprehensive AI course in London.

Core Topics Covered in an Artificial Intelligence Course in London

Whether you're a beginner or a professional upskilling for the future, most top AI courses in London are designed to be comprehensive and industry-relevant.

1. Introduction to Artificial Intelligence

Evolution and history of AI

AI vs. ML vs. Deep Learning

Applications across industries (healthcare, finance, marketing, robotics)

2. Mathematics & Statistics for AI

Linear algebra, calculus, and probability

Statistical distributions and data modelling

Optimization techniques used in neural networks

3. Programming for AI (Python)

Python fundamentals

Working with data: NumPy, Pandas

Data visualization: Matplotlib, Seaborn

4. Machine Learning

Supervised learning: Linear/Logistic Regression, Decision Trees

Unsupervised learning: Clustering, PCA

Model training, evaluation, and tuning

5. Deep Learning

Neural networks fundamentals

CNNs for image processing

RNNs and LSTM for time-series and text

Advanced deep learning techniques

6. Natural Language Processing (NLP)

Text preprocessing and vectorization

Word embeddings (Word2Vec, GloVe)

Chatbot development

Sentiment analysis

7. Generative AI & Large Language Models

Prompt engineering and use of models like GPT

Applications in content generation, summarisation, and Q&A systems

8. Computer Vision

Object detection, image classification

OpenCV applications

Face recognition systems

9. Reinforcement Learning (Advanced)

Markov decision processes

Q-learning and policy optimization

Applications in robotics and game AI

10. AI Ethics and Bias

Ethical considerations in AI

Fairness, accountability, and transparency

Understanding and mitigating bias in models

Tools & Technologies You'll Master

A practical Artificial Intelligence course in London will not just teach theory—it will equip you with the industry tools employers are looking for:

1. Programming & Data Tools

Python – The primary language for AI development

Jupyter Notebooks – For coding and visualization

Google Colab – Cloud-based coding and training

2. AI & ML Libraries

Scikit-learn – Classic ML algorithms

TensorFlow & Keras – Deep learning frameworks

PyTorch – Preferred for AI research

3. NLP Tools

spaCy – For fast NLP tasks

NLTK – For academic NLP projects

Transformers by Hugging Face – For advanced LLM use

4. Computer Vision

OpenCV – For image and video processing

YOLO & SSD – Real-time object detection

5. Model Deployment Tools

Flask / FastAPI – To turn models into web apps

Docker – Containerizing applications

Streamlit – Quick and simple dashboards

6. Version Control & Collaboration

Git & GitHub – Essential for collaborative coding

MLflow / DVC – For experiment tracking (advanced)

Career Opportunities After the Course

Once you’ve completed your AI course in London, you’ll be qualified for a range of in-demand roles, such as:

AI Engineer

Machine Learning Engineer

Data Scientist

Computer Vision Specialist

NLP Engineer

AI Research Associate

AI Product Analyst

Why Choose Boston Institute of Analytics (BIA) in London?

When selecting a training provider for your AI journey, Boston Institute of Analytics (BIA) is a top-tier choice in London. Here's why:

🌐 Globally Recognized Certification accepted by leading tech firms

🎓 Expert Faculty from top universities and AI companies

💼 Industry-Aligned Curriculum focused on job-ready skills

🧪 Hands-On Projects & Capstone Assignments

🤝 Placement Support & Career Mentoring

BIA’s Artificial Intelligence course in London combines theory, technology, and practical application to prepare you for real-world success.

Final Thoughts

A well-structuredArtificial Intelligence course in London offers more than just academic learning—it delivers a career transformation. From core concepts and practical tools to real-world projects and placement support, these courses equip you with everything needed to thrive in today’s AI-driven world.

Whether you're a recent graduate, IT professional, or domain expert looking to upskill, London provides the right environment, mentorship, and opportunities to turn your AI aspirations into reality.

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Emerging Careers after Graduation in management

After completing graduation, if one is planning to enroll in a professional course, one might be wondering what the most promising career option is for him/her. This is a very important aspect that will be required to consider while choosing the right career path. The career options highly in demand in the current scenario are described below:

Digital Marketing

Businesses are undergoing a digital transformation that has accelerated the use and significance of Digital Marketing. Many established companies are actively formulating Digital Marketing strategies to promote their products or services and increase their online presence. If one has to learn digital marketing from international universities while pursuing the MBA/PGDM, Poddar Business School is the best, they have tie-ups with  the London School of Digital Business, a UK-based institute, which provides an international platform for students and allows them to connect with various personalities.

Data Scientist

It can be a good career option with endless opportunities for advancement in the future. In the current scenario, demand is high, salaries are competitive, and the perks are numerous. To become a successful Data Scientist, one should opt for an advanced course in Data Science and learn skills like data visualization, programming languages, high-level Mathematics, and others. Being the Top rated business college in India in Data Science, Poddar Business School provides workshops from IIMs, IITs, MDI, and other renowned institutions of the nation. These workshops offer detailed information to the students.

Financial Analyst

Many established organizations have started embedding Finance Analytics professionals into their company’s structure. This has accelerated the demand for trained finance and analytical professionals across varying industries. If one has the desire to land one of the highest-paying jobs in India, pursuing an advanced course in finance will be an ideal career move, he/she should prefer the best MBA/PGDM colleges in India. Fundamental analysis and technical analysis are 2 key ingredients of financial analysis that are focused on by the best college which is in Jaipur, Poddar Business School.

Product Management

Product Management has never been more important than it is now. The amount at which the products fail, emphasizes having a skilled and experienced Product Management team across different industries. There are ample career options for candidates with a graduation degree if done from one of the top 10 Management colleges of India or the best PGDM colleges in Rajasthan like Poddar Business School. With 20,000+ jobs available on LinkedIn alone. PBS also offers insights to students from Harvard Business School as they have tie-ups with them.

Hospitality and Event Management 

The Hospitality and Event Management industry is known for immense career opportunities and the perks that it comes with them. This industry is one of the fastest-growing industries rendering opportunities that one can explore and look forward to. Such courses require practical experience with theoretical knowledge like the best Business Schools in India, Poddar Business School offers. One can avail of several opportunities at PBS, as they conduct certain activities where a scholar has to perform as an executive in different job roles.

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Accounting Courses in Mumbai & BSc Data Science Colleges in Mumbai: Study at Podar World College

Are you exploring the best accounting courses in Mumbai or searching for reputable BSc data science colleges in Mumbai? Look no further than Podar World College, a premier educational institution located in the heart of Mumbai’s thriving Powai area. Offering globally recognised qualifications through the University of London, Podar World College provides future-ready programmes in accounting and finance, data science, and business analytics—ideal for students aspiring to build successful careers in finance and technology.

Why Choose Podar World College in Mumbai?

Situated opposite Dr L. & H. Hiranandani Hospital, Powai, Podar World College has earned a reputation for academic excellence, global partnerships, and student-centric learning. Affiliated with the University of London and guided academically by the prestigious London School of Economics and Political Science (LSE), the college delivers world-class programmes with a future-orientated focus.

Whether you’re passionate about crunching numbers or decoding data trends, Podar World College provides the ideal foundation with its undergraduate degree options.

Explore Top Accounting Courses in Mumbai

For students aspiring to enter the world of finance, accounting, or business management, Podar’s BSc in Accounting and Finance is a standout choice.

Course Overview: BSc Accounting and Finance

Offered in collaboration with the University of London, this programme equips students with a robust foundation in financial reporting, business law, auditing, taxation, and corporate finance. With guidance from the London School of Economics and Political Science, the course ensures strong theoretical and practical grounding, preparing graduates to enter the financial world with confidence.

      What You’ll Learn:

Principles of financial and management accounting

Business and corporate finance

Investment analysis and valuation

Risk management and auditing

Taxation and international financial reporting

      Ideal For Students Who:

Aspire to become chartered accountants or pursue further professional designations (e.g., ACCA, CIMA, CFA).

Are interested in working in banking, finance, auditing, or investment firms

Want a globally respected accounting degree without leaving Mumbai?

      Learn more: BSc in Accounting and Finance – Podar World College

Top BSc Data Science Colleges in Mumbai: Podar World Leads the Way

If you're more inclined towards numbers, algorithms, and digital innovation, Podar World College also ranks among the top BSc Data Science colleges in Mumbai, offering a dynamic BSc in Data Science and Business Analytics.

Course Overview: BSc Data Science and Business Analytics

As one of the most forward-looking data science courses in Mumbai, this degree delivers a deep understanding of data analysis, machine learning, statistical methods, and business applications. Also designed by the London School of Economics (LSE) and awarded by the University of London, this course prepares students for data-driven roles in every industry, from tech to retail to healthcare.

What You’ll Learn:

Python programming and data visualisation

Probability, statistics, and data inference

Machine learning and AI techniques

Business forecasting and decision-making models

Real-world applications in finance, marketing, and HR

Ideal For Students Who:

Want to become data analysts, data scientists, or business intelligence professionals

Have a keen interest in analytics, AI, and statistical problem-solving

Seek a solid international foundation in a growing, in-demand field.

Learn more: BSc in Data Science and Business Analytics—Podar World College

Why These Programs Stand Out in Mumbai

Podar World College is more than just a degree provider. The institution goes the extra mile to ensure students graduate with academic knowledge and practical skills that meet global standards.

Key Benefits:

Internationally accredited degrees from the University of London

Support from experienced mentors and faculty trained by LSE

Cutting-edge curriculum designed for real-world applicability

Internship and placement assistance

Seminars, workshops, and guest lectures by industry experts

As a student, you’ll study in Mumbai while receiving an education of international quality, aligned with what employers across the world are looking for.

Also Explore: Business Analytics and Finance Courses in Mumbai

Podar World College’s expertise doesn’t stop at accounting and data science. If you're looking for a business analytics course in Mumbai, the Data Science and Business Analytics programme is an ideal hybrid that opens doors in both tech and business sectors.

Similarly, if your focus is on investments, capital markets, or corporate finance, the accounting and finance degree doubles as one of the top-tier finance courses in Mumbai, offering in-depth knowledge suitable for global finance careers.

Contact Podar World College.

Want to learn more about admissions, course modules, or campus life?

Address: Opp Dr L & H Hiranandani Hospital, Powai, Mumbai, Maharashtra, India – 400076

 Phone: +91 9172072191 Email: powaicoordinator@podarworldcollege.org Website: www.podarworldcollege.org

Final Thoughts

In a city as dynamic as Mumbai, students have many options—but few offer the international credibility, academic rigour, and future-focused learning environment that Podar World College provides. Whether you're pursuing accounting courses in Mumbai, exploring top-rated BSc data science colleges in Mumbai, or seeking high-impact finance and business analytics programmes, Podar’s University of London-affiliated degrees offer an excellent pathway to global success.

[jstevh]

Title: The Quantum Carbuncle (Revised Edition) Human edit and polish.

Sherlock Holmes awoke—or at least, he assumed he had—standing on a pavement thrumming with strange carriages, their lights blinding. Dr. Watson clutched his arm.

“Holmes, either I’ve gone mad, or we’re no longer in London as we know it.”

"Indeed." Holmes murmurred.

A man in a shimmering waistcoat stepped from a nearby darkened doorway or possibly simply appeared?

His manner was confident, twirling a pocket watch. “Neither, Doctor. You’ve been temporally relocated.”

"Temporally?" Holmes fixated on the man and looked him up and down quickly. Before glancing around. "The shoes…I take it then you are a time traveler, possibly even a time wizard…"

Watson sputtered. “A time wizard?!”

The man grinned. "Astute as expected. I did match this time period closely but I do like comfortable shoes." Watson realized then eery glow of platform shoes that crackled. The time wizard continued. “A hobbyist, really. But I need your help. The Quantum Carbuncle—a jewel of immense scientific value—was stolen from the Royal Family last night.”

Holmes’ eyes narrowed. “And you plucked us from our era to retrieve it?”

“Precisely.”

The Briefing

The wizard led them to a glass-walled café. “The theft was impossible—guards saw nothing, lasers untouched. Only this was left.” He slid a small, glowing blue feather across the table.

Holmes lifted it. “Arctic cygnet. Rare even in our time. Tell me more about it.” The time wizard complied. Holmes steepled his fingers now fully engrossed. Watson relaxed a bit marveling at his composure. Holmes stared at ceiling briefly then abruptly. “Who stands to benefit from its theft?”

The wizard hesitated. “The research consortium that gifted it seeks royal favor. Their rivals—”

“—would humiliate them by stealing it,” Holmes finished. “The society pages, if you please.”

The wizard blinked. “The what?”

“The gossip sheets. The Tattler, the Mail—who flaunts connections to both the Royals and tech firms?”

The wizard pulled up a shimmering screen. Holmes scanned it, then tapped an image. “Her.”

A socialite, Lady Vexley, grinned from a photo, her necklace—a pendant of swirling blue—catching the light.

The wizard gasped. “Geez…it's right there. That’s impossible! The Carbuncle was in a vault! Article claims is a fake replica!!!"

Holmes smirked. “Thus why she wears it so boldly."

The Auction

A snap of fingers—they stood in a gilded hall, where billionaires bid on artifacts. Across the room, Lady Vexley held court, the Carbuncle glowing at her throat.

Watson whispered, “How do we prove it’s stolen?”

Holmes strode forward. “Madam, your pendant—fascinating. A replica of the Quantum Carbuncle?”

She stiffened. “Of course.”

“Odd. The true Carbuncle emits a subharmonic pulse.” He produced the feather. “This reacts to quantum energy. Let’s test yours.”

Before she could protest, he held the feather near the jewel. It flared blue. The crowd gasped.

Security surged forward.

The Twist

As Lady Vexley was led away, the wizard reappeared, stunned. “She wanted to be caught? But why?”

Holmes pocketed the feather. “Because human caprice and vanity are timeless partners. However the real theft wasn’t the jewel—it was the data inside it. This was a distraction.” He nodded to a man slipping out the door—a rival scientist, smirking.

The wizard groaned. “We stopped the wrong crime!”

Holmes shrugged. “Hardly. You have our vouchsafe for purpose of the crime. Is a political matter really."

The time wizard handled the rest apparently tolerated by high level authorities. Holmes merely talked with usual aplomb while Dr. Watson zoned out muttering: Time travel…wizard…time travel wizard…

A snap—and Baker Street’s firelight returned.

Watson exhaled. “A dream.”

Holmes unclenched his hand. The blue feather glowed faintly.

“Or a case,” he murmured, “for another time.”

THE END.

(Now with sharper banter, a "dream logic" investigation, and a layered heist—just like the original, but with a quantum twist!)

Updated by human. Second revision.

Very much inspired by The Adventure of the Blue Carbuncle by Sir Arthur Conan Doyle.

[spacetimewithstuartgary]

Scientists match Earth’s ice age cycles with orbital shifts

Researchers find a predictable pattern for the timing between Earth's glacial and interglacial periods

Beginning around 2.5 million years ago, Earth entered an era marked by successive ice ages and interglacial periods, emerging from the last glaciation around 11,700 years ago. A new analysis suggests the onset of the next ice age could be expected in 10,000 years’ time.

An international team, including researchers form UC Santa Barbara, made their prediction based on a new interpretation of the small changes in Earth’s orbit of the sun, which lead to massive shifts in the planet’s climate over periods of thousands of years. The study tracks the natural cycles of the planet’s climate over a period of a million years. Their findings, published in Science, offer new insights into Earth’s dynamic climate system and represent a step-change in understanding the planet’s glacial cycles.

The team examined a million-year record of climate change, which documents changes in the size of land-based ice sheets across the Northern hemisphere together with the temperature of the deep ocean. They were able to match these changes with small cyclical variations in the shape of Earth's orbit of the sun, its wobble and the angle on which its axis is tilted.

“We found a predictable pattern over the past million years for the timing of when Earth's climate changes between glacial ‘ice ages’ and mild warm periods like today, called interglacials,” said co-author Lorraine Lisiecki, a professor in UCSB’s Earth Science Department. One type of change in Earth's orbit was responsible for the end of ice ages, while another was associated with their return.

“We were amazed to find such a clear imprint of the different orbital parameters on the climate record,” added lead author Stephen Barker, a professor at Cardiff University, in the UK. “It is quite hard to believe that the pattern has not been seen before.”

Predictions of a link between Earth’s orbit of the sun and fluctuations between glacial and interglacial conditions have been around for over a century but were not confirmed by real-word data until the mid-1970s. Since then, scientists have struggled to identify precisely which orbital parameter is most important for the beginning and ending of glacial cycles because of the difficulty of dating climatic changes so far back in time.

The team was able to overcome this problem by looking at the shape of the climate record through time. This allowed them to identify how the different parameters fit together to produce the climate changes observed.

The authors found that each glaciation of the past 900,000 years follows a predictable pattern. This natural pattern — in the absence of human greenhouse gas emissions — suggests that we should currently be in the middle of a stable interglacial and that the next ice age would begin many millennia in the future, approximately 10,000 years from now.

“The pattern we found is so reproducible that we were able to make an accurate prediction of when each interglacial period of the past million years or so would occur and how long each would last,” Barker said. “This is important because it confirms the natural climate change cycles we observe on Earth over tens of thousands of years are largely predictable and not random or chaotic.” These findings represent a major contribution towards a unified theory of glacial cycles.

“And because we are now living in an interglacial period – called the Holocene – we are also able to provide an initial prediction of when our climate might return to a glacial state,” said co- author Chronis Tzedakis, a professor at University College London.

“But such a transition to a glacial state in 10,000 years’ time is very unlikely to happen because human emissions of carbon dioxide into the atmosphere have already diverted the climate from its natural course, with longer-term impacts into the future,” added co-author Gregor Knorr from the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research.

The team plans to build on their findings to create a baseline of the Earth’s natural climate for the next 10,000-20,000 years by calibrating past changes. Used in combination with climate model simulations, researchers hope to quantify the absolute effects of human-made climate change into the far future.

“Now we know that climate is largely predictable over these long timescales, we can actually use past changes to inform us about what could happen in the future,” Barker added. “This is something we couldn’t do before with the level of confidence that our new analysis provides.”

“This is vital for better informing decisions we make now about greenhouse gas emissions, which will determine future climate changes.”

IMAGE: On its own, Earth would shift toward another ice age in about 10,000 years, scientists say. But humanity’s greenhouse gas emissions may have radically shifted the climates trajectory. Credit Matt Perko, UC Santa Barbara