#mobile computing phd program

[riddlesnap]

Mr Nigma, you said you worked for the police before. Did you enjoy your time working there at least?

unprompted fun before I closed anonymous

"Hardly! Working for the GCPD was a stifling experience. A complete and utter waste of my prodigious talents to put it lightly." Edward could hardly look more bored reminiscing about his time as the GCPD's Head of Cyber Crime Unit. Oh, it was a nice change from the usual dull questions about his childhood or accursed father, don't get him wrong, but it was such a small part of his humble beginnings as Enigma. Before he became the Riddler. "I despised the job from the moment I stepped foot into the hypocritical halls of that hallowed precinct. The people I worked with, the nonsense they had me doing, all of it was a joke and moreso once I found my bearings. When I understood the lion's den I had truly walked into. Within my first week I had uncovered half my peers were deep in the pockets of some gang or another. Imagine, pretending to uphold justice when you're taking bribes from those you've sworn to prosecute." A lot of that had changed since the word got out. The word he'd helped spread before he'd gotten arrested and thrown into Blackgate. That had all been him, all the juiciest details redacted of course but he'd been responsible for getting the word out, not Batman as many liked to believe! "My 'esteemed' peers underestimated me, thought me a child as I'd not long since graduated with my PhD in computer programming. Could you believe they didn't think it was real work? Not like them parked on their rears scoffing donuts by the dozen! No, they were doing the 'real work' while I, Edward Nigma found the facts, unearthed truly deplorable information only for none of it to matter because those responsible knew they only had to pay off that detestable pig, Loeb."

Edward scowls, a spiteful one that's only pacified when he remembers the fate of the old police commissioner. Murdered by Black Mask apparently, but anybody who was anybody knew it had been the Joker. Before he'd become the infamous clown he was today. "My 'job' involved many petty things. Extracting data from confiscated hard drives, mobile phones, that sort of thing, as well as analyzing digital evidence to identify the more savvy criminals. Not many criminals just put on a costume and go robbing the bank these days, the real money is made online like on the dark web. You think any of those double digit IQ morons sitting on the back bench of the cafeteria know how any of that works!? They can barely navigate Internet Explorer, let alone understand how to send an e-mail." Edward's scowl darkens but there's something morose about it as he rests his chin on his hands, an unreadable expression creeping into the mix of anger and frustration. "Some of the things I saw on those harddrives don't bear mentioning. I'm pretty sure you can figure out what I'm talking about having to bring a riddle into it."

[thailandlaww]

1. Structural Foundations of the SMART Visa Program

1.1 Legislative Architecture

The SMART Visa operates under:

Royal Decree on SMART Visa B.E. 2561 (2018)

Thailand 4.0 Economic Policy Framework

BOI Investment Promotion Act (No. 4) B.E. 2560

1.2 Interagency Governance

Primary Authority: Board of Investment (BOI)

Implementation Partners:

Immigration Bureau (visa issuance)

Ministry of Digital Economy and Society (tech qualifications)

Ministry of Higher Education (academic validation)

2. Category-Specific Qualification Matrix

2.1 SMART-T (Specialists)

Technical Thresholds:

Salary Floor: THB 200,000/month (USD 5,800)

Experience Validation:

5+ years in qualifying field

Patent holders given priority

PhD waivers for certain disciplines

Industry Prioritization:

Biotechnology (Gene Therapy, Precision Medicine)

Advanced Manufacturing (Robotics, 3D Printing)

Digital Infrastructure (AI, Quantum Computing)

2.2 SMART-I (Investors)

Due Diligence Process:

Phase 1: BOI business plan review (45 days)

Phase 2: Anti-money laundering clearance

Phase 3: Investment tracing audit

2.3 SMART-E (Entrepreneurs)

Startup Validation Framework:

Tier 1 Incubators: DEPA, Thai Venture Capital Association

Minimum Traction Metrics:

THB 10M ARR or

50,000 MAU or

Series A funding

Capital Requirements:

Bootstrapped: THB 600,000 liquid

Funded: Minimum THB 5M valuation

3. Advanced Application Mechanics

3.1 Document Authentication Protocol

Educational Credentials:

WES or IQAS evaluation for non-Thai degrees

Notarized Thai translations

Employment History:

Social security cross-verification

Reference checks with former employers

3.2 Technical Review Process

Stage 1: Automated system screening

Stage 2: BOO specialist committee review

Stage 3: Final approval by Deputy Secretary-General

4. Privilege Structure and Limitations

4.1 Work Authorization Scope

Permitted Activities:

Primary employment with sponsor

Consulting (max 20% time allocation)

Academic collaboration

Prohibited Activities:

Local employment outside specialty

Unapproved commercial research

Political activities

4.2 Dependent Provisions

Spousal Work Rights:

General employment permitted

No industry restrictions

Child Education:

International school subsidies

University admission preferences

4.3 Mobility Advantages

Fast-Track Immigration:

Dedicated SMART lanes at 6 major airports

15-minute clearance guarantee

Re-entry Flexibility:

Unlimited exits without visa voidance

Automatic 48-hour grace period

5. Compliance and Renewal Dynamics

5.1 Continuous Eligibility Monitoring

Quarterly Reporting:

Employment verification

Investment maintenance

Research output (for academics)

Annual Review:

Salary benchmark adjustment

Contribution assessment

5.2 Renewal Process

Documentation Refresh: Updated financials, health insurance

Performance Evaluation: Economic impact assessment

Fee Structure: THB 10,000 renewal fee + THB 1,900 visa stamp

5.3 Grounds for Revocation

Material Changes: Employment termination, investment withdrawal

Compliance Failures: Missed reporting, legal violations

National Security Concerns: Classified determinations

6. Comparative Analysis with Global Competitors

6.1 Strategic Advantages

Tax Optimization: 17% flat rate option

Research Incentives: BOO matching grants

Commercialization Support: THBI co-investment

7. Emerging Policy Developments

7.1 2024 Program Enhancements

Blockchain Specialist Category (Q3 rollout)

Climate Tech Fast-Track (Carbon credit linkage)

Regional Expansion: Eastern Economic Corridor focus

7.2 Pending Legislative Changes

Dual Intent Provision: PR application without visa surrender

Skills Transfer Mandate: Local training requirements

Global Talent Pool: Reciprocal agreements in negotiation

8. Practical Application Strategies

8.1 Pre-Application Optimization

Salary Structuring: Base vs variable compensation

Patent Portfolio Development: Thai IP registration

Local Network Building: Thai professional associations

8.2 Post-Approval Planning

Tax Residence Strategy: 180-day calculations

Asset Protection: Thai holding company formation

Succession Planning: Will registration requirements

9. Critical Risk Factors

9.1 Common Rejection Reasons

Document Discrepancies: Date inconsistencies

Qualification Gaps: Unrecognized certifications

Financial Irregularities: Unverified income streams

9.2 Operational Challenges

Banking Restrictions: Foreign account limitations

Healthcare Access: Specialty treatment approvals

Cultural Integration: Workplace adaptation

10. Conclusion: Strategic Implementation Framework

For optimal SMART Visa utilization:

Pre-qualification Audit: 90-day preparation period

BOI Engagement: Pre-submission consultation

Compliance Infrastructure: Digital reporting systems

Contingency Planning: Alternative category eligibility

[technofeudalism]

since this post blew up, i've been wanting to do an addition with all of the recommendations from the comments and tags. but there's a lot of them. some people might be crazy enough to sit down and seriously put them all in one post with descriptions. those people are honestly sick in the head.

anyway, here's all of the recommendations from the reblogs. not all of them are text-based, but it's a great mixture of styles. also don't forget the links in the second paragraph of the OP which will take you to FMHY where there are a bunch more games listed.

Games

A Dark Room - text-based science fiction role-playing game.

corru.observer - science fiction adventure web game.

Improbable Island - old-school text adventure game.

Candy Box 2 - incremental clicker game that evolves into RPG.

Arcanum - open source wizard clicker game.

sandspiel, Powder Game, Powder Game 2, The Powder Toy - more sand physics games.

Orb.Farm - fishtank simulator.

Façade - experimental game with a real-time interactive narrative where you try to fix a failing marriage.

The Catacombs of Solaris - trippy art game.

Yume Nikki Online - online version of the surreal classic plus fangames.

The Barncle Goose Experiment - combine element/alchemy game based on antique theories of abiogenesis.

Fallen London - free-to-play text-based open world RPG.

Nested - very unique text-based universe expanding game. described as possibly @orteil42's favorite thing he's ever made.

The Process of Elimination - interactive web novel (by @hypertextdog)

Discworld MUD - multiplayer, text-based, online game (a MUD, or text MMORPG) based on the Discworld books.

Horse Master - surreal text game about training a horse.

EYEZMAZE - flash (RIP) or HTML5-based puzzle games.

You Are Jeff Bezos - text game. spend Jeff Bezos' fortune.

The Password Game - challenging puzzle game where you have to meet password requirements (by neal)

Universal Paperclips - incremental paperclip making game.

Half-Earth - planetary disaster planning game where you try to save the world using socialism.

ChooseYourStory - community-driven website centered on CYOA style story games.

PhD Simulator - random event based text game. make your choice each month and see if you can graduate on time.

Dungeon Crawl Stone Soup - open source roguelike.

Cataclysm: Dark Days Ahead - turn-based survival roguelike set in the modern day.

Nethack - open source roguelike originally released in 1987.

FarmRPG - simple, mobile-friendly, text-based farming RPG.

Kingdom of Loathing - browser-based community MMORPG.

PokeRogue - browser-based Pokemon roguelike

Tools

Text Game Builder - works in your browser, with just a little bit of Python (by @grumpygandalf)

Twine - great (free!) tool for making text-based games quickly.

Ink - scripting language for interactive fiction (also free)

Flashpoint Archive - a community effort to preserve games and animations from the web.

PICO-8 - fantasy console for making, sharing and playing tiny games and other computer programs.

Non-Games

Library of Babel - interactive illustration which attempts to simulate what it might be like to browse The Library of Babel.

Superbad - technically not a game, sprawling website full of secrets.

17776 - serialized speculative fiction multimedia narrative about football in the far-future. beautiful, creative, legendary. created by Jon Bois, a legend and one of my favorite writers of all time.

Choice of Games - text-based, choose-your-own-adventure games (interactive fiction). some free-to-play, others can be bought like an ebook.

The Deep Sea - scroll to the bottom of the ocean. encounter the humble squid and his friends (by neal)

Space Elevator - like The Deep Sea, but up instead of down. you can equip your avatar with a scarf (by neal)

Internet Artifacts - an interactive history of the early internet (by neal)

If The Moon Were Only One Pixel - scroll through an accurately scaled model of the universe.

r/incremental_games - reddit community for incremental games.

r/WebGames - reddit community for web games in general.

thank you to everyone who contributed and the creators. please be sure to show them some love where possible.

i think the near-extinction of people making fun, deep and/or unique interactive text-based browser games, projects and stories is catastrophic to the internet. i'm talking pre-itch.io era, nothing against it.

there are a lot of fun ones listed here and here but for the most part, they were made years ago and are now a dying breed. i get why. there's no money in it. factoring in the cost of web hosting and servers, it probably costs money. it's just sad that it's a dying art form.

anyway, here's some of my favorite browser-based interactive projects and games, if you're into that kind of thing. 90% of them are on the lists that i linked above.

A Better World - create an alternate history timeline

Alter Ego - abandonware birth-to-death life simulator game

Seedship - text-based game about colonizing a new planet

Sandboxels or ThisIsSand - free-falling sand physics games

Little Alchemy 2 - combine various elements to make new ones

Infinite Craft - kind of the same as Little Alchemy

ZenGM - simulate sports

Tamajoji - browser-based tamagotchi

IFDB - interactive fiction database (text adventure games)

Written Realms - more text adventure games with a user interface

The Cafe & Diner - mystery game

The New Campaign Trail - US presidential campaign game

Money Simulator - simulate financial decisions

Genesis - text-based adventure/fantasy game

Level 13 - text-based science fiction adventure game

Miniconomy - player driven economy game

Checkbox Olympics - games involving clicking checkboxes

BrantSteele.net - game show and Hunger Games simulators

Murder Games - fight to the death simulator by Orteil

Cookie Clicker - different but felt weird not including it. by Orteil.

if you're ever thinking about making a niche project that only a select number of individuals will be nerdy enough to enjoy, keep in mind i've been playing some of these games off and on for 20~ years (Alter Ego, for example). quite literally a lifetime of replayability.

[nimilphilip]

A Complete Guide to Cloud Computing Master’s Degrees in France, Germany, and Ireland

The digital world is changing because of cloud computing. It's at the centre of today's tech-driven world, from streaming services and mobile apps to AI and data analytics. The need for skilled workers is skyrocketing as businesses quickly move to cloud infrastructure. And where better to learn these skills that are in high demand than in Europe?

 France, Germany, and Ireland are now the best places for international students who want to specialise in cloud computing to study. These countries are great places to start your cloud-focused career because they have strong academic programs, access to global tech companies, and great job opportunities after you finish school.

 We'll show you everything you need to know about getting a Master's degree in Cloud Computing in these three countries in this guide. We'll talk about why they're a great choice, the best schools to go to, and what you can do after you graduate.

Why Pursue Cloud Computing in Europe?

Europe is now a hotbed of new technology. Cloud computing is a top priority for governments all over Europe as they work on digital transformation. France is making tech hubs like Station F in Paris. Germany is ahead of the rest of the world when it comes to digitising industry. Ireland is home to the European headquarters of the largest cloud service providers.

 You can find a lot of master's programs in tech that are taught entirely in English, even in countries where English isn't the first language, like France and Germany. This makes it possible for international students to get a good education without having to worry about language problems.

 All three countries have a lot of job opportunities after you finish your studies. Most graduates have 18 to 24 months to find a job, which gives you plenty of time to get into cloud development, security, DevOps, and other fields.

Studying Cloud Computing in France

The number of international tech students choosing France is increasing. Light fees, excellent research results and worldwide cooperation have made it the ideal base for cloud-related studies.

At the Institut Polytechnique de Paris, the MSc in Cloud and Network Infrastructures (provided by EIT Digital) lets students study and apply what they have learned in industry projects. Within two years, students become familiar with cloud systems, mobile networks and virtualization by learning at several European universities.

EPITA School of Engineering and Computer Science has developed a MSc in Cloud Computing and Virtualisation that focuses on gaining practical skills in distributed technologies, security for cloud environments and important virtualization tools like VMware and Docker. The teaching is closely linked to what is used in the real world.

A research-focused approach is taken in the MSc in Computer Science (Cloud and Network Security) offered by the University of Lille. Students engage in both cloud infrastructure and security topics such as cryptography, secure protocols and intrusion detection which helps them succeed in industry and PhD programs.

With cloud companies OVHCloud and Thales based in France, graduates have plenty of employment opportunities as a Cloud Architect, DevOps Engineer or Cloud Security Analyst.

Studying Cloud Computing in Germany

Long ago, Germany became well-known for its top-level engineering and technical education. Also, Germany is emerging as a major part of Europe’s digital transformation which makes it an ideal choice for cloud studies.

People looking for a master’s degree in Informatics can find a well-regarded program with a Cloud Computing track at TUM. This course is especially suitable for students wishing to study distributed systems and scalable system design supported by up-to-date research and labs.

RWTH Aachen University has a cloud focus for its MSc in Computer Science program. Students develop strong understanding and skills in distributed systems, scalable computing and high-performance networks which are vital for cloud computing.

In the MSc in Software Engineering and Management at the University of Stuttgart, students have the option to focus on Cloud Technology. This two-year program provides a mix of theoretical learning and tasks in cloud systems, agile teamwork and the use of Kubernetes and other tools.

Graduates in Germany typically find work as Cloud Infrastructure Engineers, Cloud Project Managers or Systems Administrators in tech hubs such as Berlin, Munich and Frankfurt due to the healthy job market in Germany.

Studying Cloud Computing in Ireland

Ireland is quickly becoming Europe's tech centre. Almost every big tech company, from Microsoft to Google, has a presence there, making it a great place for IT workers. This is one of the best places to start a career in cloud computing.

 Dublin City University (DCU) has a one-year MSc in Computing with a Cloud Computing stream. This program gives you a full picture of cloud technologies, such as DevOps, cloud-native development, and scalable architectures. It does this through strong ties to the industry and learning through projects.

The National College of Ireland (NCI) offers an MSc in Cloud Computing that focusses on using tools like AWS, Azure, and Google Cloud in real life. Students get an edge in the Irish and global job markets by working on real projects and doing internships.

The MSc in Computer Science with a focus on Cloud and Network Technologies at Technological University Dublin (TU Dublin) is for people who want to be technical leaders. Students learn about enterprise networks, cloud orchestration, virtualisation, and distributed systems.

 Ireland has a booming tech industry, which means there are good jobs at companies like Amazon, IBM, and Accenture. Cloud Software Developer, Solutions Architect, and Site Reliability Engineer are some of the jobs that graduates often get.

Are you looking for the best study abroad consultants in Kochi

[samartht]

Best CS Engineering College in Jaipur — Why SGVU is the Ideal Choice for B.Tech in CSE

Jaipur has emerged as one of the leading educational hubs in North India, especially in the field of engineering. For students who are passionate about Computer Science and wish to pursue a career in technology, choosing the right college is a crucial decision. Among the many institutions in the city, Suresh Gyan Vihar University (SGVU) stands out as the best CS engineering college in Jaipur.

With world-class infrastructure, industry-aligned curriculum, experienced faculty, and a strong placement record, SGVU offers everything a student needs to succeed in the fast-evolving tech industry.

Why Jaipur is an Emerging Hub for Computer Science Engineering

Before diving into what makes SGVU special, it's important to understand why Jaipur is becoming a hotspot for technical education:

📈 Growing IT Industry: Jaipur’s tech landscape is expanding with the emergence of IT parks and startups.

🏙️ Student-Friendly Environment: Affordable living, safe surroundings, and excellent connectivity.

🎓 High-Quality Education: Presence of reputed engineering colleges and universities.

🌐 Opportunities for Growth: Easy access to internships, tech events, and industry collaborations.

This combination makes Jaipur a smart choice for students seeking a future in technology and innovation.

SGVU – The Best Computer Science Engineering College in Jaipur

Suresh Gyan Vihar University (SGVU) is a UGC-recognized, NAAC ‘A’ Grade accredited private university in Jaipur. It has built a strong reputation for excellence in engineering education, especially in Computer Science and Engineering (CSE).

Let’s explore what makes SGVU the top B.Tech CSE college in Jaipur:

1. 🏅 NAAC ‘A’ Grade Accreditation

SGVU is Rajasthan’s first private university to earn an ‘A’ grade from NAAC. This accreditation reflects the university’s commitment to maintaining the highest academic standards, research output, infrastructure, and student outcomes.

2. 🎓 Industry-Relevant B.Tech CSE Curriculum

SGVU’s Computer Science Engineering (CSE) program is designed in collaboration with industry experts. The curriculum is updated regularly to match the demands of the tech industry.

Specializations offered:

Artificial Intelligence & Machine Learning (AI/ML)

Data Science & Big Data Analytics

Cybersecurity & Ethical Hacking

Cloud Computing

Internet of Things (IoT)

Web and Mobile App Development

This multi-disciplinary approach ensures that students are not just job-ready but future-ready.

3. 🧪 Advanced Labs and Technology Infrastructure

SGVU provides hands-on learning through its state-of-the-art labs and centers of excellence. Facilities include:

IBM Cloud Computing Lab

Microsoft Innovation Center

AI & Robotics Labs

IoT and Smart Devices Lab

High-performance programming zones and coding clubs

These resources provide students with real-time exposure to the tools, platforms, and technologies used in the industry.

4. 💼 Strong Placement Support

One of the biggest advantages of studying at SGVU is its robust placement cell, which works throughout the year to connect students with top companies.

Top recruiters include:

Infosys

Wipro

Cognizant

Capgemini

TCS

Amazon

HCL Technologies

Students are trained in technical skills, communication, aptitude, and interview preparation to ensure high placement success.

5. 👨‍🏫 Experienced Faculty and Mentorship

The CSE department at SGVU comprises highly qualified faculty, many of whom hold PhDs and have real-world industry experience. Students benefit from:

Regular mentorship programs

Guest lectures by IT professionals

Technical workshops and hackathons

Research guidance and project supervision

This creates a strong academic foundation and boosts confidence among students.

6. 🔬 Research, Innovation & Startup Support

SGVU actively encourages students to pursue research and entrepreneurship. The university has established:

Innovation & Incubation Cell

Student Startup Support Programs

Tech research groups in AI, Cybersecurity, and IoT

Patenting and publication assistance

These initiatives help students turn ideas into innovations and explore startup opportunities even before they graduate.

7. 🌟 Vibrant Campus Life and Holistic Development

SGVU believes in all-round development. The campus is home to:

Spacious smart classrooms & digital libraries

Modern hostels with Wi-Fi & recreation facilities

Cafeterias, sports grounds & fitness centers

Annual tech fests, coding competitions, and cultural events

This ensures a balanced student life — academically enriching, socially engaging, and personally fulfilling.

Conclusion: Why SGVU is the Best CS Engineering College in Jaipur

Whether you're passionate about coding, artificial intelligence, data science, or cybersecurity, Suresh Gyan Vihar University offers the ideal environment to nurture your talent and launch a successful tech career.

By choosing SGVU for your B.Tech in Computer Science Engineering, you gain access to:

Top-tier education

Industry-grade training

Career placement with global recruiters

A platform for innovation and growth

[ameceeashish]

Unlock Your Future with B.Tech in Computer Science Engineering in Dehradun

In today's digital world, a Computer Science Engineering (CSE) degree opens doors to a world of innovation, creativity, and career opportunities. Dehradun, known for its serene environment and quality educational institutions, is rapidly emerging as a hub for engineering education in India. If you're aspiring to pursue B.Tech in Computer Science Engineering in Dehradun, this guide will help you understand why it's the right choice for your future.

Why Choose B.Tech in Computer Science Engineering?

B.Tech in CSE is a four-year undergraduate program that focuses on the theoretical foundations and practical applications of computer systems and software development. CSE students with skills in:

Programming languages (C, C++, Java, Python)

Data structures and algorithms

Artificial Intelligence and Machine Learning

Database Management Systems

Cybersecurity

Software Engineering

Cloud Computing and IoT

With the digital economy growing rapidly, the demand for skilled CSE graduates is at an all-time high, both in India and globally.

Why Study B.Tech in CSE in Dehradun?

Dehradun, the capital of Uttarakhand, is not just a scenic city nestled in the foothills of the Himalayas—it's also home to some of India’s top engineering colleges. Here’s 

Why choose Dehradun for CSE?

Quality Education with Modern Infrastructure Colleges in Dehradun, like the Alpine Group of Institutes, offer state-of-the-art labs, experienced faculty, and industry-relevant curriculum.

Peaceful Learning Environment The tranquil and pollution-free surroundings of Dehradun make it an ideal place for focused academic growth.

Industry Collaborations and Placement Support Many institutes in Dehradun have tie-ups with leading IT companies and startups, ensuring real-world exposure and excellent placement opportunities.

Key Highlights of B.Tech in CSE at Alpine Group of Institutes, Dehradun

Updated Curriculum: Aligned with current industry trends like AI, Data Science, Blockchain, and Cloud Computing.

Hands-on Learning: Practical projects, hackathons, coding marathons, and industrial training.

Career Guidance: Dedicated placement cell with 100+ recruiters visiting the campus every year.

Entrepreneurship Support: Incubation centers and startup mentorship programs.

Certifications: Additional certifications from platforms like Coursera, NPTEL, and IBM SkillsBuild.

Career Opportunities After completing B.Tech in Computer Science Engineering

Upon completing your B.Tech in CSE, you can explore a wide range of job roles such as:

Software Developer

Data Analyst

Web Developer

Mobile App Developer

AI/ML Engineer

Cybersecurity Expert

Cloud Solutions Architect

Database Administrator

Top recruiters include companies like TCS, Infosys, Wipro, Google, Amazon, and Microsoft, among many others.

Scope of Higher Education After B.Tech in CSE

For students interested in further studies, a B.Tech degree opens up avenues for:

M.Tech in CSE or related specializations

MBA in Technology Management or Business Analytics

Postgraduate Diplomas in AI, ML, Data Science

Research and PhD programs in Computer Science

Eligibility Criteria for B.Tech in CSE

To pursue B.Tech in CSE in Dehradun, the eligibility criteria generally include:

10+2 with Physics, Chemistry, and Mathematics (PCM)

Minimum 50% marks (may vary by institution)

Admission through entrance exams like JEE Main, or direct admission based on merit (in some colleges)

How to Choose the Right College for B.Tech CSE in Dehradun?

When selecting a college for B.Tech in Computer Science Engineering in Dehradun, consider the following:

Accreditation and Affiliations: AICTE-approved and affiliated to a reputed university.

Faculty Expertise: Look for experienced faculty members with industry and research backgrounds.

Labs and Infrastructure: fully-equipped computer labs, Wi-Fi-enabled campus, and library.

Placement: Ensure the college has a good placement history in the Past few years.

Internship Opportunities: Institutes offering internships or industrial training give students real-world exposure.

FAQs – 

Q1: Is Dehradun a good city for pursuing B.Tech in CSE? A: Yes, Dehradun offers quality education, peaceful surroundings, and increasing industry collaborations, making it a great destination for engineering aspirants.

Q2: What is the average salary after B.Tech in CSE? A: Entry-level salaries typically range from ₹3 LPA to ₹8 LPA, depending on the company and your skill set. With experience, it can go much higher.

Q3: Can I pursue B.Tech CSE without clearing JEE Main? A: Yes, some private colleges in Dehradun, including Alpine Group of Institutes, offer direct admissions based on 12th-grade merit.

Q4: What are the trending specializations in CSE? A: Some of the trending areas include Artificial Intelligence, Data Science, Cybersecurity, Cloud Computing, and Blockchain.

Q5: Does Alpine Institute offer placement assistance for CSE students? A: Absolutely. Alpine has a dedicated placement cell that connects students with top IT companies for internships and job opportunities.

Conclusion

Choosing B.Tech in Computer Science Engineering in Dehradun is more than just pursuing a degree—it's a step toward a dynamic, future-ready career. With institutes like the Alpine Group of Institutes offering quality education, practical exposure, and strong placement support, you can confidently build a solid foundation for your success in the tech industry.Ready to code your future? Apply for B.Tech CSE in Dehradun today!

[sunaleisocial]

A new way to bring personal items to mixed reality

New Post has been published on https://sunalei.org/news/a-new-way-to-bring-personal-items-to-mixed-reality/

A new way to bring personal items to mixed reality

Think of your most prized belongings. In an increasingly virtual world, wouldn’t it be great to save a copy of that precious item and all the memories it holds?

In mixed-reality settings, you can create a digital twin of a physical item, such as an old doll. But it’s hard to replicate interactive elements, like the way it moves or the sounds it makes — the sorts of unique interactive features that made the toy distinct in the first place.

Researchers from MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) sought to change that, and they have a potential solution. Their “InteRecon” program enables users to recapture real-world objects in a mobile app, and then animate them in mixed-reality environments. 

This prototype could recreate the interaction functions in the physical world, such as the head motions of your favorite bobblehead, or playing a classic video on a digital version of your vintage TV. It creates more lifelike and personal digital surroundings while preserving a memory.

InteRecon’s ability to reconstruct the interactive experience of different items could make it a useful tool for teachers explaining important concepts, like demonstrating how gravity pulls an object down. It could also add a new visual component to museum exhibits, such as animating a painting or bringing a historical mannequin to life (without the scares of characters from “Night at the Museum”). Eventually, InteRecon may be able to teach a doctor’s apprentice organ surgery or a cosmetic procedure by visualizing each motion needed to complete the task.

The “InteRecon” program enables users to recapture real-world objects in a mobile app, and then animate them in mixed-reality environments. Video: MIT CSAIL

The exciting potential of InteRecon comes from its ability to add motions or interactive functions to many different objects, according to CSAIL visiting researcher Zisu Li, lead author of a paper introducing the tool.

“While taking a picture or video is a great way to preserve a memory, those digital copies are static,” says Li, who is also a PhD student at the Hong Kong University of Science and Technology. “We found that users wanted to reconstruct personal items while preserving their interactivity to enrich their memories. With the power of mixed reality, InteRecon can make these memories live longer in virtual settings as interactive digital items.”

Li and her colleagues will present InteRecon at the 2025 ACM CHI conference on Human Factors in Computing Systems.

Making a virtual world more realistic

To make digital interactivity possible, the team first developed an iPhone app. Using your camera, you scan the item all the way around three times to ensure it’s fully captured. The 3D model can then be imported into the InteRecon mixed reality interface, where you can mark (“segment”) individual areas to select which parts of the model will be interactive (like a doll’s arms, head, torso, and legs). Alternatively, you can use the function provided by InteRecon for automatic segmentation.

The InteRecon interface can be accessed via the mixed reality headset (such as Hololens 2 and Quest). It allows you to choose a programmable motion for the part of the item you want to animate after your model is segmented.

Movement options are presented as motion demonstrations, allowing you to play around with them before deciding on one — say, a flopping motion that emulates how a bunny doll’s ears move. You can even pinch a specific part and explore different ways to animate it, like sliding, dangling, and pendulum-like turns.

Your old iPod, digitized

The team showed that InteRecon can also recapture the interface of physical electronic devices, like a vintage TV. After making a digital copy of the item, you can customize the 3D model with different interfaces.

Users can play with example widgets from different interfaces before choosing a motion: a screen (either a TV display or camera’s viewfinder), a rotating knob (for, say, adjusting the volume), an “on/off”-style button, and a slider (for changing settings on something like a DJ booth).

Li and colleagues presented an application that recreates the interactivity of a vintage TV by incorporating virtual widgets such as an “on/off” button, a screen, and a channel switch on a TV model, along with embedding old videos into it. This makes the TV model come to life. You could also upload MP3 files and add a “play button” to a 3D model of an iPod to listen to your favorite songs in mixed reality.

The researchers believe InteRecon opens up intriguing new avenues in designing lifelike virtual environments. A user study confirmed that people from different fields share this enthusiasm, viewing it as easy to learn and diverse in its ability to express the richness of users’ memories.

“One thing I really appreciate is that the items that users remember are imperfect,” says Faraz Faruqi SM ’22, another author on the paper who is also a CSAIL affiliate and MIT PhD student in electrical engineering and computer science. “InteRecon brings those imperfections into mixed reality, accurately recreating what made a personal item like a teddy bear missing a few buttons so special.”

In a related study, users imagined how this technology could be applied to professional scenarios, from teaching medical students how to perform surgeries to helping travelers and researchers log their trips, and even assisting fashion designers in experimenting with materials.

Before InteRecon is used in more advanced settings, though, the team would like to upgrade their physical simulation engine to something more precise. This would enable applications such as helping a doctor’s apprentice to learn the pinpoint accuracy needed to do certain surgical maneuvers.

Li and Faruqi may also incorporate large language models and generative models that can recreate lost personal items into 3D models via language descriptions, as well as explain the interface’s features.

As for the researchers’ next steps, Li is working toward a more automatic and powerful pipeline that can make interactivity-preserved digital twins of larger physical environments in mixed reality for end users, such as a virtual office space. Faruqi is looking to build an approach that can physically recreate lost items via 3D printers.

“InteRecon represents an exciting new frontier in the field of mixed reality, going beyond mere visual replication to capture the unique interactivity of physical objects,” says Hanwang Zhang, an associate professor at Nanyang Technological University’s College of Computing and Data Science, who wasn’t involved in the research. “This technology has the potential to revolutionize education, health care, and cultural exhibitions by bringing a new level of immersion and personal connection to virtual environments.”

Li and Faruqi wrote the paper with the Hong Kong University of Science and Technology (HKUST) master’s student Jiawei Li, PhD student Shumeng Zhang, Associate Professor Xiaojuan Ma, and assistant professors Mingming Fan and Chen Liang from HKUST; ETH Zurich PhD student Zeyu Xiong; and Stefanie Mueller, the TIBCO Career Development Associate Professor in the MIT departments of Electrical Engineering and Computer Science and Mechanical Engineering, and leader of the HCI Engineering Group. Their work was supported by the APEX Lab of The Hong Kong University of Science and Technology (Guangzhou) in collaboration with the HCI Engineering Group.

[spacetimewithstuartgary]

Establishing a permanent lunar presence will depend on ingenuity and the moon’s own resources, according to Concordians

To build infrastructure in a distant, highly hostile environment will require a unique blend of AI, robotics and 3D printing,

NASA’s Artemis program goal of establishing a human presence on the Earth’s moon is closer than ever to becoming a reality within the next few decades. But today’s starry-eyed dreamers are reckoning with the gritty reality of building a permanent base on an airless, dusty, radiation-blasted rock thousands of miles from home. How hard can it be?

The answer, obviously, is very. But with a lot of planning and innovation, it does not appear impossible.

In a new, comprehensive review paper led by Concordia researchers published in the journal Progress in Aerospace Science, the authors break down the many very serious challenges of lunar-based manufacturing and construction essential for establishing a sustainable, long-term lunar presence. But they also provide solutions that can overcome them.

“A crucial step is to be able to manufacture whatever is needed on site,” says Mohammad Azami, a PhD candidate at Concordia University’s Aerospace Robotics Lab (CUARL). “We must establish the infrastructure needed to produce the essential tools, structures and systems  for habitation on the moon.”

The researchers say that this will require close use of three critical technologies: 3D printing, robotics and artificial intelligence (AI).

First-time solutions to first-time challenges

“These three technologies operating together offer versatility,” says co-author Krzysztof Skonieczny, associate professor in the Department of Electrical and Computer Engineering at the Concordia Institute of Aerospace Design and Innovation.

“They allow us to adaptively and flexibly respond to challenges as they arise. We can’t foresee everything in advance.”

A small 3D printing machine will be able to produce specialized parts and structures essential to building, maintaining and repairing lunar infrastructure. Given the unique environment in which they will be used, Skonieczny says many of the instruments will be equally unique.

“For everything that needs to be built, it will probably be the first time,” he says. “It will have to be done based either on inputs from astronauts on site or from specialists on Earth who can beam up designs and have the machines produce them while the astronauts are asleep.”

The promise of moon dust

The moon also has a critical natural resource that can cut down the total payload from Earth-launched supply missions: the lunar regolith, which is a layer of fine but highly abrasive dust that covers the moon’s surface.

Azami’s research at CUARL and the Concordia Centre for Composites (CONCOM), recently published in the journal Progress in Additive Manufacturing, has led to successful breakthroughs that can be critical to lunar manufacturing and construction: a mobile 3D printing robot that uses a composite of space-grade polymer called polyether ether ketone and a lunar dust simulant for on-demand fabrication of complex geometries.

Regolith has the additional benefit of being an effective barrier against solar radiation. Using it in construction as a radiation insulation layer would reduce the need to bring similar materials from Earth.

“The longer-term challenge is transitioning toward using local materials primarily not just as filler, but as the main ingredient. However, the current solutions for this are very energy intensive,” Azami says.

Both the United States and China have stated that they aim to establish a longer-term presence on the moon by the middle of the next decade. Skonieczny says those goals are feasible for smaller and shorter missions, along the lines of trips to the International Space Station or Antarctic research centres.

A longer-term presence will present even more challenges, particularly regarding the effects extended duration has on human biology as well as legal issues around lunar territorial rights.

“These are very important, big-picture challenges. Manufacturing is one piece of a very large puzzle,” he says.

[mswayambhu-blog]

Shaastra, IIT-M, is an annual student run technical festival of the IIT-M (Indian Institute of Technology, Madras), wherein they dedicated a few days to move out of the study curriculum to interface and embrace the latest technological thoughts & practices from across the globe. They call global subject matter experts to talk, give presentations, interact with students and faculties, bring their knowledge and practical case studies to the table, they also organize workshops, competitions, exhibitions, apart from cultural program and entertainment. The festival is organized on global standards and has earned an ISO 9001:2015 certification too.

Within the Shaastra 2025 festival, there was yet another chapter of Future Cities Summit (FCS) this year, which shows the commitment of the festival towards embracing the hi-tech future and the technological advancements of tomorrow. FCS had been planned to explore and examine multidimensional approach towards the urban world of future, which will have all elements of energy, economy, transport & mobility, innovation & technologies like AI, AR, VR, ML, IoT, IT & ITES etc. apart form the livability and sustainability.

This year’s focus included subjects like Technology, AI and Data Integration, Legal and Ethical Frameworks for Smart Cities, Future of Urban Transportation, Cultural Preservation and Urban Development, Resilient Infrastructure and Climate Adaptation, and Renewable Energy Integration in Urban Environments.

Vaidic Srijan got an invite to speak in under the Resilient Infrastructure and Climate Adaptation domain, with our evidence-based case studies and success stories and the topic given to us was “Healthy Natural Resources for Sustainable Cities”. The 30 minutes presentation followed by Q&A session was conducted by Madhukar Swayambhu, Cofounder & research head of Vaidic Srijan LLP, and the case study of Moradabad Amrit Sarovars, was discussed in detail on how restoring the health of the natural Waterbodies in the Brass Capital of the country transformed the overall health, happiness and prosperity index of the city. How the urban flooding has been eradicated, Ground Water recharge has started happening, the Air Quality index has been transformed from worst in the state to healthy breathable Air, biodiversity conservation has happened, post-monsoon vector borne diseases outbreak has been mitigated and many awards and accolades have been earned by the city.

Bottom line discussed and described during the session was, the conventional approach of “cleaning” the Waterbodies is no solution, but simply postponement of the problem. A holistic and sustainable approach is the “restore the health” of the Waterbodies, since they are the ‘ecosystem service providers’ to their respective vicinities, not a mere reservoir or pool of Water. Another interesting aspect was to transform the Waterbody rejuvenation projects from “expense” to “revenue” through enabling them to earn the environmental credits (Water, Carbon, Sanitation, Emission and Biodiversity), which are tradeable commodities in the global markets.

The discussion was followed by a very rich and interactive Q&A session too.

The summit was graced by the presence of other eminent speaker from across the globe including Mr. Kok Chin Tay, the Chairman of the Smart Cities Network (a network of innovative solution and services providers for smart cities) and the Executive Director (ASEAN) for Smart Cities Council, Ms. Suchismita Goswami, is a PhD fellow from the Global Health Section at the Department of Public Health, University of Copenhagen, Dr. Chinmay Hedge is the CEO and Co-Founder of Astrikos AI, an organization that delivers Actionable (Smart) IoT-driven Real-time Insights for Smart Cities, Mr. Ian Chew is the sole Founder of Greenie Web – an award winning Singapore ClimateTech startup that creates low-carbon computer code, Ms. Aswathy Dilip is the South Asia Director of Institute for Transportation and Development Policy (ITDP), Prof. Subir Sachdev, Herchel Smith Professor of Physics. Harvard University, Mr. Shravan Bendapudi is and the Co-Managing Director of Gensler’s Mumbai office, and Dr. Shailendra Jaiswal, Professor of Practice Innovation and Entrepreneurship in Madhya Pradesh Bhoj (Open) University (MPBOU), Director at CSJM Innovation Foundation, Director at Alyna International Private Limited, Member Board of Studies, Bihar Engineering University, Patna, Innovation Advisor to Toy Association of India, Lead Mentor to Srijan Sanchar and many more responsibilities in social, academia and industry sectors, being an Ex-ED of DRDO and having plethora of experience and exposure, that he’s chosen to give back to the society.

The event was also graced by the presence of Narayan Babu, Cloud Project Manager - NexTurn, Hyderabad, A Lakshmi, Data Science and Software Engineering professional, an IIT-M Alumni, Dr. R Ramasubbu, Former Joint Chief Environmental Engineer, TNPCB, Sudhakar Sundram, AVP, OCBC, Singapore, an IIT-M Alumni, Dr. Ar. K. Sundararaman, PhD. (IIT Madras), Aakash Pugazhendi, Architect Planner, Ecorys, Chennai, Ashwin Suresh, Urbanist & Architect, Arcadis, Chennai, RR Lokesh, founder of Ewebstore, an IIT-M Alumni, Abhishek Sivakumar, Level -1 Chess Coach, MD of CIT Connects and a Research intern at CIT, Challa Saraswathi Lalith, App Development Intern at Bharat Intern, Ex-S/W Engineer at JP Morgan Chase & Co., Brahmasoor Anirudhan, CTO & Cofounder of Ciprime Modus Pvt. Ltd. & IOWater, an IIT-M Alumini, Vishwajeet Kumar, Founder & CEO at Health Sathi and Origins Tribe, Shringesh S, Mechanical Engineer & Environmental Enthusiast, working for product development at Foruppo, Prem Kumar, an Urban Mobility Consultant with a background in Urban and Transport Planning, Kalki Chandramohan, mechatronics professional, Helen Vinnie, an Electrical and Electronics Engineering student, IIT-M, Amrutha P V, an Electrical and Electronics Engineering student, Apisheke, a Civil Engineering student, Sayed Najibullah Hashimi, Afghan National, ICCR Scholar-Indian Council for Cultural Relations Ministry of External Affairs Government of India and many more.

The three days event started on 4th January and concluded on 6th January, 2025. While Shaastra 2025 was spread over many hub in the IIT-M Campus, the FCS was conducted at TTJ Auditorium in the IC&SR block, while the exhibition happened at the adjoining KV Ground. The event was sponsored by IGBC, School of Sustainability (IIT-M), Gensler, L&T Edutech, Smart Cities Network, Centre of Excellence for Road Safety, IIT-M and Astrikos.

[jcmarchi]

Protecting the rights of internet users, in Mexico and worldwide

New Post has been published on https://thedigitalinsider.com/protecting-the-rights-of-internet-users-in-mexico-and-worldwide/

Protecting the rights of internet users, in Mexico and worldwide

After the Arab Spring and the Occupy movement, a single Tweet or Facebook post was able to mobilize thousands in a matter of hours. In 2012, protests came to the streets of Mexico as young people demonstrated against the results of the general election.

A recent college graduate of the National Autonomous University of Mexico, Mariel García-Montes had classmates who were nonviolently participating in the protests. One was arrested and jailed, and as García-Montes pored over online surveillance videos and photos to help free her, she was struck by the power of the tools at her disposal.

“Videos and maps and photographs placed her at a different location at the time that her arraignment said,” García-Montes says. “When she was able to walk out of jail partly because of technological evidence, I thought, ‘Maybe this is a window of opportunity to use technology for social good.’”

Over a decade later, García-Montes is still looking for more of those windows. She first came to MIT in 2016 to pursue a master’s degree in comparative media studies and is currently working with Professor Eden Medina on a PhD thesis in the Program in Science, Technology, and Society, which will chart the history of technology’s influence on surveillance and privacy, particularly in her home country.

“I would love for my work, theoretical and practical, to build into these global movements for necessary and proportionate surveillance,” she says. “It needs to have counterweights and limits, and it needs to be really thought through to preserve people’s privacy and other rights, not just security.”

“More broadly,” she continues, “I would love to be part of a generation thinking about what technology would look like if we put the public interest first.”

Growing up alongside the internet

García-Montes has been thinking about justice and the public for much of her life, thanks in large part to her mother, who taught philosophy at the university level.

“She was the ultimate professor for me,” she says. “She provided me with a moral compass and intellectual curiosity, and I’m grateful I get to live her dreams.”

Her mother was also instrumental in piquing her interest in the internet. As a professor, she had access to the internet at a time when few Mexicans did, and set García-Montes up with an email account and allowed her to use the computer at the university when she was a child. The experience was formative, as she noticed the “vast difference” between those who had access and those who did not. For example, she recalls learning online about a devastating tsunami in Asia, while none of her peers had any idea that it was happening.

As time passed and more and more people did gain internet access, the online landscape changed, particularly for young people. García-Montes quickly realized that someone needed to take responsibility for keeping those young people safe and internet-literate, and she worked with a number of organizations that did just that, such as UNICEF and Global Changemakers. The issues have only compounded since then, but she isn’t letting up either.

“There’s no silver bullet,” she says. “We need to rethink the entire ecosystem. We cannot put it on parents to teach their kids. We cannot put it on teachers. We cannot put it on online users. Instead of only centering profit and only centering page views or engagement, we need to also center pro-social behavior and the public interest.”

Raised by women — her mom, her aunt, her cousin, and her grandmother — García-Montes incorporates the feminist ideals of her upbringing into her academic work wherever she can. In 2022, she helped write a paper with MIT associate professor of urban science and planning Catherine D’Ignazio that examined the ways activists around the world are trying to address the deficiencies in government data on gender-related violence against women. The data are often absent or incomplete, so she and her co-authors highlighted the vital work being done to fill in the gaps.

“​​When Catherine started to work with feminicide data activists, I knew a bunch of them because I had worked with them previously,” she says. “I thought, ‘Oh, my goodness, the day has finally come that these people can have the prominence that they’ve long deserved.’ The hours of work that they put in and the emotional toll it takes on them is just outstanding, and they weren’t really getting the recognition for that labor and their technical expertise.”

Her dissertation is a study of the history of surveillance technologies in Mexico. Specifically, she is looking at the ways contemporary debates on information technologies, such as spyware and facial recognition, interact with existing governance and infrastructures.

The future of privacy and community

Her thesis research has instilled in García-Montes a deep concern for where things are headed for the average citizen.

“Different types of data collection continue to be developed because of the data broker industry,” she says. “Your power bill can be an instrument of surveillance, and facial recognition has been appearing in airports. The forms of data collection are becoming much more nuanced, much more pervasive, and much harder to evade.”

This pervasiveness has led to a general acceptance among the population, she says, but she’s also encouraged by the advocacy groups that have continued to fight on. She agrees with those groups that it should not be left to individuals to protect their own data, and that ultimately, there needs to be a legislative and cultural environment that values the preservation of privacy.

“The awareness of fights that have been won is rising,” she says. “The awareness of the loss of privacy is also rising, and so I don’t think that it’s going to be a clear win for privacy-violating companies.”

While her studies at MIT fill most of her time, García-Montes also finds purpose participating in community life in her Greater-Boston neighborhood. During the coronavirus pandemic, García-Montes and her neighbors forged bonds as they provided mutual aid for the essential workers and vulnerable people of their neighborhood. The camaraderie they developed persists today.

Whether online or in real life, “There is joy in community,” she says. “At the root of it, I want to be around people. I want to know my neighbors, and being able to use technology to solve some of our mutual aid needs helps me feel good.”

[it-job-board-uk]

Apply for IT & Communications Jobs in the UK: A Comprehensive Guide

Introduction

The United Kingdom has long been a hub for innovation and technological advancement, making it a prime destination for IT and communications professionals. With a diverse range of industries and a strong demand for skilled workers, the UK offers numerous opportunities for those looking to advance their careers in IT and communications. This guide will help you navigate the application process, understand the job market, and find the right role for you.

Understanding the Job Market

High Demand Sectors

Cybersecurity: With increasing threats to digital infrastructure, cybersecurity professionals are in high demand to protect sensitive information and maintain secure systems.

Software Development: From mobile app development to complex software systems, there's a constant need for skilled developers.

Data Science and Analytics: Businesses are leveraging big data to drive decisions, creating a demand for data scientists and analysts.

Network Engineering: Maintaining and optimizing communication networks is crucial for business operations, driving demand for network engineers.

Telecommunications: As 5G technology rolls out, there’s a growing need for professionals who can develop and manage telecommunications infrastructure.

Key Locations

London: The capital city is a tech hotspot with numerous opportunities across various IT and communications sectors.

Manchester: Known for its thriving digital and tech scene, Manchester offers a range of roles in IT and communications.

Edinburgh: Scotland’s capital is a growing tech hub, particularly strong in software development and financial technology (fintech).

Qualifications and Skills

Essential Qualifications

Bachelor’s Degree: Most roles require at least a bachelor’s degree in computer science, information technology, telecommunications, or a related field.

Certifications: Industry-recognized certifications such as CompTIA, Cisco (CCNA), and Microsoft Certified Solutions Expert (MCSE) can significantly boost your employability.

Advanced Degrees: For higher-level positions, a master’s degree or PhD in a specialized area can be beneficial.

Key Skills

Technical Proficiency: Strong knowledge of programming languages, software development, network management, or data analysis tools.

Problem-Solving Abilities: The ability to troubleshoot issues and develop effective solutions is crucial.

Communication Skills: Clear and concise communication is essential, especially in roles that involve teamwork and client interaction.

Adaptability: The tech industry is constantly evolving, so the ability to learn and adapt to new technologies is important.

Project Management: Skills in managing projects, including Agile and Scrum methodologies, are highly valued.

Job Search Strategies

Online Job Portals

LinkedIn: A powerful tool for networking and job searching, LinkedIn offers numerous listings for IT and communications roles.

Indeed: A comprehensive job search engine that lists a wide range of IT and communications positions across the UK.

Glassdoor: Provides job listings as well as company reviews, helping you find roles and understand company cultures.

IT Job Board: IT Job Board is 100% dedicated to providing the best IT Jobs, Telecoms jobs and technical jobs

Recruitment Agencies

Hays Technology: Specializes in IT and tech recruitment, offering a wide range of roles across the UK.

Robert Half Technology: A recruitment agency focusing on IT positions, from entry-level to executive roles.

Michael Page Technology: Offers specialized recruitment services for IT and communications professionals.

Company Websites

Many large tech companies and telecommunications firms list job openings directly on their websites. Regularly checking the careers section of these sites can help you find opportunities.

Crafting Your Application

Resume/CV Tips

Tailor Your Resume: Customize your resume for each job application, highlighting relevant experience and skills.

Use Keywords: Incorporate industry-specific keywords from the job description to pass through Applicant Tracking Systems (ATS).

Quantify Achievements: Use numbers to highlight your accomplishments, such as "Improved network efficiency by 20%."

Cover Letter Tips

Personalize Your Letter: Address the hiring manager by name and mention the specific role you are applying for.

Showcase Your Fit: Explain how your skills and experience make you the ideal candidate for the position.

Be Concise: Keep your cover letter to one page, focusing on the most relevant information.

Preparing for Interviews

Common Interview Questions

Technical Questions: Be prepared to answer questions related to your technical expertise, such as coding challenges or problem-solving scenarios.

Behavioral Questions: Expect questions that assess your soft skills, like teamwork, communication, and adaptability.

Scenario-Based Questions: You may be asked to describe how you would handle specific work situations or challenges.

Tips for Success

Research the Company: Understand the company’s products, services, and culture to tailor your responses.

Practice Common Questions: Rehearse answers to common interview questions to build confidence.

Ask Questions: Prepare insightful questions about the role and the company to demonstrate your interest and initiative.

Conclusion

Applying for IT and communications jobs in the UK can be a rewarding endeavor with numerous opportunities for career growth. By understanding the job market, honing your skills, and effectively navigating the application process, you can secure a position that aligns with your career goals. With the right preparation and persistence, you'll be well on your way to advancing your career in the dynamic and ever-evolving field of IT and communications in the UK.

[aryacollegeofengineering]

Can electrical engineering students choose software sector as career?

Career in Software Sector for Electrical Engineer

Electrical engineering is a broad discipline, opening the doors to many different specializations. Likewise, computer science has many different focuses such as software engineering from top engineering colleges in Jaipur. While these are typically two distinct focuses, you may wonder if it is possible to become a software engineer while pursuing electrical engineering academically or later in your career.

Can An Electrical Engineer Be A Software Engineer?

An electrical engineer can be a software engineer, because the disciplines and fields overlap in many work environments. Electrical engineering focuses on researching, designing, developing, and installing physical, electrical systems and their components. On the other hand, software engineering centres on researching, designing, developing, and running non-tangible computer programs.

Although these are distinct programs, electrical engineers who have software development skills are more desirable than those with only engineering degrees. As long as you have programming and computing courses to showcase proficiency, employers recognize your math may be at a higher level than most software engineers of best private engineering colleges in Jaipur.

What Do You Need To Be A Software Engineer?

To become a software engineer, you will need an undergraduate degree in software engineering. Alternatively, you can complete a degree in computer engineering, computer science, or computer programming.

Although many software engineers enter the job market with only an undergraduate degree, others find higher paying positions by pursuing higher academic degrees or completing short certifications.

How to Become A Software Engineer?

You may decide to pursue software engineering courses coupled with another academic discipline, such as electrical engineering. This way, you can broaden the scope of your knowledge and skills.

After your undergraduate degree, you can either pursue higher academic levels (Masters or PhD), you can obtain field experience and put together a portfolio of important projects, or obtain certifications. Certifications may be particularly important if students of best engineering colleges in Jaipur are coming from an electrical engineering background, to clearly display your skill.

Popular certifications include Certified Secure Software Lifecycle Professional, Certified Software Development Professional, Certified Web Development Professional, Certified Management Professional, International Software Testing Qualifications Board, Certified Associate in Software Testing, Computer Education & Technology Promotion Association, Certified Software Testing Engineer, etc.

After gathering all your qualifications, you can find an excellent job in almost any domain including communications networks, computers, AI and robotics, commerce, insurance, banking, and healthcare.

Best Courses for Software Engineers

Whether students of best computer science engineering colleges in Jaipur are taking a software engineering program and looking to supplement with further classes or taking classes outside of electrical engineering. There are certain courses that may be of interest including Object-Oriented Programming, Project Management, Algorithm Design and Analysis, Operating Systems, Software Design, Software Testing, Mission Critical Systems, Programming Languages, Mobile App Development, Web Programming/Web Design, Artificial Intelligence or Robotics, Data Analysis and Processing, UI/UX Development, Cyber Security, etc.

What Is Harder Computer Engineering Or Electrical Engineering?

Electrical engineering is a broad discipline and involves a great amount of abstract thinking. Some people may find this more difficult, as working with unseen components is complex. Computer engineers of BTech colleges Jaipur need to learn components computer science to research, design, and build efficient computer systems.

Hardware engineers must know the fundamental concepts of electrical engineering. Software engineers can benefit from knowledge in signal processing and other concepts of electrical engineering, but it is not a necessity. Therefore, computer engineering often focuses more on practical and concrete work than electrical engineering.

What Is Better Electrical Engineering Or Software Engineering?

If you are looking for a high number of available jobs, job stability and advancement opportunities, it is best to choose software engineering. Research has been conducted by the experts of best BTech colleges in Jaipur which shows that the job market will grow 22% between 2020 and 2030, offering millions more software engineering jobs. On the other hand, electrical engineering offers modest or average growth in the same period. They predict 7% growth between 2020 and 2030, providing thousands more electrical engineering jobs.

On top of that, software engineers often choose to complete certifications in order to obtain a specialized position. However, many electrical engineers need to complete a graduate degree to obtain specialized jobs or acquire more responsibility. Since software engineering may offer better job opportunities from similar amounts of work, software engineering may be a better practical choice.

Who Earns More Software Engineer Or Electrical Engineer?

Software engineers earn more on average than electrical engineers, at entry-level jobs. Salaries do increase depending on employer, specialization, expertise, and experience. For instance, if you work for prestigious companies such as Apple, Samsung, or Google, students of the list of engineering colleges in Jaipur could earn more per year as a software engineer. Electrical engineers can transition into aerospace and offer more opportunities for them.

Conclusion

A path from electrical engineering to software engineering can increase your job opportunities and salary, especially if you are pursuing your degree from best private engineering colleges in Jaipur. Since specializing in software engineering after completing an electrical engineering degree is so simple, it may be the perfect way to open more doors for yourself. If you find you are passionate about software design or development, enroll in a few software engineering courses at Arya College to further your knowledge and your skill.

Source: Click Here

[technicallykrispydefendor]

Empowering Futures: Comprehensive Software Development Course in Trichy

In the rapidly evolving landscape of technology, Trichy emerges as a hub for aspiring software developers seeking a transformative learning experience. The Comprehensive Software Development Course in Trichy not only equips individuals with essential coding skills but also empowers them for a dynamic future in the tech industry.

Why Trichy?

Trichy, known for its rich cultural heritage, is now making a mark in the realm of technology education. The city's Top Software Training Institutes in Trichy distinguishes itself by combining traditional values with cutting-edge programming methodologies. Students not only delve into the intricacies of coding but also gain a holistic understanding of the software development lifecycle.

Curriculum Highlights:

Foundational Concepts: The course begins with a solid foundation in programming languages such as Python, Java, and C++. Participants grasp the fundamental concepts of logic building and algorithm design, setting the stage for more advanced topics.

Web Development Mastery: Students explore the world of web development, learning to create responsive and user-friendly websites. The curriculum covers HTML, CSS, JavaScript, and popular frameworks like React and Angular, ensuring a comprehensive understanding of modern web technologies.

Database Management: An integral part of software development, the course includes in-depth training on database management systems (DBMS). Participants become proficient in SQL and gain hands-on experience in designing and managing databases.

Mobile App Development: With the increasing prevalence of mobile devices, the course incorporates mobile app development using platforms like Android and iOS. Students acquire the skills to create innovative and functional mobile applications.

Agile Methodologies: Understanding the importance of collaboration and adaptability, the curriculum includes training in Agile methodologies. Students learn to work efficiently in teams, manage projects, and respond to changing requirements—an essential skill in today's dynamic tech industry.

Industry-Relevant Projects:

The course emphasizes practical application through real-world projects. Students work on industry-relevant assignments, enabling them to showcase their skills to potential employers. This hands-on approach ensures that graduates are not just theory-driven but also possess the practical experience needed in the professional arena.

Expert Faculty and Mentorship:

A key feature of the Comprehensive Best Software Training Institute in Trichy is the presence of experienced faculty and mentors. Industry experts guide students through the intricacies of software development, providing valuable insights and mentorship to help them navigate the complexities of the tech world.

Our Service:-  

Python and Data science Training Course in Trichy

Project center in thanjavur

Cloud Computing Projects for PhD in Trichy

Conclusion:

"Empowering Futures: Comprehensive Software Development Course in Trichy" serves as a beacon for individuals aspiring to carve a niche in the software development domain. Trichy, with its blend of tradition and technology, provides an ideal environment for holistic learning. Graduates of this course emerge not only as proficient coders but as well-rounded professionals ready to meet the challenges of the ever-evolving tech.

Cloud Computing Projects for PhD in Trichy

[evoldir]

Fwd: Graduate position: Mainz_Germany.HumanGenomicDiversity

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Graduate position: Mainz_Germany.HumanGenomicDiversity > Date: 17 October 2023 at 05:16:12 BST > To: rdmpage@gmail.com > > > We have an open position in my group at BioNTech SE. This is a PhD > position in a corporate environment but with a strong academic partner > (TRON, Mainz, DE) and a population genetics component to it. > > > Sahin et al (2017, Nature) recently introduced the concept of > individualized mutanome vaccines to mobilize immunity against a spectrum > of cancer mutations. Our group conducts research at the interface > of cancer genomics, bioinformatics, and population genomics, and we > are currently searching for a PhD student to conduct bioinformatics > and statistical analyses of genomic diversity at the individual and > population level to improve our pipeline for developing individualised > mutanome vaccines.  We are seeking candidates with a background > in bioinformatics, computational biology, evolutionary genomics or > transcriptomics, population genomics. The candidate should demonstrate > skills in programming (Python and/or R) and a strong interest for genomics > and statistical genetics. This project is part of the 2024 ATLAS PhD > program (project: P07) and application should be made through the ATLAS > website: https://ift.tt/cd5x3r4 31-10-2023. > > Stefan Laurent > stefan.laurent@biontech.de > > Dr. Stefan Laurent > Associate Director Tailored Omics Technologies, Bioinformatics R&D > > stefan.laurent@biontech.de > BioNTech SE > An der Goldgrube 12 > 55131 Mainz > Germany > www.BioNTech.com > > Sitz der Gesellschaft: BioNTech SE, An der Goldgrube 12, 55131 Mainz, > Germany Amtsgericht Mainz HRB 48720 | USt.-IdNr. DE 263 382 495 | > EoriNr: DE 1070347 Vorstand: Prof. Dr. med. Ugur Sahin | Sean Marett | > Dr. Sierk Poetting | Ryan Richardson | Prof. Dr. med. Özlem Türeci | > Jens Holstein | Dr. James Ryan > > > Stefan Laurent

[educationtech]

Electrical Engineer Salary in Software Product Companies, India - ACEIT

Electrical engineering is a broad discipline, opening the doors to many different specializations. Likewise, computer science has many different focuses such as software engineering from top engineering colleges in Jaipur. While these are typically two distinct focuses, you may wonder if it is possible to become a software engineer while pursuing electrical engineering academically or later in your career.

Can An Electrical Engineer Be A Software Engineer?

An electrical engineer can be a software engineer, because the disciplines and fields overlap in many work environments. Electrical engineering focuses on researching, designing, developing, and installing physical, electrical systems and their components. On the other hand, software engineering centres on researching, designing, developing, and running non-tangible computer programs.

Although these are distinct programs, electrical engineers who have software development skills are more desirable than those with only engineering degrees. As long as you have programming and computing courses to showcase proficiency, employers recognize your math may be at a higher level than most software engineers of private engineering colleges in Jaipur.

What Do You Need To Be A Software Engineer?

To become a software engineer, you will need an undergraduate degree in software engineering. Alternatively, you can complete a degree in computer engineering, computer science, or computer programming.

Although many software engineers enter the job market with only an undergraduate degree, others find higher paying positions by pursuing higher academic degrees or completing short certifications.

How To Become A Software Engineer?

You may decide to pursue software engineering courses coupled with another academic discipline, such as electrical engineering. This way, you can broaden the scope of your knowledge and skills.

After your undergraduate degree, you can either pursue higher academic levels (Masters or PhD), you can obtain field experience and put together a portfolio of important projects, or obtain certifications. Certifications may be particularly important if students of best engineering colleges in Jaipur are coming from an electrical engineering background, to clearly display your skill.

Popular certifications include Certified Secure Software Lifecycle Professional, Certified Software Development Professional, Certified Web Development Professional, Certified Management Professional, International Software Testing Qualifications Board, Certified Associate in Software Testing, Computer Education & Technology Promotion Association, Certified Software Testing Engineer, etc.

After gathering all your qualifications, you can find an excellent job in almost any domain including communications networks, computers, AI and robotics, commerce, insurance, banking, and healthcare.

Best Courses For Software Engineers

Whether students of best computer science engineering colleges in Jaipur are taking a software engineering program and looking to supplement with further classes or taking classes outside of electrical engineering. There are certain courses that may be of interest including Object-Oriented Programming, Project Management, Algorithm Design and Analysis, Operating Systems, Software Design, Software Testing, Mission Critical Systems, Programming Languages, Mobile App Development, Web Programming/Web Design, Artificial Intelligence or Robotics, Data Analysis and Processing, UI/UX Development, Cyber Security, etc. 

What Is Harder Computer Engineering Or Electrical Engineering?

Electrical engineering is a broad discipline and involves a great amount of abstract thinking. Some people may find this more difficult, as working with unseen components is complex. Computer engineers of BTech colleges Jaipur need to learn components computer science to research, design, and build efficient computer systems.

Hardware engineers must know the fundamental concepts of electrical engineering. Software engineers can benefit from knowledge in signal processing and other concepts of electrical engineering, but it is not a necessity. Therefore, computer engineering often focuses more on practical and concrete work than electrical engineering.

What Is Better Electrical Engineering Or Software Engineering?

If you are looking for a high number of available jobs, job stability and advancement opportunities, it is best to choose software engineering. Research has been conducted by the experts of best BTech colleges in Jaipur which shows that the job market will grow 22% between 2020 and 2030, offering millions more software engineering jobs. On the other hand, electrical engineering offers modest or average growth in the same period. They predict 7% growth between 2020 and 2030, providing thousands more electrical engineering jobs.

On top of that, software engineers often choose to complete certifications in order to obtain a specialized position. However, many electrical engineers need to complete a graduate degree to obtain specialized jobs or acquire more responsibility. Since software engineering may offer better job opportunities from similar amounts of work, software engineering may be a better practical choice.

Who Earns More Software Engineer Or Electrical Engineer?

Software engineers earn more on average than electrical engineers, at entry-level jobs. Salaries do increase depending on employer, specialization, expertise, and experience. For instance, if you work for prestigious companies such as Apple, Samsung, or Google, students of the list of engineering colleges in Jaipur could earn more per year as a software engineer. Electrical engineers can transition into aerospace and offer more opportunities for them.

Conclusion 

A path from electrical engineering to software engineering can increase your job opportunities and salary, especially if you are pursuing your degree from best private engineering colleges in Jaipur. Since specializing in software engineering after completing an electrical engineering degree is so simple, it may be the perfect way to open more doors for yourself. If you find you are passionate about software design or development, enroll in a few software engineering courses at Arya College to further your knowledge and your skill.

[samartht]

Best CS Engineering College in Jaipur — Why SGVU is the Ideal Choice for B.Tech in CSE

Jaipur has emerged as one of the leading educational hubs in North India, especially in the field of engineering. For students who are passionate about Computer Science and wish to pursue a career in technology, choosing the right college is a crucial decision. Among the many institutions in the city, Suresh Gyan Vihar University (SGVU) stands out as the best CS engineering college in Jaipur.

With world-class infrastructure, industry-aligned curriculum, experienced faculty, and a strong placement record, SGVU offers everything a student needs to succeed in the fast-evolving tech industry.

Why Jaipur is an Emerging Hub for Computer Science Engineering

Before diving into what makes SGVU special, it's important to understand why Jaipur is becoming a hotspot for technical education:

📈 Growing IT Industry: Jaipur’s tech landscape is expanding with the emergence of IT parks and startups.

🏙️ Student-Friendly Environment: Affordable living, safe surroundings, and excellent connectivity.

🎓 High-Quality Education: Presence of reputed engineering colleges and universities.

🌐 Opportunities for Growth: Easy access to internships, tech events, and industry collaborations.

This combination makes Jaipur a smart choice for students seeking a future in technology and innovation.

SGVU – The Best Computer Science Engineering College in Jaipur

Suresh Gyan Vihar University (SGVU) is a UGC-recognized, NAAC ‘A’ Grade accredited private university in Jaipur. It has built a strong reputation for excellence in engineering education, especially in Computer Science and Engineering (CSE).

Let’s explore what makes SGVU the top B.Tech CSE college in Jaipur:

1. 🏅 NAAC ‘A’ Grade Accreditation

SGVU is Rajasthan’s first private university to earn an ‘A’ grade from NAAC. This accreditation reflects the university’s commitment to maintaining the highest academic standards, research output, infrastructure, and student outcomes.

2. 🎓 Industry-Relevant B.Tech CSE Curriculum

SGVU’s Computer Science Engineering (CSE) program is designed in collaboration with industry experts. The curriculum is updated regularly to match the demands of the tech industry.

Specializations offered:

Artificial Intelligence & Machine Learning (AI/ML)

Data Science & Big Data Analytics

Cybersecurity & Ethical Hacking

Cloud Computing

Internet of Things (IoT)

Web and Mobile App Development

This multi-disciplinary approach ensures that students are not just job-ready but future-ready.

3. 🧪 Advanced Labs and Technology Infrastructure

SGVU provides hands-on learning through its state-of-the-art labs and centers of excellence. Facilities include:

IBM Cloud Computing Lab

Microsoft Innovation Center

AI & Robotics Labs

IoT and Smart Devices Lab

High-performance programming zones and coding clubs

These resources provide students with real-time exposure to the tools, platforms, and technologies used in the industry.

4. 💼 Strong Placement Support

One of the biggest advantages of studying at SGVU is its robust placement cell, which works throughout the year to connect students with top companies.

Top recruiters include:

Infosys

Wipro

Cognizant

Capgemini

TCS

Amazon

HCL Technologies

Students are trained in technical skills, communication, aptitude, and interview preparation to ensure high placement success.

5. 👨‍🏫 Experienced Faculty and Mentorship

The CSE department at SGVU comprises highly qualified faculty, many of whom hold PhDs and have real-world industry experience. Students benefit from:

Regular mentorship programs

Guest lectures by IT professionals

Technical workshops and hackathons

Research guidance and project supervision

This creates a strong academic foundation and boosts confidence among students.

6. 🔬 Research, Innovation & Startup Support

SGVU actively encourages students to pursue research and entrepreneurship. The university has established:

Innovation & Incubation Cell

Student Startup Support Programs

Tech research groups in AI, Cybersecurity, and IoT

Patenting and publication assistance

These initiatives help students turn ideas into innovations and explore startup opportunities even before they graduate.

7. 🌟 Vibrant Campus Life and Holistic Development

SGVU believes in all-round development. The campus is home to:

Spacious smart classrooms & digital libraries

Modern hostels with Wi-Fi & recreation facilities

Cafeterias, sports grounds & fitness centers

Annual tech fests, coding competitions, and cultural events

This ensures a balanced student life — academically enriching, socially engaging, and personally fulfilling.

Conclusion: Why SGVU is the Best CS Engineering College in Jaipur

Whether you're passionate about coding, artificial intelligence, data science, or cybersecurity, Suresh Gyan Vihar University offers the ideal environment to nurture your talent and launch a successful tech career.

By choosing SGVU for your B.Tech in Computer Science Engineering, you gain access to:

Top-tier education

Industry-grade training

Career placement with global recruiters

A platform for innovation and growth