#How coding improves math skills

[newageworldschoolbangalore]

Have you ever thought about how important coding is for kids in this modern world? With AI becoming a big part of every industry, it’s clear that the heart of AI is machine learning, which boils down to coding.

In this blog post, we’re going to break down what coding really is, introduce you to what a programming language is, explain the main purpose of coding, and share seven benefits of coding for kids. So, let’s dive right in!

[night-raven-tattler]

A second opinion - Resorting the Night Raven College students into different dorms

Summary: Based on their personal headcanons and this post made by @thoselethalarts, Mx Tattly took it upon themselves to sort the NRC students into dorms different than their own - just for fun! She'd appreciate your feedback and opinions, as he is no Magic Mirror, so feel free to add your imput!

Characters: First year notable students (Ace, Deuce, Jack, Epel, Ortho and Sebek)

Other parts of the series: Second year notable students, Third year notable students

Warnings: none

By opening the document, you agree to Mx Tattly's terms of source confidentiality.

-ˋˏ’✄┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈┈

A good fit for Heartslabyul's strict environment would be Sebek!

He is a boy with a very strong code of conduct that he follows religiously. Sebek is very strict with himself and follows his personal rules and daily routine with no exception. He puts a lot of value in the importance of rules and authority figures to maintain peace and order, since it's the only thing he knows: as a hopefully royal guard to be, Sebek believes in his liege first and in himself second. And, as a guard, he is very protective.

Sebek believes his way of thinking is the correct one and has no shame in trying to instill his views on others. He considers that he is doing what's right for his liege and the world, and no one can convince him otherwise. He'd make a good card soldier, maybe a spade suit or a heart suit.

『••✎••』

Deuce would make a good candidate for Savanaclaw.

He has an ironclad willpower and determination in spades (pun intended), which are his main driving forces in life. He is determined to become a honor student and to right all the wrongs he's ever done, a resolution he clings to harder and harder with every day.

Deuce is gutsy, and when push comes to shoves he is ready to fight back. He has a strong sense of loyalty, and he is willing to do anything for the ones he considers part of his "gang". He is a dedicated friend and family member and believes in payback, especially when he has been wronged in some way.

『••✎••』

Another good candidate for the Savanaclaw student spot is Epel!

His initial wish to be sorted in Savanaclaw was not random. Epel has the (in)famous Savanaclaw willpower and determination. Epel knows what he wants -he wants to be a strong mage who can help Harveston thrive- and his pride for his community is unwavering. He knows how hard he needs to fight and he is willing to work himself to the bone when needed.

Epel also is somewhat of an idealist, and he has big dreams for himself. From being a great mage to someone his whole hometown will be proud of, Epel strives to be this amazing, reliable figure worth of respect and who doesn't deserve belittling. He won't back down from any fight, even if he has to throw the first punch, and he gets back up even after losing.

『••✎••』

Ace would fit well in Scarabia.

He is a clever and cunning boy, who knows when to be straightfoward and when to be sneaky. From facing his own housewarden to pretending to ask Leona a smart question in order to not be used a bait, Ace is intelligent and can read situations very well, skills he uses to his advantage. He is also not above playing roles and feigning innocence if the end goal appeals to him.

Ace is resourceful, playful and knows what to say in a moment of need, making him very adaptable to any situation. Despite still getting into trouble, he insists it is part of his calculated risk. He is good at math, but sometimes you gotta make sacrifices (re: get put on cleaning duty) for a good outcome (re: a nap at the back of the class).

『••✎••』

Pomefiore is a dorm whose values Jack would resonate with.

Jack is a boy who strives to improve himself in every area he can. Academics, sports, even with his hobbies, he always strives to become smarter, faster, wiser, better. Self improvement is his main driving force, and he loves knowing that he is improving, since he knows very well just how hard he is working to achieve his best self.

Generally speaking, Jack is very self aware and knows what his skills and strong points are. He is self assured, meticulous and last but not least, aware of his potential, which he cultivates every day without fail.

『••✎••』

Another good pick for Pomefiore would be Ortho!

Ortho is, above all else, very proud of his own skills and achievements. He is the only humanoid with the ability to learn and feel, that's quite an achievement! Yet he is not satisfied, as he knows technology (him included) will always have space for improvement. From making and maintaining his gears to joining clubs to extend his knowledge on human reactions, Ortho wants to become even better, and he is an unstoppable force.

Being a Shroud, Ortho comes with his own eccenticities, like calling everyone by their full names and considering using powerful lasers as a solution for most of his problems. Maybe it's because he's an android, but Ortho can get quite reckless and engage in risky behavior.

『••✎••』

[realcleverscience]

AI predicted to do almost all the coding within around a year or so.

tl;dr of my take below: Human children seem economically useless until suddenly, after 20ish years and lots of school, they suddenly are capable of lots of stuff. Same thing with AI. Most people still see them as useless, but they are progressing MUCH faster than humans. We will soon find that they can suddenly do almost anything.

~~

It feels like most people do not understand the pace of AI progress and what it means. I think most people still see AI as mostly useless, save for a few niche applications. By this I don't mean "not worthwhile", as many people hate ai for various reasons; rather, I mean that most people still don't think AI (and robots) can be economically useful.

And, frankly, they're kinda right. At this moment, AI still has too many issues to be really useful in most scenarios. But that is quickly changing.

Imagine a child. How economically useful is that child growing up? Mostly, not at all. For the first few years it is purely a liability, making things more difficult. Slowly the child learns skills. Maybe when they're a teenager they really start to become a bit useful doing things like chores around the house. In their late teens to early 20s, you can start to give them more complex tasks, and jobs that earn money. By around age 30, most people start to really show their economic usefulness. Interestingly, while the child's usefulness is constantly growing, it certainly has breakout moments of big change. For instance, when a child masters walking or speaking, both of those unlock scores of other possibilities toward usefulness. You can imagine it as a skill-tree (or skill-bush) where at the bottom is single/few trunks, but as it grows taller, each of those branch out, and those branch further. Within just 20ish years, a kid goes from liability to boundless potential.

The same seems to be true with AI progress, except for two distinct differences: a. Skill set: Humans master things like walking early in life and math much later after a lot of training. For AI, it's the opposite. This is known as moravec' paradox: what's basic and easy for AI and Humans are almost completely opposite.

b. Time: This is the most important part of this story. When we talk about AI progress, it's not the progress of a single AI entity but the field as a whole, similar to human evolution (but not a human lifetime). With humans, our evolution happened over eons, and even then, individual humans need years to become generally useful. But, we can be useful with just a few years of education. With AI, we've been researching it for around 50 years, and so lots of people compare that with a human becoming useful after 20 years and say "boy, AI kinda sucks." But they are comparing apples and oranges. While human evolution has required millions of years, AI evolution has been progressing steadily over just decades, thousands of times faster than biological evolution. Right now, many scientists estimate that AI is roughly doubling its abilities every 6 months. Now, human evolution is so slow that we don't even take it into account when thinking about human intelligence in the near future; instead we focus on education in an individual's lifetime. But even then, how fast do humans learn? How long would it take a human to double their usefulness? This would depend on the ages we look at. I could imagine a 10 year is twice as useful as a 5 year old. Maybe even 4 times as useful. However, that required 5 years of training to achieve. AI is doubling every 6 months. It will be 4 times as useful every single year. After 5 years, instead of doubling or quadrupling its abilities like a human, we are expecting that AI will have improved 1,000x! And just like kids seem useless until suddenly they're very capable, we're going to see that effect for AI but on another level. Much faster. Much more capable. And the craziest part: The pace of improvement is set to increase. As the AI improves, the AI will help build better robots and AI... which will help us build yet better robots and AI.. If the rate of progress moves from 6 months to 3 months, then in 5 years an AI would improve 1,000,000x while, once again, humans have only, optimistically, increased their abilities 4x. Even if we're generous and say that in that time humans increase their usefulness 100x, or a 1,000x, this is a losing comparison.

[hancockdrothy]

Top Educational Board Games That Make Learning Fun for Girls

Board games are a fantastic way to make learning fun while helping children develop important skills like critical thinking, problem-solving, and teamwork. For young girls, the right educational board games can encourage creativity, boost confidence, and make subjects like math, science, and language exciting. Whether played with family or friends, these games provide valuable learning experiences in an enjoyable setting.

Scrabble Junior – Enhancing Vocabulary and Spelling Scrabble Junior is a great way to introduce young girls to language and word-building. The game helps improve spelling, vocabulary, and reading skills in a fun and interactive way. By forming words on the board, children gain confidence in language and communication.

Brain Quest Smart Game – Boosting General Knowledge This board game is designed to make learning fun by challenging kids with questions on math, science, history, and more. It encourages curiosity and helps children develop a love for learning by turning education into an exciting challenge.

Monopoly Junior – Teaching Money Management Monopoly Junior is a simplified version of the classic game that introduces kids to basic financial concepts. By buying properties, handling money, and making strategic decisions, girls learn essential money management skills in an engaging way.

Clue Junior – Encouraging Logical Thinking This mystery-solving game sharpens reasoning and problem-solving skills. Players must use logic to figure out clues and solve the case, making it a fun way to develop critical thinking and deduction skills.

Zingo – Strengthening Early Reading Skills Zingo is a fast-paced game that helps young children develop reading and matching skills. It’s a great choice for early learners who are just beginning to recognize letters, words, and patterns.

The Allowance Game – Learning Financial Responsibility This game teaches kids how to save, spend, and manage money through real-world scenarios like earning an allowance, paying bills, and making purchases. It’s a fantastic way to introduce financial literacy in a fun and engaging manner.

Robot Turtles – Introducing Coding Concepts Robot Turtles is a creative board game that introduces young girls to basic coding concepts. By using command cards to navigate the board, children develop problem-solving and logical thinking skills in a playful way.

Math Dice Jr. – Making Math Fun This game turns math into an exciting adventure by challenging kids to roll dice and solve simple equations. It helps build basic math skills while keeping learning enjoyable and engaging.

Ticket to Ride: First Journey – Developing Strategy and Geography Skills This simplified version of the popular game introduces young players to geography and strategic planning. By building train routes across the map, kids learn problem-solving, decision-making, and geographical awareness.

Guess in 10 – Boosting Knowledge and Critical Thinking Guess in 10 is an educational guessing game that helps children think critically and expand their knowledge on various topics like animals, places, and professions. It’s a great way to encourage learning through fun challenges.

Final Thoughts girls educational toys offer a perfect blend of fun and learning, helping young girls develop essential skills while enjoying quality time with family and friends. Whether improving literacy with Scrabble Junior, learning about money with Monopoly Junior, or exploring coding with Robot Turtles, these games make education an exciting adventure. Investing in board games that support learning ensures that children develop confidence, creativity, and problem-solving skills while having fun.

[biggaybunny]

Modern software sucks shit because modern software development sucks shit. No one knows what they're doing and when they do they'll usually be told to do something else anyway. Non-transferrable skills are treated as transferrable; "programming" is an extremely broad field that we are still just beginning to map out. I'm not trying to oversell it here, I have no agenda, I just need to try and convey some perspective here that you can do a lot of different shit with computers, and lumping it all under "writing software" is kind of like lumping all "machines" together and expecting engineers who work with things like planes, cars, pumps, and cranes to be able to figure each other's shit out. There's some specialization happening in the field, but to be honest, most companies are pretty slow to catch on (outside of, yknow, searching resumes for whatever buzzword we're using now)

That's only the beginning of it, too. I don't know I could actually fit all the reasons software development sucks shit into one post. Basically, businesses hate the way software is made. They want software assembly lines, I've had as much said to me by a manager before. They want software products that are specced out, assembled, and shipped out. And that *really, really* doesn't work. Most of the time, when it comes to developing a software "product", they don't even know what they actually want or need. A lot of software bloat comes from early development work that had to be course corrected or repurposed; it's like being a sculptor and having someone behind you try to describe what they want sculpted, but also they're rushing you and don't understand what's even possible to do with sculpting in the first place.

The other thing companies hate about making software is that you can't throw just throw more people at the problem. It's like that math problem "If an orchestra of 50 people can play Beethoven's 5th in 40 minutes, how fast can an orchestra of 500 people play it?" That's how the people in charge want software to work, and after decades of absolute horseshit business paradigms (agile, kanban, scrum, agile-at-scale, extreme programming yes it's called that, etc) it's very clear that this will NEVER be the case, but by god that's not going to stop companies from trying. Because it's about maximizing profits, right? You couldn't possibly get better returns by like, investing in employee retention (dogshit in the business btw) or employee QoL. Just get more people fresh out of a javascript bootcamp and throw them at the issue until something works. So software development gets diced up into thousands of little pieces that can be worked on simultaneously and then glued back together, and as you'd expect end up as dysfunctional Frankenstein monsters. Plus, none of your employees are actually improving at software development because they're only allowed to see such a small piece of the puzzle.

And at the end, it just has to work. Not be good, work. Which is why companies skimp on QA all the time, and then undermine the QA they do invest in. The corner cutting is everywhere. Because it saves costs, you see. Why invest in QA? Just don't write broken code, obviously (this is not how this works). How much security do we need, really? Corner cut, corner cut, corner cut. Rush, rush, rush. Is it any wonder that the cleanest pieces of software tend to be made by small teams or even individuals, working on their own timeframe?

I could've summed up this entire post with "capitalism sucks" but I wanted to explain more. Software development isn't going to get good in a couple years. It's not going to get good in ten years. It's going to suck absolute shit for the foreseeable future. Corporate software, anyway. Maybe if open-source software got a little more love and support... well, who knows.

[arthue05]

From Zero to Hero: Grow Your Data Science Skills

Understanding the Foundations of Data Science

We produce around 2.5 quintillion bytes of data worldwide, which is enough to fill 10 million DVDs! That huge amount of data is more like a goldmine for data scientists, they use different tools and complex algorithms to find valuable insights.  

Here's the deal: data science is all about finding valuable insights from the raw data. It's more like playing a jigsaw puzzle with a thousand parts and figuring out how they all go together. Begin with the basics, Learn how to gather, clean, analyze, and present data in a straightforward and easy-to-understand way.

Here Are The Skill Needed For A Data Scientists

Okay, let’s talk about the skills you’ll need to be a pro in data science. First up: programming. Python is your new best friend, it is powerful and surprisingly easy to learn. By using the libraries like Pandas and NumPy, you can manage the data like a pro.

Statistics is another tool you must have a good knowledge of, as a toolkit that will help you make sense of all the numbers and patterns you deal with. Next is machine learning, and here you train the data model by using a huge amount of data and make predictions out of it.

Once you analyze and have insights from the data, and next is to share this valuable information with others by creating simple and interactive data visualizations by using charts and graphs.

The Programming Language Every Data Scientist Must Know

Python is the language every data scientist must know, but there are some other languages also that are worth your time. R is another language known for its statistical solid power if you are going to deal with more numbers and data, then R might be the best tool for you.

SQL is one of the essential tools, it is the language that is used for managing the database, and if you know how to query the database effectively, then it will make your data capturing and processing very easy.

Exploring Data Science Tools and Technologies

Alright, so you’ve got your programming languages down. Now, let’s talk about tools. Jupyter Notebooks are fantastic for writing and sharing your code. They let you combine code, visualizations, and explanations in one place, making it easier to document your work and collaborate with others.

To create a meaningful dashboard Tableau is the tool most commonly used by data scientists. It is a tool that can create interactive dashboards and visualizations that will help you share valuable insights with people who do not have an excellent technical background.

Building a Strong Mathematical Foundation

Math might not be everyone’s favorite subject, but it’s a crucial part of data science. You’ll need a good grasp of statistics for analyzing data and drawing conclusions. Linear algebra is important for understanding how the algorithms work, specifically in machine learning. Calculus helps optimize algorithms, while probability theory lets you handle uncertainty in your data. You need to create a mathematical model that helps you represent and analyze real-world problems. So it is essential to sharpen your mathematical skills which will give you a solid upper hand in dealing with complex data science challenges.

Do Not Forget the Data Cleaning and Processing Skills

Before you can dive into analysis, you need to clean the data and preprocess the data. This step can feel like a bit of a grind, but it’s essential. You’ll deal with missing data and decide whether to fill in the gaps or remove them. Data transformation normalizing and standardizing the data to maintain consistency in the data sets. Feature engineering is all about creating a new feature from the existing data to improve the models. Knowing this data processing technique will help you perform a successful analysis and gain better insights.

Diving into Machine Learning and AI

Machine learning and AI are where the magic happens. Supervised learning involves training models using labeled data to predict the outcomes. On the other hand, unsupervised learning assists in identifying patterns in data without using predetermined labels. Deep learning comes into play when dealing with complicated patterns and producing correct predictions, which employs neural networks. Learn how to use AI in data science to do tasks more efficiently.

How Data Science Helps To Solve The Real-world Problems

Knowing the theory is great, but applying what you’ve learned to real-world problems is where you see the impact. Participate in data science projects to gain practical exposure and create a good portfolio. Look into case studies to see how others have tackled similar issues. Explore how data science is used in various industries from healthcare to finance—and apply your skills to solve real-world challenges.

Always Follow Data Science Ethics and Privacy

Handling data responsibly is a big part of being a data scientist. Understanding the ethical practices and privacy concerns associated with your work is crucial. Data privacy regulations, such as GDPR, set guidelines for collecting and using data. Responsible AI practices ensure that your models are fair and unbiased. Being transparent about your methods and accountable for your results helps build trust and credibility. These ethical standards will help you maintain integrity in your data science practice.

Building Your Data Science Portfolio and Career

Let’s talk about careers. Building a solid portfolio is important for showcasing your skills and projects. Include a variety of projects that showcase your skills to tackle real-world problems. The data science job market is competitive, so make sure your portfolio is unique. Earning certifications can also boost your profile and show your dedication in this field. Networking with other data professionals through events, forums, and social media can be incredibly valuable. When you are facing job interviews, preparation is critical. Practice commonly asked questions to showcase your expertise effectively.

To Sum-up

Now you have a helpful guideline to begin your journey in data science. Always keep yourself updated in this field to stand out if you are just starting or want to improve. Check this blog to find the best data science course in Kolkata. You are good to go on this excellent career if you build a solid foundation to improve your skills and apply what you have learned in real life.

[loser-female]

I started learning how to code only now at the age of 17. Is it too late for me to pursue computer science as a career? I've heard that the ones who earn more than average started programming at a very young age, Will the fact that I started learning the most basic stuffs hinder getting a good paying job in tech?

I didn't hack anything until i was 25 actually, so no, I don't think you're too old.

I know where you're from, and truth be told there are things you can be too old to do. For example if you wake up a morning in your 30s and decide to be an etoilé, that might in fact to be too late for a series or reasons (you are physically too old to be able to sustain the training required).

The good news is that... There is no such a thing as too old for 90% of skills, jobs etc.

In fact, being a "late bloomer", seem to be an advantage. The tedX is linked actually helped me to reframe the "too old" a lot. You can pick up a brush and start painting now, because RESULT = EFFORT * PRACTICE. These are the only two things to be able to do anything (unless you have some sort of external factor that limits you, but the vast majority of people don't): effort and practice. Which means you need to want to do it and to keep up with practicing the thing you are learning.

Not only that, but you might to change your mind one day. I know that dropping a ball for the unknown is scary, but most of the time it's for the best. I wanted to be a physicist, and clearly now I'm not.

90% of that was because of my health, sure enough, but why didn't I go back after I started to be ? Because despite the love I have for math and physics... I started to understand that a life where I wouldn't have a stable source of income, I'd be paid less than what I do now with more stress was not a thing I was willing to do.

Did I waste my time? No, because the skills I've learned while I was in physics are precious to me. I use it in my daily work, and since the POV of a physicst is not the one of an engineer, it actively improves the team.

Until you will be 25 you will always have the feeling that you have no control over your life and that you're doomed to whatever thing, but after 25 the perception of time, experiences and the value you will give to "being early" on things will change, because for some reason, you start understanding that there is no real prize in being "on time". Not only that, but being on time often gives people an incredibily closed mindset in certain things - lacking the flexibility required to do certain kind of jobs (like mine).

[leagraceborres]

STEM

What is STEM?

The STEM (Science, Technology, Engineering, and Mathematics) is one of the four strands available for senior high school in the Philippines. STEM is a two year program that is used in senior high school (Grade 11 and 12). It is a specific educational path that aims to prepare students for future professions in these sectors. It strives to provide students with the abilities, information, and expertise required to succeed in fields related to science and technology. The STEM strand is also available in other country like, Australia, China, France, South Korea, Taiwan, and the United Kingdom. STEM graduates in the Philippines have numerous employment options. Engineering, information technology, science, mathematics, and research are among the most in-demand occupations for STEM graduates. These disciplines provide excellent career possibilities, competitive pay, and opportunities for professional development and progress.

Here Are Some Courses You Can Take If You Took STEM Strand

Science

If you wish to work in the medical area, the next step is to take a scientific course. From health and wellbeing to research and development, medical professionals play an important role in science.

Here are some science courses to consider:

BS Nursing

BS Medical Technology

BS Pharmacy

BS Food Technology

BS Environmental Science

BS Chemistry

Information and Communications Technology

Consider taking an information and communications technology (ICT) course if you enjoyed your coding lessons in high school. Among the topics covered are programming, data analytics, and web development.

Here are some ICT courses you can choose from:

BS Entertainment and Media Computing

BS Information Science

BS Data Science

BS ESports

BS Information Technology

Engineering

If you enjoy problem solving, an engineering course might be right for you. An engineering course will help you to expand your knowledge and skills in these areas. In a nutshell, you'll learn how to build structures and processes that improve people's lives. If the challenge of creativity appeals to you, engineering is the path to choose.

Here are some engineering courses you can choose from:

BS Materials Engineering

BS Electronics and Communications Engineering

BS Chemical Engineering

BS Mechanical Engineering

BS Geodetic Engineering

Mathematics

Mathematics courses teach pupils advanced numerical and analytical skills. They cover the fundamentals of mathematics such as algebra, geometry, logic, abstract thinking, and others. In brief, everything you need to know about mathematical computing and modeling. A degree in mathematics will undoubtedly feed your passion of numbers. Math skills can be employed in a variety of industries, from finance to research. There are mathematics courses that can lead to a teaching career as well.

Here are some mathematics courses you can choose from:

BS Applied Mathematics

BS Mathematics

BS Statistics

BS Secondary Education (major in Mathematics)

Sources:

[vaultsixtynine]

also edit to a post i made like a week or whatever ago: ana learning to read was an unintended joint effort between wyll and gale because. even being friends with gale for over a decade (only around 6ish years at that point though) she never brought it up bc he's A Big Damn Wizard and she was moderately embarrassed about it. she had learned her letters and how to do written math (had already figured out mental a long time ago but never had to transcribe it) from the mendicants because that's a basic life skill, but she hadn't let herself be stationary enough to dedicate herself to Learning To Read quite yet. could do basics. read street signs, etc., but nothing more complicated than that.

but she started meeting wyll out and about in the wilds since their general portfolios of work were so similar and they sometimes would spend weeks at a time tackling the same problem - wyll was still getting a handle on his powers and how to live post-exile and was Young, and ana gave him a lot in terms of both companionship and tips and tricks for surviving nastier fights or anything else adventuring could throw at him. through whatever contrived situation he realizes that she Cannot Read and immediately sets about fixing that. because she's been very kind and looked out for him and refuses anything in return. let him do this for you, at the very least. no, don't smile and turn him down, get that wax practice board.

later, once she's got the basics, i think she spends dedicated time with gale improving her diction - since he already Knew Her he skipped the "unlettered" commentary (mercifully) and went right to the "i will have you orating in a room of 200 wizards" "well i don't know that i really want that particular thing" "sure but you'll be ABLE to" - and so on and so forth. he delivered; her diction is pretty damn good unless she hits a word she's never had to say out loud before.

through all this though she's never really developed a Zest for reading. hence her preference to sit near someone else while they read out loud. that's cozy and bond-building and she enjoys it very much, even when it's astarion catching up on tax codes.

[missmistborn]

while I understand that chatgpt is definitely not trained how most people would argue is moral (there's enough disagreement that I don't want to say it's flat out immoral, but I definitely would argue it is)

That's kinda the case with most tools and if we continue at this pace, being good at using chatgpt is going to be in the same vein as being good at excel.

It's a really useful tool when I'm working with code and don't want to dig through the hell that is Python library docs, or when I want a quick summarization of the facts surrounding a topic I'm curious about. It's super good to use as a sounding board when I'm trying to conceptualize math, or when I need to test myself on something.

HOWEVER

This does not mean we should continue to let openai train their models on stolen data. They should be held accountable and that cannot be forgotten in lieu of "oh but their thing is really useful!"

Yes, it is useful, and yes, it is a good skill to learn how to use it and will help you learn and work faster. But you should not accept thievery as a part of your improvement. Hold them accountable, and if you want to help incentivise them to not steal, maybe talk to chatgpt sometimes so it can use your speech/text as training data. If you don't want to, that's very reasonable, but unfortunately corporations don't really have to listen to the stick, so sometimes you need to use the carrot if you want to see positive change.

"use chatgpt" that's the devil talking. buy four caffeinated drinks and pull an all nighter. this is the way.

[noidahometutor]

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Final Thoughts

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[eissibee]

This and I just spoke to a "health improvement specialist" (idk) who admitted to not being well versed in neurodivergence but DO NOT WORRY. I COULD TELL.

she went on about how her lecturer refused meds bc it was "like killing her super power" and didn't get why I'd be struggling in a tech job because "they're supposed to be really good in stuff like that" and I had to explain to a medical practitioner that yes, some people find strength in being ND. But if my ADHD friend doesn't take meds for her ECE job, toddlers could be endangered by brain fog. That not all special interests are useful job skills, and some are just insane media obsessions instead of math's and coding. My fixation with Zelda isn't going to get me promoted Susan. And this was a relatively young person, not an old boomer. But every suggestion she had was about NOT getting meds, said it's great that for a neurodivergent diagnosis it's not necessarily a drug thing. And why do you want it anyway. Also drew a diagram to demonstrate anxiety. As I'm explaining I've lived with anxiety and depression for years. That boredom knocks me unconscious against my will and any effort to prevent it. That I am unable to do anything or achieve anything like I could as a kid in the reward-punishment structure of school. That I was on the verge of tears speaking about struggling now when I didn't before as badly.

I fucking knew it, I SAID it: they're making ADHD people the next culture war targets. They will 'just ask questions' until we lose every scrap of ground we've gained in the last decade and more. We may not quite inspire the same level of hatred as a sexual minority, but we can very easily be made to inspire disdain and that also works.

They will strip us of our accomodations and our medications and try to stifle any sense of shared identity, and if that kills some of us, oh well. So long as it fuels another outrage cycle, fine.

So many of the tropes they've been using on trans people work extremely well on ADHD people too! "There are too many of these people suddenly! It must be a fad! It spreads through friend groups! And online! People are going private for diagnoses and that's bad! They are using pOwERfUl medical interventions and we think it's freaky!"

I saw the first ripples of this in terf circles about two years ago. And of course it's spread.

6% of British ADHD people lost their jobs in the last year thanks to the meds shortage. SIX PER CENT! And that just made these ghouls go "ooh, tasty, what else can we do?"

Recently an 'expert' was on the BBC saying people see ADHD diagnosis as a "golden ticket." Laurence Fox has been ranting that the condition doesn't exist and threatening "'you won't poison my child's body [with ADHD meds] against my consent"

People need to be aware this is going to get worse. Maybe, if we're lucky, it won't get really bad. But it's going to get worse than it is now.

[patnahometutor]

The Best Home Tutors in Patliputra, Patna – Personalized Learning for Academic Success

Introduction

In today’s competitive academic environment, students often need extra guidance beyond classroom teaching. Home tutoring in Patliputra, Patna, has emerged as a highly effective solution for personalized education. With expert tutors providing one-on-one attention, flexible schedules, and customized study plans, students can excel in their studies and build a strong foundation for future success.

Why Choose a Home Tutor in Patliputra?

1. Individualized Attention

Unlike crowded classrooms, home tutors focus entirely on the student, identifying weak areas and tailoring lessons accordingly.

2. Flexible Learning Schedule

Parents and students can set convenient timings, making it easier to balance school, coaching, and extracurricular activities.

3. Stronger Conceptual Understanding

Tutors use interactive teaching methods, real-life examples, and doubt-clearing sessions to ensure deep learning.

4. Better Exam Performance

With regular assessments and targeted practice, students see improved grades in school and competitive exams.

5. Comfortable & Stress-Free Learning

Studying at home reduces distractions and anxiety, helping students concentrate better.

Popular Subjects Covered by Home Tutors in Patliputra

 School Curriculum (CBSE/ICSE/Bihar Board) – Math, Science, English, Social Studies  Competitive Exams – NEET, JEE, NTSE, Olympiads  Language & Communication – English, Hindi, French, Public Speaking  Skill Development – Coding, Creative Writing, Logical Reasoning

How to Find the Right Home Tutor in Patliputra?

1. Identify Your Needs

Which subject or exam does the student need help with?

Should the tutor be strict, friendly, or activity-based?

Is long-term or short-term tutoring required?

2. Check Tutor Credentials

 Relevant educational background (B.Tech/M.Sc/B.Ed for subject experts)  Previous teaching experience (school/coaching/home tutoring)  Good communication and patience  Positive feedback from other students/parents

3. Compare Fees & Teaching Style

Rates vary based on tutor experience (₹200-₹800 per hour).

Opt for a demo class to assess teaching methods.

4. Explore Trusted Sources

Local tuition centers in Patliputra Colony, S.K. Puri, Anandpuri

Online platforms like Urban Pro, Super Prof, or Filo

Top Locations in Patliputra for Home Tutors

Patliputra Colony (Highly qualified tutors for CBSE/ICSE)

Sri Krishna Puri (Best for JEE/NEET coaching)

Rajendra Nagar (Experienced language tutors)

Anandpuri (Affordable and skilled tutors)

Conclusion: Unlock Your Child’s Potential with the Right Tutor

Hiring a home tutor in Patliputra, Patna, is an investment in your child’s future. Personalized attention, flexible learning, and expert guidance help students overcome academic challenges and achieve excellence. Whether it’s school subjects, competitive exams, or skill development, the right tutor can make all the difference.

[wollybeegame]

Creative Mind Games for Children

I’m bored!” — if you're a parent, you've likely heard this phrase more times than you can count. And while boredom isn’t a bad thing (it can lead to creativity), sometimes kids just need a little spark to get their brains buzzing. That’s where creative mind games come in.

But forget flashcards and rote memorization. We’re talking about playful challenges that make kids giggle while they think, collaborate while they compete, and imagine while they solve. These aren’t just games—they're brain-boosting adventures wrapped in fun.

Whether you're stuck indoors on a rainy day or simply looking to cut down screen time, these creative mind games offer a brilliant mix of entertainment and learning. And the best part? You don’t need fancy gadgets or expensive kits—just a few simple materials and a willingness to play.

Let’s dive into some engaging, thought-provoking games that your child won’t even realize are sharpening their minds.

1. Story Chain Game

Age group: 5+ What it improves: Creativity, verbal communication, memory

Sit in a circle or across the dinner table and start a story with one line: “Once upon a time, a rabbit discovered a glowing key in the forest...” Each person takes turns adding one line to the story. Kids begin to stretch their imagination, remember what’s been said, and add their own flair.

To make it more interesting, introduce props or cards with random words that must be used in each sentence. The wackier the story, the better the laughs—and the deeper the thinking.

2. Mystery Bag Challenge

Age group: 4–10 What it improves: Sensory perception, descriptive skills, critical thinking

Take a cloth bag and fill it with random household items—spoon, feather, toy car, sponge, etc. Without looking, children place their hand in the bag and try to guess the object by touch alone. Once they guess, ask them to describe how they knew—was it the shape? The texture?

For older children, add a twist: ask them to come up with a creative new use for the item they guessed. This boosts both problem-solving and imagination.

3. What If? Questions

Age group: 6+ What it improves: Abstract thinking, creativity, conversation skills

Pose open-ended “what if” questions and let your child run with their thoughts. For example:

What if animals could talk—what would they say?

What if the sky was green and grass was blue?

What if you had a shop that sold only invisible things?

Encourage longer answers and follow-up questions. There are no wrong answers here—only creative ones. This game is fantastic for long car rides or winding down before bed.

4. Build a New World

Age group: 7–12 What it improves: Strategic thinking, collaboration, spatial imagination

Give your child a blank sheet of paper or building blocks and challenge them to invent a new world. It could be a city in the clouds, an underwater town, or a jungle village.

Ask questions to guide them:

How do people travel in your world?

What do they eat?

Are there rules? Who makes them?

What kind of houses do they live in?

This game lets their creative gears turn while encouraging them to think like designers, leaders, and planners.

5. Board Games

Age group: 5+ What it improves: Patience, turn-taking, logic, critical thinking

Classic board games like Scrabble, Monopoly, and Guess Who are more than just fun—they help children learn strategy, word recognition, money management, and deductive reasoning. Even cooperative games like "Outfoxed" or "Race to the Treasure" build teamwork and planning skills.

Make board game nights a regular event and switch up the themes to cover different skill sets—math, language, memory, and even storytelling.

6. Code Cracker

Age group: 6+ What it improves: Logic, pattern recognition, patience

Write a secret message using symbols, colors, or numbers to represent letters. Give your child a key (like A = 🔺, B = ⬜, etc.) and let them decode the message. Start with simple words and slowly increase the difficulty.

For older kids, reverse the challenge—let them create their own coded messages for others to solve. It’s a great blend of logic and mystery.

7. Puzzle Time

Age group: 4+ What it improves: Spatial reasoning, problem solving, concentration

From simple jigsaw puzzles to more complex 3D puzzles, this activity helps children build perseverance and patience. Puzzles require kids to recognize patterns, work methodically, and complete tasks—a skill that translates into many areas of life and learning.

To make it more interactive, set a timer or make it a team challenge.

8. Shape Detective

Age group: 4–8 What it improves: Observation, categorization, basic geometry

Cut out various shapes in different colors from paper. Create a short “mystery” clue like: “Find something that is red, has three sides, and cannot roll.” Kids then hunt down the correct shape.

Make it competitive with a timer or turn it into a cooperative game. It sharpens their understanding of geometry while keeping them physically and mentally engaged.

9. Guess the Sound

Age group: 3–7 What it improves: Listening skills, memory, auditory recognition

Use everyday items to make sounds (crumpling paper, tapping glass, snapping fingers). Hide behind a curtain or blindfold your child and ask them to guess the sound. You can even record sounds from outside—a barking dog, a car honk—and play them.

Once kids master identifying the sounds, ask them to create stories using three or four sounds in sequence!

10. Puzzle Swap

Age group: 6+ What it improves: Collaboration, planning, adaptability

Divide a group into pairs and give each pair a different puzzle. After five minutes, have them swap puzzles and complete the one their partner started. This game teaches kids to work with someone else’s logic, adapt to a new challenge, and complete tasks efficiently.

You can also apply this concept using LEGO models or drawing challenges.

11. Word Association Spiral

Age group: 5+ What it improves: Vocabulary, quick thinking, concentration

Start with a random word, like “sun.” The next person must quickly say a word related to it, like “hot,” and so on. Keep going until someone pauses or repeats a word. Turn it into a drawing activity by having kids sketch out the associations at the end.

This game can also be played backwards—start from a word and go backward to the original. It’s simple but incredibly effective in flexing the mental muscles.

12. Storytelling Time

Age group: 5+ What it improves: Language development, creativity, emotional intelligence

Let your child be the narrator for a story—either real or imagined. You can give them prompts, picture cards, or even a handful of unrelated toys and ask them to create a story that ties them together.

Encourage expressive narration with changes in voice or sound effects. You’ll not only build confidence and communication skills but also give them a safe outlet for emotions.

13. Invent a Product

Age group: 8+ What it improves: Design thinking, innovation, presentation skills

Challenge kids to invent a new product to solve a made-up problem: “A machine that helps cats do their homework” or “A hat that keeps your dreams inside.” They can draw the invention, name it, and even create a sales pitch.

This activity introduces kids to the world of entrepreneurship and design. It’s not just play—it’s practice for real-world problem solving.

Conclusion: 

Creative mind games are more than just a fun way to pass the time. They foster imagination, spark independent thinking, and build real-world skills that children carry into the classroom and beyond. Most importantly, they strengthen the bond between children and the people playing with them—parents, siblings, or friends.

In a world that often emphasizes speed and results, these games give children the space to slow down, think deeper, and enjoy the process of learning. So the next time your child says, “I’m bored,” hand them a challenge that makes their brain smile.

Because the best kind of fun is the kind that makes you smarter.

[cbitts]

What is the role of a data analyst in a company?

In today’s data-driven world, companies are flooded with information. But raw data alone doesn’t help. It needs to be cleaned, organized, and understood.

That’s where a data analyst steps in. Many people hear the term “data analyst” and imagine someone crunching numbers all day. While numbers are part of the job, the role of a data analyst training goes far beyond spreadsheets. They turn data into clear, actionable insights that help companies make better decisions.

This article explores the role of a data analyst in a company, common challenges businesses face without one, and how data analysts solve real business problems.

Understanding the Basics of a Data Analyst's Role

A data analyst is responsible for collecting, organizing, analyzing, and interpreting data. Their main goal is to help a company make informed decisions by identifying trends, patterns, and problems. They often work closely with departments like marketing, sales, finance, and operations to help guide strategies.

Key Responsibilities

Data Collection: Gathering data from internal systems like sales databases or external sources such as customer surveys.

Data Cleaning: Removing errors, duplicates, or irrelevant data to ensure accurate analysis.

Data Analysis: Applying statistical methods or using software tools to draw insights.

Reporting: Presenting findings through dashboards, graphs, or written summaries.

Decision Support: Recommending strategies based on data-driven insights.

Why Companies Need Data Analysts

Without data analysis, businesses are often operating in the dark. They might rely on assumptions, outdated trends, or gut feelings to make decisions. This approach can be risky, especially in competitive markets.

For example, a retail company may notice a drop in sales but not know why. A data analyst would look at customer feedback, transaction data, and competitor trends to pinpoint the cause—whether it's pricing, product quality, or market shifts.

Real-World Scenario

Imagine an e-commerce company launching a new product line. The marketing team runs multiple ad campaigns but doesn’t know which ones perform best. A data analyst evaluates ad performance metrics—click-through rates, conversions, bounce rates—and identifies the most successful campaigns. This allows the company to focus its budget where it gets the best returns.

Common Problems Businesses Face Without Data Analysts

1. Poor Decision-Making

Businesses may make critical choices based on assumptions. For example, launching a product in a new market without understanding customer needs can result in losses.

2. Wasted Resources

Without data-backed planning, marketing and sales budgets can be misallocated. Companies may spend heavily on the wrong strategies or audiences.

3. Missed Opportunities

Trends often emerge from subtle shifts in data. Without someone monitoring these patterns, companies can miss opportunities for growth or innovation.

How Data Analysts Solve These Problems

1. Turning Raw Data Into Actionable Insights

Instead of giving managers complex spreadsheets, data analysts summarize key insights that directly answer business questions. For instance, “Which region had the highest sales last quarter and why?”

2. Predicting Trends and Customer Behavior

Using historical data, analysts can help predict future patterns. For example, an analyst might discover that customers tend to buy winter clothing two months earlier in colder regions—information that can guide inventory and marketing plans.

3. Optimizing Operations

From reducing delivery delays to lowering production costs, data analysts study process performance. Their findings can streamline operations and improve efficiency.

Skills and Tools a Data Analyst Uses

While the job doesn’t always require coding or advanced math, data analysts typically use a few key tools:

Spreadsheets (e.g., Excel): For basic data handling.

SQL (Structured Query Language): To retrieve data from databases.

Data Visualization Tools (e.g., Tableau, Power BI): For creating easy-to-understand dashboards.

Statistical Tools (e.g., Python, R): For more complex analyses.

They also need strong communication skills to explain technical findings to non-technical teams.

How Data Analysts Support Different Departments

Marketing

They help track campaign performance, understand customer segments, and determine which products perform well in which markets.

Sales

Data analysts can identify high-value customers, sales patterns, and seasonal buying behavior to help set realistic sales targets.

Finance

They assist in budgeting, forecasting, and identifying financial risks or irregularities.

HR

Analysts can study employee turnover, satisfaction surveys, and hiring trends to improve workplace policies.

Antithesis: Is Data Analysis Always Necessary?

Some argue that experience and industry intuition should drive decisions. While intuition is valuable, it can be biased. Data supports or challenges assumptions with evidence. However, relying solely on data without context can also mislead. For instance, a spike in website traffic may look good, but if it's due to accidental clicks or bots, it has no real value.

The best approach is a balance—pairing human judgment with data analysis.

The Evolution of the Role

The data analyst role is evolving. In the past, analysts were mainly seen as report creators. Today, they are strategic partners in planning and growth. Many companies now involve analysts early in the decision-making process, not just after-the-fact reporting.

Additionally, the lines between data analysts, data scientists, and business analysts are blurring. While data scientists focus more on advanced machine learning and predictions, data analysts specialize in understanding past and present trends to inform future decisions.

How to Work Effectively with a Data Analyst

For companies to benefit fully, team collaboration is key. Business leaders should:

Clearly define goals and questions they want answered.

Ensure data analysts have access to quality, up-to-date data.

Include analysts in strategy discussions, not just post-analysis.

Meanwhile, data analysts should communicate clearly, use visuals effectively, and align their work with business objectives.

Conclusion

The role of a data analyst in a company is more than just number-crunching—it’s about storytelling with data, solving problems, and enabling smarter decisions. By transforming raw data into meaningful insights, data analysts play a vital role in the success and growth of a business.

In an era where competition is tight and margins are narrow, data analysts help ensure that every decision is informed, strategic, and effective.

[technoschool]

Future-Ready Classrooms: Setting Up an ICT Lab in Your School

Introduction

The traditional blackboard is slowly giving way to smart screens. The pen-and-paper model is being reimagined through tablets and educational apps. In this rapidly evolving digital age, schools must move with the times—and one of the most impactful ways to do so is by setting up an ICT (Information and Communication Technology) lab.

An ICT lab is more than a computer room; it's a hub of digital literacy, creativity, and interactive learning. It equips students with the skills they need to thrive in a tech-driven world. From basic typing and internet use to programming, media editing, and collaborative tools, the benefits of an ICT lab are far-reaching.

Why Your School Needs an ICT Lab

Education today isn’t just about absorbing facts. It’s about problem-solving, communication, collaboration, and digital fluency. An ICT lab supports these goals by providing students with access to modern tools that simulate real-world applications.

Students not only learn how to operate computers but also how to use technology responsibly. Whether it's designing presentations, learning coding basics, or researching online, the ICT lab is where students become future-ready.

Planning for an ICT Lab Setup

Creating an ICT lab in your school requires strategic planning. Start by identifying your goals: do you want to focus on basic computer skills, advanced applications, or digital creativity? Your objectives will determine the design and resources needed.

Next, evaluate your space. The lab should be well-lit, ventilated, and secure. Ensure it has enough power outlets, network connectivity, and ergonomic furniture suitable for students of different age groups.

Choosing the Right Technology

A successful ICT lab is built on quality infrastructure. This includes:

Computers or laptops with educational software

High-speed internet with secure access

Projectors and smart boards for interactive teaching

Printers and scanners

Headphones and microphones for media learning

Learning management systems for resource sharing

When selecting equipment and software, always prioritize user-friendliness, durability, and upgradability.

To get the most reliable equipment and support, it's best to work with a top ICT provider in school infrastructure. These providers understand academic needs and offer customized packages that include installation, training, and after-sales support.

Curriculum Integration: Making It Count

A common mistake schools make is isolating the ICT lab from the rest of the curriculum. But its true value lies in integration.

Encourage teachers to use the lab to enhance subjects like math, science, and language. For instance:

In math, students can use spreadsheets to calculate and graph data.

In science, simulations and digital microscopes help visualize complex concepts.

In languages, typing and editing tools improve writing skills and grammar.

Interdisciplinary learning boosts engagement and makes lessons more dynamic.

Training Teachers for Effective Use

Even the most high-tech ICT lab will fall flat without confident educators. Many teachers may not be familiar with using digital tools in their teaching process, so investing in training is vital.

Workshops, webinars, and ongoing professional development will help teachers integrate ICT tools into daily lessons, design multimedia-rich activities, and guide students on digital etiquette and safety.

Many ICT Solution for Schools in India include educator training as part of their services. This ensures that your investment in infrastructure is matched by effective teaching methods.

Digital Literacy and Beyond

Today’s children are digital natives—but they still need guidance. An ICT lab fosters essential 21st-century skills:

Digital literacy: understanding how to use digital tools effectively and safely.

Online research: finding credible information and citing sources.

Creative expression: through graphics, presentations, videos, and coding.

Collaboration: using platforms for group work and discussions.

These are not just academic skills but life skills that will benefit students in any career path they choose.

Overcoming Common Challenges

Setting up an ICT lab may seem daunting, especially for budget-conscious schools. However, there are cost-effective solutions:

Start with a small setup and scale up gradually.

Use refurbished or low-cost devices initially.

Apply for CSR grants or government funding.

Moreover, many service providers now offer Ict Lab Setup In school as a turnkey solution, handling everything from design to deployment. This reduces the burden on school management while ensuring a professional-grade setup.

Maintaining and Upgrading Your ICT Lab

Like all tech infrastructure, ICT labs require regular maintenance. Assign an in-house IT coordinator or partner with a vendor who offers AMC (Annual Maintenance Contracts). Schedule regular updates for software and check for hardware wear and tear.

Plan ahead for upgrades—especially as software evolves or student needs grow. Keeping your lab updated ensures it remains a relevant and engaging learning space.

The Broader Impact on Your School Community

An ICT lab does more than serve students. It elevates the entire learning environment:

Parents see it as a sign of modern, quality education.

Teachers feel empowered to deliver innovative lessons.

Administrators can use it for better school management and communication.

The community can benefit too—by hosting digital literacy sessions or vocational training for locals.

Conclusion

Building a future-ready classroom starts with integrating technology—and nothing symbolizes that shift better than a well-equipped ICT lab. It’s a space where curiosity meets innovation, where learning becomes active and collaborative, and where students acquire the digital skills they need to thrive.

From selecting the right hardware and software to training teachers and integrating with your curriculum, every step matters. When done right, your ICT lab will be more than just a room full of computers—it will be a launchpad for the thinkers, creators, and leaders of tomorrow.