#Python programming for high school students

[cleveredlearning]

Teaching Python Programming to High School Students and Offering Online Coding Courses for Teenagers

In today's digitally-driven world, coding and programming have become essential skills for students of all ages. High school students and teenagers, in particular, can greatly benefit from learning a programming language like Python. Python is known for its simplicity, versatility, and a wide range of applications, making it an ideal choice for beginners. In this article, we will explore the significance of Python programming for high school students and online coding courses designed for teenagers.

Python: The Perfect Choice for Young Coders

Python is often recommended as the first programming language for beginners, and for a good reason. Its user-friendly syntax and readability make it accessible to students with little to no coding experience. High school students and teenagers can quickly grasp the fundamental concepts of programming and start building their own projects, from simple games to web applications.

One of the key advantages of Python is its real-world applicability. Students can apply their Python knowledge to various fields, including data science, artificial intelligence, web development, and more. This versatility encourages young learners to explore their interests and create innovative solutions to real-world problems.

Benefits of Python Programming for High School Students

Enhances Problem-Solving Skills: Learning Python involves understanding how to break down complex problems into manageable steps. This process fosters critical thinking and problem-solving skills, which are invaluable both in academics and everyday life.

Prepares for Future Careers: With the growing demand for tech-savvy professionals, Python programming skills provide high school students with a competitive edge in the job market. Moreover, it opens doors to exciting career opportunities in fields like software development, data analysis, and artificial intelligence.

Boosts Creativity: Python allows students to unleash their creativity by developing their own projects. This creative aspect of coding can be particularly appealing to teenagers looking to express themselves and innovate.

Builds Strong Logical Thinking: Programming requires precise thinking and logical reasoning. Python's clean and readable syntax helps students develop logical thinking skills, which are crucial for a wide range of subjects and future careers.

Online Coding Courses for Teens

Online coding courses provide a flexible and accessible way for teenagers to learn Python and other programming languages. These courses are specifically designed to cater to the unique needs and interests of young learners.

Engaging Content: Online coding courses for teens often feature interactive and engaging content, including video tutorials, quizzes, and hands-on coding exercises. This makes the learning process more enjoyable and effective.

Self-Paced Learning: Teenagers have busy schedules with school, extracurricular activities, and social commitments. Online courses allow them to learn at their own pace, ensuring they can balance their education with other responsibilities.

Access to a Global Community: Online coding platforms offer the opportunity to connect with a global community of like-minded individuals. This fosters collaboration, knowledge sharing, and support among teenagers who share a passion for coding.

Certifications and Projects: Many online coding courses provide certifications upon completion, which can be valuable for high school students' resumes. Additionally, students can work on coding projects that they can showcase to potential colleges or employers.

Conclusion

Python programming for high school students and online coding courses for teens offer invaluable opportunities for young learners. Python's accessibility, versatility, and real-world applications make it an excellent choice for beginners. Learning to code at a young age not only enhances problem-solving skills and logical thinking but also prepares students for future careers in technology. Online coding courses provide flexibility, engagement, and the chance to connect with a global community, ensuring that teenagers have the tools they need to succeed in the digital age. Whether they are interested in building websites, creating apps, or diving into the exciting world of artificial intelligence, Python programming and online coding courses can open up a world of possibilities for high school students and teens.

[study-diaries]

Introduction To HTML

[Note: You need a text editor to do this. You can use Notepad or Text Edit. But it's so much better to download VS Code / Visual Studio Code. Save it with an extension of .html]

HTML stands for Hyper Text Markup Language

It is used to create webpages/websites.

It has a bunch of tags within angular brackets <....>

There are opening and closing tags for every element.

Opening tags look like this <......>

Closing tags look like this

The HTML code is within HTML tags. ( // code)

Here's the basic HTML code:

<!DOCTYPE html> <html> <head> <title> My First Webpage </title> </head> <body> <h1> Hello World </h1> <p> Sometimes even I have no idea <br> what in the world I am doing </p> </body> </html>

Line By Line Explanation :

<!DOCTYPE html> : Tells the browser it's an HTML document.

<html> </html> : All code resides inside these brackets.

<head> </head> : The tags within these don't appear on the webpage. It provides the information about the webpage.

<title> </title> : The title of webpage (It's not seen on the webpage. It will be seen on the address bar)

<body> </body> : Everything that appears on the webpage lies within these tags.

<h1> </h1> : It's basically a heading tag. It's the biggest heading.

Heading Tags are from <h1> to <h6>. H1 are the biggest. H6 are the smallest.

<p> </p> : This is the paragraph tag and everything that you want to write goes between this.

<br> : This is used for line breaks. There is no closing tag for this.

-------

Now, we'll cover some <Meta> tags.

Meta tags = Notes to the browser and search engines.

They don’t appear on the page.

They reside within the head tag

<head> <meta charset="UTF-8"> <meta name="viewport" content="width=device-width, initial-scale=1.0"> <meta name="description" content="Website Description"> <meta name="Author" content="Your Name"> <meta name="keywords" content="Websites Keywords"> </head>

Line By Line Explanation:

<meta charset="UTF-8"> : Makes sure all letters, symbols, and emojis show correctly.

<meta name="viewport" content="width=device-width, initial-scale=1.0"> : Makes your site look good on phones and tablets.

<meta name="description" content="Website Description"> : Describes your page to Google and helps people find it.

<meta name="author" content="Your Name"> : Says who created the page.

<meta name="keywords" content="Website's Keywords"> : Adds a few words to help search engines understand your topic.

_____

This is my first post in this topic. I'll be focusing on the practical side more than the actual theory, really. You will just have some short bullet points for most of these posts. The first 10 posts would be fully HTML. I'll continue with CSS later. And by 20th post, we'll build the first website. So, I hope it will be helpful :)

If I keep a coding post spree for like 2 weeks, would anyone be interested? o-o

[brainlesstechnerd]

Introduction: As a high school student in the 21st century, there's no denying the importance of computer science in today's world. Whether you're a seasoned programmer or just dipping your toes into the world of coding, the power of computer science is undeniable. In this blog, I'll share my journey as a 12th-grader venturing into the fascinating realms of C, C++, and Python, and how this journey has not only improved my computer science profile but also shaped my outlook on technology and problem-solving.

Chapter 1: The Foundations - Learning C

Learning C:

C, often referred to as the "mother of all programming languages," is where my journey began. Its simplicity and efficiency make it an excellent choice for beginners. As a high school student with limited programming experience, I decided to start with the basics.

Challenges and Triumphs:

Learning C came with its fair share of challenges, but it was incredibly rewarding. I tackled problems like understanding pointers and memory management, and I quickly realized that the core concepts of C would lay a strong foundation for my future endeavors in computer science.

Chapter 2: Building on the Basics - C++

Transition to C++:

With C under my belt, I transitioned to C++. C++ builds upon the concepts of C while introducing the object-oriented programming paradigm. It was a natural progression, and I found myself enjoying the flexibility and power it offered.

Projects and Applications:

I started working on small projects and applications in C++. From simple text-based games to data structures and algorithms implementations, C++ opened up a world of possibilities. It was during this phase that I began to see how the knowledge of programming languages could translate into tangible solutions.

Chapter 3: Python - The Versatile Language

Exploring Python:

Python is often praised for its simplicity and readability. As I delved into Python, I realized why it's a favorite among developers for a wide range of applications, from web development to machine learning.

Python in Real-Life Projects:

Python allowed me to take on real-life projects with ease. I built web applications using frameworks like Flask and Django, and I even dabbled in data analysis and machine learning. The versatility of Python broadened my horizons and showed me the real-world applications of computer science.

Chapter 4: A Glimpse into the Future

Continual Learning:

As I prepare to graduate high school and venture into higher education, my journey with C, C++, and Python has instilled in me the importance of continual learning. The field of computer science is dynamic, and staying up-to-date with the latest technologies and trends is crucial.

Networking and Collaboration:

I've also come to appreciate the significance of networking and collaboration in the computer science community. Joining online forums, participating in coding challenges, and collaborating on open-source projects have enriched my learning experience.

Conclusion: Embracing the World of Computer Science

My journey as a 12th-grader exploring C, C++, and Python has been an enlightening experience. These languages have not only improved my computer science profile but have also given me a broader perspective on problem-solving and technology. As I step into the future, I'm excited to see where this journey will take me, and I'm ready to embrace the ever-evolving world of computer science.

If you're a fellow student or someone curious about programming, I encourage you to take the plunge and start your own journey. With determination and a willingness to learn, the world of computer science is yours to explore and conquer.

[dreamdolldeveloper]

back to basics

mostly free resources to help you learn the basics that i've gathered for myself so far that i think are cool

everyday

gcfglobal - about the internet, online safety and for kids, life skills like applying for jobs, career planning, resume writing, online learning, today's skills like 3d printing, photoshop, smartphone basics, microsoft office apps, and mac friendly. they have core skills like reading, math, science, language learning - some topics are sparse so hopefully they keep adding things on. great site to start off on learning.

handsonbanking - learn about finances. after highschool, credit, banking, investing, money management, debt, goal setting, loans, cars, small businesses, military, insurance, retirement, etc.

bbc - learning for all ages. primary to adult. arts, history, science, math, reading, english, french, all the way to functional and vocational skills for adults as well, great site!

education.ket - workplace essential skills

general education

mathsgenie - GCSE revision, grade 1-9, math stages 1-14, provides more resources! completely free.

khan academy - pre-k to college, life skills, test prep (sats, mcat, etc), get ready courses, AP, partner courses like NASA, etc. so much more!

aleks - k-12 + higher ed learning program. adapts to each student.

biology4kids - learn biology

cosmos4kids - learn astronomy basics

chem4kids - learn chemistry

physics4kids - learn physics

numbernut - math basics (arithmetic, fractions and decimals, roots and exponents, prealgebra)

education.ket - primary to adult. includes highschool equivalent test prep, the core skills. they have a free resource library and they sell workbooks. they have one on work-life essentials (high demand career sectors + soft skills)

youtube channels

the organic chemistry tutor

khanacademy

crashcourse

tabletclassmath

2minmaths

kevinmathscience

professor leonard

greenemath

mathantics

3blue1brown

literacy

readworks - reading comprehension, build background knowledge, grow your vocabulary, strengthen strategic reading

chompchomp - grammar knowledge

tutors

not the "free resource" part of this post but sometimes we forget we can be tutored especially as an adult. just because we don't have formal education does not mean we can't get 1:1 teaching! please do you research and don't be afraid to try out different tutors. and remember you're not dumb just because someone's teaching style doesn't match up with your learning style.

cambridge coaching - medical school, mba and business, law school, graduate, college academics, high school and college process, middle school and high school admissions

preply - language tutoring. affordable!

revolutionprep - math, science, english, history, computer science (ap, html/css, java, python c++), foreign languages (german, korean, french, italian, spanish, japanese, chinese, esl)

varsity tutors - k-5 subjects, ap, test prep, languages, math, science & engineering, coding, homeschool, college essays, essay editing, etc

chegg - biology, business, engineering/computer science, math, homework help, textbook support, rent and buying books

learn to be - k-12 subjects

for languages

lingq - app. created by steve kaufmann, a polygot (fluent in 20+ languages) an amazing language learning platform that compiles content in 20+ languages like podcasts, graded readers, story times, vlogs, radio, books, the feature to put in your own books! immersion, comprehensible input.

flexiclasses - option to study abroad, resources to learn, mandarin, cantonese, japanese, vietnamese, korean, italian, russian, taiwanese hokkien, shanghainese.

fluentin3months - bootcamp, consultation available, languages: spanish, french, korean, german, chinese, japanese, russian, italian.

fluenz - spanish immersion both online and in person - intensive.

pimsleur - not tutoring** online learning using apps and their method. up to 50 languages, free trial available.

incase time has passed since i last posted this, check on the original post (not the reblogs) to see if i updated link or added new resources. i think i want to add laguage resources at some point too but until then, happy learning!!

[eliteprepsat]

6 Ways to Show Genuine Interest in Your Intended College Major

Most universities are not particularly interested in students who approach college as the 13th grade—just the next step on a path laid out for them by their parents since before they were born. They instead seek out students who demonstrate passion and curiosity, especially about their chosen field of study.

In your college applications, it’s important that you demonstrate your interests (not just state what they are, but show them at work in your life) and that those interests inform your prospective major. You can and should demonstrate your interests in your college essays, your activities lists, and even in your transcripts.

Here are some specific tips on how to prove you’re invested in your intended major:

1. Take AP, IB, and honors courses in that field

If your high school offers advanced courses in a field you’re passionate about, take those courses. Honors, AP, and IB credits demonstrate that you’ve devoted ample time and energy to a given field.

I would also recommend approaching advanced classes from the opposite direction. If you’re like most high school students, you’re not yet sure what you want to major in or what your academic interests are. Take advanced classes in subjects that you perform well in. You might find that these courses create entirely new interests for you that weren’t there before. 

Throughout high school and college, you will likely develop new passions and a deeper understanding of what you love. Advanced courses are one of the ways in which you can discover what those passions might be.

2. Join a student organization … or start your own

Interested in computer science? Join a coding club at your school. Or, if none exists, create one. If you’re interested in something—whether it be coding, poetry, chess, or pottery—chances are there are other students at your school who are interested, too.

You can demonstrate passion for a field or cause by joining an organization on campus and working your way up the ranks to, say, secretary or even president. You can also demonstrate initiative and leadership by starting an organization of your own.

Not sure where to start? Ask a counselor or teacher at your school about how you might get something new off the ground. With the right support, you can develop your interests and set yourself up for a strong college application.

3. Join a club & volunteer

You can also look beyond the walls of your school for club and volunteer opportunities. Join a mystery book club or a Spanish conversation club at your local library branch. Volunteer as an elementary school assistant at your local school district. There are so many possibilities that you can find with just a quick Google search.

4. Take free online courses

There are a ton of free online courses on subjects ranging from psychology to political philosophy, from computer science to principles of accounting.

You can find courses on the iTunes U app, many of which include syllabi and course readings alongside lectures. There’s a drove of Massive Open Online Courses available, many of which will even provide a certificate for completing the course. MIT hosts a wide range of free courses online, such as this Introduction to Computer Science and Programming in Python.

Many of these free online courses are offered by prestigious universities and taught by some of the most renowned faculty in their respective fields. By completing one of these courses, you can get a head start on university-level work and develop a new or existing passion.

5. Contact an expert

Do you live near a university? If so, reach out to faculty members to ask if they might be interested in your volunteering as a lab or research assistant, or even if you could stop by just to ask them some questions during their office hours. You might receive no response from a number of professors, but you would be surprised by how many would be more than happy to at least discuss what they do and why.

Along the same lines, if you’re passionate about business, reach out to local business owners. You might even find opportunities for employment. At the very least, you’ll gain vital insights into the kind of work you might want to do in college and beyond.

6. Read, watch, and listen on your own

Subscribe to The New Yorker, or The Economist, or Wired, or any number of magazines focused on literature and culture, or economics, or technology, or whatever it is you want to major in. Watch documentaries. Listen to podcasts. Finding media that will fuel your passion and leave you informed has never been easier. 

The kind of knowledge you can gain from reading, watching, and listening first-hand cannot be matched by second-hand commentary. No visit to Sparknotes, or advice from your uncle, or other kind of second-hand knowledge can stand in for the real thing. Hearing or reading about the thing is no match for hearing or reading or doing the thing itself.

With a novel in your hand or even a computer science course on your screen, don’t just be a passive consumer—take notes not only on the content, but your reactions to it. What makes you excited? What leaves you confused? What gets you frustrated?

By staying engaged in a field of study, you shouldn’t only learn new information. You should also learn a lot about yourself.

[jcmarchi]

Building technology that empowers city residents

New Post has been published on https://thedigitalinsider.com/building-technology-that-empowers-city-residents/

Building technology that empowers city residents

Kwesi Afrifa came to MIT from his hometown of Accra, Ghana, in 2020 to pursue an interdisciplinary major in urban planning and computer science. Growing up amid the many moving parts of a large, densely populated city, he had often observed aspects of urban life that could be made more efficient. He decided to apply his interest in computing and coding to address these problems by creating software tools for city planners.

Now a senior, Afrifa works at the City Form Lab led by Andres Sevstuk, collaborating on an open-source, Python-based tool that allows researchers and policymakers to analyze pedestrians’ behaviors. The package, which launches next month, will make it more feasible for researchers and city planners to investigate how changes to a city’s structural characteristics impact walkability and the pedestrian experience.

During his first two years at MIT, Afrifa worked in the Civic Data Design Lab led by Associate Professor Sarah Williams, where he helped build sensing tools and created an online portal for people living in Kibera, Nairobi, to access the internet and participate in survey research.

After graduation, he will go on to work as a software engineer at a startup in New York. After several years, he hopes to start his own company, building urban data tools for integration into mapping and location-based software applications.

“I see it as my duty to make city systems more efficient, deepen the connection between residents and their communities, and make existing in them better for everyone, including groups which have often been marginalized,” he says.

“Cities are special places”

Afrifa believes that in urban settings, technology has a unique power to both accelerate development and empower citizens.

He witnessed such unifying power in high school, when he created the website ghanabills.com, which aggregated bills of parliament in Ghana, providing easy access to this information as well as a place for people to engage in discussion on the bills. He describes the effect of this technology as a “democratizing force.”

Afrifa also explored the connection between cities and community as an executive member of Code for Good, a program that connects MIT students interested in software with nonprofits throughout the Boston area. He served as a mentor for students and worked on finding nonprofits to match them up with.

Language and visibility

Sharing African languages and cultures is also important to Afrifa. In his first two years at MIT, he and other African students across the country started the Mandla app, which he describes as a Duolingo for African languages. It had gamified lessons, voice translations, and other interactive features for learning. “We wanted to solve the problem of language revitalization and bring African languages to the broader diaspora,” he says. At its peak a year ago, the app had 50,000 daily active users.

Although the Mandla App was discontinued due to lack of funding, Afrifa has found other ways to promote African culture at MIT. He is currently collaborating with architecture graduate students TJ Bayowa and Courage Kpodo on a “A Tale of Two Coasts,” an upcoming short film and multimedia installation that delves into the intricate connections between perceptions of African art and identity spanning two coasts of the Atlantic Ocean. This ongoing collaboration, which Afrifa says is still taking shape, is something he hopes to expand beyond MIT.

Discovering arts

As a child, Afrifa enjoyed writing poetry. Growing up with parents who loved literature, Afrifa was encouraged to become involved with the theater and art scene of Accra. He didn’t expect to continue this interest at MIT, but then he discovered the Black Theater Guild (BTG).

The theater group had been active at MIT from the 1990s to around 2005. It was revived by Afrifa in his sophomore year when Professor Jay Scheib, head of Music and Theater Arts at MIT, encouraged him to write, direct, and produce more of his work after his final project for 21M.710 (Script Analysis), a dramaturgy class taught by Scheib.

Since then, the BTG has held two productions in the past two years: “Nkrumah’s Last Day,” in spring 2022, and “Shooting the Sheriff,” in spring 2023, both of which were written and directed by Afrifa. “It’s been very rewarding to conceptualize ideas, write stories and have this amazing community of people come together and produce it,” he says.

When asked if he will continue to pursue theater post-grad, Afrifa says: “That’s 100 percent the goal.”

[ilp-wall-of-fame]

Oh man, if only I had the power to write a math curriculum that incorporated programming concepts like vector arithmetic, object-oriented algebra, algorithm card games... and in high school kids should learn how to use python to do the math for them. Imagine telling your students that they can use a calculator to do all of the math for them, so long as they build the calculator themselves!

def the_exponenterrr(x, n, a, c): y = a*x**n + c return y

I started playing around with RPG Maker 2000 when it was new, and even though all I ever did was pretty basic event-scripting, it was still quite foundational to my understanding of how to code by teaching me loops, variables, nested-ifs, and more!

The fact that there’s an actually functional website for the library of Babel is one of those things that fucks me up more and more the more I think about the implications.

[dragonshq]

YH STUDENT ID: Shinohara Reiko

AKA The Disaster Prodigy – Has the talent but keeps self-destructing.

Birthdate & age: November 11, 2002 (22)

School year: 3rd year undergraduate

Program: Visual Communication Design, UI/UX (BA)

Minor: Computer Science

Clubs: International Student Organisation (3rd year rep), Coding, Photography

Housing: Nuri Hall

Please refer to our student handbook for any questions!

Introduction

> load: archive/talktalk_feature_0324.int

// excerpt from Campus Connect: The Future of Student-Led Tech // originally published March 2024, Dragon Daily

Interviewee: Shinohara Reiko Title: Co-creator & Lead Designer, 톡톡 (talktalk) Year: 2nd Year, Visual Communication Design

Q: Tell us about 톡톡. What sparked the idea? A: The idea was older than the code. I already knew how to build things. I was that kid who made her own blog templates and fixed the school printers. But when I first moved to Seoul for language school, I didn’t know where to start socially. So I printed out this Canva flyer and taped it to a bus stop, asking for a language buddy.

Only one person ever took a tab, but we’re still friends now. The rest kind of spiralled from there.

It became a pitch at a campus hackathon. I teamed up with some sunbaes who knew what they were doing — I think they just liked my wireframes. We built the first version in a weekend: timed voice calls, meetups, language tags. We won first place.

Q: You could’ve gone anywhere. Why Korea, and why then? A: Honestly? I won’t lie and say it wasn’t because of my scholarship. My grades were great, I was building little games at 12, and someone somewhere decided that this random 18 year old high school graduate was worth investing in. I don’t think I would’ve moved otherwise.

(Author’s Note: In 2021, Shinohara Reiko was hardly "just" a high school graduate. A self-taught developer from the age of ten, she won multiple prefectural coding olympiads and placed in an international student software challenge with a minimalist budgeting app built in Python.)

My parents are both illustrators. They run a small gallery back in Shizuoka, so I grew up around sketchbooks and exhibition flyers. But I wanted to build things that worked.

Seoul just made sense. The tech scene here moves fast, and the design side’s actually respected — like, people care if your app looks good. You open something like 당근마켓 (Danggeun Market) or 브런치 (Brunch) and it just feels... considered. I liked that. (pauses) My folks still don’t really get what I do, but they’re proud. I think.

Q: People expected you to go deep into backend. What pulled you toward the frontend? A: Because first impressions matter.

Humans are shallow beings. That’s not me being mean. I just think we make decisions in seconds, and I’ve always been fascinated by that. You can write the cleanest, most elegant code in the world, but if the button’s in the wrong place? If the spacing is off? If it doesn’t make someone feel something? They’ll leave.

I still love the backend. It’s my comfort zone. But design makes me care. Design makes me look up from the code and ask: "Would my roommate get it? Would my dad?" That’s the fun part. Making it human.

Q: What’s life like on campus now? A: Busy. (laughs)

No, really. I’ve stopped pretending I have work-life balance.

My friends say I hoard Sweet Corn’s tables like a raccoon. I’ll sit there for hours with an iced americano and an entire tray of corn pastry, debugging or pretending to write a paper.

I’m trying to do better, though. I joined a photography club. I check out the exhibitions at EVE when I can. I talk to my roommate instead of sending her Google Calendar invites. Baby steps.

Q: Last one. Rapid fire. No thinking. Ready? A: Absolutely not. Let’s go.

Three tabs always open? Notion, VSCode, and the Yoon Dowoon Sweet Chaos fancam.

Design sin you’re guilty of? Jumped on the Y2K aesthetic trend for a hot second. Exclusively used two fonts and neither of them were accessible, but they were pretty.

Latest rabbit hole you fell into? Personal colour theory. I’ve taken three different quizzes, bought five lip tints from Olive Young, and I’m now thinking about building an app because I refuse to be a Bright Spring.

Last movie you loved? Everything Everywhere All At Once. I watched it on a flight back after winter break. Worst place to emotionally unravel.

What keeps you going? Knowing my younger self would think I’m cool. Oh, and caffeine. Lots of caffeine.

> update: editor_note.txt

Editor’s Note – May 2025: 톡톡 (talktalk) was sunsetted in mid-2025 following persistent moderation and verification issues that raised safety concerns. Originally praised for its student-led initiative to connect local and international communities, the platform came under fire after multiple cases of catfishing and misuse were reported.

At the time of writing, co-creator Shinohara Reiko was still enrolled at Yeonhwa University and responding to press inquiries.

> addendum: SHINOHARA_REIKO.response

We scaled without structure. That’s the cold, harsh truth and I'm not going to deny that. At the time, we didn’t have proper student ID verification, and some users treated the app like… they were looking for something talktalk wasn’t initially intended for. It stopped feeling safe. So we made the call to take it down.

I still believe in the core of it. I still believe in building things that connect people without putting them at risk. Version one wasn’t it. Maybe the next one will be.

[despuneuniversityblogs]

Everything You Should Know Before Applying for a BSc in Computer Science

A BSc in Computer Science is one of the most sought-after undergraduate programs in today’s tech-driven world. Whether your goal is to become a software engineer, data scientist, or cybersecurity analyst, this degree can provide the foundation you need. If you are preparing to apply, here is a comprehensive guide to help you navigate the admission process and make informed decisions.

Why a BSc in Computer Science Matters

A BSc in Computer Science is more than just coding. It covers:

Core programming languages like Java, C++, and Python

Understanding of data structures, algorithms, and software design

Database systems and computer networks

Topics in operating systems and computer architecture

Foundations in mathematics, statistics, and logic

The course equips you with problem-solving skills, computational thinking, and analytical ability. These are needed in nearly every industry—from finance and healthcare to education and entertainment.

What to Check Before You Apply

Entry Requirements

Most colleges ask for a 12th-grade qualification with a strong background in mathematics and science. Marks of 50 to 60 percent, along with passing English, are commonly accepted. Some institutes may have entrance tests, while others go by merit list.

Entrance Exams

If your college requires an entrance exam, you should prepare for:

Questions on mathematics and basic logic

Short programming problems or pseudocode

Analytical reasoning and general English

Practice previous year papers and time-bound quizzes. Also, build your conceptual clarity by revising algebra, calculus, probability, and logical reasoning.

Application Timeline

Keep track of deadlines. Most applications open between December and March. Entrance exams are typically held in February or March. Merit lists or admission offers may come by April or May.

Supporting Documents

You usually need:

School leaving certificate or mark sheet of the 12th exam

Proof of identity and residency

Passport-size photographs

Entrance exam scorecard (if applicable)

Letters of recommendation or statement of purpose (varies by college)

Application Fees

Most colleges charge application fees ranging from INR 500 to INR 2,000. Make sure to pay these on time through the correct channels.

Choosing Among Colleges in Pune

If you are planning to study in Pune, consider these factors:

Curriculum and Syllabus

Choose colleges that offer courses in programming, database management, machine learning, web development, and cybersecurity. Exposure to project-based learning and open-source contributions adds real value.

Faculty Expertise

Look for lecturers and professors with experience in software development, research, or industry projects. Their mentoring can help you understand not just theory but its practical applications in real-world scenarios.

Infrastructure and Labs

Ensure the college has modern computer labs, licensed software, cloud access, and hardware systems for networking and database practice. A supportive infrastructure enhances your learning experience.

Internship and Industry Ties

Real-world exposure is essential. Look for institutes with industry partnerships that offer internships, placement support, tech fests, coding workshops, hackathons, and career guidance.

Placement Record

Find out about the average package and companies that visit the campus. Reliable placement statistics are an indicator of how well alumni are performing in the industry.

Spotting a Good Fit: Case of DES Pune University

Among the top colleges in Pune, DES Pune University is known for its BSc Computer Science program. Its curriculum covers modern technology topics such as data structures, object-oriented programming, database systems, artificial intelligence, and web development.

The program focuses on building strong mathematical foundations along with practical programming skills. Students have access to high-end computer labs, licensed software, and cloud platforms. The faculty includes professionals with industry and academic experience.

DES Pune University fosters real-world exposure via workshops, guest lectures, hackathons, and internships with local software companies. The career cell supports students with placement preparation, resume building, and interview coaching.

Steps to Apply for BSc Computer Science

Research colleges based on your interests and academic profile

Check eligibility criteria, including courses, mark requirements, and entrance tests

Register early on university portals to stay ahead

Prepare for entrance exams by revising math, logic, and programming fundamentals

Submit your application with complete documents before the deadlines

Follow-up on admit cards, test dates, interviews, or counseling sessions

Confirm your admission once selected, paying required fees to secure your seat

Why Attention to Detail Matters

Your admission depends on both academic preparation and planning. A focused study schedule, organized documentation, and awareness of dates give you confidence and reduce stress. These steps also demonstrate your commitment and discipline to future professors and employers.

Final Thoughts

Applying for a BSc in Computer Science involves more than just grades. It is about finding a program that balances theory and practice, ensuring you have the infrastructure, mentorship, and opportunities to grow. Institutions like DES Pune University deliver on all these fronts by offering a thoughtfully structured curriculum, hands-on experience, and strong support systems. With proper planning and dedication, you can set yourself up for a successful career in tech.

[ittrainingwithplacement]

How Can a Python Programming Certificate Enhance Your Career Prospects?

Introduction

In today’s digital-first world, programming is more than just a technical skill it’s a powerful career accelerator. Python, a beginner-friendly and widely-used language, remains one of the most in-demand programming languages across industries. But simply knowing Python isn’t enough. That’s where a Python programming certificate from a Python online training with certification steps in to validate your expertise and give you a competitive edge.

Whether you're a beginner, a student, or a working professional considering a career switch, earning a Python certificate can significantly improve your job prospects. Enrolling in a structured python training for beginners program helps you build a solid foundation, practice hands-on coding, and become job-ready faster. Let’s explore how.

What Is a Python Programming Certificate?

A Python programming certificate is a formal recognition that you have successfully completed a structured learning program covering the core and advanced aspects of Python. This certificate is often awarded by training institutions, universities, or online platforms offering Python online training with certification.

Types of Python Certificates

Beginner-Level Certificate (Covers basics like syntax, loops, data structures)

Advanced Certificate (Includes modules on OOP, data analysis, web development, etc.)

Specialized Certificate (Focuses on specific domains like Machine Learning, Data Science, Automation)

Key Benefits of Python Online Training With Certification

Structured Learning Path

Python training courses offer a well-organized curriculum that helps learners move from basic to advanced levels efficiently.

Practical Skill Development

Courses often include:

Real-world projects

Live coding sessions

Peer collaboration

Quizzes and assignments

Verified Credential

A certificate serves as proof of your skills and knowledge, which can be showcased on your resume, LinkedIn, or during interviews.

Career Advancement

Many recruiters filter applicants based on certifications, especially for junior or entry-level positions. This gives certified professionals a direct advantage.

Industry Demand and Salary Trends

Python in High Demand

According to Stack Overflow and TIOBE Index reports, Python consistently ranks as one of the top programming languages globally.

Salary Insights

Entry-Level Python Developer: $70,000 - $90,000 annually

Data Analyst with Python: $60,000 - $85,000

Machine Learning Engineer: $110,000 - $160,000

(Glassdoor, Payscale, and Indeed data as of 2025)

Job Openings

Popular job boards list thousands of active openings for roles requiring Python certification.

Real-World Applications and Job Roles

Python is used in a wide range of domains. Here's how a certificate aligns you with various roles:

Industry

Job Role

Skills Covered in Certified Course

Data Science

Data Analyst, Data Scientist

NumPy, Pandas, Matplotlib, Seaborn

Web Development

Backend Developer

Flask, Django, API creation

Automation

QA Tester, Automation Engineer

Selenium, PyTest, scripting

Finance

Quant Analyst, Risk Analyst

Data visualization, predictive analytics

Healthcare

Bioinformatics Specialist

Data cleaning, modeling, visualization

Case Studies: Success Stories From Certified Professionals

Case Study 1: Career Switch From Teaching to Tech

Ramesh, a school teacher from Bangalore, completed a 3-month Python online training with certification. He is now working as a Junior Python Developer at a fintech startup.

Case Study 2: Upskilling for Promotion

Anita, a data entry analyst, used her certificate to move into a data analyst role within her company. The practical exercises in her course gave her the confidence to handle real projects.

What You Learn in a Certified Python Course

A comprehensive course equips you with both foundational and domain-specific skills:

Core Python Topics

Variables, data types, and operators

Control structures: if, for, while

Functions and modules

File handling

Advanced Modules

Object-Oriented Programming

Regular Expressions

Exception Handling

Working with Databases

Domain-Specific Skills

Web Development with Flask/Django

Data Analysis with Pandas and NumPy

Visualization using Matplotlib and Seaborn

Basic Machine Learning with Scikit-learn

Hands-On Elements

# Sample Python Code: Data Filtering with Pandas

import pandas as pd

# Load a dataset

df = pd.read_csv('sales_data.csv')

# Filter sales greater than 5000

high_sales = df[df['amount'] > 5000]

print(high_sales)

How Certification Builds Confidence and Credibility

Recognition by Employers

Having a certificate Python programming tag on your resume signals that you're committed to learning and growing professionally.

Boosts Self-Belief

Completing projects, solving assignments, and passing assessments build the self-confidence needed to apply for competitive roles.

Enhances Networking

Certified programs often include community support, discussion forums, and peer groups great for networking and job leads.

Step-by-Step Guide to Earning Your Certificate

Choose a Reputed Course

Look for programs that offer Python online training with certification. Ensure they include projects, assessments, and post-completion support.

Set a Learning Schedule

Stick to a routine. Most online courses are self-paced, but consistency is key.

Complete Assignments and Projects

Practice is vital. Use GitHub to host your projects and build a portfolio.

Pass the Final Assessment

Many platforms conduct a final quiz or project evaluation to award the certificate.

Showcase Your Certificate

Update your LinkedIn profile, resume, and professional portfolio.

Long-Term Career Benefits

Career Switch

If you're switching from a non-tech background, Python certification offers a low-barrier, high-impact entry into IT.

Freelancing and Entrepreneurship

With certified skills, you can explore freelance opportunities or build your own web apps, tools, and automation scripts.

Continual Learning

Once certified, you can move on to advanced topics like Machine Learning, AI, or Cloud Integration.

Global Recognition

Python certificates from top platforms are recognized internationally, helping you apply for jobs worldwide.

Conclusion

A Python programming certificate does more than just validate your technical skills—it unlocks doors to new roles, better pay, and greater job satisfaction. In 2025 and beyond, as automation, data science, and AI continue to evolve, certified Python professionals will remain in high demand. Whether you're transitioning into tech, enhancing your current skill set, or aiming for a promotion, a Python training course offers the structured learning, expert guidance, and hands-on experience you need to thrive.

With a well-designed course, you gain practical exposure to real-world projects, problem-solving techniques, and the latest Python libraries used in the industry. Employers today look for professionals who can hit the ground running, and a certificate ensures you're seen as job-ready. If you're serious about launching or boosting your tech career, enrolling in a Python online training with certification is a smart, future-proof move. Start your journey today earn your certificate, build real-world skills, and open new doors in your career!

[aaftdigitalmarketing]

Choosing a Career in Data Science After High School: A Smart Move for the Future

Today, data emerges as a critical asset in the digital-driven world. Data is the trigger of modern innovation across industries ranging from personalized video suggestions to real-time fraud detection. Data science is a lively venue where rational thinking, technical acumen, and market intuition blend for extracting value-forming patterns out of large information pools.

After class 12, those passionate about career paths beyond elements of the conventional paradigms may consider a promising data science. It is oriented towards modern trends, it pays great attention to practical skills as well as has a lot of room for advancement.

Why Consider Data Science After 12th?

In the past, data science was somewhat synonymous with a postgraduate course; however, things have changed. Aware of the advantages of early data science introduction, various colleges today offer introductory courses, which will enable students to accumulate vital knowledge after finishing school.

Opting for data science after 12th provides an edge. While your mental capabilities are most open to learn, the acquisition of basic programming, statistical analysis, and data handling becomes easier. Since your classmates will only be getting started with the concepts in higher education, you will be busy on projects, doing certifications, and submitting internship applications.

1-Year Data Science Course: A Focused Start

If a full data science degree is a turn off for you, or you are seeking to learn skills quickly a 1-year data science course is a viable option. These courses are designed to help you learn faster by focusing on the most important skills and ideas requested by the industry.

Typically, a 1-year course includes:

Programming languages like Python or R

Fundamentals of statistics and data visualization

Introduction to machine learning algorithms

Real-world data analysis projects

Exposure to tools such as Excel, SQL, Tableau, or Power BI

With these skills, you're not just academically enriched but also job-ready. Many companies now hire freshers with data analytics skills for entry-level roles in operations, marketing, and business intelligence.

Diploma in Data Analytics: Practical and Career-Oriented

Another great option for students after 12th is pursuing a diploma in data analytics. This course is ideal for those who want to focus more on interpreting data and drawing meaningful insights rather than building complex algorithms or models.

While data science includes heavy statistical modeling and machine learning, data analytics focuses on tools and techniques to understand trends, performance, and patterns in datasets.

Most diploma courses cover:

Microsoft Excel and advanced spreadsheets

SQL and relational database management

Visualization tools like Tableau or Power BI

Basic statistics and trend analysis

Capstone projects involving business cases

A diploma in data analytics is particularly useful for roles in business analysis, operations, marketing analytics, and finance. These are practical roles where companies need people who can understand the story behind the numbers and help improve business decisions.

Finding the Right Data Science Colleges in Delhi

Delhi, being one of India's top education hubs, has several reputed colleges offering data science and analytics programs. These colleges offer a wide variety of courses including certification programs, diplomas, and degrees—some of which are tailored for students fresh out of school.

When selecting a college, look for:

Course curriculum and how updated it is

Availability of hands-on learning through labs or projects

Placement support and industry tie-ups

Faculty with industry experience

Certifications and internships included in the course

Being in Delhi also gives students exposure to a large pool of tech startups, data-centric companies, and networking opportunities through seminars and workshops.

Who Should Choose Data Science?

You don’t have to be a math genius or a computer wizard to enter the field of data science. What matters more is your curiosity, problem-solving ability, and interest in technology. If you're someone who:

Likes solving puzzles or logical challenges

Enjoys working with numbers and spotting patterns

Wants to explore a career with real-world impact

Is open to learning new tools and technologies

then data science could be the right path for you. While a background in science or math is helpful, students from commerce or humanities can also excel by focusing on statistics and learning programming gradually.

Career Opportunities Ahead

The beauty of starting early in data science is the variety of roles it opens up. Depending on your skillset and interest, you can grow into roles like:

Data Analyst

Business Intelligence Developer

Data Engineer

Machine Learning Specialist

Marketing Analyst

Financial Data Consultant

These roles are in demand not just in the tech sector but also in healthcare, education, retail, finance, logistics, and more. Companies today understand the value of data-driven decision-making, and professionals with analytical skills are always in demand.

Conclusion

Choosing data science after 12th is a forward-thinking decision that can set you apart in a highly competitive job market. Whether you pursue a diploma in data analytics or a 1-year data science course, you gain practical skills that can lead to a fulfilling and well-paying career.If you’re looking to begin your journey in data science and are searching for a strong academic foundation, institutions like AAFT offer specialized programs that blend theory with real-world application, ensuring students are not only academically prepared but also industry-ready.

[likithaedu]

Best Colleges for MBA in Business Analytics

 In the era of big data, the ability to make decisions backed by analytics is a game-changer. Companies today are hungry for professionals who can turn data into smart strategies, and that’s exactly what an MBA in Business Analytics prepares you for.

If you're planning to pursue this cutting-edge specialization, here’s a list of the top colleges in India offering an MBA in Business Analytics.

Top Colleges for MBA in Business Analytics

1. Indian Institute of Management Bangalore (IIM-B)

Why it's great: Offers a strong blend of business knowledge and analytical skills.

Specialties: Advanced analytics tools, machine learning, and real-world case studies.

Placements: Roles in top consulting, e-commerce, and tech firms.

2. Indian Institute of Management Calcutta (IIM-C)

Strength: Known for its quantitative rigor and top-class faculty in analytics.

Highlights: Access to analytics labs, data modeling, and real-time simulations.

3. Indian School of Business (ISB), Hyderabad

Program: PGP in Management with Business Analytics electives.

Why choose ISB: International exposure, experienced peer group, and global placements.

4. Great Lakes Institute of Management, Chennai

What stands out: Industry-collaborated curriculum co-designed with IBM and Jigsaw.

Focus: Hands-on projects, big data, AI, and practical case-based learning.

5. International Institute of Business Studies (IIBS), Bangalore

Why it’s a top choice: IIBS has emerged as a rising star for Business Analytics aspirants.

What makes it special:

Affordable and industry-aligned MBA program

Located in Bangalore, India’s tech and analytics hub

Focus on practical tools like Excel, Python, R, Tableau, and real-time projects

Career Advantage: Strong placement support in IT, BFSI, and consulting sectors

6. NMIMS School of Business Management, Mumbai

Program: MBA in Decision Sciences and Analytics.

USP: Prepares you for leadership roles by blending business strategy with analytics.

7. SP Jain Institute of Management & Research (SPJIMR), Mumbai

Strengths: Industry-focused analytics training and innovative teaching methods.

Known for: Robust alumni network and action-based learning.

8. IIM Udaipur

Unique Offering: MBA in Digital Enterprise Management with a strong analytics core.

Perfect for: Students looking to enter the digital-first business world.

Career Paths After an MBA in Business Analytics

An MBA in Business Analytics opens doors to high-growth roles like:

Business/Data Analyst

Data Scientist

Product Analyst

Analytics Consultant

Risk Analyst

Digital Transformation Leader

Top recruiters: Google, Amazon, Infosys, Deloitte, EY, Accenture, TCS, Flipkart, and many more.

Final Thoughts

If you love numbers, trends, and tech, an MBA in Business Analytics is your perfect match. The right college can make a significant difference, whether it’s elite IIMs, the globally recognized ISB, or fast-growing institutions like IIBS Bangalore, which offer value-for-money education with excellent career support.

Take your time, compare programs, and choose the one that fits your goals because the future of business is data-driven, and your journey starts now.

[study-diaries]

Day 6 [Forms In HTML]

Introduction To HTML

Day 2 [Multimedia Elements In HTML]

Day 3 [Table in HTML]

Day 4 [Link Tag In HTML]

Day 5 [Lists In HTML]

Forms are basically used for collecting user information. And they are really important to learn. Here's a simple form in HTML:

Code:

Line By Line Explanation:

<form>: Used for creating forms. All the form elements go in this tag. Action: When submitted, data is sent to this file or URL [index.html] Method="post": Sends data

<label> : This describes the input tag for="___": Connects the label to the input with id="name" id : gives a unique identification to the tag <input>: It's used to make the form elements

<input> Type Elements :

type="text" : A simple text box is created.

type="email" : A box to input email.

type="checkbox" : A small square that users can tick. Can select multiple options using this.

type="radio" : A small circle, you can only select one option.

type="submit" : A button that submits the data to the server.

<textarea>: Accepts multiple lines of text. rows="4": It creates 4 lines cols="30": It creates 30 characters

<select> : Creates a drop-down list <option>: Creates an item in the dropdown. value="colorname": This is the data sent to the server if chosen.

Output For The Code:

_______________________

Hope This Helps !!

[eventbeep]

Crack the Code: Why Learning Java Is Still One of the Smartest Career Moves in 2025

In a world of constantly changing tech trends—where Python, Kotlin, and JavaScript dominate discussions—Java continues to stand strong. And if you're a student or fresher looking to enter the tech industry, learning Java might just be your smartest investment yet.

Why? Because Java is everywhere. From Android apps to enterprise systems, banking software to back-end platforms—Java powers millions of applications used daily. And the demand for skilled Java developers isn't just staying steady; it's growing.

In 2025, Java remains a gateway to building a robust, long-lasting career in software development. And thanks to platforms like Beep, students now have access to hands-on, Java programming courses for beginners that are affordable, practical, and job-oriented.

Why Java Still Rules the Backend World

Some people wrongly assume Java is “old school.” But ask any senior developer, and you’ll hear the same thing: Java is battle-tested, secure, and versatile.

Here’s why companies continue to prefer Java:

Scalability: Perfect for high-traffic apps and large databases

Platform independence: “Write once, run anywhere” is still relevant

Community support: Millions of developers worldwide

Enterprise adoption: Banks, telecoms, logistics firms, and even startups love Java’s stability

Whether you're building a mobile app or designing a cloud-based ERP, Java offers the tools to scale and succeed.

What Makes Java Perfect for Beginners

You don’t need to be an expert to start with Java. In fact, many colleges use Java as a foundation for teaching object-oriented programming (OOP).

As a beginner, you’ll gain core skills that apply across languages:

Variables, data types, control structures

Classes, objects, inheritance, polymorphism

File handling, exception management

Basic UI development using JavaFX or Swing

Introduction to frameworks like Spring (as you advance)

This foundation makes it easier to switch to more specialized stacks later (like Android or Spring Boot) or even pick up other languages like Python or C#.

Where to Start Learning Java the Right Way

While YouTube and free tutorials are good for browsing, structured learning is better for job-readiness. That’s why Beep offers a beginner-friendly Java programming course that’s designed specifically for students and freshers.

What makes this course ideal:

It covers both basic and intermediate concepts

You build real-world projects along the way

You learn how Java is used in interviews and job scenarios

You get certified upon completion—great for your resume

It’s flexible and can be completed alongside college or internship schedules

And if you’re aiming for backend developer jobs, this certification is a strong step in the right direction.

How Java Helps You Land Jobs Faster

Hiring managers love candidates who know Java for one simple reason—it’s practical.

Java-trained freshers can apply for roles like:

Junior Software Developer

Backend Developer

QA Engineer (Automation Testing)

Android App Developer

Support Engineer (Java-based systems)

These roles often mention Java and SQL as core requirements, making it easier for you to stand out if you’ve completed a course and built some small projects.

Explore the latest jobs for freshers in India on Beep that list Java among the top preferred skills.

Build Projects, Not Just Skills

To truly master Java—and get noticed—you need to build and share your work. Here are some beginner-friendly project ideas:

Student registration portal

Simple inventory management system

Expense tracker

Quiz game using JavaFX

File encryption/decryption tool

Host these on GitHub and add them to your resume. Recruiters love seeing what you’ve created, not just what you’ve studied.

What About Java vs. Python?

This is a common question among freshers: Should I learn Java or Python?

The answer: learn based on your goals.

Want to work in data science or AI? Python is ideal.

Want to build robust applications, Android apps, or work in enterprise systems? Java is your best bet.

Also, once you understand Java, learning Python becomes easier. So why not start with the tougher but more rewarding path?

How to Prepare for Java Interviews

Once you’ve got the basics down and completed a project or two, start preparing for interviews with:

Practice problems on platforms like LeetCode or HackerRank

Study key Java topics: Collections, OOP principles, exception handling

Learn basic SQL (many Java jobs also require DB interaction)

Brush up on scenario-based questions

You can also check out Beep’s resources for interview prep alongside your course content.

Final Thoughts: Learn Once, Earn Always

Learning Java isn’t just about getting your first job—it’s about building a lifelong skill. Java has been around for over two decades, and it’s not going anywhere. From web to mobile to enterprise, Java developers are always in demand.

So if you're ready to start your tech journey, don't chase trends. Build a solid base. Start with the best Java course for beginners, practice consistently, and apply with confidence. Because a well-written Java application—and resume—can open more doors than you think.

[educationcorner4u]

MBA in Business Analytics

In today’s fast-paced world, businesses are generating massive amounts of data every second. But data alone isn’t enough; it’s what you do with it that matters. That’s where an MBA in Business Analytics steps in. It teaches you how to turn complex numbers into smart business decisions. Whether you're a numbers person or a strategic thinker, this course is where tech meets business.

What is an MBA in Business Analytics?

An MBA in Business Analytics is a 2-year postgraduate program that blends business strategy with data-driven decision making. It’s perfect for those who want to bridge the gap between technology and business leadership.

The curriculum typically covers:

Data mining & visualization

Predictive & prescriptive analytics

Machine learning basics

Business strategy and marketing analytics

Finance and operations analytics

Tools like Python, R, SQL, Tableau, Excel, and Power BI

You’re not just learning how to analyze data, you’re learning how to use it to lead.

Why Choose This Course?

Here are a few reasons why students are loving this specialization:

High Demand, High Pay: Every business, from startups to Fortune 500 companies, needs data-savvy managers.

Versatile Career Paths: Become a Data Analyst, Business Consultant, Marketing Analyst, Product Manager, or even a Chief Data Officer!

Make a Real Impact: Your insights can influence significant decisions, such as launching a product, expanding into a new market, or enhancing customer satisfaction.

Where Can You Study?

Top B-schools across India and globally offer MBA programs in Business Analytics. Many institutions also offer internship opportunities with analytics-driven companies, such as Amazon, Deloitte, Accenture, and others.

Who Should Consider It?

This course is ideal if you:

Love working with numbers and solving problems

Are curious about how businesses work

Want to be future-ready in a digital economy

Aim for a career that mixes tech, business, and leadership

Final Thoughts

An MBA in Business Analytics is not just another degree; it’s a smart investment in your future. With companies valuing data-driven decisions more than ever, this course gives you the tools to lead with insight, not just instinct.

So, if you're someone who loves asking “why?” and figuring out “how?”, this might be your perfect fit.

[eliteprepsat]

Most universities are not particularly interested in students who approach college as the 13th grade—just the next step on a path laid out for them by their parents since before they were born. They instead seek out students who demonstrate passion and curiosity, especially about their chosen field of study.

In your college applications, it’s important that you demonstrate your interests (not just state what they are, but show them at work in your life) and that those interests inform your prospective major. You can and should demonstrate your interests in your college essays, your activities lists, and even in your transcripts.

Here are some specific tips on how to prove you’re invested in your intended major:

1. TAKE AP, IB, AND HONORS COURSES IN THAT FIELD

If your high school offers advanced courses in a field you’re passionate about, take those courses. Honors, AP, and IB credits demonstrate that you’ve devoted ample time and energy to a given field.

I would also recommend approaching advanced classes from the opposite direction. If you’re like most high school students, you’re not yet sure what you want to major in or what your academic interests are. Take advanced classes in subjects that you perform well in. You might find that these courses create entirely new interests for you that weren’t there before.

Throughout high school and college, you will likely develop new passions and a deeper understanding of what you love. Advanced courses are one of the ways in which you can discover what those passions might be.

2. JOIN A STUDENT ORGANIZATION … OR START YOUR OWN

Interested in computer science? Join a coding club at your school. Or, if none exists, create one. If you’re interested in something—whether it be coding, poetry, chess, or pottery—chances are there are other students at your school who are interested, too.

You can demonstrate passion for a field or cause by joining an organization on campus and working your way up the ranks to, say, secretary or even president. You can also demonstrate initiative and leadership by starting an organization of your own.

Not sure where to start? Ask a counselor or teacher at your school about how you might get something new off the ground. With the right support, you can develop your interests and set yourself up for a strong college application.

3. JOIN A CLUB AND VOLUNTEER

You can also look beyond the walls of your school for club and volunteer opportunities. Join a mystery book club or a Spanish conversation club at your local library branch. Volunteer as an elementary school assistant at your local school district. There are so many possibilities that you can find with just a quick Google search.

4. TAKE FREE ONLINE CLASSES

There are a ton of free online courses on subjects ranging from psychology to political philosophy, from computer science to principles of accounting.

You can find courses on the iTunes U app, many of which include syllabi and course readings alongside lectures. There’s a drove of Massive Open Online Courses available, many of which will even provide a certificate for completing the course. MIT hosts a wide range of free courses online, such as this Introduction to Computer Science and Programming in Python.

Many of these free online courses are offered by prestigious universities and taught by some of the most renowned faculty in their respective fields. By completing one of these courses, you can get a head start on university-level work and develop a new or existing passion.

5. CONTACT AN EXPERT

Do you live near a university? If so, reach out to faculty members to ask if they might be interested in your volunteering as a lab or research assistant, or even if you could stop by just to ask them some questions during their office hours. You might receive no response from a number of professors, but you would be surprised by how many would be more than happy to at least discuss what they do and why.

Along the same lines, if you’re passionate about business, reach out to local business owners. You might even find opportunities for employment. At the very least, you’ll gain vital insights into the kind of work you might want to do in college and beyond.

6. READ, WATCH, AND LISTEN ON YOUR OWN

Subscribe to The New Yorker, or The Economist, or Wired, or any number of magazines focused on literature and culture, or economics, or technology, or whatever it is you want to major in. Watch documentaries. Listen to podcasts. Finding media that will fuel your passion and leave you informed has never been easier.

The kind of knowledge you can gain from reading, watching, and listening first-hand cannot be matched by second-hand commentary. No visit to Sparknotes, or advice from your uncle, or other kind of second-hand knowledge can stand in for the real thing. Hearing or reading about the thing is no match for hearing or reading or doing the thing itself.

With a novel in your hand or even a computer science course on your screen, don’t just be a passive consumer—take notes not only on the content, but your reactions to it. What makes you excited? What leaves you confused? What gets you frustrated?

By staying engaged in a field of study, you shouldn’t only learn new information. You should also learn a lot about yourself.