Your Future In STEM 2025 by TeenLife Media

YOUR FUTURE IN STEM

THE 12 FASTEST GROWING JOBS IN STEM STEM RESOURCES & SCHOLARSHIPS

PREPPING HIGH SCHOOL STUDENTS TO EXCEL IN STEM

PRESENTING YOUR FUTURE IN STEM

Marie Schwartz Founder TeenLife Media, LLC

hy STEM? Because it puts you at the forefront of innovation, combining creativity, problemsolving, and real-world impact. Best of all? You don’t have to choose between being logical and being imaginative. The U.S. Bureau of Labor Statistics predicts that STEM occupations will grow at double the rate of non-STEM jobs over the next decade.

Are you fascinated by technology? Or a math whiz or engineering enthusiast? Learn how to transform your passion into an awesome career. We’ve done the legwork to create the ultimate STEM roadmap for you. If you’ve dreamed of designing jet engines, curing cancer, preserving coral reefs, or decoding animal languages, these careers are within your reach.

Inside this guide, you’ll find information about the fastestgrowing STEM jobs, STEM career salaries, steps you can

take now to prepare for a STEM major, and other majors that pair well with a STEM degree.

If you love science but don’t know where to start, check out our list of summer programs. They offer an opportunity to explore different STEM careers without the stress of grades or exams. Whether you already code in your free time or are just curious about what engineering involves, these hands-on experiences can help you discover new interests and build valuable skills for college applications — and beyond.

QUESTIONS OR SUGGESTIONS?

Email me at mschwartz@teenlife.com

Immersive programs providing students with foundations in STEM research, 21st-century skills & global stewardship.

Discover UC San Diego offers high school students the opportunity to earn transferable college credits by enrolling in real UC San Diego undergraduate courses 100% online. This dual enrollment program provides an early start on college, access to world-class academics, and the flexibility to study from anywhere, while also allowing students to gain valuable academic experience and 4 quarter units to prepare for future success in higher education. discover.ucsd.edu/open-enrollment

YOUR FUTURE STARTS HERE DISCOVER FUTURES

Our Futures Programs offer high school students a hands-on, career-focused education in high-demand fields such as Business Management, Design, Machine Learning, Programming, Robotics, and more. Led by industry experts, each course equips students with practical skills they can apply in real-world settings, giving them a competitive edge for college and future careers. Participants earn a UC San Diego Extended Studies Award of Completion, enhancing their college applications and résumés. Start building your future today with this unique, immersive experience! extendedstudies.ucsd.edu/futures

YOUR FUTURE IN STEM

PUBLISHER

Founder - Marie Schwartz, mschwartz@teenlife.com

EDITOR

Editor-in-Chief - Nancy Li, nancy@teenlife.com

Managing Editor - Jodi Ireland, jodi@teenlife.com

Associate Editor - Stefanie Tedards, stedards@joincollegeadvisor.com

ADVERTISING SALES

Director of Sales - Brenda Boos, brenda@teenlife.com

Sales Account Manager - Jen Fisher, jen@teenlife.com

Sales & Support Associate - Regan Beiermann, regan@teenlife.com

To download a PDF of this Guide, go to: www.teenlife.com/yourfuture-in-stem

ADVERTISING SALES

Digital Marketing Strategist - Dustin Silvaer, dustin@teenlife.com

DESIGNER

Kathy Tilton, kbtilton@gmail.com

• 1, 2, 3, 4 and 6-week programs

• Credit and Noncredit courses

• Explore college majors and potential careers

• Build a resume and/or portfolio

• Make new friends from around the world

• Stand out to college admissions

• Aerospace Engineering

• Artificial Intelligence Application Development

• Biomedical Engineering

• Civil and Environmental Engineering

• Coding: Learn to Code

• Cybersecurity

• Electrical Engineering

• Forensic Science

• It Girls: Empowering Women in Technology

• STEM in Sports

• And more!

DO COMPUTER SCIENCE DEGREES STILL HAVE VALUE?

By: Jodi Ireland

he short answer? Yes. A computer science degree teaches you how computers work and how to design and code software to solve real-world problems. In your classes, you’ll learn practical skills like:

• Coding in different programming languages

• Writing algorithms for computer learning

• Managing computer and network systems

• Designing websites and apps

What makes this major exciting today is the number of cuttingedge topics available to study, like artificial intelligence, machine learning, and blockchain. Most colleges let you focus on areas that interest you, whether you’re into robots, cybersecurity and digital forensics, or video game creation. Many college programs allow you to chart a course to gain the knowledge and experience you need for your target industry.

The skills you learn include more than technical knowledge. You’ll develop problem-solving and creative thinking abilities to help you approach challenges from multiple angles. With a computer science (CS) degree, you might become a software developer, data analyst, system designer, or database administrator. As technology evolves and remains an important part of our lives, understanding how it works gives you a significant advantage, regardless of your ultimate career path.

BUT WHAT ABOUT AI?

While artificial intelligence (AI) has become quite a disrupter in the STEM space, it won’t render CS careers obsolete. AI is becoming a powerful collaborative tool, with computer scientists using it to handle repetitive coding tasks while they design architectures, ensure data security, and find innovative solutions to difficult problems AI can’t solve alone.

AI programming assistants are impressive but still relatively new. They can sometimes produce code that looks correct at first glance but contains subtle logical errors or security vulnerabilities. These mistakes might only become apparent when a program crashes or customer data is compromised.

A CS education teaches you how computers work at their core. You learn how to organize information efficiently using

data structures like arrays, linked lists, and trees. Modern AI tools can generate basic code snippets, but they lack the deeper understanding human programmers develop through comprehensive education.

Companies rely on computer scientists to create reliable software to power everything from banking systems and healthcare networks to social media platforms and city infrastructure — and everything in between. The foundation you build prepares you to adapt to changing technologies throughout your career — not just to use today’s popular programming languages and tools. This long-term adaptability makes computer science graduates valuable employees who can grow with an organization as technology evolves.

ADVANTAGES OF A BS IN COMPUTER SCIENCE

Earning a CS degree offers several benefits you might not get from taking a DIY approach to learning coding or programming.

• Learning that makes sense

These degrees provide a carefully planned journey through technology concepts. College programs build your knowledge step-by-step, starting with basic programming before advancing to more complex ideas so you understand how everything connects. For example, you may learn the mathematical principles behind encryption before implementing security features in your code.

• Phenomenal resources at your fingertips

Universities invest in technology and research that most people can’t access alone. You may work with specialized equipment, computing clusters, or VR labs. You’ll also connect with professors who are leaders in their fields. These mentors can guide your learning and introduce you to research opportunities. Plus, many schools partner with tech companies that offer internships exclusively to their students, giving you real work experience before graduation.

• Opening doors in your career

While skills matter the most, having a degree often gets your foot in the door. Many tech companies use degree requirements as their first filter when reviewing job applications. Even if you’re incredibly talented, lacking that credential might disqualify you from consideration.

A CS degree shows employers you’ve gained industry knowledge, worked on team projects, met deadlines, and mastered difficult concepts. These skills become especially valuable when you apply to competitive positions or companies with thousands of applicants.

• Solid earning potential

These careers typically pay above average. Recent statistics from the U.S. Bureau of Labor Statistics show that people working in math and computer fields earn over six figures. A strong starting salary can help offset education costs.

• Skills that last

While specific languages might come and go (Goodbye, Perl. Hello, Python.), the fundamental concepts you learn remain valuable throughout your career. These core skills help you adapt when technology changes.

• In-demand expertise

Businesses in nearly every industry need tech talent. CS programs increasingly focus on high-growth areas like AI and data analysis, preparing you for roles that companies hope to fill now and in the future.

• Growing specialized fields

Some tech specialties are experiencing explosive growth. For example, data science positions are projected to grow by 35% and cybersecurity jobs by 32% over the next decade.

• International job opportunities

Tech skills are valuable everywhere. A CS degree creates the potential for you to work at different companies worldwide — or even work remotely while traveling.

POTENTIAL DRAWBACKS OF A CS DEGREE

It’s up to you to weigh the pros and cons. College isn’t cheap, and you may find that coding boot camps and certificate programs give you the skills for the job you want and cost much less to earn.

• Rapid technology evolution

The tech world changes incredibly fast. Some specific technologies you study now may become less relevant by graduation or require continuous learning throughout your career.

• Time investment

A bachelor’s degree typically takes four years to complete. In an industry where practical skills matter as much as credentials, consider whether this time investment makes sense for your goals.

• Competition for entry-level jobs

CS programs are popular, creating significant competition for entry-level positions. Many new graduates have similar basic skills, making it challenging to stand out without specialized knowledge.

• Declining programming jobs

While tech is growing overall, some general computer programming jobs are projected to decline in the next decade. The industry increasingly values specialized expertise over general programming skills.

Before deciding, think about your specific interests, learning style, and career goals. A traditional degree provides the perfect foundation for some students, while others might benefit from alternative education paths.

The knowledge and connections you gain through a comprehensive CS program create a foundation that will serve you well throughout your career, not just your first job.

TOP SCHOOLS OFFERING CS DEGREES

A recent U.S. News article ranked colleges and universities with the best undergraduate program rankings. The top schools were:

• Stanford University

• Carnegie Mellon University

• Massachusetts Institute of Technology

• University of California, Berkeley

• Princeton University

• University of Illinois Urbana-Champaign

SPECIALIZATIONS TO PAIR WITH A COMPUTER

SCIENCE DEGREE

Many colleges offer specialized computer science programs focusing on areas like software engineering, artificial intelligence, machine learning, and database systems. You’ll gain deeper knowledge in specific areas of technology in these tracks.

Adding a second major — or minor — in one of the following areas is another way to increase your marketability to future employers:

• Business

• Data science

• Economics

• Game development

• Linguistics

• Mathematics

• Physics

• Political science

• Psychology

• Statistics

If you also love the arts, consider adding these specialties as a second major or minor:

• Animation

• Digital art

• Game design

• Graphic design

• Industrial design

• Interactive design

• Multimedia arts

• Visual communication

A STEM DEGREE PAIRS WELL WITH THESE OTHER MAJORS

By: Stefanie Tedards

ake a look at any list of the hardest college majors, and you’ll see plenty of STEM degrees. From computer science and environmental science to chemistry and nuclear engineering, STEM degrees are some of the most challenging to earn. Tackling one of these demanding majors is a big commitment on its own, but some ambitious students decide to pursue not one but two majors.

While earning two degrees sounds like a cool idea, double majoring isn’t for everyone. It requires a whole lot of dedication and a commitment to time management and perseverance. About 20% of all college students choose to double major. Some are passionate about two different fields. Others want to maximize their return on investment.

According to U.S. News, double majoring nearly always predicts higher earning potential — especially when one of your degrees is STEM-related. In addition to your STEM expertise, you’ll develop a wide skill set, increasing your versatility and

marketability. Plus, taking advanced courses in topics outside your primary major helps you expand your perspective on complex issues.

Curious to learn more? Check out these 10 college majors that pair well with a STEM degree.

STEM + HUMANITIES

You may have heard that STEM and the humanities are opposites, but that’s exactly why they work so well together. Studying the humanities helps improve your logical and creative thinking abilities while boosting reading comprehension and writing skills.

Communications: Pairing STEM with communications can help you translate complex technical information and concepts into clear, digestible content. Building communication skills is especially useful for sharing your ideas with non-STEM individuals, such as project managers, C-suite executives, and the general public.

Political Science: Dream of working for the EPA, DoD, NSA, or another government agency? Consider adding a political science major or concentration. Understanding government processes, laws, and ethics can prepare you for a career working in public service or with companies that contract with the U.S. government.

Anthropology: This field often straddles the line between humanities and STEM, making it a perfect complement to a STEM degree. Understanding what makes us human can spark innovations for a better world.

STEM + BUSINESS

If you want a second major to boost your employability, you can’t go wrong with a business degree. Many businesses want (or need) to hire STEM professionals; understanding how businesses operate can open doors at top companies set you up for future leadership roles.

Business: A business program helps you build confidence in non-STEM areas like budgeting, strategic planning, marketing, and operations. If you’re trying to build the next big tech company, studying entrepreneurship and management will teach you how to take your ideas and turn them into a growing, thriving business.

Economics: If you like math, statistics, or data science, economics allows you to apply your technical skills to real-world challenges, such as tackling income inequality or analyzing the effects of government policy on consumers. STEM majors who study economics are well prepared for careers in finance, investment, and economic policy-making.

Finance: Adding finance can lead to more lucrative roles in quantitative analysis or risk management. A finance degree sharpens your math and stats skills as you learn about corporate finance, banking, accounting, trading, and risk management — which is often taught with a STEM-designated curriculum.

STEM + HEALTH

Many of healthcare’s incredible advancements were made possible because of the integration of STEM-related fields, especially technology. If you want to improve healthcare systems and patient outcomes, consider pairing your STEM degree with a health-related major.

Public Health: This major explores the factors behind healthrelated problems facing communities worldwide. Combining it with a STEM degree can prepare you for careers in epidemiology, public health engineering, and biostatistics, for example.

Health Sciences: This interdisciplinary degree provides a broad foundation, introducing you to healthcare systems, medical ethics, and health policy. It’s an excellent stepping stone to a future in healthcare, from medical school to research. For instance, this degree might help a future biomedical engineer develop a deeper understanding of how the work they do integrates in the patient experience.

Pharmaceutical Sciences: If you like chemistry, biology, or engineering, pharmaceutical sciences could be a natural fit. You learn about the science of compounds, studying how they’re designed and how they affect the human body, setting you up for a career in drug discovery and development.

STEM + STEM

Finally, you may also decide to combine two STEM fields. But is double majoring in STEM really worth the inevitable frustration? The answer depends on your career goals and your primary field of study. Pairing computer and data science might feel redundant, yet pairing computer science with chemical engineering might be the perfect combo. If you want to stay focused on STEM, consider these three options.

Computer Science: As one of the most widely employable STEM majors, computer science complements many other majors for those interested in computer-related careers. If you’re leaning towards electrical engineering, for example, a CS degree could open doors in chip design, firmware, and other hybrid disciplines.

Statistics: Since most fields use statistics, it’s a very practical STEM double major, as statistical models improve outcomes in nearly all STEM disciplines. For example, engineering relies on stats to optimize production processes. Physics uses stats to analyze experimental data.

Data Science: This major integrates principles of mathematics, statistics, and computer science, teaching you how to collect, understand, and analyze data. Many programs also cover AI and machine learning — perfect if you’re eyeing careers in these rapidly growing industries.

DECLARING TWO MAJORS

A caveat: Not all schools make it easy to pursue a double major, and some may have strict restrictions for STEM majors. For example, neither the University of Michigan nor UC Riverside allows students to double major in computer science and data science. If you want to earn two STEM degrees, explore dual degree programs, review the college’s policies, and meet with your academic advisor once on campus to discuss your options.

A global

Global Summer School provides a full Imperial experience. From 30 June – 11 July or 4 August – 15 August, elevate your passion for STEM and make friends from around the world. Take practical lessons, solve real-world challenges, and access Imperial academics, mentors and facilities, all from our Central London campus.

PREPPING HIGH SCHOOL STUDENTS TO EXCEL IN STEM CAREERS

By: Jodi Ireland

hinking about a career in a STEM field? Lots of students believe getting into a top STEM program means focusing on challenging classes and earning the highest possible grades, but that’s not the whole story.

STEM education is a big deal today, not just because we need experts who understand science, technology, engineering, and math. STEM also teaches valuable skills useful in any career (and in life, too), including teamwork, problem-solving, and creative thinking. Here’s the good news: You can start building those skills in high school.

Want to explore your interest in STEM and see if a future STEM career is right for you? Try any (or all) of these steps.

1. TAKE STEM-RELATED CLASSES

High school classes can give you a head-start for a solid math and science foundation. If your school offers

honors or AP versions, consider taking them. Note that this list isn’t exhaustive, and your school may offer other relevant classes, so check with your counselor (or the course catalog). Start with these basics:

• Math: Algebra, geometry, trigonometry, calculus, statistics

• Science: biology, chemistry, physics

Did you know: Colleges have begun classifying “economics” as a STEM rather than a social science field, as it relies heavily on math — especially at the graduate level. Some engineering programs also require you to take a course in engineering economics, which uses economic principles to evaluate engineering projects.

Many high schools now offer career and technology education (CTE) programs or tracks. While these classes might not have the same prestige as AP classes, they’re valuable for aspiring STEM students, especially if you’re interested in engineering. College engineering courses often focus on theory, but CTE courses invite you to experience

real-world applications, giving you a better understanding of what engineers do. In some cases, you can even earn certifications after taking classes like:

• Architectural design and drafting

• Automotive technology

• Information technology

• Manufacturing (carpentry, electrical wiring, metalworking)

• Welding

A third option for high schoolers? Engineering prep courses that aren’t necessarily part of a CTE program. These classes require you to learn and apply math and science to actual engineering problems while you learn about design, construction, operation, maintenance, and manufacturing. Course options might include:

• Introduction to engineering design/ engineering design and development

• Principles of applied engineering

• Robotics

• Computer science

• Digital electronics

2. CULTIVATE SOFT SKILLS

STEM careers require more than hard skills like science and math. You need strong soft skills, which are essential abilities that help you communicate and collaborate effectively.

• Communication: You’ll need to explain complex ideas clearly and concisely. Believe it or not, reading and analyzing literature boosts your critical thinking and ability to understand others’ perspectives.

• Creativity and the arts: Art makes you a better STEM professional because it helps you see things differently, visualize complex objects, and communicate more effectively. Engineering, for example, relies on creativity to design innovative solutions. Even a drawing class can improve your ability to represent 3D objects in 2D, a skill engineers use constantly.

• Critical thinking: Curiosity, a knack for analyzing things, and a drive to understand how things work are key to succeeding in school (and beyond). Looking at information from different angles and using logic and reasoning to solve problems is a skill that will help you in any subject, and it’s crucial for STEM. One Pearson survey found that over 80% of companies value critical thinking abilities when they’re vetting potential new hires.

• Foreign language: Learning another language can enhance your future. Research shows that bilingual people are often better at multitasking. Plus, speaking another language opens doors to different cultures, which is valuable in today’s diverse STEM workplaces.

• Networking and teamwork: All careers rely on networking, often in less traditional settings, like a golf course. Fun fact: according to Syracuse University, 90% of Fortune 500 CEOs hit the links, and 54% see the sport as perfect for networking. So join your school’s golf team to start! Other team sports, like basketball, baseball or softball, or clubs like chess, teach you the importance of teamwork, persistence, and patience — essential qualities for STEM professionals working in collaborative environments.

• Perseverance: Sticking with something, even when it’s tough, is necessary in challenging subjects. Your teachers play a role in helping you develop these qualities. And if you believe you can learn, you’re more likely to keep trying even when things get hard. Set realistic goals, track your progress, and celebrate the effort (not just the correct answer).

• Public speaking: Classes like speech, debate, and theater can help build the confidence and persuasiveness you’ll need to present your research to a room of experts or investors.

3. JOIN YOUR SCHOOL’S STEM CLUBS

STEM clubs are great for deepening your interests and boosting future prospects. See what your school offers, like subject-specific clubs for math or science. Professional organizations like the National Society of Black Engineers (NSBE), the Society of Hispanic Professional Engineers (SHPE), and the Society of Women Engineers (SWE) have programs for younger students. Other options include the Technology Student Association (TSA), a national group for students interested in STEM fields.

Other clubs your school might offer include:

• Computer science or coding

• Robotics (BEST Robotics, FIRST Robotics Challenge, FIRST Tech Challenge, NASA Robotics, VEX Robotics)

• Engineering

• Science Olympiad

• Girls Who Code

• National Science Bowl

• HOSA - Future Health Professionals

Participating in these clubs has great perks. You might get to attend summer camps, compete in quiz bowls, get newsletters, or connect with mentors and find scholarship opportunities. If you become an officer, you’ll gain leadership skills, too.

4. PARTICIPATE IN ACADEMIC STEM COMPETITIONS

Academic competitions are great for challenging yourself and working with a team. There are tons of options, too,

like science fairs. The International Science and Engineering Fair (ISEF) is the “world championship” of science fairs. Another option is the National Science Bowl hosted by the U.S. Department of Energy. See whether your school participates in science olympiads like the Chemistry Olympiad or Biolympiad. Other competitions include:

•Envirothon

•National Ocean Sciences Bowl

•The Conrad Challenge

•Technovation

5.ATTEND STEM PROGRAMS/CAMPS OR PARTICIPATE IN SCHOLARS/RESEARCH PROGRAMS

STEM camps and research programs are a great way to explore potential STEM careers. These programs show you how to apply what you’ve already learned in your classes to real-world situations. You’ll get to explore STEM fields more deeply, work on actual projects, and improve your problemsolving, critical thinking, and communication skills. Here are just a few of the top STEM programs in the U.S.

•AMGEN Scholars Program

•Brown Pre-College STEM Programs for Rising 9th and 10th Graders

•Carnegie Mellon University High School Programs

•Illinois Tech Computational Science Course

•Los Alamos National Laboratory High School Internship Program

•Mathcamp

•MIT Introduction to Technology, Engineering, and Science

•National Student Leadership Conference Summer Engineering Programs

• Penn Medicine Summer Program

6.FIND A MAKERSPACE AT YOUR LOCAL LIBRARY OR COMMUNITY COLLEGE

If your high school doesn’t have many options or you’re looking for STEM experiences outside of school, see if your area has any makerspaces. These are community workshops where people with shared interests in making, learning, and exploring come together. Whether you’re into art, computers, machining, science, or technology, you may find something that sparks your interest.

Check your local library, community college, or community center. Makerspaces offer tools and resources to bring your projects to life. While tools vary, you may find equipment like 3D printers, laser cutters, and CNC machines. It’s a great way to access tools and learn new skills you might not otherwise have a chance to explore.

The cool thing about developing STEM skills even if you choose a different profession? They’re universal and will give you a solid foundation for college, career, and beyond.

Looking for more STEM resources? CHECK THESE OUT!

American Association for the Advancement of Science

https://www.aaas.org/ AppInventor http://www.appinventor.org/

Association for Women in Science https://www.awis.org/

Career Cornerstone Center

https://www.careercornerstone.org/ Code https://code.org/

Code Academy

https://www.codecademy.com/ Codemoji.com https://codemoji.com/

The Cosmic Shambles Network

https://www.youtube.com/c/cosmicshambles/about

Excel Easy

https://www.excel-easy.com/ First https://www.firstinspires.org/ Girls Who Code https://girlswhocode.com/ HippoCampus https://www.hippocampus.org/

Khan Academy

https://www.khanacademy.org/

Make https://makezine.com/

MathTV

https://www.youtube.com/user/ MathTV/featured

MIT Introduction to Technology, Engineering, and Science

https://mites.mit.edu/discover-mites/ stem-resources/

Mu Alpha Theta https://mualphatheta.org/

NASA STEM Engagement

https://www.nasa.gov/learningresources/search/

National STEM Honor Society https://nstem.org/

National Science Foundation

https://www.nsf.gov/science-matters/ seven-nsf-supported-stem-resources-are-perfect

New York Academy of Sciences https://www.nyas.org/

Numberphile

https://www.youtube.com/user/ numberphile/featured

PEF

https://philaedfund.org/programs/ stem-education/stem-resources/

The Physics Classroom https://www.physicsclassroom.com/

Project Lead the Way https://www.pltw.org/

Resources for Women in Computer Technology

https://www.purdueglobal.edu/blog/ information-technology/resourceswomen-computer-technology/

Revolution Robotics Foundation

https://steamacademy.pro/ireland/ program/revolution-robotics/

Science Buddies

https://www.sciencebuddies.org/stemactivities/subjects/high-school

Science News

https://www.sciencenews.org/

Science Update

https://www.scienceupdate.com/

Scratch Foundation

https://www.scratchfoundation.org/

STEM Works

https://stemworks.wested.org/

Society of Women Engineers https://swe.org/

Smithsonian Science Education Center https://ssec.si.edu/

USACO https://usaco.org/

USASEF Student Career Resources https://usasciencefestival.org/ resources/

Veritasium

https://www.youtube.com/c/veritasium/featured

Wolfram|Alpha

https://www.wolframalpha.com/

Zooniverse

https://www.zooniverse.org/

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For 50 years, the BAC’s Summer Academy has been a cornerstone of handson design education for high school students. Available onsite and online, the program offers small studios where a dedicated Studio Lead guides participants to develop essential design skills through individual and collaborative work. Students engage in challenges focused on ideation, sketching, digital design, fabrication, and presentation. They can choose between two tracks — Exploration or Investigation — and enroll in the credit (Credit Bearing Option) or Not For Credit option. Learn more »

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COLLEGEADVISOR.COM:

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Online

Varies

CollegeAdvisor.com is an online college counseling company that has guided over 8,000 families through the competitive and complex admissions process. With 300+ Admissions Experts and former Admissions Officers, access personalized support every step of the way. Rated 4.8/5 on 500+ Trustpilot reviews, we’ve helped students gain admission to every Ivy League and Top 50 school, and our students are 3x more likely to get into top schools like Stanford. You don’t have to navigate admissions alone — get expert help today! Learn more »

DESIGN

TECH HIGH SCHOOL

INNOVATION

CERTIFICATE PROGRAM | View Website

$750 - $1000

7th, 8th, 9th, 10th, 11th & 12th

In-Person & Online

1 - 4 weeks

Design Tech @ Oracle’s online innovation programs help teens stand out on college applications and succeed in school and at work. Take a 1-week Bootcamp to learn about Design Thinking, then complete a Design Studio Course to earn the Innovation Certificate in a topic you care about (Create a Business, Design a Plan for Your Future, or Design a Solution for Social Impact). The Internship Accelerator program enables you to work remotely on a project directly with a company team. Learn more »

ENVISION BY WORLDSTRIDES | View Website

$3,000 - $6,999

7th, 8th, 9th, 10th, 11th & 12th

In-Person

5-12 Days

The Envision by WorldStrides mission is to empower students as they discover their passions, unlock their potential, and transform their futures. Through immersive learning experiences that encompass global adventures, local excursions, and virtual programming, we connect inspired students in environments that foster collaboration, curiosity, and confidence. Envision by WorldStrides brings over four decades of expertise and a breadth of expertly designed curricula curated to change lives and prepare the next generation of leaders to thrive. Learn more »

GEORGETOWN UNIVERSITY PRE-COLLEGE ONLINE STEM PROGRAMS | View Website

$1,795 Enrichment; $3,995 College Credit

8th, 9th, 10th, 11th & 12th

Online

Varies

Good at science? Curious about the different career paths you can take in the fields of tech, engineering, or medicine? Georgetown University’s pre-college online STEM courses offer the perfect way to get a head start on your college education and future. Learn with Georgetown University professors, gain insights from experts in your field of interest, and even earn college credit for select courses. If you are considering a future in STEM, we can help you find your fit. Learn more »

GLOBAL LEADERSHIP ADVENTURES: TRAVEL INTERNSHIPS |

$6,999+

8th, 9th, 10th, 11th & 12th

In-Person

3 Weeks

View Website

Join Global Leadership Adventures this summer for an exhilarating STEM experience designed for future scientists, engineers, tech innovators and teens passionate about the sciences. On a GLA Sciences & STEM travel internship, dive into hands-on projects in destinations such as Peru, Ghana and Brazil while enjoying a life-changing adventure. Participants also have the opportunity to earn college credit! GLA even offers internships in related fields like wildlife conservation in South Africa, environmental stewardship in Costa Rica, and medicine in Thailand. Learn more »

HARVARD UNIVERSITY: SECONDARY SCHOOL PROGRAMS FOR HIGH SCHOOL STUDENTS

| View Website

Varies

9th, 10th, 11th & 12th

In-Person & Online

2 Weeks & 7 Weeks

Harvard Summer School is your chance to immerse yourself in a world-class academic experience. Learn from leading academics and share classes and activities with bright students from around the world while adding Harvard to your college applications. Discover what a Harvard Summer experience can do for your future. Learn more »

IMPERIAL GLOBAL SUMMER SCHOOL: ENGINEERING | View Website

£7,260

10th, 11th & 12th

In-Person

2 Weeks

Imperial’s Global Summer School is a two-week residential STEM programme based in the heart of central London. Take your subject knowledge to the next level through a challenging academic programme featuring a choice of four academic subjects – Data Science and Artificial Intelligence, Engineering, Medicine and Life Sciences, and Physics. You will increase your specialist subject knowledge, gain practical skills and work with other outstanding students from across the globe. Learn more »

KETTERING UNIVERSITY SUMMER CAMPS FOR FUTURE INNOVATORS | View Website

$300 - $1,000

7th, 8th, 9th, 10th, 11th & 12th

In-Person

2 - 4 Days

Kettering University Summer Camps immerse students in hands-on robotics, coding, engineering, and digital design. From Java programming and autonomous FRC development to drone piloting and combat robotics, participants gain real-world STEM experience with cutting-edge technology like VEX, LEGO SPIKE Prime, and Python. Led by Kettering alumni and FIRST mentors and sponsored by GM, Magna, and VEX, these camps foster problem-solving, teamwork, and innovation in a dynamic, interactive environment. Learn more »

$10,500

4 Weeks

This four-week pre-college course will spark your interest in the civil, mechanical, and electrical engineering fields while building essential skills like problemsolving, teamwork, and communication. Students tackle real-world challenges, design innovative solutions, and gain hands-on experience in LMU’s high-tech lab spaces, including its engineering design center. Whether you dream of creating groundbreaking technology or solving environmental issues, this course empowers you to engineer your future. Built for rising seniors, this course offers 3-units of college credit on successful completion. Learn more »

MASTERSCHOLAR NORTH CAROLINA MATH CAMP | View Website

$11,250

10th, 11th & 12th

In-Person

3 Weeks

The UCSB MasterScholar Summer Research Program, hosted at the University of California, Santa Barbara, provides an engaging and immersive pre-college academic experience for those interested in sustainability, engineering, and environmental science. Throughout the program, students dive into UCSB’s innovative science and engineering curriculum, benefiting from the university’s focus on research and its unique location. After choosing a research field to study, participants learn crucial academic skills, cultivate their critical thinking abilities, and gain research experience through collaboration and hands-on exploration. Learn more »

MASTERSCHOLAR UCSB SUMMER RESEARCH PROGRAM | View Website

$11,250

10th, 11th & 12th

In-Person

3 Weeks

MISSOURI UNIVERSITY OF SCIENCE AND TECHNOLOGY: SUMMER STEM CAMPS

View Website

$2,895 - $4,395

7th, 8th, 9th, 10th, 11th & 12th

In-Person

Varies

Join scientific and creative innovators for an exciting summer on the Missouri S&T campus filled with hands-on projects, scientific demonstrations and more! Our camps are all about discovering and exploring what it takes to have a future career in the business, science, communication, math, technology, and engineering fields. Campers have the opportunity to learn about explosives, tour a nuclear reactor, explore diverse engineering careers, create art, serve as environmentalists, travel to the edge of space, and prepare to become future STEM leaders. Learn more »

NATIONAL STUDENT LEADERSHIP CONFERENCE (NSLC) | HIGH SCHOOL

STEM PROGRAMS | View Website

$2,895 - $4,395

8th, 9th, 10th, 11th & 12th

In-Person

6 - 12 Days

The National Student Leadership Conference (NSLC) is an immersive pre-college experience that invites students to explore their interests, discover their passions, and cultivate their leadership skills. NSLC students test-run their futures through interactive programs hosted at some of the most prestigious universities. Choose from nearly 20 different programs in the STEM fields, including medicine, engineering, and computer science. At the NSLC, you will participate in engaging workshops and simulations, meet with leaders in your chosen field, and go on behind-the-scenes tours. Learn more »

NORTHWESTERN CENTER FOR TALENT DEVELOPMENT (CTD) SUMMER PROGRAM

View Website

$300 - $6,000

7th, 8th, 9th, 10th, 11th & 12th

In-Person & Online

1, 3, 4, 6, 9 & 11 Weeks

CTD’s Summer Programs offer dynamic academic experiences for students from PreK through grade 12. Options include online courses and in-person academic day and residential camps at Northwestern University’s Evanston campus and other Chicago-area locations. Students can explore subjects they love in enrichment courses or earn credit through high school honors and Advanced Placement ® classes. They will learn from exceptional instructors, connect with like-minded peers, and develop their strengths in a supportive, engaging environment. Learn more »

NORTHWESTERN

$1,795

8th, 9th, 10th, 11th & 12th

Online

Varies

The Northwestern Pre-College Online STEM Programs offer high school students a chance to investigate exciting fields like engineering, psychology, and medical research. With flexible courses designed by faculty, students can explore realworld challenges, complete a final project, and earn a certificate. Engaging video lessons make learning enjoyable and accessible from anywhere, anytime, at your own pace. Take the next step to discover your passions and find your Northwestern direction. Learn more »

NOTRE DAME PRE-COLLEGE ONLINE STEM PROGRAMS | View Website

$1,495

8th, 9th, 10th, 11th & 12th

Online Varies

Get ready to explore the world of STEM with the University of Notre Dame’s pre-college online courses. Designed for students 13 and up, these courses offer fun and flexible learning in topics like biology and psychology. Taught by expert faculty through engaging video lessons, you’ll dive into real-world applications, connect with mentors, and earn a certificate of completion — all at your own pace. Whether you’re curious about science or planning your future, this is your chance to level up your skills. Learn more »

NYU SCHOOL OF PROFESSIONAL STUDIES: HIGH SCHOOL ACADEMY CAREER EDGE

View Website

$3,000+

9th, 10th, 11th & 12th

In-Person

1 Week

Experience NYU and explore careers this summer! Immerse yourself in a oneof-a-kind college and career readiness experience at NYU’s Career Edge Summer High School Program. These one-week summer sessions allow you to explore career possibilities and gain a competitive edge on your college applications. Meet friends from around the world, discover NYC, and live in an NYU dorm! Get a taste of the real-world workplace while preparing for college life — only at NYU SPS! Learn more »

OUTSET: STEM/MEDICINE PROGRAMS AT LEADING UNIVERSITIES | View Website

$2,950

9th, 10th, 11th & 12th

In-Person

1 Week

Outset is a pre-college summer camp hosted on leading college campuses for 9th-12th grade students interested in medicine and healthcare. Learn about the medical education path and explore a career path with hands-on activities from expert teachers. Learn more »

PA’TI MAR: BILINGUAL CORAL AND SCUBA IMMERSION SUMMER CAMP | View Website

$3,500 - $5,900

9th, 10th, 11th & 12th

In-Person

1 or 2 Weeks

Join Pa’Ti Mar’s transformative Teen Scuba Camp in Rincon, Puerto Rico. The 2025 sessions include July 27–August 2, and August 3–9, 2025. Campers earn their Scuba certification while exploring reefs and engaging in hands-on conservation. The tuition covers transportation during camp, training, dives, equipment, a private chef, excursions and lodging, with 24/7 staff and an onsite nurse. Choose 1 session for $3,500 or 2 sessions for $5,900. 100% of proceeds fund coral reef restoration in Puerto Rico. Learn more »

REACH CAMBRIDGE STEM STUDY ABROAD SUMMER COURSES | View Website

£6,295

9th, 10th, 11th & 12th

In-Person

2, 4 & 6 Weeks

Curious about science but unsure which field to pursue? The Reach Cambridge STEM course blends hands-on learning with theory across Science, Technology, Engineering, and Mathematics. Explore cutting-edge innovations, research, and development while gaining insights into real-world applications. Ideal for students eager to understand how the world works, this course is exciting, inspiring, and accessible. Study in Cambridge — the academic home of Newton, Darwin, and Hawking — alongside expert tutors who bring STEM to life! Learn more »

$1,495

8th, 9th, 10th, 11th & 12th

Online

Varies

Are you hoping to test out a subject before college? The Rice University Precollege Program offers online courses for motivated high school students in subjects like genome engineering, physiology, aerospace, and engineering. Experience learning from top Rice professors through engaging, tech-forward videos and demonstrations, and collaborate with in-the-know mentors. Work at your own pace and earn a Certificate of Completion from Rice University. Learn more »

ROSETTA INSTITUTE: BIOMEDICAL CAMPS | View Website

$500 - $3,680

7th, 8th, 9th, 10th, 11th & 12th

In-Person & Online

2 Weeks

We offer workshops on molecular medicine for high-achieving high school and middle school students interested in pursuing careers in medicine or related fields, such as pharmacy, nursing, bioengineering, or medical research. There are online and inperson options available, including residential camps held at some of the world’s best universities. Workshops include Molecular Biology of Cancer, Molecular Neuroscience, Medicinal Chemistry, Medical Bioinformatics, Molecular Immunology, Molecular Biology of Aging, Biomedical Research, Neurologic Bioinformatics, AI-enhanced Bioinformatics, and Intro to Cellular and Molecular Medicine. Learn more »

SMITH PRECOLLEGE SUMMER PROGRAMS: SUMMER SCIENCE AND ENGINEERING PROGRAM | View Website

$1,500 - $2,999

9th, 10th, 11th & 12th

Online

2 Weeks

Smith Precollege Summer Science and Engineering Program (SSEP) is an immersive two-week experience that builds confidence, curiosity, and a deeper understanding of STEM. High school students live on campus at Smith College and dive into one hands-on course alongside expert faculty and undergraduate mentors. They engage in lab and fieldwork, conducting real experiments with advanced equipment and asking big questions. Participants explore how scientists and engineers think and sharpen critical thinking and analytical skills. No course credit is given. Learn more »

SUMMER DISCOVERY: TRANSFORMATIVE SUMMER PRE-COLLEGE ACADEMIC EXPERIENCES | View Website

Varies

7th, 8th, 9th, 10th, 11th & 12th

In-Person

1 - 6 Weeks

For students interested in all things STEM, Summer Discovery offers a large selection of courses in science and mathematics, engineering and technology. Improve your numerical skills, explore the foundations of physics, uncover the secrets of human biology, or unpack the innovative technologies harnessed to create sustainable production. Our STEM courses will develop foundational skills to jumpstart a college major in a STEM field or simply pique your interest in the dynamic processes behind how our world works . Learn more »

SUMMER SPRINGBOARD | View Website

$2,998+

9th, 10th, 11th & 12th

In-Person

2 Weeks

If you’re the kind of student who gets excited about breaking down how things work, designing solutions to real-world problems, or experimenting with cuttingedge tech, Summer Springboard’s Science & Engineering track is your ultimate playground. This isn’t just another summer camp! It’s a deep dive into the world of innovation and discovery, where you’ll work on projects that challenge your creativity and critical thinking. Whether you’re interested in aerospace, robotics, or biomedical engineering, you’ll have an unforgettable experience this summer. Learn more »

SUMMIT STEM FELLOWSHIP (SSF) | View Website

$875

8th, 9th, 10th & 11th

Online

3 Weeks

The Summit STEM Fellowship (SSF) is a virtual summer program bringing together top STEM students from around the world. Through the fellowship, students learn from mentors at Harvard, Stanford, and MIT, explore diverse opportunities and career pathways in STEM, and join an alumni network spanning 30+ countries. The fellowship is a flexible 10-15 hours/week commitment, allowing students to participate alongside other summer activities. Applications are reviewed on a rolling basis, and students are encouraged to apply as early as possible. Learn more »

SYRACUSE UNIVERSITY SUMMER COLLEGE: HEALTHCARE AND STEM | View Website

$1,995 - $7,795

10th, 11th & 12th

In-Person & Online

1, 2, 3, 4 & 6 Weeks

For 65 years, Syracuse University Office of Pre-College Programs has been providing high school students with the opportunity to explore college majors and potential careers through its renowned pre-college programs. Students choose from over 100 credit or noncredit courses on campus, online, or on location taught by Syracuse University faculty and instructors. Students learn to balance freedom and responsibility like college students and return home feeling confident, enthusiastic, and college-ready. Learn more »

UC SAN DIEGO:

RESEARCH SCHOLARS HAWAII

| View Website

$3,675

9th, 10th, 11th & 12th

In-Person

10 Days

The Research Scholars Hawaii Program offers a 10-day immersive experience on Oahu, blending traditional Hawaiian knowledge with modern science. Students engage in hands-on restoration and research at Maunalua Bay, working with Mālama Maunalua to remove invasive algae, monitor coral reefs, and analyze environmental data using ArcGIS. Through cultural and ecological stewardship, participants gain a deeper connection to Hawaii’s ecosystems, learning sustainable land management practices to inspire environmental leadership in their own communities. Learn more »

$3,907

9th, 10th, 11th & 12th

In-Person, Online & Hybrid

1, 2, 3 & 6 Weeks

Join UMass Amherst’s Summer Pre-College program and experience the advantage of studying STEM at a major R1 university. Offering online and inperson options at UMass Amherst and the UMass Mt. Ida campus in Newton, MA. Featuring faculty-led courses, unique lab research opportunities, and the #1 ranked campus dining in the U.S. STEM topics include animal science, anthropology, architecture, astronomy, biochemistry, chemistry, computer science, engineering, kinesiology, math, microbiology, nutrition, and sociology. Unlock your potential while having fun this summer! Learn more »

UNCW MARINEQUEST SUMMER PROGRAMS | View Website

$580 - $6,450

7th, 8th, 9th, 10th & 11th

In-Person

1 - 3 Weeks

MarineQuest’s summer programs provide teens with an immersive, university-based marine science experience designed to build essential STEM skills. Through handson laboratory research, field investigations, and data collection, students will explore several different areas of marine science. Students gain exposure to cutting-edge technology, work alongside professional scientists, and develop critical thinking, problem-solving, and teamwork skills. MarineQuest prepares teens for future STEM careers while fostering a deep connection to ocean conservation and research. Learn more »

UNIVERSITY OF ROCHESTER ONLINE STEM PROGRAMS | View Website

$1,495

8th, 9th, 10th, 11th & 12th

Online

Varies

If you have a passion for STEM, explore these fields with one of the world’s leading research universities. The University of Rochester offers engaging online courses in subjects like medicine, biomedical engineering, video game design, and more for high school students ages 13 and up. Each course features engaging videos by Rochester faculty and access to mentors. The program is available year-round, and the online format lets you study anywhere, anytime, and at your own pace. Learn more »

US NAVAL ACADEMY: SUMMER STEM PROGRAM | View Website

$750

9th, 10th & 11th

In-Person

1 Week

The U.S. Naval Academy Summer STEM program encourages rising 9th-11th graders to pursue careers in science, technology, engineering, and math. If you love math, science, problem-solving, and creativity, this program is a great way to start your engineering journey. Experience hands-on learning in world-class lab facilities with distinguished faculty and Midshipmen at one of the nation’s Top 5 “Best Undergraduate Engineering Programs” (U.S. News & World Report). Learn more »

$4,500

9th, 10th, 11th & 12th

Online

veriii is an opportunity to learn valuable research skills and improve your credentials for future college/university applications. Throughout the 12-week program, you’ll take classes and work with a professor from a top U.S. or U.K. university to complete an independent research project, write a universitylevel research paper, and earn an evaluation letter to help you stand out to admissions officers. veriii aims to offer you more than just an exam because testing through learning is more than test scores. Learn more »

$1,495

8th, 9th, 10th, 11th & 12th

Online

Varies

12 Weeks WILLIAM & MARY PRE-COLLEGE STEM PROGRAMS | View Website

$1,495

8th, 9th, 10th, 11th & 12th

Online

Varies

Wake Forest University offers exciting online pre-college STEM programs in bioscience, psychology and more. These engaging, self-paced courses allow high school students to explore fascinating topics, learn from experienced faculty, and work on hands-on projects while preparing for future studies. With flexible scheduling and a certificate of completion, it’s a great way to boost your skills and stand out in college applications. Start your STEM journey today! Learn more »

William & Mary’s online pre-college STEM courses are perfect for high school students eager to dive into subjects like medicine and psychology. With flexible, engaging courses designed by top faculty, you can explore exciting STEM fields, work with mentors, and complete a final project to showcase your skills.

Plus, you’ll earn a certificate of completion to boost your college applications. Get started on your STEM journey today! Learn more »

WORLD SCHOLARS ACADEMY | WORLD-CLASS ACADEMICS

$2,195 - $2,795

7th, 8th, 9th, 10th, 11th & 12th

Online

2 - 4 Weeks

| View Website

World Scholars Academy offers world-class academic courses and research internships taught live online by instructors from elite universities. Accelerate your success with individual feedback and personalized academic guidance in our exclusive small-group classes (max six students), providing high-level instruction in leading academic disciplines, including computer science, engineering, and mathematics. Secure a letter of recommendation from your instructor for university applications, and connect with ambitious peers from around the world. Limited places available for aspiring scholars ages 12-18. Learn more »

Varies

7th, 8th, 9th, 10th, 11th & 12th

Online

Self-paced

YoungWonks is a Coding and Engineering program for kids and teens and is well-known for teaching beginner to advanced Computer Science. For over a decade, thousands of students have studied the Fundamentals of Computer Science with Python, Computer Science classes with Robotics, Internet of Things (IoT), and Game Development-based curriculum. Self-paced learning options include group classes with a 4:1 student-teacher ratio or private classes with a 1:1 student-teacher ratio. Learn more »

YOUR FUTURE IN STEM: WHAT CAN YOU EARN?

By: Stefanie Tedards

f you’ve heard that STEM jobs pay well, the short answer is — it’s true! The long answer? Salaries in STEM careers can vary greatly across industries and fields. But for the most part, STEM graduates earn much higher wages than their non-STEM counterparts. In 2023, the median annual wage for STEM occupations was $101,650, compared to $46,680 for non-STEM occupations.

While some STEM graduates can earn three figures straight out of college, that isn’t the case for everyone. What you can earn depends on numerous factors, including your field, your level of education, and where you live. The good news? Midcareer STEM salaries are high, ranging anywhere from $75,000 to well over $200,000.

To get a better sense of potential earnings as a STEM graduate, let’s explore the average incomes of 10 different STEM roles, as reported by the Bureau of Labor Statistics (BLS).

Tech, computers, and engineering pay over $90,000 annually— more than 1.5 times the national average. This gap highlights the strong demand for skilled professionals in these areas, where innovation and technology constantly evolve. As you consider different STEM degrees and career paths, remember that the field you choose can drastically impact your earning potential.

Where you live will also influence your STEM earnings. In general, big cities pay significantly more compared to smaller areas.

As you can see, there’s a notable range in earnings across this small subset of jobs. However, factors like demand and skill specialization also influence what certain industries and fields pay.

Based on this list, salaries in environmental and life sciences are generally on the lower end, while computer science, math, and engineering-related jobs are on the higher end. To see if this trend holds, let’s look at this list of the highest-paying STEM jobs from Indeed.

HIGHEST PAYING STEM JOBS

$125,520 TALLAHASSEE, FL $61,450

It’s no surprise that big cities, especially those with major tech hubs like Silicon Valley, pay the most. While the earning potential is definitely higher, so is the cost of living — expenses like rent and car insurance can really eat into your net income. If the lower range of STEM salaries feels discouraging, remember they’re still higher than the average non-STEM salary. Plus, when you factor in the cost of living, a smaller salary in the right place can stretch much further than you might think.

Organizations like Robert Half make it easy to find average salaries for all STEM fields, from AI and machine learning to IT and cybersecurity. You can also filter by location to get a sense of what people earn depending on where they live.

Overall, it’s clear that STEM fields pay well. However, as with any career, a bachelor’s degree doesn’t automatically guarantee a high salary. Some industries are more lucrative, and job location has an influence, too. But if STEM is your passion, pursuing a career in STEM will set you up for steady growth, job security, and plenty of opportunities to level up your salary as you gain experience in your field.

Reinvented Inc. is a 501(c)(3) nonprofit organization that aspires to break barriers and aid the movement to get more girls involved in STEM by creating the nation’s first print magazine for women in STEM. Our mission is to reinvent the general perception of women in STEM fields while inspiring interest in STEM for young women worldwide.

STEM SCHOLARSHIPS FOR HIGH SCHOOL STUDENTS

By: Stefanie Tedards

s you consider a future in STEM, you may feel intimidated by the cost of a college education. Many STEM careers require a degree, but earning one doesn’t come cheap. If you want to attend college, start planning for the future by checking out (and applying for) scholarships.

If you plan to pursue a career in a science, technology, engineering, or math-related field, STEM-specific scholarships can help you cover the cost of your tuition. These scholarships can range from a few thousand dollars to a full ride. Some scholarships cater to students across all STEM majors, while

SCHOLARSHIPS THAT REQUIRE A PROJECT OR ESSAY

BREAKTHROUGH JUNIOR CHALLENGE

Amount: $250,000

This scholarship is appropriate for high schoolers of all grades interested in physics, mathematics, or life sciences. To apply, students must create an original two-minute video presentation explaining a scientific idea and submit peer reviews for five other submissions. Learn more »

Deadline: June

REGENERON SCIENCE TALENT SEARCH

Amount: Up to $250,000

High school seniors use an original, independent research project to apply for this scholarship. The top 40 finalists receive a $25,000+ scholarship and trip to Washington, D.C., to present their research. Learn more »

Deadline: November

REVPART STEM SCHOLARSHIP

Amount: Up to $2,000

Seniors planning to attend a college and pursue a STEM degree can apply for this merit-based essay scholarship. Applicants need to submit a short essay describing who they are and why they should win the scholarship. Learn more »

Deadline: December

others are focused on more specific fields like chemistry or computer science. Eligibility requirements vary by scholarship. Some are geared toward students from certain demographics, while others require a project or essay to apply. Some are needs-based, and others are merit-based.

Researching and applying for scholarships takes time and effort, but over $46 billion in scholarships are awarded yearly (and students who get scholarships are 20% more likely to avoid heavy student loan debt). Why not take a chance and see what’s out there? Here are 15 amazing STEM scholarships to check out before you graduate high school.

SCHOLARSHIPS SPONSORED BY TECH COMPANIES

GENERATION GOOGLE SCHOLARSHIP

Amount: $10,000

Google established this scholarship for future leaders in the field of computer science. Applicants must be high school seniors planning to major in computer science, computer engineering, or a closely related technical field. Learn more »

Deadline: April

BLACK AT MICROSOFT SCHOLARSHIP

Amount: $5,000

Each year, Microsoft offers fifty-five BAM scholarships to high school seniors of African descent. Applicants must demonstrate leadership, a passion for technology, and financial need. Learn more »

Deadline: March

NAVISITE’S NEXT STEMINIST SCHOLARSHIP

Amount: $10,000

Navisite, part of Accenture, awards three scholarships each year to women pursuing degrees in STEM. The application is open to women interested in various STEM fields, including electrical and chemical engineering, computer science, and data science. Learn more »

Deadline: May

SCHOLARSHIPS WITH INTERNSHIP OPPORTUNITIES

AMAZON FUTURE ENGINEER SCHOLARSHIP

Amount: Up to $40,000

While this sounds like a scholarship available to engineering students only, it’s intended for students interested in electrical engineering, computer engineering, software engineering, or other computer science-related degrees. Winners will participate in a paid summer internship at Amazon. Learn more »

Deadline: Varies

DELLUMS SMART SCHOLARSHIP

Amount: $30,000 - $46,000

This unique scholarship is a long-term investment in your education, providing a pathway towards a tuition-free degree and a guaranteed job after graduation. With a SMART scholarship, students earn an annual stipend and participate in summer internships, leading to a career with the DoD. Learn more »

Deadline: December

NSA STOKES EDUCATIONAL SCHOLARSHIP PROGRAM

Amount: Up to $30,000 per year

This is another recruitment scholarship leading to a career with the National Security Agency. You’ll earn a salary to offset the cost of your degree and participate in full-time paid summer internships between each year of college. Learn more »

Deadline: October

SCHOLARSHIPS FOR WOMEN IN STEM

THE SCIENCE AMBASSADOR SCHOLARSHIP

Amount: $20,000

This scholarship, funded by Cards Against Humanity, awards five scholarships to women and non-binary students pursuing STEM degrees. High school seniors must submit a three-minute video to apply. Learn more » Deadline: Fall

HYUNDAI WOMEN IN STEM SCHOLARSHIP

Amount: $10,000

This essay-based scholarship is all about EV tech. Each year, Hyundai awards five scholarships to women who submit the best essay on how EV tech will improve the planet and shift us toward a more sustainable future. Learn more » Deadline: June

BHW WOMEN IN STEM ACADEMIC SCHOLARSHIP

Amount: $3,000

Students planning to attend college next year can apply for this scholarship by writing an essay about their favorite app or how an app they use has improved their day. If you have not made your final decision about where to attend college before the deadline, you can apply as “Undecided.” Learn more »

Deadline: April

FOR A BRIGHT FUTURE – STEM SCHOLARSHIP

Amount: Up to $10,000

To qualify for this scholarship, students must demonstrate high grades, charitable impact, work experience, extracurriculars, and special circumstances they’ve overcome, such as economic or social hardships. Students must include an essay and be enrolled or plan to enroll in a STEM or sustainability degree program. Learn more »

Deadline: May

AMERICAN CHEMICAL SOCIETY (ACS)

SCHOLARS PROGRAM

Amount: Up to $5,000 per year

Underrepresented students pursuing degrees in chemistry or other chemistry-related fields can qualify for this renewable award. Winners are selected based on overall excellence in academics, leadership, extracurriculars, and community service. Learn more »

Deadline: March

HITEC SCHOLARSHIP

Amount: Up to $5,000

The HITEC Foundation has a mission to support Hispanic students pursuing careers in technology. This scholarship covers many technology-related majors, including artificial intelligence, telecommunications, cybersecurity, and web development. Learn more »

Deadline: March

WHERE TO FIND MORE STEM SCHOLARSHIPS

These are just some of the many STEM-focused scholarships available to students gearing up for college. Check out these websites to continue your scholarship search:

• Scholarships360.org

• Sallie.com

• Scholarships.com

PRO TIP: Keep an eye out for scholarships throughout your college journey! You’ll be surprised at how many opportunities you’ll become eligible for as you work towards your bachelor’s degree. Plus, if you plan to pursue a Master’s or PhD, remember to look for scholarships to help offset the costs of those degrees, too!

THE 12 FASTEST GROWING JOBS IN STEM

By: Stefanie Tedards

ver the last decade, changes to the way we shop, communicate, work, and travel have created a huge boom in STEM jobs, particularly in computerrelated careers. With new technologies on the rise, from machine learning to electric vehicles (EVs) to biotechnology, growth in STEM fields shows no signs of slowing down. The Bureau of Labor Statistics (BLS) predicts a 10.4% growth rate for STEM occupations between 2023 and 2033 — that’s nearly 3x the rate of non-STEM jobs!

Why is looking at job growth important for future STEM majors? It’s a simple case of supply and demand — the more jobs available, the better your chances of landing one. Of course, you’ll want to consider earning potential, required qualifications, and day-to-day responsibilities. But if you know you want to build a career in STEM, focusing on high-demand jobs is a smart place to start.

Here are 12 of the fastest-growing jobs in science, technology, engineering, and mathematics:

Thousands of openings for this role are projected to open up yearly, with median earnings around $61,000. These technicians are responsible for maintaining and repairing wind turbines. You don’t need a bachelor’s degree to start since you train on the job, though attending community college or a vocational school can give you a head-start.

DATA SCIENTISTS 36% job growth

Data scientists collect and analyze data, using algorithms and models to interpret data and draw conclusions. Data scientists make an average of $108,000 annually. To become a data scientist requires a bachelor’s degree in data science, mathematics, statistics, computer science, or another related field.

SOLAR PHOTOVOLTAIC INSTALLERS

growth

Solar PV installers also work in renewable energy assembling and maintaining rooftop solar panels. This position involves on-the-job training, so you can step into this role straight after graduating high school. The average salary is around $48,000 per year.

INFORMATION SECURITY ANALYSTS 33%

growth

Information security, or cybersecurity, involves the protection of computer networks and systems for an organization. Given the increased risks of cyber attacks and a growing emphasis on data protection, information security analysts are paid well, with an average annual wage of $120,000. You’ll need a bachelor’s degree in computer science to start, but cybersecurity certifications can help enhance your job prospects.

COMPUTER AND INFORMATION RESEARCH SCIENTISTS

26% job growth

OPERATIONS RESEARCH ANALYSTS

23% job growth

This more advanced STEM role centers on the research and development of computing technologies, such as AI, machine learning, and robotics. Given the complexity and scope of the role, you may need a master’s degree, but it is well worth the investment. The average salary for these types of research scientists is $145,000.

Like data scientists, operations analysts use mathematics to help organizations solve problems, specifically those related to a business’s operations. An operations research or applied mathematics degree can open the door to this position, which starts at about $83,000 per year.

ACTUARIES 22%

job growth

Expect to earn an average of $120,000 annually in this high-paying mathematics job. Actuaries typically work for insurance companies, analyzing and managing financial risks using principles of mathematics, statistics, and finance. You can also find positions at consulting firms and government agencies.

SOFTWARE DEVELOPERS 17%

job growth

With the constant need for new and evolved computer applications and programs, software developers, quality assurance analysts, and testers will continue to be in demand. The average salary for software developers is $132,000, though it varies depending on specific role and industry.

COMPUTER NETWORK ARCHITECTS

13%

job growth

Network architects design and implement data communication networks, including LANS and WANs, as well as virtual cloud infrastructure. These network engineers can work in many organizations, like healthcare, telecom companies, educational institutions, and any business reliant on data networks for effective operations, and earn an average of $129,000 annually.

INDUSTRIAL ENGINEERS

12%

job growth

This title encapsulates several types of engineering. You may work in an office or manufacturing plant, designing, developing, and integrating industrial production systems. You could also be involved in testing and evaluating that same equipment for safety risks. These engineers pursue bachelor’s degrees in industrial, mechanical, or electrical engineering and start their careers earning an average of $99,000 per year.

EPIDEMIOLOGISTS

19%

job growth

As new diseases continue to evolve and impact society, epidemiologists are crucial in investigating their origins and how they spread. Their work in public health or research helps reduce the risk to the general population. This role typically requires a Master’s in Epidemiology and pays around $81,000 to start.

MECHANICAL ENGINEERS

11% job growth

This engineering role focuses on the R&D and testing of mechanical tools, devices, and machines — basically, anything that moves. Think everything from robotics and heating and cooling systems to medical devices. On average, mechanical engineers make around $99,000, the same as industrial engineers.

As you explore potential STEM careers, remember that job growth is expected across all STEM-related fields. Whether you’re interested in computers or machines, physics or statistics, or biology or engineering, the opportunities are vast and growing. The accelerating pace of technological advancement and the emergence of new global challenges will increase the demand for skilled professionals, creating exciting opportunities for you to make a meaningful impact.

THIS SUMMER AT KETTERING UNIVERSITY BUILD, CODE, AND CREATE

At Kettering University’s Summer Camps for Future Innovators, you won’t just study technology—you’ll put ideas into action through hands-on learning. Whether you’re interested in coding, robotics, drones, CAD, or manufacturing, this is your chance to explore and apply engineering concepts using real-world tools.

CHOOSE YOUR HANDS-ON FOCUS AREA:

PROGRAMMING AND CODING – Learn the fundamentals of coding and test your skills on interactive projects.

DESIGN AND CAD – Use industry-grade software to create and visualize your designs.

MANUFACTURING AND ASSEMBLY – Gain practical experience in building and testing your projects.

DRONES AND ROBOTICS – Explore automation, build robotic systems, and experiment with drone technology.

With both day camp and residential options, you can experience Kettering’s campus, collaborate with other motivated students, and develop skills in a university environment known for hands-on STEM education.

WE CAN’T WAIT TO SEE WHAT YOU BUILD NEXT!

Learn more and sign up