TryEngineering Summer Institute

An exciting ten day, on-campus engineering camp for high school students held at three premier universities across the United States in 2019.


Engineering for Teens

Engineering for Teens

Ever dream of building the next generation of smartphones, designing roller coasters that defy gravity, or creating sustainable cities? Engineering is your gateway to making those dreams a reality. This isn’t just a boring textbook subject – it’s the foundation for every cool gadget, innovative structure, and life-changing technology you use every day. In this article, we’ll unpack the exciting world of engineering, showing you how YOU, as a teenager, can be a part of it. Get ready to explore different engineering disciplines, discover the problem-solving skills you already have, and see how engineering can turn your passions into a future career that makes a difference.

What is Engineering? 

Engineering is like using science and math as your superpowers to make things happen and solve problems. Engineers are the creative minds behind everything from the amazing gadgets you love to the bridges you cross every day.

  1. Spot a problem: Maybe you see a crowded sidewalk or a toy that breaks easily.
  2. Imagine a solution: How can you design a wider sidewalk or a stronger toy?
  3. Use your knowledge: Science teaches you how things work, and math helps you plan and build.
  4. Get creative! Sketch, tinker, and experiment to find the best solution.
  5. Build it! Bring your idea to life!

The coolest part? There are tons of different engineering specialties, just like there are many flavors of ice cream! Here are a few examples:

The next time you see something cool or encounter a problem, remember – you have the potential to be an engineer! Engineering for teens and kids is all about sparking curiosity and showing you how the things you love work. It’s about using your imagination and becoming a problem-solver who can build a better future!

Why Engineering is Awesome for Teens

Forget dusty textbooks, engineering is about unleashing your creativity, becoming a problem-solving whiz, and leaving your mark on the world. Here’s why engineering is the ultimate adventure for teens like you:

  • Unleash Your Inner Inventor: Got a million ideas buzzing in your head? Engineering lets you turn those ideas into reality. From robots and drones to eco-friendly cities and mind-blowing apps, engineers are the masterminds behind the coolest innovations.

  • Become a Problem-Solving Superhero: Engineers are the ultimate problem-solvers. They see challenges as opportunities to create something amazing. Whether it’s designing a stronger bridge or developing a cleaner energy source, engineering equips you with the skills to tackle real-world issues.

  • Hands-on Learning is the Best Kind: Forget boring lectures! Engineering is all about getting your hands dirty (in a good way!). You’ll be building prototypes, tinkering with circuits, and testing your designs – learning by doing is the motto here.

  • Make a Real Difference: The coolest part? Engineering allows you to make a positive impact on the world. From creating sustainable solutions to building life-saving medical technology, engineers contribute to a better future for everyone.

  • It’s More Than Just Textbooks: Engineering is a diverse field with something for everyone! Do you love video games? Check out electrical engineering. Are you fascinated by space exploration? Dive into aerospace engineering. There’s a perfect engineering branch waiting to spark your passion.

How to Get Involved in Engineering as a Teen

The world of engineering is calling, and you, as a curious and innovative teen, are ready to answer! But where do you begin? Here are some exciting ways to get involved in engineering and explore your passion:

  • Summer Camp!: Channel your inner inventor at an engineering summer camp! Here at TryEngineering we offer an engineering summer program with hands-on activities, workshops, and challenges that let you explore different engineering disciplines. Build robots, design bridges, and get a taste of the engineering life.

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  • Engineering Clubs: Many schools have amazing engineering clubs like robotics teams or science Olympiads. Join these groups to collaborate with like-minded peers, participate in competitions, and put your engineering skills to the test!

  • Check out Online Resources: The internet is bursting with resources for budding engineers! Explore websites like IEEE for interactive activities, coding challenges, and engineering news. You can even find online courses that introduce you to specific engineering fields.

  • DIY Projects at Home: Who needs a fancy lab when you have your imagination? There are tons of cool engineering projects you can tackle at home with everyday materials. Check out some of the easy at home activities you can do below

Remember, engineering is a journey, not a destination. Start exploring, embrace the challenges, and have fun! The more you delve into the world of engineering, the more you’ll discover your unique talents and interests

Engineering Projects for Teens

Engineering for teens isn’t just about complex concepts – it’s about getting your hands dirty with fun, achievable projects you can conquer at home. Here are some awesome engineering projects you can work on at home, using everyday materials to bring your creative ideas to life! So, grab your toolbox (or maybe just a cardboard box!), and get ready to explore the exciting world of engineering for teens!

The engineering projects we go over here are some of the exciting activities you can experience at our engineering summer camp! Our program offers a fun and immersive environment where you can tackle these challenges alongside experienced instructors and fellow engineering enthusiasts. Get ready to learn new skills, collaborate with your team, and discover the thrill of bringing your creations to life – all within our action-packed engineering camp!

Electrical Engineering Projects for Teens

Building an AM Radio

Spark your teen’s interest in electrical engineering by building a working AM radio from a kit! This engaging project is a perfect introduction to the fundamentals of electrical components and soldering. They’ll gain hands-on experience assembling the kit, mastering soldering techniques, and ultimately creating a functioning radio. This beginner-friendly project is a fantastic way to ignite their passion for electrical engineering and build a strong foundation for future exploration!

Civil Engineering Projects for Teens

Build Your Own Bridge

Want to experience the thrill of civil engineering at home? Get ready to build your own mini-bridge using everyday materials! Just like our campers in our popular civil engineering module, you can explore how bridges handle weight and discover the secrets of strong design. Gather common household items like popsicle sticks, straws, or even paper – the possibilities are endless! Experiment with different designs, test their load capacity, and see which creation reigns supreme. This fun activity is a fantastic introduction to civil engineering concepts, and who knows, it might even spark a passion for building the bridges of tomorrow!

Mechanical Engineering Projects for Teens

Straw Rocket Challenge

This straw rocket challenge will introduce you to the exciting concepts of propulsion and basic mechanical engineering. Gather some everyday materials like straws, paper, tape, scissors, and rubber bands. The goal? Design and build a straw rocket that can travel the farthest distance using the power of compressed air! You’ll experiment with crafting a rocket body, potentially even adding fins for stability, and explore how to use a rubber band to create the propelling force. By launching your creation and observing the results, you’ll gain insights into concepts like thrust, drag, and stability – all while having a blast watching your rocket soar! This project is a simple yet engaging way to spark your passion for mechanical engineering!

Aerospace Engineering Projects for Teens

Build Your Own Glider

Here’s your chance to take flight  with a fun aerospace engineering project you can do right at home! This glider challenge will put your creativity and problem-solving skills to the test as you explore the fascinating world of flight. Gather some common household materials like cardboard, straws, tape, scissors, and maybe some string or thread. Just like our campers in our aerospace engineering program, you’ll be the designer, builder, and test pilot of your very own glider!

Your challenge will be to build a glider that can carry a lightweight payload (think a small toy car or even a crumpled piece of paper) and achieve the farthest glide distance. You can experiment with different wing shapes and sizes, you’ll be learning about the key principles of flight, like lift and drag. Lift is the force that keeps airplanes airborne, while drag is the force that opposes movement. By crafting the optimal wing design, you’ll help your glider stay aloft for longer. This project is a fantastic introduction to aerospace engineering concepts in a fun and accessible way. It allows you to explore the science behind flight and get a taste of the exciting world of designing aircraft!

Ready to Explore a Future in Engineering?

If you’re fascinated by how things work, love to solve problems, and dream of building a brighter future, then engineering might be the perfect path for you! The TryEngineering Summer Institute offers an incredible opportunity to ignite your passion and explore the diverse world of engineering. Immerse yourself in exciting modules that delve into different engineering disciplines, from building robots to designing sustainable cities. Connect with like-minded peers, learn from inspiring experts in the field, and all at one of our amazing college campus locations across the country! The TryEngineering Summer Institute is more than just a program – it’s a journey of discovery that could shape your future. Are you ready to take flight?

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Why is STEM Important?

Why is STEM Important?

STEM education is crucial for both individual success and societal progress. It equips you with the skills to land in-demand jobs, think critically and solve problems, and drive innovation that shapes the future. From understanding the world around you to contributing to its advancement, STEM empowers you to be a well-rounded and impactful member of society.

  • Job market: STEM fields are growing rapidly, with many new jobs being created. A strong foundation in STEM can make you more competitive in the job market and qualify you for higher-paying careers.
  • Critical thinking and problem-solving: STEM education teaches you how to think critically, solve problems, and analyze data. These skills are valuable in any field, not just STEM-related ones.
  • Innovation: STEM is the driving force behind innovation. From new medical technologies to sustainable energy solutions, STEM fields are constantly developing new ways to improve our lives.
  • Empowered public: A basic understanding of STEM concepts is essential for making informed decisions about the world around you. This includes things like understanding climate change, the safety of new technologies, and the ethics of artificial intelligence. All of these are key aspects of a positive future, which only increases the importance of stem education.


What does STEM Stand for?

STEM stands for science, technology, engineering, and mathematics. These four fields are interconnected and play a vital role in innovation, problem-solving, and the overall progress of society.

  • Science: This is the foundation of STEM, focusing on understanding the natural world through observation, experimentation, and analysis. Scientists ask questions about how things work, from the tiniest particles to the vastness of space.

  • Technology: This applies scientific knowledge to create new tools, processes, and inventions. Think smartphones, medical devices, or sustainable energy solutions. Technology relies on scientific understanding to function and advance.

  • Engineering: Engineers use scientific principles and mathematical models to design, build, and maintain structures, machines, and systems. They bridge the gap between scientific discovery and practical application. Explore the different types of engineering, from designing bridges to developing robots, engineers use their problem-solving skills to turn ideas into reality.

  • Mathematics: Math is the language of science and engineering. It provides the tools to analyze data, model systems, and make predictions. Whether it’s calculating the trajectory of a rocket or analyzing DNA sequences, math is essential for understanding and manipulating the world around us.

What are Important STEM Careers? 

  • Software Developer: Design, develop, and test computer software applications. They are the masterminds behind the websites and apps you use every day.
  • Data Scientist: Collect, analyze, and interpret large sets of data to uncover patterns and trends. Data scientists are the rockstars of the information age, using their skills to solve complex problems in various fields.
  • Biomedical Engineer: Apply engineering principles to solve problems in the medical field. They design life-saving medical devices and prosthetics, pushing the boundaries of medical technology.
  • Civil Engineer: Design and oversee the construction of public infrastructure projects like bridges, dams, and roads. Civil engineers are the backbone of our built environment, ensuring the safety and functionality of our communities.
  • Environmental Engineer: Develop solutions to environmental problems like pollution and waste management. They are the guardians of our planet, working to create a more sustainable future.
  • Mechanical Engineer: Design, develop, and test mechanical systems, from robots to power plants. Mechanical engineers are the makers and tinkerers, bringing ideas to life through their ingenuity.
  • Electrical Engineer: Design and develop electrical systems, including power grids, communication networks, and electronic devices. Electrical engineers are the spark behind our technological world, keeping the lights on and information flowing.
  • Chemical Engineer: Develop and improve chemical processes used in a variety of industries, from manufacturing to medicine. Chemical engineers are the alchemists of our time, transforming raw materials into useful products.

How to Spark an Interest in STEM

  • Find the STEM in your hobbies: Do you love video games? Explore the coding and engineering behind them. Enjoy building with Legos? Look into mechanical engineering or robotics. By connecting STEM to your existing interests, learning feels less like a chore and more like an extension of what you enjoy.

  • Make it hands-on: Science centers and museums often have interactive exhibits that let you experiment and explore scientific concepts in a fun way. You can also try DIY science projects at home using common household items. Getting your hands dirty and seeing things in action can make STEM come alive.

  • Explore the real-world applications: STEM isn’t just about abstract concepts. Look for examples of how STEM is used in everyday life, from the weather forecast to the design of your smartphone. Understanding the practical applications of STEM can make it more relatable and interesting.

  • Get involved in STEM programs and clubs: Many schools and libraries offer after-school programs or clubs focused on STEM activities. These can be a great way to meet like-minded people, learn new skills, and participate in fun projects. Here at the TryEngineering Summer Institute we offer prospective students’ a full engineering summer camp to take their curiosity to the next level!

  • Read books and watch documentaries: There’s a wealth of information available about STEM topics. Dive into biographies of inspiring scientists and engineers, or watch documentaries about groundbreaking discoveries and inventions. Learning about the people behind the science can be motivating.

  • Embrace the challenge: Don’t be afraid to step outside your comfort zone and try something new. STEM can be challenging, but that’s part of the fun! Embrace the opportunity to learn from your mistakes and persevere through difficulties. There’s a great sense of accomplishment that comes with mastering a new STEM concept.

STEM fields are the architects of our future. From groundbreaking innovations in medicine and sustainable energy to tackling complex global challenges like climate change, STEM is constantly pushing the boundaries of what’s possible. These advancements not only improve our quality of life but also connect us globally through powerful communication technologies. By equipping individuals with critical thinking and problem-solving skills, STEM empowers them to navigate an increasingly complex world. In essence, STEM holds the key to building a healthier, more sustainable, and equitable future for all.

Check out our Engineering Summer Camp!

Spark your child’s curiosity and empower them to become the innovators of tomorrow! If you’re looking to get your child interested in STEM and are looking to find activities that go beyond textbooks, consider enrolling them in our engineering summer camp. Our program features hands-on learning, allowing students to delve into the exciting world of STEM. Through learning in the classroom combined with engaging challenges, campers will build critical thinking, problem-solving, and collaboration skills – all while having a blast!

Has your child shown any interest in building bridges, coding robots, or designing airplanes? Look no further than our nationwide engineering summer camp! With convenient locations across the country, we offer in-depth modules that delve into the exciting worlds of mechanical, civil, aerospace, and electrical engineering. Campers will gain hands-on experience with industry-standard tools and software, all under the guidance of experienced instructors. This immersive summer program allows young minds to explore a variety of engineering disciplines, helping them discover their passion and ignite their future career path.

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What are the Types of Engineering?

What are the Types of Engineering?

The world of engineering offers many different paths for those who love innovation and problem-solving. From designing the structures that shape our cities to developing the machines that power our lives, engineers play a vital role in shaping the world around us. In this article, we’ll delve into some of the most popular types of engineering, exploring what each discipline entails, the educational journey required to become one, and most importantly, how to identify which exciting branch of engineering best aligns with your skills and interests. So, whether you’re fascinated by the intricate workings of machines or dream of building sustainable solutions for the future, there’s sure to be a perfect engineering specialty waiting to be discovered!

The Most Popular Types of Engineering

This section of the article explores some of the most popular types of engineering, providing a glimpse into their core functions, educational pathways, and how to determine if a particular discipline aligns with your interests.

Here, we’ll delve into the “Big Five” of engineering disciplines that consistently rank high in popularity and provide the foundation for countless innovations:

  1. Civil Engineering: The masterminds behind our infrastructure, civil engineers design and build the structures essential to our daily lives. From towering bridges and expansive highways to sustainable water treatment systems, their work shapes the very fabric of our communities.

  2. Mechanical Engineering: Ever wondered how machines tick? Mechanical engineers bring intricate concepts to life, designing, developing, and building everything from household appliances to complex robots and aerospace machinery.

  3. Electrical Engineering: The invisible force that powers our world is the domain of electrical engineers. They design and develop electrical systems, including power generation, transmission, and distribution, as well as the electronic devices that have become an integral part of modern life.

  4. Chemical Engineering: Chemical engineers are the masterminds behind large-scale chemical processes, developing methods to produce a vast array of products, from life-saving pharmaceuticals and clean fuels to everyday items like plastics and food.

  5. Computer Engineering: In today’s digital age, computer engineers play a pivotal role. They design and develop the hardware and software that power our computers, smartphones, and countless other devices, shaping the way we interact with technology.

How to Become an Engineer

Transforming your fascination with problem-solving and innovation into a fulfilling engineering career requires dedication and strategic planning. The journey begins with a strong academic foundation. Focus on acing your math and science courses, particularly calculus, physics, and chemistry, during high school. This equips you with the essential knowledge needed for engineering programs. The next step is pursuing a bachelor’s degree in your chosen engineering field from an accredited university. Remember, there’s a vast array of specializations to explore (check out our previous section on popular types of engineering!). While a master’s degree is optional for some professions, it can provide deeper expertise or prepare you for research-oriented roles.

Building practical skills is equally important. Seek internships related to your chosen field to gain valuable hands-on experience. Participating in engineering projects, either independently or collaboratively, allows you to apply theoretical knowledge to real-world challenges. Additionally, hone your technical skills by mastering software and tools commonly used by engineers in your specific discipline.

The key to a successful engineering career lies in finding the perfect fit. Research different disciplines to identify the one that aligns best with your interests and strengths. Connect with professionals in various fields to gain insights into their daily work and career paths. Finally, don’t forget to self-assess your skills, interests, and preferred work environment. This introspection will guide you towards the engineering specialization that perfectly complements your unique strengths and passions.

Different Types of Engineering Jobs

We’ve explored the academic path to becoming an engineer and the various specializations available. Now, let’s delve into some popular career options within each of the “Big Five” engineering disciplines:

1. Civil Engineering:

  • Structural Engineer: Designs the load-bearing framework of buildings, bridges, and other structures.
  • Transportation Engineer: Plans, designs, and oversees transportation systems like roads, highways, and mass transit networks.
  • Geotechnical Engineer: Analyzes soil and rock properties to ensure the stability of foundations and structures.
  • Water Resources Engineer: Develops sustainable water management systems for irrigation, sanitation, and flood control.

2. Mechanical Engineering:

  • Machine Design Engineer: Creates and develops new machinery, from medical devices to robots and industrial equipment.
  • Automotive Engineer: Designs and develops vehicles, focusing on components, systems, or entire vehicle platforms.
  • Manufacturing Engineer: Optimizes production processes to ensure efficiency, quality, and safety in manufacturing facilities.
  • HVAC Engineer: Designs heating, ventilation, and air conditioning systems for buildings and industrial spaces.

3. Electrical Engineering:

  • Power Systems Engineer: Designs and manages electrical power generation, transmission, and distribution systems.
  • Electronics Engineer: Develops and designs electronic circuits and devices used in computers, smartphones, and other electronic equipment.
  • Controls Engineer: Designs and implements control systems for automated machines and processes in various industries.
  • Telecommunications Engineer: Develops and manages telecommunication infrastructure, including cellular networks and internet technologies.

4. Chemical Engineering:

  • Process Engineer: Designs and optimizes chemical processes for large-scale production in refineries, chemical plants, and other facilities.
  • Biomedical Engineer: Applies engineering principles to develop medical devices and implants, such as artificial organs and prosthetics.
  • Environmental Engineer: Develops solutions to environmental challenges like pollution control, waste management, and sustainable resource utilization.
  • Materials Engineer: Researches and develops new materials with specific properties for various applications, such as stronger building materials or more efficient solar cells.

5. Computer Engineering:

  • Hardware Engineer: Designs and develops computer hardware components like processors, memory chips, and circuit boards.
  • Software Engineer: Writes and develops software applications for computers, mobile devices, and other computing systems.
  • Computer Systems Engineer: Designs, builds, and maintains computer networks and data centers.
  • Robotics Engineer: Develops and programs robots for various applications, including manufacturing, automation, and exploration.

What Type of Engineering is the Best?

Unveiling the “best” type of engineering is more about uncovering your ideal fit than a singular “best” choice. Your interests, skills, and career aspirations all play a crucial role in steering you towards the perfect engineering discipline.

Consider your natural talents and what sparks your curiosity. If you’re mechanically inclined and love taking things apart, mechanical engineering might be your calling. Does sustainability and environmental protection fuel your passion? Environmental engineering could be your path. Identifying what excites you is the first step.

Next, think about your dream work environment. Do you envision yourself designing cutting-edge medical devices to improve lives? Dive deeper into biomedical engineering. Perhaps you’re captivated by large-scale infrastructure projects? Civil engineering might be the key. Consider the problems you’d like to solve and the industries that resonate with you.

While job market outlook can be a factor, don’t let it be the sole deciding element. Many engineering disciplines are projected for growth. Prioritize finding a field that ignites your passion, and the career opportunities will likely align.

Here’s a strategic approach to navigate your decision: First, delve into different engineering disciplines to understand their applications. Explore articles, videos, and connect with engineers in various fields. Second, assess your strengths – are you a math whiz, a problem-solving maestro, or perhaps possess a knack for creativity and communication? Different engineering fields place emphasis on different skillsets. Finally, envision your ideal work environment and the types of challenges you’d love to tackle. By aligning your interests, skills, and aspirations, you’ll discover the perfect engineering discipline – a perfect blend of passion and purpose waiting to be ignited. Remember, the “best” type of engineering is the one that fuels your fire and empowers you to make a significant impact on the world.

What Type of Engineering is Hardest?

Trying to pinpoint the absolute “hardest” type of engineering is a tricky one, as difficulty is subjective and hinges on your individual strengths and weaknesses. However, certain disciplines consistently vie for the top spot due to the sheer complexity of the subject matter, demanding coursework, and specific skillsets they require.

Chemical engineering often finds itself billed as the “hardest type of engineering” most often. It combines concepts from chemistry, physics, biology, and math, creating a challenging curriculum. Chemical engineers grapple with intricate processes, thermodynamics, and often navigate demanding work environments.

Electrical engineering is probably the “hardest” of the big five types of engineering. While the foundational concepts might appear straightforward at first glance, electrical engineering plunges into abstract territories like electromagnetism and circuit theory. It necessitates a rock-solid grasp of physics, calculus, and the ability to visualize complex electrical systems.

Aerospace engineering is another contender. This discipline demands a deep understanding of physics, mathematics, and the intricacies of aerodynamics. Designing aircraft and spacecraft requires meticulous attention to detail, considering factors like propulsion, materials science, and the delicate dance of orbital mechanics.

Where Can you Study Engineering?

Equipping yourself with the knowledge and skills to become a successful engineer starts with finding the right educational path. Universities and colleges are the primary gateways to earning an engineering degree. These institutions offer a variety of accredited Bachelor of Science (BS) programs in various engineering disciplines, like civil, mechanical, electrical, chemical, and computer engineering (to name a few!).

But what if you’re still in high school and haven’t settled on a specific engineering discipline? Don’t worry, there are ways to explore your options! The Try Engineering Summer Institute ,hosted by IEEE, is a fantastic program designed specifically for high school students interested in delving into the world of engineering. This summer program offers a hands-on learning experience, allowing you to explore different engineering fields, participate in engaging activities, and gain valuable insights from professionals. Consider it a summer adventure into the exciting world of engineering, all before you make your college decision!

Engineering Summer Camp Can Help Chances of College Acceptance

Research shows that up to 80 percent of jobs in the future will require STEM skills. Yet the best schools are increasingly competitive, making it difficult for students to get the education they need to succeed in STEM careers. For example, Stanford’s acceptance rate is only 4 percent. MIT only accepts 4.8 percent of applicants. And Franklin W. Olin College of Engineering’s acceptance rate is just 19 percent.

While good grades and test scores represent the top factors in student selection, guidance counselors say that colleges look hard at extracurricular activities too, particularly those engaged in over the summer. For a teenager who is considering engineering as a career, participating in an engineering summer camp like TryEngineering Summer Institute that exposes a student to a number of engineering disciplines brings multiple benefits.

  • Hands-On Experience: When students get the chance to try a number of engineering disciplines at summer camp, just for the fun of it, it can help them to choose an engineering discipline to study in college. In turn, this can lead students to become more focused in their course selection and activities leading up to college, all of which may be appealing to college admissions officers.
  • Increased Confidence and Interview Skills: Multiple studies have shown that students who participate in summer camp experiences with new groups of people develop stronger social-emotional skills that can aid with everything from academic success to college interviews.
  • Preparation for Campus Living: High school students who spend two weeks at engineering camp on a college campus during the summer are better prepared for the realities of college living. The freedom that they experience helps them learn how to make more mature choices, which better prepares them for college and future success.
  • Enhanced College Admissions Opportunities: As colleges with strong engineering programs consider the applications of many qualified students, those students who can demonstrate a prolonged interest and experience in engineering often have an advantage. Few experiences can match a two-week engineering camp on a college campus. This shows college admissions officers that not only is the student motivated, but also is better prepared for life and success at college.

TryEngineering Summer Institute is a two-week co-ed residential summer engineering program for rising 8th through 12th grade students held at three premier colleges and universities across the United States. Students work in teams with other students, interact with professional engineers, and learn about cutting-edge research done at the host schools by current graduate students.

Students participate in a broad range of hands-on activities throughout their two weeks on campus, including building and launching rockets and working in teams to solve engineering design challenges such as building a robotic arm out of everyday materials, and designing and soldering working circuits. The students experience problem-solving and troubleshooting, and gain insight on what it is like to study engineering in a college atmosphere. Students explore many engineering disciplines, including electrical, civil, mechanical, chemical, and aerospace, and see how engineers work in teams to solve global challenges.

Learn more about enrolling in the TryEngineering Summer Institute on one of our four campuses this summer!

Get Engineering Experience at the TryEngineering Summer Institute

The TryEngineering Summer Institute offers students incredible hands-on experiences in engineering and exposure to the top engineering campuses, companies, and centers, plus the opportunity to meet real-world engineers. Clearly it is going to be the perfect summer camp for kids who are all about engineering!

But the TryEngineering Summer Institute is also the perfect camp experience for teens who are just beginning to explore the field, and even those who aren’t sure they’re interested in engineering at all. The only requirement for our program is a keen sense of curiosity.

The students from TryEngineering Summer Institute held at the University of Pennsylvania, in Philadelphia, got a behind-the-scenes look at the Boeing aerospace facility in nearby Ridley Park.

Is your teen curious about …

  • Living on a college campus?
  • Exploring a new city?
  • Meeting new people?
  • Going outside of their comfort zone?
  • Gaining self-confidence and independence?

Then your teen belongs at the TryEngineering Summer Institute!

Our program is designed to introduce teens to the field of engineering, but they will come away with improved teamwork, communication, and creative thinking skills that will transfer to many facets of their lives, including their future field of study (in any discipline) and career. They’ll have the chance to live like college students on a prestigious campus, explore a new city, meet new friends, and get to know themselves in a way they never have before.

Of course, our hope is that they’ll also develop such passion for this exciting field that they will choose to pursue degrees and professions in engineering!

Visit our website to learn more information about the TryEngineering Summer Institute.