Engineering & Science Track

This course will introduce students to 3D CAD design and fast prototyping using a 3D printer. Students will learn how to design products using Autodesk Fusion360 and then build a Creality Ender Pro V2 3D printer. They will also learn how to use the 3D printer for fast prototyping, review, and improvements of their designs. The course will cover the principles of 3D CAD design, including design methodology, geometric modeling, and assembly modeling. Students will also learn the fundamentals of 3D printing, including how to select and maintain a 3D printer, materials, and printing techniques.

Every "thing" around us is getting smarter because of the exploding field of the Internet of Things, also known as IoT. This technology brings people, processes, data and things together to make networked connections to everything. Smart thermostats, doorbells, refrigerators, cars, and more are connecting to the Internet and fueling this fast-growing industry. In this course, students will experience hands-on learning and work with many IoT projects and devices. Students will get an introduction to the various applications for IoT and the processes involved with developing products using IoT. They will learn about sensors, wireless communication, scripting, and security. Go beyond the fundamentals of engineering and work on real-world projects in this fascinating field.

Our Aerospace Engineering program offers students the chance to understand the physics and dynamics of air and spacecraft using basic orbital mechanics. Students will participate in hands-on design challenges, ultimately building and launching their own glider or rocket.

"Artificial Intelligence (AI) and Machine Learning (ML) are hot topics in the world of computing today. A report from World Economic Forum (WEF) states that the growth of artificial intelligence could create 58 million net new jobs in the next few years!

Meet with experts in the artificial intelligence industry to learn more about majors and careers. Learn firsthand what it’s like to work in a world where machines can become reality. Excursions may include visits to companies utilizing AI for real world applications or research facilities pioneering undiscovered innovations.

Some Knowledge of Python or Java needed."

Do you love engineering, computers and also life sciences? Are you interested in diagnosing and designing devices to diagnose and treat diseases? The Summer Springboard Biomedical Engineering course exposes students to the basics of a career in one of the hottest engineering fields today.

This is a unique opportunity for high school students to gain real exposure and hands-on experience working in a biotechnology lab utilizing state-of-the-art equipment. The goal of this program is to provide students intensive laboratory skills experience, and to understand fundamental chemical processes common in prokaryotic and eukaryotic biology, and classical and molecular genetics with an emphasis on gene expression and genetic engineering.

Spend most of the first week learning block-based programming for Android and iOS operating systems. The exercises and tutorials quickly help students build capacity with coding, abstraction, algorithms and data management within a program. The second week involves active coding in small groups with intense research and collaboration. This approach involves an introduction to Python and Raspberry Pi hardware which allows students to create a mini-project by using the sensors and LED matrix on the Sense HAT technology. This collection of experiential tasks provides a comprehensive experience through a rewarding engineering process resulting in a functioning computational artifact.

Whether students are curious about doing crime scene investigations or want to be a forensic pathologist, this course will help them sharpen their investigative and observational skills and review a range of scientific concepts.

Do you wonder how computer hackers gain access to your bank accounts and personal information? Students are introduced to various concepts in security, including malware, Internet security, cyber terrorism and fraud, firewalls, privacy, policies/procedures, and legal and regulatory aspects of cybersecurity. Students learn about the various paths to a cyber security career – engineering vs. policy and learn to become “ethical hackers” in this exciting field.

Cyber Security is an increasingly growing field which plays a vital role around the world. Cyber Security needs the brightest minds to attack some of the biggest global challenges and corporations are hiring cybersecurity professionals at a rapid clip. The Summer Springboard Pre-College Program in Cyber Security will introduce students to the foundational concepts, commonly used tools, key technical skills, and potential career pathways that the cyber security industry has to offer. Students will leave the program armed with technical skills and creative thinking that can be applied across university courses and professional industries.

Ready to dive into the fast-paced world of Data Science? Join the Summer Springboard Data Science course this summer and learn how Data powers today’s world! With the booming influence of data, several data-related job roles and opportunities are in high demand. From improving decision making processes to releasing innovations, Data has become essential to the success of every industry. Recognize essential data science techniques, such as data visualization and data wrangling. Explore modern machine learning methodologies and algorithms to build predictive models. Discover all about R programming language

Our program in Environmental Studies offers an interdisciplinary look at issues pertaining to ecology and sustainability, without focusing on the scientific side. The focus is on the impact of humans on environmental issues and encourages students to gain a broader understanding of how the multitude of issues that affect our environment.

This engineering summer program for high school students doesn’t just tackle engineering and science fundamentals, it also challenges students to think critically and creatively about how to design innovative solutions to complex problems. We will explore facets of mechanical, structural, civil, and biomedical engineering in a hands-on, minds-on approach.

This course, held on the MIT campus, allows students hands-on learning opportunites with one of MIT's top engineering instructors. The course offers our students visits to some of the most important engineering labs and research centers in the world!

Learn about Fundamentals of Engineering through hands-on projects and simulations in various engineering fields (mechanical, electrical, computer/programing, aero-astro, civil) from seasoned Instructors

Technology is highly integrated in our daily lives that learning to code can benefit for college, a future career, and beyond. It's a great time to begin learning and building coding skills. Whether students are interested in 3D modeling, gameplay programming or level design, they can expand their project's portfolio, gain exposure to critical game industry insights, and connect with talented peers and mentors. Coding plays a fundamental role in our daily lives and allows for incredible advancements in medicine, exploring space, environmental conservation, and much more! What more fun way than applying this knowledge towards the process of creating a video game?

Roughly 70% of the Earth's surface is covered by our oceans, of which more than 80% remain unmapped, unobserved, and unexplored. There is a vast and diverse amount of marine life and ecosystems found in our oceans - those both discovered and researched, and those still wading in the depths. Summer Springboard's course in Marine Biology will offer students the opportunity to explore these various marine life and ecosystems, and more, through quality instruction and hands-on activities. Students will explore the anatomy of select marine life, learn about the different habitats they live in and the ways their ecosystems interact, study various threats facing our oceans and marine life today, and hear from leading experts in the field.

Students in this course will be introduced to the fundamental mathematical concepts that underpin machine learning. They will learn how to use math to design algorithms and select parameters, as well as the use of data analytics to analyze, visualize and interpret data.

Some Knowledge of Python or Java needed.

Explore the dynamic and versatile field of Mechanical Engineering in the heart of Michigan, a state renowned for its auto manufacturing industry, heavily reliant on mechanical engineers for the design and production of automobiles and auto parts. Join our two-week program at The University of Michigan, renowned for hosting one of the world's top mechanical engineering programs, and immerse yourself in the realm of engineering, innovation, and problem-solving.

Quantum computing is going to revolutionize the field of technology over the next decade. What is quantum computing? It is a rapidly-emerging technology that harnesses the laws of quantum mechanics to solve problems that are too complex for classical computers. The tools being used in this field were just imagination three decades ago. Superconducting quantum processors are being designed by companies like IBM to build superconducting quantum processors that will supply quantum computing speed and capacity that will change the world. This course will help prepare the next generation of students with the quantum knowledge and skills. This course will introduce key quantum computing concepts, like superposition and entanglement. Students will also explore quantum phenomena and applications. They will learn from curriculum designed by leading experts in academia and the quantum computing industry.

Extended Reality (XR) is no longer science fiction - it’s quickly becoming part of our modern day reality, with diverse applications across an array of industries. An umbrella term, Extended Reality (XR) encapsulates Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR), and everything in between. Extended Reality (XR) technology creates an immersive experience that can be used to explore an environment that helps to educate and entertain the end user. While its applications in the gaming industry may primarily come to mind when people think about XR, its applications have been expanding in recent years to the healthcare, education, entertainment, and automotive industries - among many others - with more to come. As XR is continuing to become more present in our daily and professional lives, the job market is only increasing its demand for its varied development and design skills. There's no better time to start preparing for this inflection point than with Summer Springboard’s Extended Reality (XR) course on the campus of UCSD.