Skip Navigation
Search

Transform ideas into reality with digital design and 3D printing.

This one-week pre-college summer program offers students an immersive experience in the fundamentals of engineering through hands-on activities and projects. You will work with hand tools, learn the basics of 3D printing, and engage in practical problem-solving to design, build, and test your own creations. 

Guided by experienced instructors, you will develop critical thinking, collaboration, and technical skills, providing a strong foundation for future studies in engineering and design.

What you will learn:

  • Safe and effective use of hand tools. 
  • Basics of 3D printing, digital design, electronic components and circuitry.
  • Problem-solving and design thinking principles. 
  • Teamwork and collaboration in a hands-on environment.

Prior experience is not required—just a curiosity for how things work and a passion for creating!

2025 Pre-College Summer

DATES

Session 3: July 20-25, 2025
Session 4: July 27-Aug 1, 2025

COSTS
Program fee: $2,250 
Application fee: $45

APPLICATION DEADLINES
Early action:*  March 7, 2025
Application closes: May 30, 2025

*Apply by the early action deadline and receive a $100 discount on the program fee.

APPLY NOW

 

 

PCS student holding 3D model

Experiential Learning

Design and Build a Bluetooth Speaker 

You will design, assemble, and customize a fully functional Bluetooth speaker, integrating engineering principles with creativity and hands-on skills. 

Project Steps:

  1. Introduction to Electronics: Learn the basic components of a Bluetooth speaker, including the circuit board, speaker drivers, and power source. 
  2. Design Thinking: Create a custom speaker faceplate tailored to their style and functional needs using design software.
  3. 3D Printing: Print your speaker faceplates and/or accessories, incorporating considerations for acoustics and durability. 
  4. Tools: Use hand tools to assemble and secure internal components, practicing precision and safety. 
  5. Assembly & Testing: Test your speakers, troubleshoot issues, and fine-tune performance. 
  6. Creative Customization: Personalize your speakers with finishes, colors, or additional design elements.

INSTRUCTORS

Leana Grotz headshot

Leana Grotz, MS

Leana co-teaches MEC 225, bringing her expertise in mechanical engineering to the classroom. She holds both a bachelor's and a master's degree in mechanical engineering and is a proud alumna of the WISE (Women in Science and Engineering) program. In addition to her teaching role, she mentors freshmen in WISE courses, supporting their academic and professional growth. Leana also played a key role in the development of CEAS’s first collaborative space, where this pre-college program course is held, creating an environment that fosters hands-on learning and innovation. Outside of work, she loves to express her creativity through painting and sculpting, adding an artistic touch to her already impressive skill set.

Joseph Schurz headshot

Joseph Schurz

Joseph is the Supervisor of the CEAS Support Shops, where he manages the operations and resources that support hands-on learning for engineering students. He also instructs MEC 225: Fundamentals of Machining Practices, teaching students essential machining skills through practical, real-world experience. Outside of his professional role, Joseph is a car enthusiast and spends his free time building custom Mustang cars, combining his passion for engineering with his love for automotive design.

Ready To Take the Next Step?

Join us for SBU Pre-College Summer!

Apply Now    Request Information