In this hands‑on woodworking and laser‑cutting workshop, you'll learn essential fabrication and safety techniques while customizing and constructing a wooden windowsill planter. No experience necessary--just bring your curiosity and love for DIY home décor. Ages 10+, 120 minutes duration.

Welcome to the world of aerospace innovation, where creativity, teamwork and technology come together to make things fly! With expert guidance from Embry-Riddle's world-class aerospace engineering faculty, you'll learn how real engineers think, create, and solve problems. You'll explore key concepts such as: Aerodynamics, Propulsion systems, Aircraft stability and control, Computer-aided design (CAD), Structures, materials, and fabrication techniques. You'll work in engineering labs, using the tools and methods that Embry-Riddle students use to earn their degree in Aerospace Engineering and more. Discover how your passion for flight can turn into a future career. Registration begins January 12. Cancellation Policy: A $50 processing fee will be deducted from all cancellations. If a written cancellation notice is received by May 1st, the remaining balance will be fully refunded. For cancellations submitted after May 1st, 50% of the tuition cost will be forfeited. Not for college credit.

2-week residential program for in-depth robotics exploration. Students create team-based robotic designs and software development for mobile or underwater environments. Topics include AI, Machine Learning, Computer Vision, and Path Planning. Students use Fab Lab metal shop equipment for custom fabrication. Move-in June 7, program runs June 8-19.

Residential summer camp focused on microelectronics industry, cleanroom fabrication and career opportunities. Includes CAD tutorial, cleanroom experience, semiconductor materials and processes, and fabricating/testing microelectronic devices. Joint application with C-TECH2 and WEE VT programs. Participants should be interested in electrical, computer, materials science or chemical engineering.

Teens ages 12-16 will explore the world of machining and fabrication as they learn the basics of CNC machining and welding. Gain insight into the skills and safety practices used in today's advanced manufacturing careers. During the final session, you will combine your new skills to build a project to take home, showcasing your introduction to fabrication. This is an excellent hands-on opportunity for teens interested in exploring future pathways in skilled trades and technology. 3 sessions running Monday-Wednesday, 8:00 AM - 12:00 PM. Students should wear leather shoes, long pants and long-sleeved shirts. Please bring a water bottle. Room 014. Course number: CLYO-5005, ID: 158089. 1.44 CEUs.

Teens ages 12-16 will explore the world of machining and fabrication as they learn the basics of CNC machining and welding. Gain insight into the skills and safety practices used in today's advanced manufacturing careers. During the final session, you will combine your new skills to build a project to take home, showcasing your introduction to fabrication. This is an excellent hands-on opportunity for teens interested in exploring future pathways in skilled trades and technology. Course runs 3 sessions weekly (Mon, Tue, Wed) from 8:00 AM - 12:00 PM, June 22-24, 2026. Students should wear leather shoes, long pants and long-sleeved shirts are required. Please bring a water bottle. CEUs: 1.44.

The Engineering Design Lab (EDL) program will expose students to engineering, fabrication, robotics, and computation in the context of solving real world problems. Students will have access to the state-of-the-art Nolop Makerspace at Tufts with laser cutting, 3D printing, robotics platforms (Raspberry Pi and GoPiGo3), and Python programming. Week 1 focuses on developing foundation skills, Week 2 explores advanced concepts including AI/ML, computer vision, and IoT. Program includes guest speakers from industry and academia.

Residential summer camp focused on microelectronics industry, cleanroom fabrication and career opportunities. Includes CAD tutorial, cleanroom experience, semiconductor materials and processes, and fabricating/testing microelectronic devices. Joint application with C-TECH2 and WEE VT programs. Participants should be interested in electrical, computer, materials science or chemical engineering.

The Engineering Design Lab (EDL) program will expose students to engineering, fabrication, robotics, and computation in the context of solving real world problems. Students will have access to the state-of-the-art Nolop Makerspace at Tufts with laser cutting, 3D printing, robotics platforms (Raspberry Pi and GoPiGo3), and Python programming. Week 1 focuses on developing foundation skills, Week 2 explores advanced concepts including AI/ML, computer vision, and IoT. Program includes guest speakers from industry and academia.