This program employs principles of mechanical engineering, electrical engineering, and computer science. Students are provided with key foundational knowledge of electronics and coding. They then apply what they learn to a series of creative challenges. Students design and assemble robotic vehicles and machines. Students will write computer code to operate their creations. These creations must pass challenges such as reacting to sound, retrieving objects, or completing a similar assigned task. Norman Wittels, who designed the program holds a BS, SM, EE, and PhD from MIT.

Experts not only provide instruction but also pointers and feedback to the students on projects. Students exercise creativity and independence and are able to learn from their successes and mistakes. Students are given autonomy, within basic parameters, to individually tackle problems through tinkering and hands-on projects. They also have the opportunity to work as a group, bonding and exchanging insights with team members.

Past students have utilized a beautiful robotics lab and the Boston Leadership Institute’s own extensive inventory of high-quality, advanced equipment. These hands-on experiences provide practical skills and real-world knowledge that prepare students for cutting-edge careers in technology and engineering.

Past field trips have taken full advantage of our Greater Boston location, featuring visits to engineering labs at MIT and WPI.

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