Makerspace Development Lead
Develop our space proposal, coordinate with the advisor and campus offices, and track equipment needs, approval steps, and launch milestones.
Diablo Valley College
Help build a makerspace at DVC with Charles Sun.
Join the leadership teamAll majors welcome. Beginners belong here.
Club leadership
Join the DVC Spatial Lab
leadership team.
Develop our space proposal, coordinate with the advisor and campus offices, and track equipment needs, approval steps, and launch milestones.
Plan budgets, track club expenses, and prepare funding requests for tools, materials, and activities with our advisor and Student Life.
Plan tool inventories and maintenance, and coordinate safe-use procedures, equipment access, and required training with our advisor and authorized campus staff.
Organize beginner-friendly workshops and starter projects, prepare materials with mentors, and help small teams turn ideas into working demos.
Organize meeting notes, records, and club communications.
Represent the club at ICC meetings and share campus opportunities.
Create content and promote club projects and events.
We’re building a small founding team. Responsibilities can be combined as the club grows.
Interested in a role or joining the club? Email us with your name and what you’d like to work on.
llt30555@gmail.comOur direction
Collaborate on practical builds and share tools. Work toward a dedicated student workspace where ideas become prototypes and students learn together.
Explore circuits, sensors, Arduino robotics, and computer vision through hands-on projects with guidance from Charles Sun. Move from a first demo to a working prototype.
Can a robot remember a space and navigate it after things move?
Start with mapping and navigation in simulation. Compare spatial memory against a baseline, and work toward reproducible experiments, an open-source demo, and a student research paper.
Charles Sun is an electronics instructor at Diablo Valley College and faculty advisor to DVC Spatial Lab. His interests span mobile robotics, embedded hardware, and practical experimentation.
Alongside teaching Electronics I, he participates in the HomeBrew Robotics Club community, sharing technical observations and project findings that connect electronics, software, and physical systems.
Teaches EET-116, Electronics I. The Summer 2026 schedule includes a section serving the Tesla Test and Control cohort, placing electronics instruction within an applied technical training context.
Set up and operated an EarthRover Zero using cellular teleoperation. Documented its controllers, GPS, IMU, cameras, and communications hardware, and shared observations on system behavior and software limitations with fellow robotics practitioners.
Supporting a student-led maker community through electronics and robotics projects, practical workshops, and faculty guidance.