Design, build, and transmit data from a functional CubeSat — with a real ground station on the receiving end.
Build a functional CubeSat and work with a real ground station setup.
WHAT STUDENTS WILL BUILD
WORKSHOP CHALLENGE
[PLACEHOLDER — Yogesh confirmed a challenge exists for this workshop but specific judging criteria not yet provided (e.g. successful data transmission to ground station, structural design quality, fastest working build). Do not publish invented criteria — hold this section as a placeholder until confirmed.]
DAY AGENDA
Subsystems Theory & Structure/EPS Build
What a CubeSat is, how student satellites work and are built
Overview of the four core subsystems: EPS, OBC, COMS, ground station receiver
Designing and building the CubeSat's physical structure
Building and testing the EPS
OBC/COMS & Ground Station Testing
Integrating the Onboard Computer (OBC)
Building and testing the Communication PCB (COMS)
Working with Delta V's own ground station software
Live test: transmitting real data from the CubeSat to the ground station receiver
Workshop Challenge + team demos + certificate distribution
WHO SHOULD ATTEND
ECE / EEE / CSE / Mechatronics students
EQUIPMENT & REQUIREMENTS
Provided by Delta V: Complete CubeSat kit — structure components, EPS board, OBC board, COMS PCB, ground station receiver PCB and software.
Required from college: Projector, team seating/tables, power points, laptop per team.
SAMPLE CERTIFICATE
RECOGNITION & REWARDS
Every student who completes the workshop receives a Certificate of Completion.
Each workshop closes with a team competition, judged on tasks specific to that workshop (see "Workshop Challenge" above). The top 3 teams receive:
- A Certificate of Excellence
- A scholarship toward a Delta V flagship course
- Development boards and electronics kits from Delta V's own product line
FAQS
CONTACT US
Have questions about this workshop? Reach out directly:
Phone: 7020139222 (Yogesh Bawane) · 9058192559 (Madhav Agarwal)
Email: deltav.admin@gmail.com
