Ad Astra Is a Student-Run, Multidisciplinary Team Driven to Design and Build the Next Generation of Mars Rovers to Explore the Red Planet's Habitability. Students from various disciplines and technical clubs from our institution were shortlisted and handpicked based on their interest and skillset. Thus, our team comprises of 56 space enthusiasts with inquisitive minds who want to learn and work with extraterrestrial robotics in preparation for upcoming human exploration of Mars. We connect with the public digitally via our social media handles and our institution’s landing pages.
To inspire and cultivate the next generation of space explorers and scientists by establishing an accessible platform for students to engage in advanced research and development in space technology. This initiative aims to foster a community of lifelong learners and innovators equipped to shape the future of space exploration.
To design, build, and operate a rover for exploring and conducting scientific experiments on other planets. Our project advances space exploration by: Pushing Boundaries: Advancing technological frontiers in robotics. Hands-on Learning: Fostering problem-solving and collaboration. STEM Promotion: Vigorously promoting education to prepare future innovators for the challenges of space technology.
Custom-designed electronics and power systems ensuring efficient energy distribution, reliable control, and long-duration operation.
Embedded intelligence responsible for smooth motion control, adaptive terrain response, communication handling, and system safety.
.png)
Rugged and reliable mechanical structure designed for all-terrain mobility, stability, and precise manipulation in challenging environments.
Autonomous software stack enabling navigation, perception, mapping, and real-time mission planning with intuitive control and monitoring.
Scientific subsystem focused on soil sampling, environmental analysis, and detection of potential biological and chemical indicators.
Strategizes branding, digital outreach, and content creation to maximize sponsor visibility, audience engagement, and the rover's public impact across platforms.
Professor- HOD [EIE]
Power Electronics and Control Systems
Professor and Dean R&D
Robotics and Mechatronics System Design
Professor- HOD [AIDS]
AI and Communications
Senior R&D Engineer
Vehicle Dynamics
Senior Scientist
Enviromental Microbiologist
Senior Executive
Business Management
Junior R&D
Robotics and Automation
Design, build, and operate a rover capable of exploring and conducting scientific experiments on other planets, while inspiring and educating future generations of scientists, engineers, and space enthusiasts.
© AD ASTRA. All Rights Reserved.