Four learning pillars
From the workbench to the field
UAS engineering
Airframe design, structures, propulsion, batteries and electronics.
Flight operations
Pre-flight planning, airspace rules, safe operations and maintenance.
Autonomy & AI
Flight controllers, sensors, autonomous navigation and onboard data processing.
Applications
Mission design for agriculture, survey, inspection and emergency response.
DGCA Remote Pilot Certificate pathway
From first flight to certified remote pilot
Certification training is delivered with DGCA-authorised Remote Pilot Training Organisations; we integrate it into the academic programme.
1
Foundations
Theory, regulations and airspace awareness.
2
Simulator
Control skills and emergency handling.
3
Practical flying
Supervised flight training at an authorised RPTO.
4
Certification
Remote Pilot Certificate and instructor-development options.
Centre for Autonomous Systems
Grow a student aero club into a research and product lab.
We help universities plan the lab in stages — equipment, safety, faculty and projects — so it becomes a source of research, start-ups and industry partnerships.
Aero club→Teaching lab→Research lab→Product lab
Where drone skills lead
Real-world applications
Agriculture
Crop monitoring and precision spraying.
Survey & mapping
Land, urban and infrastructure mapping.
Inspection
Power lines, bridges, towers and plants.
Emergency response
Disaster assessment and medical delivery.
Logistics
Last-mile and remote-area delivery.
Launch a drone programme at your institution.
For schools, universities, government skilling missions and industry.