A 6-month Industry Immersion Programme built around deep UAS engineering — aerodynamics, avionics, electronics, sensors and autonomous systems — combined with DGCA Remote Pilot Certification and industry immersion with [Partner Drone Company] that begins on Day 1.
This is Genvarsity's Industry Immersion Programme (IIP) model applied to unmanned aviation — engineering depth running alongside industry immersion that begins on Day 1, not after months of classroom instruction. A standard DGCA Remote Pilot Certificate can be completed in a matter of days, covering only the ground school and flying hours required by regulation. This track uses that certification as one of ten modules, alongside genuine engineering instruction in aerodynamics, avionics, electronics, sensors and autonomous systems, with immersion at the partner drone company running in parallel from Day 1 and intensifying into a full on-site deployment in Month 5.
Graduates understand the engineering behind the aircraft they fly. The programme builds toward running a commercial mission end-to-end: planning the flight, capturing the data, processing it, and presenting it the way a client or employer expects.
India's Drone Rules framework and the Digital Sky platform have opened commercial UAS operations across these sectors. Modules 08 and 09 of the curriculum are built directly around them.
Crop health mapping, NDVI analysis and precision spraying operations.
Photogrammetry, orthomosaics and land/construction surveying.
Power lines, telecom towers, solar farms and pipeline monitoring.
Last-mile delivery and emerging BVLOS-linked operations.
Search-and-rescue support and rapid damage assessment.
Aerial cinematography, gimbal control and production workflows.
DGCA's own regulatory minimum for Remote Pilot Certification is a 10th-class pass. Genvarsity requires a 12th-class pass with a Science stream, given the technical depth of the aerodynamics, photogrammetry and sensor-data modules from Month 2 onward.
Completed 12th Class with a Science stream (Physics & Mathematics, or Physics & Biology) from a recognised board.
Minimum age 18 at the time of RPC issuance. Candidates aged 17 may enrol, with certification issued on turning 18, per DGCA norms.
Class 2 Medical Certificate from an empanelled examiner — assistance provided during onboarding.
Valid government ID & address proof for Digital Sky / eGCA registration and UIN documentation.
Working proficiency in English or Hindi for ground school instruction and examinations.
Indian citizens, OCI cardholders and eligible international candidates may apply — international applicants should confirm visa and residency requirements with the admissions team.
Operating any drone above 250 grams for commercial purposes in India requires an RPC under the Drone Rules, 2021. The certification component of this programme is delivered in association with a DGCA-approved Remote Pilot Training Organisation (RPTO), which conducts the live flying and examination elements.
RPC examination scheduling and certificate issuance are governed by DGCA and the partner RPTO. Genvarsity coordinates and facilitates the certification process but does not control regulatory processing timelines.
Aerodynamics, avionics and electronics are taught as standalone engineering modules before any sector application is introduced. Tap any module below to expand it.
The physics governing how multirotor and fixed-wing aircraft generate lift, manage drag and remain stable in flight — the foundation every later module builds on.
The electronic and electromechanical systems that turn a frame into a flying machine — from the flight controller's sensor fusion to the motor driving each propeller.
The complete regulatory ground school required for DGCA Remote Pilot Certification, delivered alongside the partner RPTO's flying syllabus.
How an airframe is built, registered and kept airworthy — structural materials, assembly and the documentation DGCA expects.
The sensor and payload systems that turn a drone into a data-collection platform, and the embedded electronics that manage them in flight.
Mission planning software, autopilot logic and the ground control systems that let an operator manage a flight beyond manual stick control.
Turning raw flight imagery into surveyed, client-ready geospatial deliverables.
Applying the engineering and mapping foundation to the sectors actually hiring drone operators today.
Genvarsity's Industry Immersion Programme model means immersion with [Partner Drone Company] begins on Day 1 — running alongside Modules 01–08 and intensifying into a full on-site deployment in Month 5.
Converting the immersion experience and certification into a placement-ready profile, with a pathway into advanced UAS specialisations.
The programme is delivered through a network of partner organisations rather than in isolation. Partner categories are onboarded on a rolling basis; the current, named partner list is shared with applicants during the counselling process.
DGCA-approved Remote Pilot Training Organisations providing aircraft, simulators and certification infrastructure.
Access to current-generation airframes, payloads and flight-planning software for hands-on training.
Agriculture, survey, inspection and media companies who host the programme's Day-1 industry immersion.
Drone service providers, survey firms and agri-tech companies participating in the Month 6 placement drive.
The industry immersion and sector modules are built to map directly onto entry-level commercial drone roles.
Portfolio built directly from the Day-1 industry immersion and Month 5 on-site deployment.
Resume, profile and interview preparation through Month 6.
Placement drive with partner drone companies, RPTOs and service providers.
Continued access to opportunities through the Genvarsity–DiscoveHR alumni network.
Placement assistance connects graduates with partner hiring opportunities and interview pipelines. It is support, not a guarantee of employment — outcomes depend on individual performance, the RPC examination result and partner hiring requirements at the time.
The total programme fee is payable upfront. Ask the admissions counselling team about education loan options through our partner fintech network during the application process. A fee waiver is available for students who have lost both parents, or whose families are unable to support their education, assessed individually during counselling.
Yes. A 12th-class Science stream (Physics & Mathematics, or Physics & Biology) is mandatory. The advanced modules — aerodynamics, photogrammetry, GIS and sensor data — assume this foundation, even though DGCA's own RPC eligibility does not require it.
You receive a DGCA Remote Pilot Certificate (Medium category, 25kg–50kg), issued through our partner RPTO, in addition to a Genvarsity programme certificate covering the full ten-module engineering curriculum, the industry immersion and placement training.
No. We provide structured placement assistance — portfolio building, interview preparation and a Month 6 hiring drive with partner companies — but this is support, not a guaranteed job offer.
The programme fee is payable upfront and is not split into instalments. Ask the admissions counselling team about education loan options through our partner fintech network when you apply.
You can enrol and begin the programme. Your RPC will be formally issued once you turn 18, in line with DGCA's minimum age requirement for certification.
Live flying, simulator sessions and the certification exam are conducted at our partner RPTO's facility under DGCA-approved supervision; exact location and schedule are confirmed during onboarding.
Apply for the Industry Immersion Programme in Unmanned Aviation Systems and start your DGCA certification process.