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DGCA & Industry Standard Syllabus

Design, Engineer & Launch Your Drone Design Program.

Master the full stack of UAV technology — aerodynamic modeling, brushless propulsion, PID flight controllers, autonomous waypoint telemetry, and photogrammetric data pipelines.

Start Learning Today Explore 8 Chapters
ARVKSP
Trusted by 50,000+ Mentees & College Labs Hands-on hardware kits + industry certification
LIVE TELEMETRY
18 SATS // 3D FIX
Battery 15.8 V
Altitude 48.2 m
Mode AUTO-NAV
Status: Active
DGCA approved, eGCA verified

Remote Pilot Certification

This is a DGCA Remote Pilot Certificate issued through the eGCA platform. It lets the holder legally operate small rotorcraft drones within visual line of sight.

Category of UAS Rotorcraft
Sub-category RPAS
Class of UAS Small
Training VLOS
Endorsed on 02 Feb 2026
Valid until 31 Jan 2036

Precision Airborne Systems Private Limited Remote Pilot Training Organisation (RPTO),Theory and practical exams both passed.

  • Issued under the Drone (Amendment) Rules 2022
  • Valid for 10 years
  • Verify any time by scanning the QR code on the certificate
  • Digitally generated through eGCA
10 yrsValid until 31 Jan 2036
Select the certificate to enlarge it.
DGCA Remote Pilot Certificate, full size
8
Intensive Chapters
34
Hands-On Lessons
360h
Practical Lab Hours
6+
Industry Verticals
Full-Stack UAV Curriculum

Engineer With Absolute Precision.

Build your engineering foundation from circuit soldering and battery thermal chemistry to configuring Betaflight/ArduPilot and running automated drone photogrammetry flights.

Aerodynamics & Airframe CAD STM32 & ESP32 Avionics GPS & Compass Calibration PID Tuning Algorithms HD FPV & Video Transmitters LiPo C-Ratings & Power Dist. Mission Planner & QGroundControl DGCA Safety & Airspace Laws
Universities & EdTechs

Turnkey Drone COE & Lab Solutions

Equip your college engineering department or online platform with comprehensive curriculum, trainer kits, and LMS-integrated grading.

  • Complete Hardware Lab Setup & Faculty Training (ToT)
  • Student Capstone Project & Internship Support
Included In Course

Unbox Your Custom Hardware Kit.

Stop watching theory on a screen. Every learner receives or works with standard commercial UAV components designed for flight durability.

3K Carbon Fiber Frame 5-inch X-Layout, 4mm Arms
F7 Flight Controller Gyro, Barometer, OSD & Blackbox
2207 Brushless Motors High Torque 2450KV Stators
4S 1500mAh LiPo 100C High Discharge Rate
View Complete Kit Specs
Drone hardware engineering kit
Flight-Tested Hardware
Core Disciplines

What You'll Master in 4 Key Pillars

A progressive syllabus structured to convert raw components into autonomous mission-ready drones.

Hardware & Avionics

Hardware & Avionics

Learn brushless motor physics, ESC commutation protocols, PDB power filtering, and solder high-reliability joints.

8 Practical Modules
Autonomous Missions

Autonomous Flights

Configure telemetry radios, set up fail-safes, geofences, and program waypoint search-and-rescue grids.

6 Mission Labs
Mapping & LiDAR

Mapping & 3D Data

Capture aerial photogrammetry, stitch georeferenced orthomosaics, and generate centimeter-accurate DEM terrain models.

10 Case Studies
Aviation Regulations

Regulations & Safety

Understand airspace zones (Green/Yellow/Red), DGCA pilot compliance, NPNT protocols, and flight risk assessments.

Certification Ready
Complete Syllabus

Course Structure — 8 Comprehensive Chapters

Step-by-step roadmap from component selection to pre-flight checklists and maiden flight tuning.

Interactive Flight Lab

Test Your Build & Find Your Track

Use our real-time flight endurance simulator or answer 3 quick questions to discover your ideal learning pathway.

13.3 MIN
Estimated Flight Endurance
Typical Quadcopter Range

Calculations reflect discharge curves (Capacity × Usable% ÷ Current Draw × 60). Detailed aerodynamics & motor efficiency curves covered in Chapter 5.

1. What area of drone technology excites you most?
Target Profiles

Designed for Curious Minds & Future Drone Engineers

Whether you're looking to launch a commercial drone startup or build your college capstone project.

Electronics Hobbyists Graduate from ready-to-fly toys to custom-soldered, configurable autonomous quadcopters.
Engineering Students Add real UAV hardware, avionics calibration, and autonomous PX4 projects to your portfolio.
AgriTech & GIS Professionals Deploy commercial mapping payloads for crop monitoring, topographical surveys, and inspections.
Drone Service Entrepreneurs Understand the core physics, maintenance, and flight operations needed to run commercial fleets.
STEM & Robotics Educators Implement structured drone labs and maker curricula aligned with modern STEM standards.
FPV Pilots & Racers Master the avionics, radio frequencies, and PID loop tuning behind championship-level drones.
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Limited Batch Seats

Start Designing Your First Drone System

Includes full curriculum access, hardware blueprints, live mentor office hours, and accredited certification.

₹24,999
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