Priya Verma
Mechanical Engineering
BITS Pilani
5.0
“The aerodynamics sessions made the numbers practical. I can now work through thrust-to-weight, motor and propeller selection, and frame balance instead of guessing when designing a drone.”
Live online · Enrolment open
Drone Technology Internship
4.76 internship reviewsBuild your understanding through live classes, practical activities, and an ESP32 drone kit you keep.
- 6 weeks
- Live classes + recordings
- ESP32 kit included
What you’ll explore
Follow the connections between drone technology, programming and a physical build through six weeks of guided learning.
- Drone systems and flight principles
- Electronics and drone hardware
- Flight control and programming
- Kit assembly, testing and a final project
Your six-week journey
6 weeks · Live online01Week 1Drone foundations & airspace
- Drone types & components
- Lift, thrust & stability
- Introduction to DGCA rules & Digital Sky
- Mission planning & waypoints
- Live quiz & airspace exploration
02Week 2Aerodynamics & virtual drone design
- Thrust-to-weight ratio
- Motor, propeller & battery selection
- Frame layouts, weight distribution & balance
- 3D modelling in Tinkercad
- Virtual flight physics experiments
03Week 3Electronics & drone hardware
- Motors, batteries, IMUs & flight controllers
- Circuit building in Tinkercad Circuits
- Power distribution, wiring & safety
- ESP32 drone architecture
- Introduction to firmware flashing
04Week 4Flight control & programming
- Gyroscope & accelerometer basics
- How a flight controller works
- PID tuning in a simulator
- Arduino IDE & ESP32 programming basics
- Modify, upload & run simple drone code
05Week 5Physical kit assembly & first flight
- Kit unboxing, assembly & safety inspection
- Mobile app connection & controls
- Sensor calibration
- Motor testing & rotation checks
- First hover, throttle control & landing
06Week 6Flight improvement & final project
- Trim & drift correction
- Basic tuning & performance improvement
- Mini drone project
- Flight demonstration video
- Final presentation, mentor feedback & career roadmap
Preview brochureKeep the details with you
Your internship, at a glance.
See the six-week plan, learning activities and program highlights in the brochure.
Download brochurePDF · 7.3 MB
From understanding to doing
Build. Test. Explain.
The program includes weekly activities, quizzes, practical submissions, and a final project presentation.
Bring your learning together in a project you can present.
Practical learning & assessment
The internship certificate is based on attendance, submissions, flight milestones, and completion of the required practical activities.
- Weekly activities and practical submissions
- A final project presentation
Your ESP32 kit & learning setup
The ₹6,999 fee includes an ESP32 drone kit that you keep. The kit is under development and is expected to be ready in October 2026.
Before enrolling, speak with the team to confirm kit delivery, class timings and equipment requirements for the batch starting 15 November 2026.
The person behind the sessions
Meet your instructor
Yash Kansal
Drone instructor · UAV & robotics engineer
Yash brings together practical UAV engineering and experience teaching drone technology. His work spans drone assembly, flight testing, controller tuning and troubleshooting, alongside workshops for students and professionals.
- UAV systems
- Flight control
- Embedded electronics
Industry & teaching experience
Product & training
Qonevo / Synergy Global
STEM and aeromodelling teaching, practical activities and lesson development.
Drone testing & support
AITMC Ventures
Flight testing, controller calibration, tuning and flight-log analysis.
Drone hardware & operations
Garuda Aerospace
Multirotor assembly, troubleshooting and agricultural drone systems.
Teaching in practice
A look at his previous in-person workshops. Your Aerocadmy internship is delivered online.
Examples of the instructor’s previous in-person workshops.
Internship learner feedback
The learner perspective.
Feedback from learners who built their foundations through Aerocadmy's live drone technology internship.
4.7/ 5
From 6 featured internship reviews
Arjun Desai
Computer Science
IIT Bombay
5.0
“I went from writing code on a screen to understanding how it affects a real flight controller. Programming the ESP32 through Arduino IDE and testing sensor behaviour made the hardware-software connection click.”
Ishi Gupta
ECE
Christ University
5.0
“The live guidance made the electronics approachable. Building the circuit, checking the power distribution, and learning wiring safety gave me the confidence to work with drone hardware hands-on.”
Vikram Singh
B.Sc. Agriculture
Vellore Institute
5.0
“Mission planning, waypoints, and the virtual flight experiments helped me see how drones can solve real field problems. The final project also gave me something concrete to explain and present.”
Simran Sharma
Electronics & Communication
BITS Hyderabad
4.0
“Assembling the ESP32 kit, calibrating the sensors, and completing the first hover made the theory memorable. The simulator practice with PID tuning helped me understand how to improve flight performance.”
Aditya Kumar
Mechanical Engineering
NIT Rourkee
4.0
“The six-week structure takes you from drone fundamentals to a working build and flight demonstration. Keeping the kit and receiving mentor feedback on the final project made the learning feel genuinely useful.”
The included kit, fee and benefits on this page apply to the live internship. Upcoming recorded courses are separate offerings. Career guidance does not guarantee employment.