EV, UM & Drone Technology Programs - Model Institute of Engineering and Technology

Electric Vehicles, Urban Mobility & Drone Technology Programs

Why Choose Our EV, UM and Drone Technology Programs?

Step into the future of mobility and aerial innovation with MIET’s cutting-edge Certificate and Diploma programs in Electric Vehicles and Drone Technology. Designed with deep industry alignment, these programs blend rigorous theory with simulation-driven learning and immersive hands-on experiences. You’ll work with live EV components, build autonomous drones, and solve real-world challenges using MATLAB, Simulink, Pixhawk, and more.

Whether you’re pioneering smart mobility or mastering autonomous flight, our programs are crafted to give you a competitive edge through project-based learning, DGCA-aligned training, and exposure to national initiatives like FAME and PM-EV. Build the skills that power sustainable innovation—on the ground and in the sky.

Introduction to Electric Vehicles
15 hours | 0.5 credits
Overview of EV components – battery packs, motors, controllers; simulation using MATLAB/Simulink.
Battery Management System (BMS) Basics
30 hours | 1 credit
Understanding battery architecture, thermal management, charging cycles; basic BMS modeling.
Introduction to Drone Technologies
30 hours | 1 credit
Covers drone types, aerodynamics, and regulations (DGCA); practical sessions on assembling quadcopters.
Remote Sensing and Payload Integration
30 hours | 1 credit
Attaching payloads like cameras/sensors and understanding telemetry.
EV Charging Infrastructure Fundamentals
30 hours | 1 credit
Introduction to slow/fast charging types, grid integration, and safety protocols.

EV Powertrain Design and Simulation
60 hours | 2 credits
Motor drive control, inverter modelling, and regenerative braking using MATLAB & Simulink.
Drone Flight Control and Calibration
60 hours | 2 credits
PID tuning, GPS-based flight programming using Mission Planner, Pixhawk setup, and field testing.
Energy Storage Systems for EVs
90 hours | 3 credits
Lithium-ion battery cell testing, SoC/SoH calculations, thermal design.
Data Science in Drone (Garuda)
90 hours | 3 credits
GIS mapping, drone photogrammetry, and AI-based object detection using drone footage.
Entrepreneurship Opportunities for Drone Pilots and Drone Engineers (Garuda)
90 hours | 3 credits
Business planning, licensing, DGCA registration, and startup funding strategies for drone-based enterprises.
UAS: Safety, Rules and Ethics (Garuda)
90 hours | 3 credits
Covers DGCA guidelines, NPNT, airspace classification, and safety drills for ethical drone operation.
Drone Technologies (Garuda)
90 hours | 3 credits
Fundamentals of UAVs with practicals in quadcopter assembly, controller calibration, and basic flight.

Advanced Electric Vehicle Systems and Powertrain Integration
320 hours | 9–10 credits
In-depth EV electronics and powertrain control with live components in the iACE lab; project-based assessments.
Drone Assembly, Navigation, and Aerial Data Operations
300 hours | 9 credits
Practical drone fabrication and aerial survey operations; DGCA regulations and flight safety included.
EV Charging Infrastructure and Energy Management Systems
300 hours | 9 credits
Hands-on in charger testing, load simulation, and integration with renewable sources; public charging station projects.

Diploma in Electric Vehicle Technology and Smart Mobility
480 hours | 18 credits
Full-spectrum EV systems training with MATLAB, CAN integration, and real kits; aligned with national EV policies.
Diploma in Drone Technology and Autonomous Aerial Systems
480 hours | 18 credits
Covers autonomous drones, AI analytics, Pixhawk-based operations; projects in agriculture, mapping, and disaster monitoring.