Nano & Micro Credit Courses In EV, UM & Drone Technologies

Autonomy in Motion: Courses That Drive & Fly Innovation

Explore cutting-edge programs in Electric Vehicles, Urban Mobility and Drone Technologies designed to power the future of smart mobility and aerial innovation. Gain hands-on experience with EV powertrains, battery systems, and charging infrastructure, alongside in-depth training in drone assembly, flight control, and payload integration. From MATLAB simulations to real-world quadcopter calibrations, these industry-aligned courses blend theory with practical application. Whether you’re building the next-gen EV or launching a drone startup, our modular, credit-based curriculum equips you with the skills to innovate, simulate, and lead in fast-evolving tech sectors.

Nano Credit Courses in EV, UM & Drone Technologies

Introduction to Electric Vehicles

Overview of EV components – battery packs, motors, controllers; simulation using MATLAB/Simulink

  • 🕒 15 Hours
  • 🎓 0.5 Credit
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Battery Management System (BMS) Basics

Understanding battery architecture, thermal management, charging cycles; basic BMS modeling

  • 🕒 30 Hours
  • 🎓 01 Credit
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Introduction to Drone Technologies

Covers drone types, aerodynamics, and regulations (DGCA); practical sessions on assembling quadcopters

  • 🕒 30 Hours
  • 🎓 01 Credit
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Remote Sensing and Payload Integration

Attaching payloads like cameras/sensors and understanding telemetry

  • 🕒 30 Hours
  • 🎓 01 Credit
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EV Charging Infrastructure Fundamentals

Introduction to slow/fast charging types, grid integration, safety protocols

  • 🕒 30 Hours
  • 🎓 01 Credit
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Micro Credit Courses in EV, UM & Drone Technologies

EV Powertrain Design and Simulation

Motor drive control, inverter modeling, regenerative braking using MATLAB & Simulink

  • 🕒 60 Hours
  • 🎓 02 Credit
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Drone Flight Control and Calibration

PID tuning, GPS-based flight programming using Mission Planner, Pixhawk setup, and field testing

  • 🕒 60 Hours
  • 🎓 02 Credit
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Energy Storage Systems for EVs

Lithium-ion battery cell testing, SoC/SoH calculations, thermal design

  • 🕒 90 Hours
  • 🎓 03 Credit
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Data Science in Drone (Garuda)

GIS mapping, drone photogrammetry, AI-based object detection using drone footage

  • 🕒 90 Hours
  • 🎓 03 Credit
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Entrepreneurship Opportunities for Drone Pilots and Drone Engineers (Garuda)

Focuses on drone-specific entrepreneurship pathways including agri-surveillance, infrastructure inspection, logistics, and event aerials. Covers business planning, licensing, DGCA drone registration, and startup funding opportunities. Learners draft a business plan and go-to-market strategy for a drone-based enterprise.

  • 🕒 90 Hours
  • 🎓 03 Credit
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UAS: Safety, Rules and Ethics (Garuda)

Introduces Unmanned Aerial Systems (UAS) operating protocols, with focus on DGCA guidelines, airspace classification, NPNT (No Permission No Takeoff), and safety management systems. Emphasizes ethical considerations in drone use across civilian, industrial, and defense applications. Includes mock compliance drills.

  • 🕒 90 Hours
  • 🎓 03 Credit
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Drone Technolgoies (Garuda)

Provides foundational understanding of drone components, aerodynamics, propulsion systems, flight dynamics, and types of UAVs. Students engage in practical sessions on quadcopter assembly, controller calibration, and basic flight operations. Forms a core prerequisite for higher-level drone control and analytics courses.

  • 🕒 90 Hours
  • 🎓 03 Credit
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