Isieindia Private Limited

LiDAR	16/32/128-line LiDAR
Radar	77 GHz radar
Cameras	Multiple cameras (including omni-directional and high-definition) for visual perception
Ultrasonic sensors	For short-range obstacle detection and parking assistance
GPS and inertial measurement unit	localization and navigation.
Display and Human-Machine Interface	visualizing data and interacting with the system.

The Autonomous Vehicle Lab is a state-of-the-art facility designed to provide hands-on learning, research, and development in self-driving and intelligent mobility technologies. It enables students, engineers, and researchers to explore the integration of sensors, AI, machine learning, robotics, and control systems to build and test autonomous ground vehicles.

Key Features:

• Autonomous Vehicle Prototypes (2W/4W/RC models) equipped with LiDAR, ultrasonic sensors, GPS, IMU, and cameras

• Perception & Vision Modules using computer vision, object detection, and image processing algorithms

• Navigation & Path Planning Systems using GPS, SLAM, and obstacle avoidance algorithms

• AI & Machine Learning Integration for decision-making and behavior prediction

• ROS (Robot Operating System) & Python/C++ Based Programming Environment

• Simulation Tools (e.g., CARLA, Gazebo) for virtual testing and algorithm validation

• V2V and V2X Communication Modules for connected vehicle experiments

• Mini Test Tracks & Scaled Environments for real-time validation and testing

Applications:

• Engineering institutes, robotics & AI labs, and research universities

• R&D in autonomous driving, ADAS, intelligent transport systems, and smart mobility

• Skill development in autonomous robotics, embedded systems, and real-time control

• Ideal for capstone projects, industry-academia collaborations, and innovation hubs

The Autonomous Vehicle Lab empowers learners to shape the future of mobility by building critical skills in automation, intelligence, and advanced vehicular systems.

Battery	48V LFP battery (minimum 30Ah) with a charger.
Motor Wattage	250W
Motor Voltage	48V
Motor Speed	1000 RPM
Usage	Training

The EV Lab with AI is a futuristic learning and innovation platform that combines Electric Vehicle technology with Artificial Intelligence to develop smart, connected, and self-optimizing mobility systems. This lab enables students, researchers, and professionals to explore the intersection of EV systems with machine learning, data analytics, automation, and IoT.

Key Features:

• EV Powertrain & Subsystem Training Rigs integrated with AI-enabled data acquisition and analytics

• Battery Management System with AI for predictive maintenance, SoC/SoH estimation, and lifecycle optimization

• AI-Driven Motor Control Algorithms for adaptive torque management and efficiency improvement

• IoT & Telematics Integration for real-time monitoring, remote diagnostics, and vehicle health analytics

• Edge Computing & AI Models for autonomous decision-making and system fault prediction

• Cloud-Based Dashboard for data visualization, performance tracking, and machine learning deployment

• Simulation Tools for digital twin, AI training environments, and EV behavior modeling

Applications:

• Engineering colleges, universities, and AI & mobility research centers

• Skill development programs on EV technology, AI, data science, and smart mobility

• R&D in intelligent transport systems, predictive maintenance, and autonomous driving

• Capstone projects, startup incubation, and industry-academia collaborations

The EV Lab with AI is a cutting-edge ecosystem that empowers the next generation of engineers and innovators to lead in the era of intelligent and sustainable transportation.

Motor	BLDC Hub Motor
Motor Power	250W
Controller	48V EV Controller
Battery	Lithium-ion
Throttle & Brake System	Regenerative Braking Compatible

The EV Lab for Schools is a foundational learning environment designed to introduce students from an early age to the world of electric mobility. With a hands-on, interactive setup, this lab nurtures curiosity, promotes STEM learning, and prepares students to become future innovators and environmental champions in the field of green mobility.
Key Features of the School EV Lab:

• Miniature EV Models (2W/3W cut sections)
• Working Bicycles/E-Vehicles for Demonstration
• Battery & Motor Concept Kits (Safe, Low Voltage)
• Solar-powered Charging Models
• EV Simulation Software for Beginners
• Interactive Panels: EV Powertrain, Battery, BMS, Charging
• DIY Kits for EV assembly and project building
• Safety Awareness Modules on EVs and clean mobility

Learning Objectives:

• Understand basic EV components: motor, battery, controller, charger
• Learn working principles of electric vehicles
• Explore renewable energy integration (solar + EV)
• Encourage project-based learning through EV prototyping kits
• Develop a sense of environmental responsibility

Input Voltage	48V
Power Rating	750W
RPM	3000 RPM
Motor Controller	PWM, switching frequency, automatic self-tuning, and hardware protections
Battery Type	Li-ion batteries are prevalent

The Electric Vehicles Lab is a state-of-the-art experiential learning and research facility designed to provide hands-on exposure to electric mobility systems. It is equipped with industry-grade hardware, training rigs, and diagnostic tools to help students, engineers, and professionals understand the complete ecosystem of electric vehicles—from energy storage to drivetrain and control systems.

Key Features:

• Comprehensive EV Training Rigs (2W/3W/4W) including powertrain, BMS, motor control, and vehicle electronics

• Battery Testing & Charging Stations for safe and controlled cell/module experimentation

• Diagnosis & Fault Simulation Modules for real-time troubleshooting and maintenance training

• CAN Communication & EVCU Systems to explore advanced vehicle control and connectivity

• Cut-Section Models and 3D Visualizations for understanding internal architecture and component functionality

• IoT & Telematics Integration for smart mobility and data-driven learning

Applications:

• Engineering colleges, polytechnics, and industrial training institutes (ITIs)

• Skill development initiatives under NSQF, PMKVY, and CSR programs

• Research and development in EV systems, diagnostics, and control strategies

• EV technician and service engineer certification programs

 

The Electric Vehicles Lab prepares learners for the future of sustainable mobility by combining theoretical knowledge with practical expertise in a real-world simulated environment.

Power Supply	500W
Voltage	230V
Frequency	50Hz
Digital/Analog Meters	Includes voltmeters (DC and AC), ammeters (DC and AC), and a multifunction meter.
Capacitor	Often mounted inside the control panel
Load	Single-phase lamp load switched control

The Solar Lab is a practical and research-oriented learning environment focused on solar energy technologies. It is designed to provide hands-on training in the generation, storage, and utilization of solar power using real-time working models and testing systems. The lab enables learners to understand the core principles of photovoltaic systems and their applications in residential, commercial, and industrial settings.

Key Features:

• Solar PV Training Kits with solar panels, charge controllers, inverters, and battery systems

• On-Grid, Off-Grid, and Hybrid System Demonstrators to simulate real-world scenarios

• Solar Energy Monitoring Software for real-time data tracking and performance analysis

• Solar Street Light & Pumping Systems for rural and smart city applications

• Structure Design & Installation Modules for rooftop and ground-mounted systems

• Solar Thermal Models to demonstrate water heating and cooking technologies

Applications:

• Engineering colleges, polytechnics, and renewable energy training centers

• Skilling under NSQF, PMKVY, and CSR initiatives in clean energy

• Technician training for solar installation, maintenance, and design

• Project-based learning, innovation, and sustainable development research

The Solar Lab supports the development of future-ready professionals by equipping them with the knowledge and skills needed to drive the transition to clean, renewable energy systems.

Usage/Application	Laboratory
Chassis	4-Wheel Differential Drive Miniature Car
Processor	Raspberry Pi 4
Microcontroller	Arduino UNO
Motor Driver	L298N Dual H-Bridge Motor Driver
Power Source	Rechargeable Lithium-ion Battery Pack

The eVigyaan Connected Autonomous Vehicle (CAV) Lab is a futuristic learning environment designed especially for school students to explore the world of driverless and intelligent vehicles. This lab introduces students to the fundamentals of robotics, sensors, AI, and smart transportation through fun, hands-on experiments and projects.

Key Learning Areas

• Basics of Autonomous Vehicles
  Learn how self-driving cars work using mini robotic vehicle kits.

• Robotics & Sensors
  Hands-on with IR, ultrasonic, LiDAR, GPS, and camera-based navigation systems.

• Connectivity & IoT
  Understand how vehicles talk to each other and the environment through Wi-Fi, Bluetooth, and cloud-based systems.

• Artificial Intelligence & Coding
  Intro to machine learning, object detection, line following, obstacle avoidance, and Python/coding for automation.

• DIY Projects & Innovation Challenges
  Build and program your own autonomous robot vehicles in a fun and interactive way.

Objectives

• Spark early interest in autonomous and smart mobility

• Promote critical thinking, creativity, and problem-solving

• Encourage STEM learning through experiential education

• Lay the foundation for future careers in AI, robotics, and EVs

Ideal For

• Students from Grade 6 to 12

• STEM & Robotics Clubs

• School Innovation Councils

• ATL (Atal Tinkering Lab) Integrations

Usage/Application	Laboratory
Motor Types	BLDC Motor
Vehicle Control Unit	Powertrain & Safety System Integration
Battery Pack	Li-ion
AC EV Charger	7.4kW
EV Telematics System	GPS, Remote Monitoring

The Centre of Excellence (CoE) for Electric Vehicles is a state-of-the-art facility designed to nurture innovation, hands-on learning, and industry-driven research in e-mobility. It aims to bridge the gap between academia and the fast-evolving EV industry by providing students, researchers, and professionals with practical exposure to electric mobility technologies.

Key Features

• Battery Technology Zone
  Learn battery chemistry, pack design, BMS (Battery Management System), charging/discharging cycles, and thermal management.

• EV Powertrain & Motor Lab
  Explore motor controllers, BLDC/ PMSM/DC motors, drivetrain integration, regenerative braking, and power electronics.

• Smart & Connected EV Systems
  Hands-on with telematics, IoT integration, AI-based predictive maintenance, and vehicle diagnostics.

• Vehicle Cut Sections & Training Kits
  Visual and functional EV cut models (2W, 3W, 4W), harness routing, charger components, and controllers for real-time learning.

• Research, Simulation & Prototyping Tools
  Software suites like MATLAB/Simulink, Ansys, and embedded platforms for simulation and product design.

• EV Assembly & Troubleshooting Workstations
  Practice cell sorting, welding, assembling packs, fault detection, and maintenance.

• Green Energy Integration
  Explore solar charging, battery energy storage systems (BESS), and grid-tied solutions for sustainable mobility.

Motors	BLDC motors
Motor Wattage	750W
Motor Wattage	24V
Batteries	16000 mAh
Radio System	Transmitter and receiver for remote control
Flight Controller	A central component for controlling the drone's movements and navigation.

The Drone Lab is a cutting-edge learning and innovation facility designed to provide hands-on training, research, and development opportunities in Unmanned Aerial Vehicle (UAV) technology. This lab equips learners with the knowledge and practical skills needed to design, assemble, program, operate, and maintain drones for diverse applications including surveillance, agriculture, delivery, mapping, and defense.

Key Features:

• Multi-Model Drone Kits (quadcopters, hexacopters, fixed-wing) for assembly and flight practice

• Flight Simulation Systems for safe and immersive pilot training

• Ground Control Station Setup for mission planning, telemetry, and remote control

• Payload Integration Modules for camera systems, sensors, and delivery mechanisms

• Drone Programming & Autopilot Systems (like Pixhawk, Ardupilot) for navigation and control

• Repair & Maintenance Tools to support practical learning on drone servicing

• Safety Nets & Flying Zones for indoor test flights and skill assessment

Applications:

• Engineering colleges, polytechnics, ITIs, and drone pilot training institutes

• Skilling programs under NSQF, PMKVY, and state-sponsored tech initiatives

• R&D in drone design, AI-based navigation, and autonomous flight systems

• Use-case-based training in agriculture, surveillance, disaster response, and logistics

 

The Drone Lab fosters innovation, entrepreneurship, and career-ready skills in UAV technology, supporting India’s rapidly growing drone ecosystem.

Engine Type	4-cylinder & 6-cylinder Diesel
Instrumentation	RPM, temperature, pressure, emission monitoring
Manual Gearbox	6-speed cut-section gearbox
Clutch System	Single plate
Heavy Vehicle Suspension Types	Leaf Spring, Air Suspension & Shock Absorber models
Usage	Lab

The Medium & Heavy Vehicle Lab is a specialized training and research facility tailored to provide in-depth knowledge and hands-on experience in the servicing, maintenance, and systems operation of commercial vehicles such as trucks, buses, and heavy-duty transport vehicles. This lab is aligned with automotive industry standards and focuses on both traditional and electric vehicle technologies.

Key Features:

• Cut-Section Models of engines, transmissions, axles, braking systems, and steering mechanisms

• Live Working Rigs for air brake systems, suspension, fuel injection, and gearboxes

• Heavy Vehicle Diagnostic Tools for real-time fault detection and parameter monitoring

• EV Integration (Optional) including electric drivetrain, high-voltage systems, and battery packs for e-buses and e-trucks

• Hydraulic and Pneumatic System Trainers for commercial vehicle applications

• Safety & Emission Modules to train on modern compliance standards (BS-VI, EV norms)

Applications:

• Automotive training institutes, ITIs, polytechnics, and engineering colleges

• Commercial fleet operator training and upskilling programs

• R&D and curriculum-based practicals on heavy vehicle technology

• Skilling under NSQF, PMKVY, and industry-led programs

 

The Medium & Heavy Vehicle Lab bridges the skill gap in the commercial automotive sector, preparing learners for real-world maintenance, servicing, and diagnostics of modern-day heavy vehicles.

BLDC Motor	10kW
Controller	FOC
Battery	Li-Ion Battery Modules
Battery Voltage	48V
Usage	Industry

The Centre of Excellence in EV Lab for Industry is a state-of-the-art facility designed to empower industries, startups, and R&D teams with advanced infrastructure, tools, and technical expertise required for developing, testing, and validating electric mobility solutions. It serves as a collaborative platform where innovation, skill enhancement, and product development converge to accelerate the EV revolution.
Key Infrastructure & Capabilities:

• EV Powertrain Testing Benches (2W/3W/4W)
• Battery Pack Assembly & Testing Workstations
• BMS Calibration and Diagnostics Tools
• Motor Controller Tuning & Dyno Testing Setups
• DC Fast Charging Station (15kW – 30kW)
• Thermal Management Testing Unit
• Battery Pack Simulation & Environment Chamber
• Telematics & IoT Integration Setup for Smart Mobility
• Vehicle Cut Sections & Interactive Models
• Electrical Safety & High Voltage Lab Setup

Objectives

• Enable industry-level EV prototyping and product testing.
• Support MSME and startups in electric mobility to develop and validate their technologies.
• Offer industry-specific training programs to engineers and technicians for EV design, servicing, and diagnostics.
• Facilitate R&D collaborations with OEMs, battery manufacturers, and charging solution providers.
• Act as a testing and demonstration center for innovative EV components and subsystems.

Motor Types	BLDC Motor
Battery Pack Assembly	Lithium-ion
Object Detection	AI Model Training
Traffic Sign Recognition	Pre-trained ML Models
Programming	Python
Cloud Platforms	AWS

The EV Lab with AI is a cutting-edge facility that integrates the power of Electric Vehicles and Artificial Intelligence to drive innovation in smart mobility. It enables students, researchers, and industry professionals to explore the intersection of e-mobility, machine learning, data science, and automation—creating intelligent, connected, and efficient transportation solutions.
Why EV + AI?

• Future EVs are connected, autonomous, and intelligent
• AI enables predictive maintenance, route optimization, smart charging, and more
• Prepares talent for next-gen roles in Autonomous Vehicles, Smart Fleet Management, and EV Data Analytics

Core Objectives:

• Fuse AI and Data Science with EV engineering
• Enable predictive analytics for batteries, motors, and controllers
• Develop smart algorithms for EV range estimation and driver behavior analysis
• Simulate and test real-world mobility problems using AI models
• Foster student-driven research and innovation in intelligent transport