Certification Program in Motor Drive & Control Systems

The Professional Certification Program in Motor Drive Systems & Control Systems is designed to provide comprehensive knowledge and hands-on experience in the critical components of electric vehicle engineering. Covering essential EV engineering topics, this program takes students through the essentials of motor drive systems, control strategies, and cutting-edge EV design and simulation. Students will gain in-depth insights into motor technologies, EV components, power electronics, and advanced

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Program Highlights

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<p>The Professional Certification Program in Motor Drive Systems & Control Systems is designed to provide comprehensive knowledge and hands-on experience in the critical components of electric vehicle engineering. Covering essential EV engineering topics, this program takes students through the essentials of motor drive systems, control strategies, and cutting-edge EV design and simulation. Students will gain in-depth insights into motor technologies, EV components, power electronics, and advanced control systems necessary for the future of electric mobility</p>

Leverage the prestige of IIT Guwahati

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<strong>Program certificate</strong> and <em>'Executive Alumni Status'</em> from the E&ICT Academy, IIT Guwahati

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Opportunity to attend a <strong>campus immersion program</strong> hosted by <em>IIT Guwahati</em>

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50+ Live Sessions Over 3 Months

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<li>Engage in interactive sessions led by IIT faculty and industry veterans.</li>

<li>Deep dive into advanced EV design, control systems, and embedded systems.</li>

<li>Flexible scheduling to accommodate working professionals and freshers.</li>

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Exclusive, Industry-Aligned Projects

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<li>Work on powertrain optimization and battery management systems.</li>

<li>Apply skills through EV simulations using MATLAB and SIMULINK.</li>

<li>Hands-on projects aligned with real-world industry needs.</li>

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One-on-One Mentorship </a>

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<li>Receive personalized guidance on technical challenges.</li>

<li>Get career advice from seasoned mentors and industry experts.</li>

<li>In-depth support tailored to individual learning needs.</li>

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24/7 Learning Support by DIYguru </a>

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<li>Access round-the-clock assistance for a smooth learning experience.</li>

<li>Immediate response to academic and technical queries.</li>

<li>Dedicated support team available for continuous guidance.</li>

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Learn from IIT Faculty & Industry Experts </a>

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<li>Gain insights directly from IIT Guwahati faculty.</li>

<li>Learn from industry professionals with practical experience in EVs.</li>

<li>Bridge the gap between theoretical concepts and real-world applications.</li>

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Tailored for Working Professionals and Freshers </a>

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<li>Flexible learning pathways to suit diverse needs.</li>

<li>Accommodates the schedules of working professionals.</li>

<li>Offers a comprehensive introduction for freshers entering the EV sector.</li>

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Flexible Payment Options with No-Cost EMI </a>

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<li>Access quality education with interest-free payment plans.</li>

<li>Ease the financial burden of pursuing advanced studies.</li>

<li>Multiple payment options available for added convenience.</li>

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Industry-Recognized EICT - IIT Guwahati Certification </a>

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<li>Boost your credentials with a globally recognized certification.</li>

<li>Enhance your career prospects in the EV industry.</li>

<li>Certification recognized by leading industry players and employers.</li>

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Comprehensive Career Services by DIYguru (Book Additionally) </a>

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<li>Resume building and LinkedIn profile optimization.</li>

<li>1:1 mock interviews to prepare for job opportunities.</li>

<li>Dedicated career support to enhance employability.</li>

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Specialized Training from Tadpole Projects & EVI Technology Professionals (Book Additionally) </a>

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<li>24 hours of additional training focused on EV embedded applications.</li>

<li>Hands-on training for EV retrofitment and practical applications.</li>

<li>Gain expertise from industry-leading professionals.</li>

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5-Day Campus Immersion at DIYguru COEs developed with L&T Edutech (Book Additionally) </a>

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<li>Experience state-of-the-art labs and facilities.</li>

<li>Network with peers and industry leaders during the program.</li>

<li>Engage in on-campus activities for a deeper learning experience.</li>

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Hardware Kit delivered at door-step Worth ₹10,000/ (Book Additionally) </a>

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<li>Receive a kit developed by DIYguru in collaboration with IIT Delhi, Tadpole Projects, and EVI Technologies.</li>

<li>Enhance your learning with practical, hands-on experience.</li>

<li>Tools included for building and testing EV components.</li>

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NEAT AICTE & ASDC Accreditation </a>

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<li>Accredited by NEAT AICTE and ASDC for high educational standards.</li>

<li>Ensures industry relevance and compliance with technical standards.</li>

<li>Recognized by employers across the EV industry.</li>

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Vast Industry Tie-Ups </a>

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<li>Leverage DIYguru's extensive network of industry partnerships.</li>

<li>Access opportunities for job placements and industry exposure.</li>

<li>Collaborations with leading automotive and EV manufacturers.</li>

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Access to emobility.careers Portal </a>

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<li>Leverage DIYguru's extensive network of industry partnerships.</li>

<li>Access opportunities for job placements and industry exposure.</li>

<li>Collaborations with leading automotive and EV manufacturers.</li>

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Admission Closes on 1st Nov

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Days Hours Minutes Seconds

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Get more information

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<p>Want to know more? Enter your information to learn more about this program from <strong>EICT - IIT Guwahati</strong>.</p>

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Career Opportunities

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Key Job Areas

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Job Roles

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Skill Sets

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Companies Hiring

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<ul><li><strong>EV Design Engineer:</strong> Creates the structural and aesthetic aspects of electric vehicles.</li><li><strong>Electric Vehicle Systems Engineer:</strong> Develops and integrates key EV subsystems including battery, motor, power electronics, and control systems for optimized vehicle performance</li><li><strong>Battery Systems Engineer:</strong> Specializes in battery management and performance optimization.</li><li><strong>Motor Drive Engineer:</strong> Focuses on motor technologies and efficiency improvements.</li><li><strong>Power Electronics Engineer:</strong> Manages the electronic systems powering EV components.</li><li><strong>Control Systems Engineer:</strong> Designs control mechanisms for vehicle stability and performance.</li><li><strong>EV Modeling Specialist:</strong> Uses simulation tools to predict and improve EV functionality.</li><li><strong>Electric Powertrain Engineer:</strong> Designs, simulates, and optimizes electric motor and inverter systems to enhance EV powertrain performance and efficiency.</li></ul>

<ul><li><strong>Modeling & Simulation (MATLAB, SIMULINK, ANSYS):</strong> Proficient in modeling electric vehicle systems using industry-standard simulation tools.</li><li><strong>Electric Motor & Drive Systems:</strong> In-depth understanding of motors systems, along with advanced drive control strategies.</li><li><strong>Battery Technology & Energy Management:</strong> Knowledgeable in battery chemistries, BMS,and energy flow modeling for optimal EV performance.</li><li><strong>Power Electronics & Inverter Design:</strong> Skilled in designing and simulating inverter-fed drive systems and power conversion circuits.</li><li><strong>EV Subsystem Modeling:</strong> Experienced in modeling key EV components such as motors,batteries, inverters, and control systems.</li><li><strong>Control Systems Engineering:</strong> Capable of developing and simulating control algorithms to manage EV dynamics, torque delivery, and stability.</li><li><strong>CAD/CAE & Structural Analysis (ANSYS): Competent</strong> in using CAD/CAE tools for mechanical design, FEA, and structural validation of EV components.</li></ul>

<ul><li>Tata Motors</li><li>Mahindra Electric</li><li>Ola Electric</li><li>Ather Energy</li><li>Ashok Leyland</li><li>Hero Electric</li><li>TVS Motor Company</li><li>Bajaj Auto</li><li>Bosch India</li><li>Hyundai Motor India</li><li>L&T Technology Services</li><li>Greaves Electric Mobility</li><li>Exide Industries</li><li>Maruti Suzuki</li><li>Sun Mobility</li></ul>

<ul><li><strong>EV Design and Development:</strong> Focus on conceptualizing and creating electric vehicle models.</li><li><strong>Battery Management and Energy Systems:</strong> Develop and model battery systems and BMS for optimal energy efficiency and performance.</li><li><strong>Power Electronics Engineering:</strong> Develop and manage inverters, converters, and related electronics for EVs.</li><li><strong>Motor Drive System Optimization:</strong> Enhance motor performance and efficiency in EVs.</li><li><strong>Control System Integration:</strong> Implement control systems to manage vehicle dynamics and stability.</li><li><strong>Vehicle Simulation and Modeling:</strong> Use software to simulate EV performance and optimize designs.</li><li><strong>EV Systems Integration Engineering:</strong> Coordinate and integrate motor, battery, inverter, and control systems into a functional EV platform.</li><li><strong>FEA & Structural Simulation for EVs:</strong> Use ANSYS and FEA tools for mechanical design and structural analysis of EV components.</li></ul><ul><li><strong>EV Design Engineer:</strong> Creates the structural and aesthetic aspects of electric vehicles.</li><li><strong>Electric Vehicle Systems Engineer:</strong> Develops and integrates key EV subsystems including battery, motor, power electronics, and control systems for optimized vehicle performance</li><li><strong>Battery Systems Engineer:</strong> Specializes in battery management and performance optimization.</li><li><strong>Motor Drive Engineer:</strong> Focuses on motor technologies and efficiency improvements.</li><li><strong>Power Electronics Engineer:</strong> Manages the electronic systems powering EV components.</li><li><strong>Control Systems Engineer:</strong> Designs control mechanisms for vehicle stability and performance.</li><li><strong>EV Modeling Specialist:</strong> Uses simulation tools to predict and improve EV functionality.</li><li><strong>Electric Powertrain Engineer:</strong> Designs, simulates, and optimizes electric motor and inverter systems to enhance EV powertrain performance and efficiency.</li></ul><ul><li><strong>Modeling & Simulation (MATLAB, SIMULINK, ANSYS):</strong> Proficient in modeling electric vehicle systems using industry-standard simulation tools.</li><li><strong>Electric Motor & Drive Systems:</strong> In-depth understanding of motors systems, along with advanced drive control strategies.</li><li><strong>Battery Technology & Energy Management:</strong> Knowledgeable in battery chemistries, BMS,and energy flow modeling for optimal EV performance.</li><li><strong>Power Electronics & Inverter Design:</strong> Skilled in designing and simulating inverter-fed drive systems and power conversion circuits.</li><li><strong>EV Subsystem Modeling:</strong> Experienced in modeling key EV components such as motors,batteries, inverters, and control systems.</li><li><strong>Control Systems Engineering:</strong> Capable of developing and simulating control algorithms to manage EV dynamics, torque delivery, and stability.</li><li><strong>CAD/CAE & Structural Analysis (ANSYS): Competent</strong> in using CAD/CAE tools for mechanical design, FEA, and structural validation of EV components.</li></ul><ul><li>Tata Motors</li><li>Mahindra Electric</li><li>Ola Electric</li><li>Ather Energy</li><li>Ashok Leyland</li><li>Hero Electric</li><li>TVS Motor Company</li><li>Bajaj Auto</li><li>Bosch India</li><li>Hyundai Motor India</li><li>L&T Technology Services</li><li>Greaves Electric Mobility</li><li>Exide Industries</li><li>Maruti Suzuki</li><li>Sun Mobility</li></ul>

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FOR ENTERPRISE

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<h5>Looking to enroll your employees into this program ?</h5>

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Inquire Now

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Program Outcomes

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EICT - IITG Certification

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DIYguru + NEAT AICTE + ASDC

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Tadpole Projects + EVI Technology

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Program Curriculum

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Module 1: EV Engineering Essentials Part I and II

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Module 2: Certification Course in Motor Technology and Drive Systems For Electric Vehicles: Design and Optimization

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<ul><li><strong>Module Description:</strong><ul><li>This module focuses on the critical elements of motor technology and drive systems for electric vehicles. It begins with an overview of electric motor fundamentals, covering key principles of operation and the types of motors commonly used in EVs. The module delves into power electronics for managing motor drives, ensuring that students understand the technical aspects needed for effective motor operation. Both conventional DC motors and induction motors are examined in depth, with discussions on motor equivalent circuits to enhance analysis skills. The course also explores the use of inverters in motor control, emphasizing their role in improving vehicle performance and powertrain optimization. Advanced motor control techniques are introduced to provide students with strategies for maximizing motor efficiency and performance.</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>Essentials of Motor Technology for EVs</strong></li><li><strong>Convention Drive Technology Systems</strong></li><li><strong>Motor Technology & Types for EVs</strong></li><li><strong>Advanced Drive Systems for EVs</strong></li><li><strong>Advanced Drive Control Systems for EVs</strong></li><li><strong>Equivalent Circuit & Inverter Fed Systems</strong></li><li><strong>Advanced Drive Control and Selection Parameters</strong></li><li><strong>Advanced Drive Control Modeling & Simulations</strong></li><li><strong>Modeling & Simulation Principles</strong></li><li><strong>BLDC & PMSM Modeling-Simulation</strong></li><li><strong>Induction & SRM Modeling-Simulation</strong></li></ul></li></ul>

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Module 3: Advanced Certification in Electric Vehicle Design and Simulation using MATLAB, SIMULINK, and QSS

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<ul><li><strong>Module Description:</strong><ul><li>This module equips students with the skills to design and simulate various EV architectures using industry-standard software like MATLAB, SIMULINK, and QSS. It covers EV powertrain modeling, energy flow, and road load analysis, focusing on factors such as aerodynamic drag, rolling resistance, and gradient forces that impact vehicle performance. The course includes in-depth analysis of inverter design, including sizing, efficiency, and thermal management strategies to enhance powertrain reliability. Students also engage in advanced Simscape modeling for electrical, mechanical, and thermal components within EV systems. Practical applications using QSS and ADVISOR toolboxes are included for vehicle design simulations and energy efficiency analysis, and battery management system (BMS) modeling and energy flow simulations help students understand battery performance under different operational scenarios</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>EV Architecture Modelling & Simulations:</strong> Vehicle Layout, Powertrain Architecture, Energy Flow Modeling</li><li><strong>Road Load Understanding:</strong> Forces Acting on Vehicles, Load Distribution</li><li><strong>Road Load Analysis:</strong> Modeling Aerodynamic Drag, Rolling Resistance, Gradient Forces</li><li><strong>Inverter Design and Modeling:</strong> Sizing, Efficiency, Thermal Management</li><li><strong>Advanced Simscape Modeling:</strong> Electrical, Mechanical, Thermal Modeling for EV Systems</li><li><strong>QSS and ADVISOR Toolbox Applications:</strong> Vehicle Design Simulations, Energy Efficiency Analysis</li><li><strong>BMS Modeling and Energy Analysis:</strong> Battery Performance Modeling, Energy Flow Simulations</li></ul></li></ul>

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Module 4: Certification Course in ANSYS Engineering for Electric Vehicles: Fundamentals to Structural Analysis

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<ul><li><strong>Module Description:</strong><ul><li>This module introduces students to computer-aided design (CAD), computer-aided engineering (CAE), and the ANSYS software suite, which is widely used in engineering design and simulation. Beginning with an overview of CAD tools, students are introduced to ANSYS’s role in EV engineering. The module covers finite element analysis (FEA) and material selection, critical for understanding EV component durability and safety. Students learn how to set up projects, handle geometry, and build CAD models for import into ANSYS. Advanced meshing techniques, boundary conditions, and load applications are taught for structural analysis, with a focus on mesh generation and analysis setup.</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>Introduction to CAD/CAE and ANSYS:</strong> Overview of CAD Tools, ANSYS for Engineering Design</li><li><strong>Fundamentals of FEA and Material Properties:</strong> Finite Element Analysis, Material Selection for EVs</li><li><strong>ANSYS Project Setup and Geometry Handling:</strong> Building CAD Models, Importing into ANSYS</li><li><strong>Meshing, Analysis Setup, and Structural Analysis:</strong> Mesh Generation, Boundary Conditions, Load Applications</li></ul></li></ul>

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<ul><li><strong>Module Description:</strong><ul><li>This foundational module offers a comprehensive introduction to electric vehicle (EV) technology, including an overview of EV components and key technologies essential to modern electric mobility. It explores the transition from internal combustion engine (ICE) vehicles to electric, highlighting key differences, benefits, and challenges in this shift. Students will gain insight into the core principles of EV design, focusing on essential subsystems and safety considerations. This module also covers the fundamentals of battery technology, examining chemistries, energy density, and charging cycles. Students learn about power electronics, including inverters, converters, and power management, and dive into the specifics of motor systems, control strategies, and efficiency optimization. Furthermore, vehicle electrification systems such as wiring, voltage distribution, and both high and low voltage components are discussed, along with the infrastructure and standards necessary for EV charging, including CCS, CHAdeMO, and fast-charging solutions.</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>Starting with EV Technology:</strong> Overview of Electric Vehicles, Components, Key Technologies</li><li><strong>Understanding ICE to EV Transition:</strong> Key Differences, Benefits, Challenges</li><li><strong>Electric Vehicle Engineering:</strong> EV Design Principles, Key Subsystems, Safety Considerations</li><li><strong>Battery Technology for EV Systems:</strong> Battery Chemistries, Energy Density, Charging Cycles</li><li><strong>Power Electronics for EV Systems:</strong> Inverters, Converters, Power Management</li><li><strong>Motor Systems for Electric Vehicles:</strong> Types of Motors, Control Strategies, Efficiency Optimization</li><li><strong>Vehicle Electrification Systems:</strong> Vehicle Wiring, Voltage Distribution, High and Low Voltage Components</li><li><strong>Electric Vehicle Charging Technology:</strong> Charging Infrastructure, Standards (CCS, CHAdeMO), Fast Charging Solutions</li></ul></li></ul><ul><li><strong>Module Description:</strong><ul><li>This module focuses on the critical elements of motor technology and drive systems for electric vehicles. It begins with an overview of electric motor fundamentals, covering key principles of operation and the types of motors commonly used in EVs. The module delves into power electronics for managing motor drives, ensuring that students understand the technical aspects needed for effective motor operation. Both conventional DC motors and induction motors are examined in depth, with discussions on motor equivalent circuits to enhance analysis skills. The course also explores the use of inverters in motor control, emphasizing their role in improving vehicle performance and powertrain optimization. Advanced motor control techniques are introduced to provide students with strategies for maximizing motor efficiency and performance.</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>Essentials of Motor Technology for EVs</strong></li><li><strong>Convention Drive Technology Systems</strong></li><li><strong>Motor Technology & Types for EVs</strong></li><li><strong>Advanced Drive Systems for EVs</strong></li><li><strong>Advanced Drive Control Systems for EVs</strong></li><li><strong>Equivalent Circuit & Inverter Fed Systems</strong></li><li><strong>Advanced Drive Control and Selection Parameters</strong></li><li><strong>Advanced Drive Control Modeling & Simulations</strong></li><li><strong>Modeling & Simulation Principles</strong></li><li><strong>BLDC & PMSM Modeling-Simulation</strong></li><li><strong>Induction & SRM Modeling-Simulation</strong></li></ul></li></ul><ul><li><strong>Module Description:</strong><ul><li>This module equips students with the skills to design and simulate various EV architectures using industry-standard software like MATLAB, SIMULINK, and QSS. It covers EV powertrain modeling, energy flow, and road load analysis, focusing on factors such as aerodynamic drag, rolling resistance, and gradient forces that impact vehicle performance. The course includes in-depth analysis of inverter design, including sizing, efficiency, and thermal management strategies to enhance powertrain reliability. Students also engage in advanced Simscape modeling for electrical, mechanical, and thermal components within EV systems. Practical applications using QSS and ADVISOR toolboxes are included for vehicle design simulations and energy efficiency analysis, and battery management system (BMS) modeling and energy flow simulations help students understand battery performance under different operational scenarios</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>EV Architecture Modelling & Simulations:</strong> Vehicle Layout, Powertrain Architecture, Energy Flow Modeling</li><li><strong>Road Load Understanding:</strong> Forces Acting on Vehicles, Load Distribution</li><li><strong>Road Load Analysis:</strong> Modeling Aerodynamic Drag, Rolling Resistance, Gradient Forces</li><li><strong>Inverter Design and Modeling:</strong> Sizing, Efficiency, Thermal Management</li><li><strong>Advanced Simscape Modeling:</strong> Electrical, Mechanical, Thermal Modeling for EV Systems</li><li><strong>QSS and ADVISOR Toolbox Applications:</strong> Vehicle Design Simulations, Energy Efficiency Analysis</li><li><strong>BMS Modeling and Energy Analysis:</strong> Battery Performance Modeling, Energy Flow Simulations</li></ul></li></ul><ul><li><strong>Module Description:</strong><ul><li>This module introduces students to computer-aided design (CAD), computer-aided engineering (CAE), and the ANSYS software suite, which is widely used in engineering design and simulation. Beginning with an overview of CAD tools, students are introduced to ANSYS’s role in EV engineering. The module covers finite element analysis (FEA) and material selection, critical for understanding EV component durability and safety. Students learn how to set up projects, handle geometry, and build CAD models for import into ANSYS. Advanced meshing techniques, boundary conditions, and load applications are taught for structural analysis, with a focus on mesh generation and analysis setup.</li></ul></li><li><strong>Module Details:</strong><ul><li><strong>Introduction to CAD/CAE and ANSYS:</strong> Overview of CAD Tools, ANSYS for Engineering Design</li><li><strong>Fundamentals of FEA and Material Properties:</strong> Finite Element Analysis, Material Selection for EVs</li><li><strong>ANSYS Project Setup and Geometry Handling:</strong> Building CAD Models, Importing into ANSYS</li><li><strong>Meshing, Analysis Setup, and Structural Analysis:</strong> Mesh Generation, Boundary Conditions, Load Applications</li></ul></li></ul>

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Skills Covered

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Proficient in MATLAB, SIMULINK, ANSYS

Electric Motor and Drive Systems Knowledge

Battery Technology Expertise

Power Electronics and Inverters

EV Component Modeling

Control Systems Development

CAD/CAE for EV Design

EV Charging Standards Knowledge

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Projects

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Comprehensive Electric Vehicle (EV) Design and Performance Analysis Using MATLAB

<p>Performed system-level modeling and simulation to evaluate key aspects of EV design, including road load forces, battery system behavior, inverter and converter performance, and hybrid EV configurations using MATLAB and Simulink.</p>

Static Structrual Analysis of Engineering Component System Using ANSYS

<p>Perform structural analysis on EV components subjected to static loads to enhance<br />reliability and safety.</p>

Advanced Motor Simulation and analysis using MATLAB and ANSYS

<p>Designing, modeling and analysis of motor systems and different motor technologies, focusing on performance characterization.</p>

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Benefits

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For Freshers

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For Professionals

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After Successfully Completion

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<ul><li>Gain specialized skills in EV motor drive and control systems.</li><li>Expand career opportunities in the EV industry.</li><li>Enhance problem-solving and analytical skills with hands-on projects.</li><li>Build expertise in industry-standard software for EV design.</li><li>Network with industry experts and professionals in the EV field.</li></ul>

<ul><li>Design and optimize electric vehicle motor drive systems.</li><li>Simulate and model key EV components (motors, batteries, inverters, BMS) for real-world scenarios.</li><li>Model EV components for real-world applications.</li><li>Apply advanced simulation techniques to predict EV performance.</li><li>Analyze and interpret EV data to optimize performance.</li><li>Develop solutions for EV-specific challenges in design and simulation.</li><li>Utilize CAD/CAE tools for structural design and analysis of electric vehicle components.</li></ul>

<ul><li>Comprehensive foundational knowledge in EV technology.</li><li>Hands-on experience with EV modeling and simulation.</li><li>Exposure to cutting-edge tools like MATLAB, SIMULINK, and ANSYS.</li><li>Opportunity to build a career in a fast-growing industry.</li><li>Real-world project experience for a strong portfolio.</li></ul><ul><li>Gain specialized skills in EV motor drive and control systems.</li><li>Expand career opportunities in the EV industry.</li><li>Enhance problem-solving and analytical skills with hands-on projects.</li><li>Build expertise in industry-standard software for EV design.</li><li>Network with industry experts and professionals in the EV field.</li></ul><ul><li>Design and optimize electric vehicle motor drive systems.</li><li>Simulate and model key EV components (motors, batteries, inverters, BMS) for real-world scenarios.</li><li>Model EV components for real-world applications.</li><li>Apply advanced simulation techniques to predict EV performance.</li><li>Analyze and interpret EV data to optimize performance.</li><li>Develop solutions for EV-specific challenges in design and simulation.</li><li>Utilize CAD/CAE tools for structural design and analysis of electric vehicle components.</li></ul>

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Mode of Learning

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<h3>Complete on-site<br>

classroom program</h3>

<p>Location: Mumbai</p>

<h3>LIVE + Recorded + Onsite +

Hardware + Workshop</h3>

<p>LIVE + Weekend on-site sessions</p>

<p>Location: Pune, Delhi</p>

<h3>LIVE + Recorded +

Hardware + Workshop</h3>

<p>Location: Global</p>

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Tools Covered

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<h2>Hardware Labs Access</h2>

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Two-Wheeler Simulator & Test Bench </h2>

The 2 Wheeler Simulator & Testbench focuses on evaluating EV battery performance, including voltage, current, discharge profiles, and capacity testing under various load conditions. It also covers Battery Management System (BMS) testing and dynamic load analysis to optimize electric bike performance and safety.

LAB 1

Learn more

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Charging Station Simulator and Test Bench </h2>

The Charging Station Simulator and Test Bench covers experiments focusing on the efficiency, behavior, and safety features of EV charging systems. It includes the measurement of voltage, current, and power consumption during charging, and tests security features like RFID and OTP-based authentication. Key areas include energy efficiency analysis, protection unit testing, and charging behavior under different conditions

LAB 2

Learn more

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EV Retrofitment Solution </h2>

The EV Retrofitment Solution manual provides guidelines for converting internal combustion engine vehicles (ICE) to electric vehicles (EV). It includes tests for system functionality, battery management, performance optimization, and safety feature integration. The manual focuses on ensuring proper installation, verifying throttle, pedal assist, and battery management systems, and conducting performance tests under real-world conditions

LAB 3

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Learn more

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Electronics & Embedded System Development KIT </h2>

The Electronics & Embedded Systems Development Kit is designed for hands-on learning with embedded systems and microcontrollers like Arduino and STM32. It covers key experiments like controlling LEDs, setting up Pulse Width Modulation (PWM) for dimming lights, serial communication, and sensor integration. Advanced projects include battery monitoring, motor control, and safety alert systems for electric vehicles

LAB 4

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Learn more

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EV In-house manufacturing & Development KIT </h2>

The EV In-house Manufacturing & Development KIT provides all the essential tools and components for building and prototyping electric vehicles, supporting the entire development process from concept to production. It includes equipment for battery monitoring, motor control, system integration, and real-time data analysis, ensuring seamless development for EV projects

LAB 5

Learn more

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Advanced Battery System KIT </h2>

The Advanced Battery System Kit is designed for developing, testing, and optimizing high-performance battery systems. It includes tools for monitoring battery health, managing thermal conditions, and ensuring efficient energy storage through load balancing circuits, thermal shutdown mechanisms, and Battery Management System (BMS) integration. This kit helps to extend battery lifespan and optimize charging cycles

LAB 6

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Learn more

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View All Hardware Labs

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<h5>Hardware Lab Attendees</h5>

<h2>Our Alumni: Shaping the Future of Innovation</h2>

Professional Certification Program in Motor Drive Systems &amp; Control Systems

Professional Certification Program in Motor Drive Systems & Control Systems