The C1973 EV Power Train Lab, IIT Bombay, is pleased to introduce the e-Postgraduate Diploma in E-Mobility. This cutting-edge, 18-month online ePGD, designed and delivered by IIT Bombay faculty, aims to equip professionals with advanced skills in electric mobility, fostering career growth in a rapidly evolving field.

Why choose this e-Postgraduate Diploma?

This industry-focused curriculum is designed and delivered by the IIT Bombay faculty, offering participants an immersive experience with hands-on learning using the latest tools and techniques in the industry. Graduates of this ePGD will enjoy the benefits of IIT Bombay alumni status upon successful completion, with a graduation ceremony held at the IIT Bombay campus

What You’ll Learn ?

The curriculum covers core topics and electives that combine the theoretical foundations of E-Mobility with practical industry applications. These courses include:

Core Courses
● Introduction to E-Mobility
● Battery Technology for Electric Vehicles

Electives
●  Manufacturing Technologies for Electric Mobility
● Power Electronic Converters for EV Applications
● Electrical drives for EVs
● Electric Vehicle Grid Integration
● E-vehicle Styling and Design

Participants will also work on hands-on projects such as vehicle sub-system modelling, embedded controller for electric motors, simulation of power electronic systems, battery modelling techniques and degradation phenomenon, modelling and control of EV chargers, and impact assessment of EVs on grid infrastructure.

Eligibility Criteria

Applicants must hold a B.E. / B.Tech degree or a 4-year B.Sc / BS degree in a relevant domain of engineering or technology.
                                                                                                                        (Or)
Postgraduate (M.Tech / M.Sc / MS) or doctorate students in a relevant domain are also eligible. An understanding of Mathematics and Physics at the undergraduate level is required.

Learn More

This e-Postgraduate Diploma is delivered in partnership with Great Learning, our EdTech
partner. To explore more details and apply, please visit this page

Apply Now

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“For information about current openings for PhD and M.Tech students in our lab, please visit PhINLab.”

Related Specialization and Courses
Specialization : Solid State Devices

Contact Details
Email address : sarun@iitb-main
Address: Department of Electrical Engineering, IIT Bombay, Powai, Mumbai 400076, India

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The lab is equipped with (1) basic bench-top equipment like standard oscilloscope, DMM, power supply and signal generators, (2) specialized equipment like storage oscilloscopes, high-frequency mixed-signal oscilloscopes, logic analyzers, (3) computers for PCB design, SPICE simulations, and FPGA programming, etc.

The lab houses all the major electronics hardware activities of the EE department at IIT Bombay. Twelve major laboratory courses are conducted every year. Each year, about 600 undergraduate and about 200 post-graduate and Dual-Degree students do their courses in the laboratory. In addition to courses, the lab is home to all major electronics projects done by students in the EE Department.

Various technical events are housed every year in the Wadhwani lab, including electronics worskhops, competitions, training for electronics teachers, etc. The lab is actively involved in spreading electronics education through the “Virtual Labs” initiative sponsored by the Ministry of Human Resource Development, Govt. of India.

Academics:

The Wadhwani Electronics Lab caters to all of the electronics lab courses conducted by the Department of Electrical Engineering. Every academic year, about four hundered students use the lab facilities for a regular laboratory course. Apart from regular courses, the lab also supports project work related to electronics, including embedded systems, as a part of under-graduate or post-graduate projects.

As a part of the “Electronics Design lab” course, students take up challenging projects and work on them for an entire semester, from design to prototyping. Several interesting projects are completed every year as a part of academic requirement or plain tinkering.

Events:

A large number of events are organised every year in the Wadhwani Electronics Lab, with participation from IITB as well as other engineering colleges. These events include electronics workshops, Techfest competitions, training sessions for electronics education, etc. It has become a tradition for second-year students to organise electronics workshops for the fresh batch and get them started early in electronics. The workshops cover basics of robotics, android-based development, driving of a stepper motor, etc. Armed with these basic tools, interested students take it forward and build systems either as a hobby or as a part of competitions such as Techfest. 

Resources:

The Wadhwani Electronics Lab is equipped with routine low-end instruments and also some advanced instruments for special purposes. Low-end instruments include oscilloscopes, function generators, multimeters, power supplies for use in teaching second-year electronics courses. Advanced instruments are available for advanced courses, sensitive or high-frequency measurements, etc. Each set-up has a networked PC which serves to display lab sheets, data sheets, and to access internet for related information. Apart from these resources, the lab has several development boards designed in-house for educational purposes. These boards are now used extensively both within IITB and other colleges.

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Resources and Facilities

• Wide-field magnetometer based on ensemble nitrogen-vacancy centers in diamond
• Home-built confocal microscope with single photon detection and measurement capabilities
• High-end, low noise MW and RF equipment for single qubit control.

Related Specialization and Courses
Specialization : Solid State Devices

Acknowledgments

• DST-SERB
• DST-Inspire
• IITB Seed grant
• Air Force Research Lab (AFRL), USA

Contact Details
Email address : kasturis@ee.iitb.ac.in
Address : Second Floor, Main EE Building, Department of Electrical Engineering.
Phone Number : +91-22-2576 9413

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Our mission is to provide a sandbox for labs, startups and SMEs so that they don’t have to look overseas for upgrading their proof-of-concept devices to a demonstration prototype. Our vision is to foster ecosystem development for micro- and nano-technology backed sensors and device development in India.

NMPF is equipped with state-of-art microfabrication equipment and trained personnel. We have access controlled clean-rooms enabling microfabrication processes in a controlled environment, resulting in excellent reproducibility and higher yields.

The location of the facility offers a dual accessibility advantage of a well connected location, and approach to the world-class facilities already existing inside IIT Bombay. For start-up companies looking to engage IIT Bombay for consultancy in the areas of MEMS, microfabricated sensors, microfluidics etc., NMPF offers a unique add-on benefit. Now, startups or SMEs can approach IIT Bombay with a problem and walk away with an end-to-end solution and fully functional prototypes at affordable rates.

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Research Areas
The prime focus areas of EmSys Lab are as follows.

• Electronic/Embedded system design, prototyping and evaluation, starting from sensor/transducer interfacing to full system development and network of sensor nodes.
• Post-silicon validation of Analog/Digital/Mixed-Signal/RF test chips (ASICs) designed by doctoral and graduate students as part of their research thesis or dissertation.
• Signal processing, analysis and implementation for various sensing-based applications.
• AI for ASIC design, sensor nodes and networks.
• Deep learning for Signal and Data Analysis.
• Hardware-accelerated simulation.

More than 20 test ASICs designed by graduate students and Ph.D. scholars have been tested and various performance parameters of the ASICs have been measured in our lab. Several prototypes have been designed and developed using the in-house designed ASICs and sensors/transducers or commercial integrated circuits and sensors/transducers.

Resources and Facilities

• IMAGE Hardware Accelerated Verification System and 22 desktop machines from Powai Labs
• R&S 3.2 GHz RF Source Generator
• Tektronix 1GHz Mixed domain DSO
• Keysight, Tektronix and APLab Function Generators (25 MHz to 80 MHz)
• Keysight 16802A Logic Analyzer
• Keithley Source Meters
• Keysight Spectrum Analyzer (Handheld) and SRS Spectrum Analyzer
• Agilent precision LCR meter
• SRS Digital Lock-in Amplifier
• Multi-core computation cluster
• Weller Soldering Station
• Telsonic Ultrasonic cleaner
• Generic Function Generators and DSOs
• CADtools for Analog/Digital/Mixed-Signal/RF ASIC Design
• CADtools for device level simulations and modelling

Related Specialization and Courses
Specializations : Communications and Signal Processing Integrated Circuit and Systems Solid State Devices Electronic Systems

Contact Details
Name: Prof. Maryam Shojaei Baghini
Email address : mshojaei@ee.iitb.ac.in
Address : Fifth Floor, Girish Gaitonde (G.G.) Building, Department of Electrical Engineering, IIT Bombay
Phone Number : +91-022-2576-4463

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Integrated Systems Laboratory at IIT Bombay is a simulations and testing laboratory located in the first floor of the EE Annexe Building. We primarily design and test Passive and Active RF and circuits. We have EM design software like CST Microwave Studio, HFSS and Keysight ADS installed in our lab. We have several Core i7 PC’s with augmented RAM’s to enable high end computing. We are also in the process of acquiring GPU cluster based high end workstations for enabling fast EM solvers for design at mm wave frequencies. We work closely with the VLSI lab for our RFIC simulations.
We work closely with Industry and foreign Universities, with a number of our equipment funded by industry. We expect more industry participation in our research and more test facilities in future.

Research Areas

• Design, development and evaluation of Electronic and Embedded Systems.
• Prototyping of sensors and systems.
• Design of various affordable sensors, interfacing and integrating them within systems.
• Various Measurements and Testing of Analog/Digital/Mixed-Signal/RF Test Chips (ASICs) Designed by Ph.D., M.Tech and Dual Degree Students as a Part of Their Research.

Resources and Facilities
We specialize in on-chip testing, RF and Analog testing. We have extensive test and measurement facilities.

• Agilent 1GHz MSO
• N5224A PNA Microwave Network Analyzer
• Tektronix 1GHz DSO.
• Fieldfox Vector Network Analyzer
• R&S 60MHz handheld DSO
• N9010 Signal Analyzer
• R&S 2.2 GHz RF Source Generator
• Keysight N5172B Vector Signal Generator
• Tektronix and Agilent Function Generators up to 250 MHz
• R&S FSV 30 Spectrum Analyzer
• Agilent 80MHz Pulse/Pattern Generator
• PM5 probe station from Suss Microtec
• Keysight Precision LCR Meter 20Hz to 2MHz
• Oscilloscopes,Analog Signal Generators
• Keithley Source Meters and Multimeters
• Function Generators,DC source meters
• Agilent and Keithly DC power supply
• Weller Soldering Station
• Ultimaker 3D printer
• IR soil moisture measurement system
• TDR (Time Domain Reflectometer)
• Phillips Oven and Weighing Balance

List of associated students
Current students: Surya V, Apoorv D, Mohammad A.S, Vidushi G, Shambhulingayya .N.D, Khalid, Gopal P, Aftab A, Anirudh V
Alumni: Jobish John, Vinay Palaparthy, Mangesh Gurav, Meraj Ahmad, Vijay Palaparthy, Harsh Patel, Ranjith KT, Akash Mehta, Rohan Shelar, Dhiraj Tuteja

Contact Details
If you have any queries, feel free to contact the lab RAs.
Apoorv Dethe (apoorv@ee.iitb.ac.in)
Jogesh Dash (jcdash@ee.iitb.ac.in)
Address: First floor, EE Annexe Building, Department of Electrical Engineering.

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