Details regarding the Post Graduate diploma in eMotors, eDrives, Power Electronic and Embedded Systems with emphasis on renewable and manufacturing technologies. Course Focus: Post Graduate diploma in eMotors, eDrives, Power Electronic and Embedded Systems with emphasis on
renewable and manufacturing technologies. The course is targets young and highly ambitious electrical engineers who see
them
selves as leading innovators and entrepreneurs of tomorrow. Course Highlights:
eMotor Design Principles: This course will cover brushless permanent magnet motor technology design principles. Brushless
permanent magnet motors are reshaping the world today with their extensive use in Wind Power, Electric Vehicles, Appliances
etc. eDrive Design Principles: Various motor technologies require special design principles, hardware configuration and algorithm. This course will cover motor drive design principles for brushed, brushless, reluctance and induction motors. Power Electronics Systems: Power Electronic Systems forms the backbone of various motor drive topologies. In this course, we
will cover advances in semiconductor and power electronic component materials, converter and drive topologies etc. Algorithm Design and Development: Every great software must be developed with a well thought out algorithm. However, in real
world this is not always the case. In this course, we will cover algorithm development for
various motor drives, MCU and DSP fundamentals, and Agile principle of software development. We will also cover model based
software development tools such as VISSIM. Simulation techniques would also be covered with such tools as PSPice, Simulink,
Simnon etc. Embedded C: Embedded C forms the backbone of most of the motor drives and power electronic systems. We will cover the
principles of C programming and effective differences in programming for 8-bit vs. 32-bit micro-controllers or Digital Signal
Processors. Hardware Design Principles: In this course, we will cover circuit schematics, printer circuit board layout and assembly. The
course will also cover analog as well as digital circuit design as it pertains to motor drives, power electronics and embedded
systems. Manufacturing Strategy: For great innovations to be realized, it is essential that we focus on basic principles of manufacturing
and understand supply chain strategy surrounding an innovative product. This course will cover those and in particular build an
in-depth understanding in evaluating suppliers, processes, materials, supply chain clusters and technologies. Communication Skills: It is critical that great innovators learn to communicate well. Without essential communication skills, one
misses a great many opportunities. Therefore, this course will cover spoken as well as written English. Focus will be on technical
paper and article writing, team communication, proposal preparation etc. Project Management Principles: All great innovations need brilliant project managers. Basic principles of project management
are simple and straight forward. This course will teach what is essential and critical in managing innovations. Product Certification Standards: In this day and age, all products must achieve certain certification to be accepted. These
certification standards have evolved over last several decades and mainly focus on EMI/EMC compliance, consumer safety in
terms of fire, shock etc. Some of the key UL, IEC, TUV standards for Automotive, Medical, Consumer applications would be
covered in this course to prepare the innovator of the future for the current and future regulatory environment.
