★ Approved by the CCE Committee, IISc Bengaluru ★ Est. 1975
CCE Home CCE-PROFICIENCE COURSES Fundamentals of electromagnetic compliance: Development to deployment for electrical product design
CCE-PROFICIENCE COURSES · AUG-DEC 2026

Online Course on

Fundamentals of electromagnetic compliance: Development to deployment for electrical product design

3:1 CREDITS ·AUG-DEC 2026

A structured online programme from IISc introduces the fundamentals of electromagnetic compatibility (EMC) and compliance standards for electrical and electronic product design.

Online IISc Grading Certificate Sat · 10 AM-1 PM Yoginder Kumar Negi, IISc
3:1
CREDITS
₹23,954
TOTAL FEE
Aug-Dec 2026
DURATION
Online
MODE
COURSE DETAILS
Fundamentals of electromagnetic compliance: Development to deployment for electrical product design
(Aug-Dec 2026)
DurationAug-Dec 2026
ModeOnline
TimingsSat 10 AM-1 PM
Credits3:1

Course at a Glance

Online
💻
SYNCHRONOUS CLASSES
Sat
🕐
10 AM-1 PM
3:1
🎓
CREDITS
CERTIFICATE
📜
IISc Grading Certificate
₹23,954
💰
TOTAL (INCL. GST)

Know the Course Instructor

Yoginder Kumar Negi

Yoginder Kumar Negi

SENIOR SCIENTIFIC OFFICER

He is currently working as a Senior Scientific Officer at SERC, IISc. He specializes in Computational Electromagnetics, focusing on fast and parallel scientific computing tools for solving complex electromagnetic problems. His research includes scalable matrix solvers, high-frequency integral equations, and antenna design using techniques such as MoM and FDTD, with applications like Radar Cross Section computation and antenna optimization.nnHe completed his Ph.D. at IISc Bangalore, M.Tech from Delhi University, and B.Tech from GGSIPU Delhi. Dr. [Your Name] serves as a reviewer for journals including ACES, IET Microwaves Antennas & Propagation, and PIERS, and was Secretary of the IEEE EPS Bangalore Chapter (2020–22).

SuperComputer Education and Research Centre (SERC), IISc Bengaluru

Objectives of the Course

The course focuses on understanding the basics of electromagnetic compatibility & immunity (EMC/EMI) and its compliance standards like FCC, CISPR requirements.

In this course, introducing the EMC design concept will be discussed, including early EMC concept, troubleshooting and modelling using EDA tools.

Case studies on radiated & conducted emissions, immunity and electrostatic discharge at the system level.

Other failure issues will be mentioned briefly. In addition, the issue of radio frequency interference at the system level will be discussed.

Course Syllabus

01

Introduction to Electrical product, EMC requirements, and compliance standard.

02

Electrical analysis at system level: Basics of E and H fields from EMC.

03

Basics and PCB layout design for signal & power.

04

Basics of EMI/EMC, Tools & Measurement setup.

05

Grounding & System Design Analysis: Checklist.

06

Components selection for EMC design & understanding system-level EMC design.

Who Can Apply & Who Can Benefit?

Who Can Apply?

  • B.Tech EEE/EC/Power Electronics/Electrical
  • Basic understanding of electromagnetics, signal integrity, voltage regulator, and system-level design

Who Can Benefit?

  • INTEL, Qualcomm, AMD, SAMSUNG, BOSCH, APTIV, MERCEDES-BENZ, CISCO, Broadcom, ISRO, DRDO, Academia

Course Fee

Fee Breakup
Aug-Dec 2026
Course Fee ₹20,000
Application Fee ₹300
GST @ 18% ₹3,654
Total (incl. GST) ₹23,954

Class Schedule

DAYS
Sat
DAYS OF CLASS
TIME
10 AM-1 PM
CLASS TIMINGS
MODE
Online
MODE OF INSTRUCTION
DUR
Aug-Dec 2026
COURSE DURATION

Reference Books

1
Electromagnetic Compatibility Engineering Hardcover
H. Ott, Illustrated (11 September 2009)
2
Introduction to Electromagnetic Compatibility
Clayton R. Paul, (2nd Edition)
3
Design for Electromagnetic Compatibility—In a Nutshell, Theory and Practice
2023

Ready to Enroll?

Apply online at iisc.online · New batches every semester