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CERTIFICATION COURSE

Power & Embedded Electronics
Hardware Design

Master real-world hardware design, validation, and testing. From circuit concept to final prototype.

4-5 Months Duration
Validation Expert

Course Syllabus

Module 1: Fundamentals
  • Resistors, capacitors, inductors, diodes, transistors
  • Active vs. passive components behavior
  • Voltage, current, and power analysis
  • Grounding, decoupling, and filtering basics
  • Reading and analyzing electronic schematics
Module 2: Power Electronics
  • Power supply fundamentals (Linear vs. SMPS)
  • Design of buck, boost, and flyback converters
  • PWM control, MOSFET/IGBT selection
  • Transformer and inductor design basics
  • Efficiency optimization & Thermal management
  • EMI/EMC considerations
Module 3: Embedded Hardware
  • Microcontroller selection & Power supply design
  • Analog/Digital interface (ADC, DAC, GPIO)
  • Sensor interfacing & Signal conditioning
  • Embedded system safety & ESD protection
Module 4: PCB Design Basics
  • Schematic creation & Library management
  • High-current and low-noise routing
  • Thermal via & Copper thickness design
  • Design for Manufacturability (DFM) & Test (DFT)
Module 5: Component Validation
  • Datasheet understanding & parameter verification
  • Testing R, L, C and tolerance validation
  • Testing diodes, transistors, MOSFETs
  • Measuring ESR, leakage, switching parameters
  • Fault analysis and debugging methods
Module 6: Testing & Validation
  • Power-up testing procedure & safety
  • Current consumption & efficiency measurement
  • Thermal measurement using thermocouples
  • Signal waveform validation (CRO/DMM)
  • Noise, ripple, and transient response testing
Module 7: Tools & Instruments
  • Multimeter, LCR meter, Oscilloscope
  • Function Generator, DC Load, Power Analyzer
  • Soldering, desoldering, rework tools
  • Testing jigs and fixture setup
Module 8: Live Projects
  • Project 1: 12V DC Power Supply Design
  • Project 2: 5V Buck Converter with Protection
  • Project 3: Embedded Temp & Motor Control
  • PCB Layout + Validation + Live Testing Report

Career Outcomes

By the end of this course, you will be able to:

Design and validate power & embedded hardware circuits
Perform real-time performance validation using lab instruments
Test and troubleshoot electronic components and PCBs
Prepare hardware validation reports for industry use
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