Embedded, IoT & Hardware

Semiconductor Design Engineer (VLSI)

Semiconductor Design Engineer (VLSI) by EduNayan is a comprehensive Embedded, IoT & Hardware program designed to take you from foundational concepts to advanced practical implementation. Through hands-on projects, real-world case studies, and structured guidance, you will master the key tools and methodologies required to succeed in this industry.

4.0
(Learner feedback)
Certificate Included
Advanced
Online

Certificate Included

Industry recognized completion certificate

Advanced

Structured learning path with guided delivery

Online

Flexible learning modes for working learners

3 Capstone Projects

Portfolio-ready hands-on builds

Expert Mentors

Instruction from working professionals

Placement Support

Career help for interviews and roles

Enroll Today
Semiconductor Design Engineer (VLSI)
Advanced - Online
What's Included
Capstone projects
Industry certificate
Expert mentorship
Placement assistance
Lifetime access
Community support
2.4K+
Students
4.8★
Rating
95%
Placed

About the Course

Semiconductor Design Engineer (VLSI) by EduNayan is a comprehensive Embedded, IoT & Hardware program designed to take you from foundational concepts to advanced practical implementation. Through hands-on projects, real-world case studies, and structured guidance, you will master the key tools and methodologies required to succeed in this industry.

Build a solid foundation in Semiconductor Design Engineer (VLSI)
Practice with Verilog and ASIC Flow
Work through detailed project work in applied labs
Learn in Online mode
Follow a structured Advanced learning path
Apply concepts in portfolio-ready assignments
Prepare for interviews and real-world projects
Earn a verifiable certificate on successful completion

Course Curriculum

Module 1: Digital VLSI Architectures
4 topics
  • Combinational & sequential circuit synthesis models
  • RTL design best practices Verilog
  • Arithmetic unit architectures (Adders, Multipliers)
  • Design clock domains crossing basics
Module 2: Verification Environments SV
4 topics
  • Creating testbenches structures simulation
  • Functional coverage definitions assertions
  • SystemVerilog interfaces models setups
  • UVM (Universal Verification Methodology) basics
Module 3: Logic Synthesis Constraints SDC
4 topics
  • ASIC synthesis tools command configurations
  • Defining input/output delays constraints SDC
  • Managing clock definitions constraints
  • Optimizing netlists configurations area power
Module 4: Physical Design Floorplanning
4 topics
  • Floorplan aspect ratios coordinates definitions
  • Power planning grid configurations designs
  • Placement configurations cells timing optimizations
  • Static Timing Analysis (STA) verification
Module 5: CMOS Layout & EDA Verification
4 topics
  • CMOS layout techniques rules patterns
  • Design Rule Checking (DRC) check configurations
  • Layout Versus Schematic (LVS) verification checks
  • Electromigration mitigation configurations layout
Module 6: Design for Testability (DFT) & Packaging
4 topics
  • DFT scan chains insertion configurations
  • Boundary Scan and BIST systems architectures
  • Silicon packaging technologies trends
  • Post-silicon validation testing processes

Hands-On Projects

Build 4 production-grade projects for your portfolio

UART Transmitter/Receiver Core

Implement a practical project around UART Transmitter/Receiver Core in Semiconductor Design Engineer (VLSI) using Verilog and ASIC Flow to build portfolio-ready solutions.

VerilogASIC FlowFPGA

Standard Cell Layout Library

Implement a practical project around Standard Cell Layout Library in Semiconductor Design Engineer (VLSI) using Verilog and ASIC Flow to build portfolio-ready solutions.

VerilogASIC FlowFPGA

FPGA Integrated Circuit Prototype

Design and program hardware firmware using C/C++ or microcontrollers to interface with sensors and transmit telemetries over network protocols.

VerilogASIC FlowFPGA

Your Certificate

Earn an industry-recognized certificate upon completion

Completion Reward

Official certificate for Semiconductor Design Engineer (VLSI)

A shareable completion certificate is issued when you finish the course requirements successfully. Use it on LinkedIn, portfolios, and job applications.

Verified completion record
Shareable credential ID
Portfolio and LinkedIn ready
Recognition for career growth
Semiconductor Design Engineer (VLSI) certificate template
AICTE Recognised
Certified by government-approved bodies
Globally Accepted
Shareable on LinkedIn & portfolios
Verified Credential
Tamper-proof with a unique ID

Student Reviews

4.0
Course Rating
5★
84%
4★
11%
3★
5%
SK
Suresh Kumar
Specialist

The Semiconductor Design Engineer (VLSI) course at EduNayan was a turning point for me. The practical curriculum and mock interview support gave me the tools to build actual solutions.

DS
Divya Sri
Specialist

Hands-on labs and direct mentorship in the Semiconductor Design Engineer (VLSI) program were incredibly helpful. It is fully aligned with modern industry trends.

Frequently Asked Questions

Quick answers about the course

What will I learn in the Semiconductor Design Engineer (VLSI) course?

In this program, you will gain hands-on expertise in Semiconductor Design Engineer (VLSI), covering core theoretical foundations, tool setups, practical exercises, and portfolio-grade capstone projects.

Do I need prior experience to enroll?

No, this course is structured to guide you from basic concepts up to advanced implementations. Having a fundamental understanding of logical thinking is helpful.

Will I receive a certificate?

Yes, on successfully completing the course requirements and capstone projects, you will receive an industry-recognized completion certificate from EduNayan.

What kind of support is available during the course?

You will have access to expert mentors for doubt clearing, step-by-step lab guidance, and dedicated support channels for troubleshooting project errors.

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