Build Industry-Ready Skills and Step into the Semiconductor Industry with ChipEdge’s Hands-On VLSI e-Internship Program

Empowering the Next Generation of VLSI  Engineers!

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Start Date

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Duration

4 Months

Training Type

Live Online Classes

Designed for

  • 4th-year B.Tech ECE students in their 7th and 8th semesters.
  • Students aspiring to build a career in VLSI design and verification.
  • Those with experience in digital design, Verilog HDL, and design verification.

More About The E-Internship

About the Program

Program Fees

Who Should Join

Tools and Resources

About the Program

Our Flexible e-Internship in VLSI Design and Verification is an industry-oriented, 4-month online program tailored for 4th-year B.Tech ECE students. This program provides a perfect blend of self-paced learning, scheduled doubt-clearing sessions, and hands-on project work, giving students the flexibility they need while equipping them with real-world skills.

  • Duration: 4 Months (Flexible completion within 120 days)/li>
  • Format: Self-paced Internship, Learn at your own pace within the 4-month duration

Program Fees

₹15,000

₹15,000 Only for 1st 25 Students

  • Affordable pricing for students, with group discounts available.

Why Should Join

  • 4th-year B.Tech ECE students in their 7th and 8th semesters.
  • Students who aspire to build a career in VLSI design and verification.
  • Those seeking hands-on experience in digital design, Verilog HDL, and design verification.

Tools and Resources

  • EDA Playground (open-source), ModelSim, QuestaSim (as needed).
  • Resources Provided: Study materials, Verilog examples, project guidelines, and access to digital design references.
  • Support: Scheduled doubt-clearing sessions and Q&A with expert instructors.

Why Choose Our E-Internship Program ?

Our Flexible e-Internship in VLSI Design and Verification is an industry-oriented, 4-month online program tailored for 4th-year B.Tech ECE students. This program provides a perfect blend of self-paced learning, scheduled doubt-clearing sessions, and hands-on project work, giving students the flexibility they need while equipping them with real-world skills.

Learn with industry-standard tools like ModelSim and QuestaSim, while gaining skills directly applicable to VLSI design roles.

Comprehensive Curriculum

Gain in-depth knowledge of advanced digital design, Verilog HDL, and design verification through a structured learning path.

Hands-On Project

Gain in-depth knowledge of advanced digital design, Verilog HDL, and design verification with a structured learning path.

Flexible Learning

Learn at your own pace within the 4-month duration. Weekly doubt-clearing sessions ensure you’re never stuck, even with a flexible schedule.

Industry- Relevant Skills

Learn with industry-standard tools like ModelSim and QuestaSim, while gaining skills directly applicable to VLSI design roles.

Student Benefits

Real-World Experience

Industry-Aligned Skills

Mentorship and Guidance

Flexible Learning Schedule

Learning App

Certification & Project Portfolio

Curriculum - E Internship Design Course

  • Topics Covered: Advanced logic design, FSM, counters, and timing analysis.
  • Learning Mode: Self-paced learning with scheduled doubt-clearing sessions.
  • Suggested Weekly Schedule: 4 hours of study, plus periodic sessions with industry professionals to clear doubts and discuss the latest trends.
  • Goal: Build a strong foundation to prepare for Verilog HDL.

  • Topics Covered: Verilog syntax and semantics, modeling techniques (behavioral, dataflow, structural), simulation, and basic verification concepts.
  • Learning Mode: Guided learning with hands-on coding assignments and weekly mentor reviews.
  • Suggested Weekly Schedule: 5–6 hours of practice with regular feedback sessions to strengthen coding proficiency and design understanding.
  • Goal: Gain practical command over Verilog HDL and learn how to simulate and verify digital designs effectively.

  • Topics Covered: Testbench architecture, stimulus generation, functional coverage, debugging techniques, and verification planning.
  • Learning Mode: Mentor-led project sessions combined with self-paced exercises on real-world verification problems.
  • Suggested Weekly Schedule: 6 hours of focused project work, along with guided code reviews and peer discussions.
  • Goal: Master the fundamentals of verification flow using Verilog and develop confidence in identifying and resolving design bugs.

  • Topics Covered: Comprehensive verification of a UART design using Verilog — from environment setup to functional validation and final reporting.
  • Learning Mode: Fully project-driven, with one-on-one mentor guidance and weekly progress reviews.
  • Suggested Weekly Schedule: 8–10 hours dedicated to coding, debugging, and documentation.
  • Goal: Apply all learned concepts in a real-world verification project, demonstrating industry-ready skills and an end-to-end understanding of the verification process.

For Queries

e-internship@chipedge.com
080474 94767
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