The Advanced Digital Design Training is a 3-week instructor-led program designed to provide participants with comprehensive knowledge of digital design principles.

The course covers both combinational and sequential design with extensive hands-on exercises. Participants will solve over 300 problems, ensuring they gain a deep understanding of design concepts, problem-solving skills, and practical application.

This training is ideal for engineers looking to strengthen their digital design fundamentals, improve problem-solving efficiency, and prepare for VLSI design and verification roles.

Key Topics Covered

• Combinational Design

  • Boolean algebra, minimization techniques, and logic synthesis

  • Multiplexers, decoders, encoders, and arithmetic circuits

• Sequential Design

  • Flip-flops, latches, counters, and registers

  • FSM design (Mealy & Moore machines)

  • Timing analysis and clocking strategies

• Problem-Solving & Exercises

  • 300+ problems covering all combinational and sequential aspects

  • Hands-on implementation and verification exercises

• Design Optimization Techniques

  • Area, timing, and power considerations

  • Best practices for digital design

Learning Outcomes

By the end of this course, participants will:

• Gain mastery of combinational and sequential digital design concepts

• Solve complex design problems efficiently

• Develop skills for designing optimized digital circuits

• Be well-prepared for VLSI design, verification, and interview challenges

Course Duration

3 Weeks / Intensive Instructor-Led Training

Who Should Enroll?

• Students and freshers aiming to strengthen digital design fundamentals

• VLSI Design Engineers focusing on RTL and logic design

• Professionals preparing for digital design interviews or competitive exams

• Engineers looking for hands-on problem-solving practice in digital design