OVERVIEW
This is a comprehensive program designed to equip you with essential knowledge and skills in digital logic design and hardware description languages. Over the next five days, you will delve into the foundational principles of digital logic, explore both combinational and sequential logic circuits, and gain hands-on experience with HDLs like Verilog.
This workshop will blend theoretical lectures with practical exercises, ensuring you have a robust understanding of digital design principles and the ability to implement and verify digital systems effectively.
By the end of the course, participants will be able to
- Design and analyze digital logic circuits using fundamental principles of Boolean algebra, combinational, and sequential logic.
- Develop and simulate digital systems using Hardware Description Languages (HDLs) such as Verilog, applying best practices in syntax, structure, and verification.
- Utilize industry standard tools like ModelSim and Quartus for simulation, debugging, and verification of digital designs.
- Apply digital design methodologies to solve real-world engineering problems through hands-on projects, collaborative exercises, and practical case studies.
Typically spans 5 days (9am to 5pm).
Nonetheless, we can customize both the program’s duration and schedule to cater to unique client requirements (e.g., compact 1-2 days workshops or extended sessions beyond 5 days).
- Graduate Engineers
- Design Engineers
- Verification Engineers
- Application Engineers
- R&D Engineers
PROPOSED OUTLINE/AGENDA
- Icebreaker & Trainer Introduction
- Program Objectives
- Overview of digital logic design
- Logic gates and Boolean algebra
- Combinational logic circuits (adders, multiplexers, encoders, decoders)
- Practical Activity: Hands-on exercises with logic gates and circuits
- Activity: Group discussions
- Sequential logic circuits (flip-flops, latches, counters, registers)
- Timing diagrams and state machines
- Design and analysis of simple state machines
- Practical Activity: Hands-on exercises with sequential circuits
- Activity: Group discussions
- Overview of HDLs
- Basic syntax and semantics
- Writing basic combinational logic in HDLs
- Simulating and testing combinational logic designs
- Practical Activity: Hands-on coding exercises in HDL
- Activity: Group discussions
- Writing sequential logic in HDLs
- Creating state machines and registers in HDLs
- Simulating and verifying sequential designs
- Practical Activity: Hands-on coding exercises for sequential logic
- Activity: Group discussions
- Introduction to design and simulation tools (e.g., ModelSim, Quartus)
- Writing testbenches and performing simulations
- Debugging and verifying HDL designs
- Physical Activity: Hands-on exercises with design tools
- Final project presentation and feedback
PROGRAM METHODOLOGY
- Hands-on Activities: Practical exercises to reinforce theoretical concepts.
- Group Discussions: Opportunities for peer-to-peer learning and exchange of ideas.
- Role Plays: Simulations of realistic situations to build practical skills.
- Feedback Sessions: Reviews and reflections to encourage improvement.
- Problem-solving Exercises: Develop critical thinking and decision-making skills.
- Experiential Learning: Learning by doing, promoting active involvement.
- Interactive Lectures: Engaging presentations by experts in the field.
- Case Studies: Real-world scenarios for learners to apply their knowledge.
- Quizzes & Tests: Regular assessments to track learning progress.
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