Includes Digital IC Fundamentals - Design Challenge, Digital IC Fundamentals - Flow Overview, Digital IC Fundamentals - Functional Design, Digital IC Fundamentals - Functional Verification, Digital IC Fundamentals - Logical Implementation, Digital IC Fundamentals - Physical Implementation, Digital IC Fundamentals - SystemVerilog Design, Digital IC Fundamentals - Verilog Synthesis, Digital IC Fundamentals – Packaging Systems.
Includes Digital IC Fundamentals - Design Challenge, Digital IC Fundamentals - Flow Overview, Digital IC Fundamentals - Functional Design, Digital IC Fundamentals - Functional Verification, Digital IC Fundamentals - Logical Implementation, Digital IC Fundamentals - Physical Implementation, Digital IC Fundamentals - SystemVerilog Design, Digital IC Fundamentals - Verilog Synthesis, Digital IC Fundamentals – Packaging Systems.
1. Digital IC Fundamentals - Design ChallengeThis course explains the real hardware behaviors that influence digital IC design and shows how to handle X-values, domain crossings, low-power conditions, and unreachable logic. Learners gain practical skills to build safer, clearer, and more reliable RTL that behaves correctly in real silicon.
2. Digital IC Fundamentals - Flow OverviewThis course gives a clear and practical overview of how digital ICs progress from ideas to manufacturable hardware. You’ll learn each major stage of the design flow, why it matters, and how engineering choices shape timing, power, performance, and real-world results.
3. Digital IC Fundamentals - Functional DesignThis program develops practical skill in digital IC functional design. You will explore HDLs, encodings, combinational and sequential logic, arithmetic units, memories, FSMs, and system-level structures, building the intuition needed to read, reason about, and design reliable digital hardware architectures.
4. Digital IC Fundamentals - Functional VerificationThis course provides a clear and practical path to functional verification, covering simulation, coverage, planning, UVM, transactions...
This offering includes
9 offerings
83 modules
424 lectures
Access on mobile and computer
Completion certificates for 9 of 9 offerings
71.43 hours on-demand video
6.62 MB downloadable content
866 Quiz questions
Description
1. Digital IC Fundamentals - Design ChallengeThis course explains the real hardware behaviors that influence digital IC design and shows how to handle X-values, domain crossings, low-power conditions, and unreachable logic. Learners gain practical skills to build safer, clearer, and more reliable RTL that behaves correctly in real silicon.
2. Digital IC Fundamentals - Flow OverviewThis course gives a clear and practical overview of how digital ICs progress from ideas to manufacturable hardware. You’ll learn each major stage of the design flow, why it matters, and how engineering choices shape timing, power, performance, and real-world results.
3. Digital IC Fundamentals - Functional DesignThis program develops practical skill in digital IC functional design. You will explore HDLs, encodings, combinational and sequential logic, arithmetic units, memories, FSMs, and system-level structures, building the intuition needed to read, reason about, and design reliable digital hardware architectures.
4. Digital IC Fundamentals - Functional VerificationThis course provides a clear and practical path to functional verification, covering simulation, coverage, planning, UVM, transactions...
EDA Academy is a practical learning platform for engineers in the VLSI and semiconductor industry.
We offer structured courses, technical resources, and career-focused training across all major areas of chip design and verification — from Verilog to Physical Design, from fundamentals to advanced topics.
Learn at your own pace, explore member-exclusive content, or join as an instructor to share your expertise.
Learn. Grow. Teach.
