This course introduces FPGA-based digital system design using industry-standard tools and methodologies. It covers HDL coding, simulation, synthesis, and hardware implementation for applications in control, signal processing, and embedded systems.
FPGA Design
Fundamental Topics
Covers FPGA architecture, digital logic, HDL basics, synthesis, simulation, timing concepts, and design flow.
FPGA basics
Combinational & sequential logic
HDL coding
FPGA Design
Intermediate Topics
Focuses on advanced HDL coding, timing optimization, IP cores, interfaces, constraints, and verification techniques.
FSMs
Memory & interfaces
Timing analysis
FPGA Design
Advanced Topics
Includes high-speed design, SoC FPGAs, hardware acceleration, low-power optimization, partial reconfiguration, and system integration.
High-speed design
SoC FPGA
FPGA optimization
FPGA Design
Course Outcomes
Enable students to design, implement, optimize, and verify efficient FPGA-based hardware solutions confidently.