FPGA Design: From RTL to Real-World Systems
This internship introduces students to FPGA design through hands-on learning, starting from RTL basics and moving toward real hardware implementation. Students will learn Verilog fundamentals, simulation, and FPGA implementation in a simple and guided manner. The program focuses on practical projects, helping students understand how digital designs work on real FPGA boards. By the end of the internship, students gain confidence, project experience, and exposure to core FPGA & VLSI concepts
What you’ll learn
Understand the fundamentals of digital design and FPGA architecture.
Apply RTL design concepts to develop combinational and sequential logic.
Write, simulate, and verify HDL-based designs using industry-standard workflows.
Perform FPGA synthesis, implementation, and timing analysis.
Validate and debug designs on FPGA hardware platforms.
Optimize FPGA designs for performance, power, and resource utilization.
Integrate peripherals and interfaces in FPGA-based systems.
Implement end-to-end FPGA solutions for real-world applications.
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Course Curriculum
90 hours of learning
8+ Modules
2+ Projects
10+ assignments
Understand the fundamentals of digital design and FPGA architecture.
Apply RTL design concepts to develop combinational and sequential logic.
Write, simulate, and verify HDL-based designs using industry-standard workflows.
Perform FPGA synthesis, implementation, and timing analysis.
Validate and debug designs on FPGA hardware platforms.
Optimize FPGA designs for performance, power, and resource utilization.
Integrate peripherals and interfaces in FPGA-based systems.
Implement end-to-end FPGA solutions for real-world applications.
Hear from our Learners
Interaction with Industry Experts
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