+91 90324 21995 [email protected] Tirupati, Andhra Pradesh
+91 90324 21995

FPGA DESIGN COURSE

Digital design knowledge, HDL coding skills, Verification expertise, FPGA Implementation experience, Real world project exposure.

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Course Curriculum

Explore Our FPGA Design Course Curriculum

Curriculum description not added yet.

Detailed Syllabus

DIGITAL DESIGN BASICS

Number Systems & Codes
Boolean Algebra & K-Maps
Combinational Logic
Sequential Logic

HDL PROGRAMMING (VERILOG)

Verilog Fundamentals
Data Types
Operators
Control Statements
Modules & Hierarchy

RTL DESIGN & ARCHITECTURE

RTL Design Methodology
FSM Design
Pipelining & Datapath
Coding Best Practices

VERIFICATION & TESTBENCH

Testbench Development
Simulation (ModelSim)
Assertions (SVA Basics)
Functional Coverage

FPGA ARCHITECTURE

FPGA Basics
Logic Elements
LUTs
FFs
Clocking Resources
I/O
BRAM
DSP
PLL

SYNTHESIS & IMPLEMENTATION

Synthesis Process
Constraints (XDC)
Placement
Routing
Timing Analysis

HARDWARE BRING-UP

Bitstream Download
On-Board Debug
LEDs
Switches
7-Segment Display
ILA (Integrated Logic Analyzer)
Technologies

Key Tools You'll Master

Throughout the FPGA Design curriculum, learners gain hands-on experience with industry-standard tools including AMD Vivado, ModelSim/QuestaSim, Intel Quartus Prime, Vitis, PYNQ, Git, Tcl, Integrated Logic Analyzer (ILA), and Virtual I/O (VIO) for FPGA design, simulation, verification, optimization, debugging, and deployment of high-performance hardware systems.

Vivado
ModelSim
Vitis

Course Schedule

India Standard Time (IST)

Duration
6 Months
Total Hours
300+ Hours
Weekly Hours
12h per week
Classes per Week
6 sessions
Course Features

What's Included

Everything you need to succeed - from day one to your first job offer.

Industry-Aligned FPGA Curriculum

Learn modern FPGA design methodologies and industry-standard workflows used in digital systems, embedded applications, signal processing, and hardware acceleration.

Hands-on Laboratory Sessions

Gain practical experience through guided labs covering digital design, Verilog HDL coding, simulation, synthesis, implementation, timing analysis, and hardware validation.

RTL Design & FPGA Development

Develop synthesizable RTL designs using Verilog, including modular architectures, FSMs, pipelining techniques, and FPGA implementation strategies.

Industry-Standard EDA Tools

Master professional FPGA development tools including AMD Vivado, ModelSim/QuestaSim, Intel Quartus Prime, Vitis, and on-chip debugging utilities.

Verification & Hardware Debugging

Learn simulation, functional verification, waveform analysis, timing verification, constraint development, and real-time FPGA debugging techniques.

FPGA Interfaces & Embedded Systems

Design and implement industry-standard interfaces such as UART, SPI, I²C, AXI, memory controllers, GPIO, timers, and embedded processor applications.

Performance Optimization Techniques

Understand pipelining, parallel processing, resource optimization, clock management, timing closure, and power-efficient FPGA design methodologies.

Real-World FPGA Projects

Build practical FPGA applications including DSP systems, communication interfaces, cryptographic accelerators, image processing modules, and embedded controllers.

Certification

Course Completion Certificate

Earn a Takeoff Learnings industry-recognized certificate upon successfully completing the program.

Course Completion Certificate
Recognized Professional Certificate
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