DMA Controller SV and UVM Functional Verification Training

35+ hours course provides participants with detailed exposure to the entire module level functional verification flow starting from reading the specification till regression setup and analysis.

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Course Overview

DMA Controller SV and UVM Functional Verification Training Course Overview

DMA controller is a dual core design which support various transfers including memory to memory transfer, peripheral to memory transfer and peripheral to peripheral transfer. Design has 8 channels for concurrent transfers. Design also support command list for scatter and gather feature support.

Course provides detailed exposure to complete project flow starting from reading the specification till coverage report generation and regression analysis. UVM based Test bench also includes register model development, integration, register access testcases, and functional test coding using register model. Student will get exposure to regression setup, coverage analysis and scoreboard development.

This project is also good for working professionals whose work is generally confined to limited aspects of verification flow and want to get quick hands on exposure to complete flow.

Syllabus
DMA Controller SV and UVM Functional Verification Training Modules
  • DMA Controller detailed overview
  • Design specification
  • Listing down features, scenarios
  • Developing testplan
  • Testbench architecture
  • Testbench component coding
  • Functional coverage coding
  • Register model coding and integration
  • Assertion development
  • Testbench component integration
  • Sanity Testcase coding
  • Functional Testcase coding
  • Regression setup using Python
  • Regression debug
  • coverage report generation and analysis
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Key Features

Hands-on SV and UVM-based verification of DMA Controller
Deep dive into AXI/AHB-based DMA transactions
Coverage-driven and constrained-random verification techniques
Assertion-based verification (SVA) for DMA logic
Scoreboarding and functional coverage modeling
Reusable UVM testbench architecture design
Industry-standard verification flow and best practices
Real-time project with debugging and waveform analysis
UVM Testbench Developers
Embedded and Hardware Engineers
MTech/BTech Final Year Students specializing in VLSI
Postgraduates in Electronics or ECE
Professionals seeking a role shift to Functional Verification

Who All Can Attend This DMA Controller SV and UVM Functional Verification Training Course?

This training is ideal for individuals aiming to build or enhance their skills in verifying complex digital IPs like DMA controllers using SystemVerilog and UVM methodologies. It is suitable for both aspiring verification engineers and experienced professionals looking to upgrade to advanced verification frameworks.
VLSI Design and Verification Engineers
ASIC/FPGA Verification Engineers
RTL Design Engineers transitioning to Verification
UVM Testbench Developers
Embedded and Hardware Engineers
MTech/BTech Final Year Students specializing in VLSI
Postgraduates in Electronics or ECE
Professionals seeking a role shift to Functional Verification
VLSI Design and Verification Engineers
ASIC/FPGA Verification Engineers
RTL Design Engineers transitioning to Verification
UVM Testbench Developers
Embedded and Hardware Engineers
MTech/BTech Final Year Students specializing in VLSI
Postgraduates in Electronics or ECE
Professionals seeking a role shift to Functional Verification

Pre-requisites To Take DMA Controller SV and UVM Functional Verification Training

  • Basic knowledge of digital electronics and computer architecture
  • Familiarity with Verilog or SystemVerilog (basic level)
  • Understanding of verification concepts like testbenches and simulation
  • Exposure to any HDL simulation tool (e.g., ModelSim, VCS, Questa)
  • Optional but beneficial: Basic understanding of AXI/AHB protocols and data transfer mechanisms

High Demand for DMA Controller SV and UVM Functional Verification Training

Know about the Growing VLSI industry

Knowledge of DMA controllers and protocol verification significantly enhances employability.

Demand is high for engineers proficient in SV/UVM for bus-level and SoC-level verification.

Advanced debug skills and reusable verification environments fetch higher packages.

Annual Salary

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VLSIGuru is a top VLSI training Institute based in Bangalore. Set up in 2012 with the motto of ‘quality education at an affordable fee’ and providing 100% job-oriented courses.
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