Beginner Free 20 hours

UVM Fundamentals: Reusable Testbenches

Transactions, agents, TLM, checking, and reusable architecture.

A rigorous beginner course on the architecture and runtime flow of a reusable UVM environment from transactions through checking. The curriculum is grounded in the curated technical references and preserves their technical depth, code, diagrams, decision rules, and failure analysis. Every lesson adds objectives, an applied lab, review questions, and concrete completion evidence. The course closes with a substantial capstone: Build and debug a reusable UVM agent and environment for a small ready-valid peripheral.

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What you will learn

Leave with a working mental model.

  1. 01 Explain UVM hierarchy, phasing, factory, configuration, and TLM communication
  2. 02 Implement transactions, sequences, drivers, monitors, agents, environments, and tests
  3. 03 Connect scoreboards, predictors, and functional coverage collectors
  4. 04 Debug the end-to-end sequence-to-DUT-to-scoreboard path

Before you begin

Prerequisites

  • SystemVerilog classes and inheritance
  • Interfaces and virtual interfaces
  • Basic constrained randomization

Curriculum

Course contents

10 modules · 42 lessons

01 Module 1: Foundations and Architecture 4 lessons
  1. 01 What is UVM and Why It Exists Preview
  2. 02 UVM Architecture Overview Preview
  3. 03 Transaction-Level Modeling (TLM) Basics
  4. 04 UVM Reusability Principles
02 Module 2: Testbench Skeleton and DUT Connection 4 lessons
  1. 01 UVM Testbench Structure
  2. 02 UVM DUT-Testbench Connection Patterns
  3. 03 UVM Package Organization
  4. 04 UVM Environment Topology
03 Module 3: Components and Agents 6 lessons
  1. 01 UVM Component (uvm_component)
  2. 02 UVM Environment (uvm_env)
  3. 03 UVM Test (uvm_test)
  4. 04 UVM Agent (uvm_agent)
  5. 05 UVM Agent Architecture
  6. 06 UVM Active vs Passive Agents
04 Module 4: Transactions and Stimulus 6 lessons
  1. 01 UVM Sequence Items — Transactions & Data Modeling
  2. 02 UVM Sequences and Items
  3. 03 UVM Randomization
  4. 04 UVM Sequences — Stimulus Generation Fundamentals
  5. 05 UVM Sequencer (uvm_sequencer)
  6. 06 UVM Sequencer Driver Flow
05 Module 5: Drivers and Monitors 3 lessons
  1. 01 UVM Driver (uvm_driver)
  2. 02 UVM Monitor (uvm_monitor)
  3. 03 UVM Sequence-Driver Use Models
06 Module 6: Checking and Coverage 5 lessons
  1. 01 UVM Scoreboard
  2. 02 UVM Scoreboard and Checking
  3. 03 UVM Predictors, Metric Analyzers, and Post-Run Phases
  4. 04 UVM Coverage Collector
  5. 05 UVM Coverage — Functional Coverage Collection and Methodology
07 Module 7: TLM Communication 3 lessons
  1. 01 UVM TLM
  2. 02 UVM TLM Communication
  3. 03 UVM TLM Advanced
08 Module 8: Runtime Control 5 lessons
  1. 01 UVM Phasing
  2. 02 UVM Objections
  3. 03 UVM Config DB
  4. 04 UVM Factory
  5. 05 UVM Reporting
09 Module 9: Integration and Reuse 4 lessons
  1. 01 UVM Reset Handling — Mid-Test Reset and State Cleanup
  2. 02 UVM Synchronization
  3. 03 UVM Environment
  4. 04 UVM Best Practices
10 Module 10: Capstone Studio 2 lessons
  1. 01 Capstone Brief and Architecture
  2. 02 Validation, Review, and Definition of Done