Ferroelectric Memory Company’s Post

Want to work as a Design & Verification Engineer ? In this video we have discussed ->The skills required to become a professional design & verification engineer. ->Vast opportunities in Design & Verification ->Who should opt for Design & Verification domain? **REGISTRATION OPEN for upcoming Design & Verification Course. (Link in comments) If you have any questions, feel free to ask them in comments.

Functional Verification Engineer

Design Verification vs. Design Validation

useful to watch

As a verification engineer, I believe that debugging issues in a code that uses bad or confusing naming convention this may rank first in the most intense pain, surpassing toothache and the pain of stubbing your little toe on a furniture! #functionalVerification

Join the booming hardware engineering scene in Austin, TX! From ASIC/FPGA to SoC validation engineers and beyond, these six essential roles are shaping the future of product development. Learn more in our latest blog. #AustinEngineering #ProductDevelopment #HardwareEngineers

🎉 Thrilled to Share My Digital Verification Journey! 🎉 I am excited to announce that I have successfully completed an intensive 6-week training program focused on Digital Verification using SystemVerilog and UVM! 🚀 This experience has deepened my knowledge and refined my skills in verification methodologies, preparing me to tackle more complex challenges in the field of IC design. 💡 Key Highlights of My Journey: 🔹 Project 1: FIFO Verification Using SystemVerilog Assertions (SVA) I implemented SystemVerilog Assertions (SVA) to ensure that the FIFO met its timing and functional requirements. By defining key properties and checks, I verified the robustness of the FIFO design and ensured correct behavior across various edge cases and boundary conditions. This project improved my skills in using assertions for formal verification, helping me catch critical issues early in the design flow and increase confidence in the system’s correctness. 💻 🔹 Project 2: UVM-Based Verification of FIFO In another project, I developed a complete verification environment using the Universal Verification Methodology (UVM) to verify a First-In-First-Out (FIFO) design. The UVM approach allowed me to build reusable testbenches, improve test efficiency, and verify the design’s functionality under different scenarios. Through this project, I enhanced my understanding of UVM components like sequences, drivers, monitors, and scoreboards, ensuring comprehensive coverage and debugging capabilities. 🔍 Here is my Githup link for this two: 1- https://lnkd.in/deb5UR-n 2- https://lnkd.in/dUgm9Ydt 📚 What I Learned: Mastery of UVM and its practical application in complex digital designs. Proficiency in writing and applying SystemVerilog Assertions (SVA) for timing and logic verification. Hands-on experience in creating scalable and reusable testbenches for digital circuits. The importance of verification as a cornerstone of reliable and efficient hardware design. I am incredibly grateful for the support and resources that have helped me along this path. Completing this program is a major milestone, and I’m eager to take on new challenges in Digital Verification and IC Design as I continue my journey to becoming a skilled IC Design Engineer. ⚙️ Thank you to everyone who has been part of this experience! specially Eng Kareem Waseem Your encouragement and guidance have been invaluable. #SystemVerilog #UVM #DigitalVerification #SVA #ICDesign #HardwareVerification #Engineering #Electronics #FIFO #VerificationExcellence

5 Mistakes I made as a Verification Engineer Someone recently asked me about my experience working as a Verification engineer and if I have any advice to share to engineers starting now. I thought it would be better if I shared some of the silly mistakes I made back then. These are things I’ve learned to improve over time especially points 2 and 5 - which weren’t very clear to me at first. I still remember filing bugs without going too deep in the RTL and sometimes getting my analysis completely wrong. I also used to delete passing logs and coverage files too soon - struggling to provide results later when asked. Does this sound relatable? I’m sure you’ve made your own mistakes—comment below! 😄 #servingTheNextBug #lowpowerdesign #verification #semiconductors #verificationengineer

A design verification engineer (DVE) is essentially an assurance engineer in the electronics industry, particularly for integrated circuits (ICs). Their role is to ensure that the design of a chip or system meets its intended functionality and performance requirements before it goes into manufacturing. Here's a breakdown of their scope in today's landscape: Core Responsibilities: Develop test plans and strategies: They create detailed plans outlining how they will test the design at various levels. This involves identifying potential issues and areas of focus for testing. Design and implement test cases: DVEs craft specific test scenarios that simulate real-world usage and push the design to its limits. They use hardware description languages (HDLs) like Verilog or VHDL for this purpose. Run simulations and analyze results: They leverage simulation tools to execute the test cases and meticulously examine the outcomes. This helps identify bugs, design flaws, or areas for improvement. Debug and report issues: When a test fails, DVEs need to pinpoint the root cause of the problem. They work closely with design engineers to fix the bugs and ensure the design functions as intended. Verification methodologies: Beyond functional verification, DVEs may also be involved in power, performance, security, and hardware-software co-verification tasks. Evolving Scope: Growing Complexity: As chip designs become increasingly intricate, verification methodologies are expanding. DVEs are expected to be familiar with advanced verification techniques like formal verification and coverage analysis. Automation and Scripting: The industry is seeing a rise in automation for repetitive tasks. DVEs with strong scripting skills (Python, Perl) are valuable as they can automate test case creation and analysis. Overall, the role of a DVE is crucial in ensuring the quality and reliability of electronic devices. Their scope is continuously evolving to meet the challenges of ever-more complex designs. #chipdesign #verificationengineer #electronics #engineering