- Job Title: Design Verification Engineer
- Salary: Not Disclosed
- Location: Bengaluru
- Company: Intel
- Qualifications: Any Graduate
- Experience: 10 – 15 years
ABOUT INTEL
Intel Corporation is an international chief in semiconductor manufacturing, specializing in the layout and manufacturing of microprocessors, integrated circuits, and different essential additives for computing devices. Founded in 1968 and situated in Santa Clara, California, Intel is renowned for its innovation in processing technology, powering the entirety from non-public computer systems to facts facilities and artificial intelligence programs.
Its flagship products include the Intel Core processors, Xeon chips, and Optane memory answers. Intel is likewise a key participant in the improvement of 5G, independent riding, and cloud computing technologies. With a robust dedication to investigation and development, Intel keeps pushing the limits of overall performance and efficiency. The employer operates globally and has various staff committed to shaping the destiny of the generation.
Job Overview:
A Design Verification Engineer guarantees that hardware and software designs meet detailed necessities and features efficaciously. They create and execute check plans, simulate layout fashions, and discover capacity troubles early inside the improvement system. The role entails participating with layout groups to check specs, develop verification environments, and analyze and take a look at effects. Strong know-how of verification equipment, languages like SystemVerilog or UVM, and deep expertise in virtual design ideas are vital. The engineer guarantees product reliability, reduces time-to-market, and helps non-stop improvement in the design technique.
Key Responsibilities of a Design Verification Engineer:
- Test Planning and Execution: Develop comprehensive verification plans that cover all layout aspects. Create check cases, simulate extraordinary situations, and make certain all aspect cases are blanketed. Execute tests to validate functionality, overall performance, and reliability of designs.
- Verification Environment Setup: Design and increase reusable verification environments using gear along with SystemVerilog, UVM (Universal Verification Methodology), and other industry-preferred frameworks. This entails writing test benches, stimulus generation, and tracking.
- Simulation and Debugging: Run simulations to verify the capability of designs at exceptional tiers of development. Identify problems and debug mistakes within the design through reading simulation logs, waveform outputs, and different diagnostic gear.
- Collaboration with Design and Development Teams: Work carefully with hardware and software program design groups to recognize layout specifications, make clear requirements, and review design documentation. Provide feedback to enhance design early in the improvement cycle.
- Verification Metrics and Reporting: Track verification development through the use of metrics consisting of code coverage, purposeful insurance, and test finishing touch reputation. Document verification results, and music problems, and communicate the status to stakeholders.
- Automated Test Development: Develop computerized take a look at scripts and frameworks to decorate the efficiency of the verification manner. Reduce guide intervention, boom repeatability, and accelerate trying out cycles.
- Continuous Improvement: Contribute to the evolution of verification methodologies by way of adopting new gear, techniques, and best practices. Propose improvements based totally on lessons learned from preceding tasks.
- Regression Testing: Perform regression assessments to make sure that new adjustments do now not ruin existing capability, helping keep the integrity of the product at some point in its lifecycle.
Key Skills Required:
- Verification Languages and Tools: Proficiency in SystemVerilog, UVM, or other hardware verification languages. Familiarity with verification gear like ModelSim, VCS, or Questa.
- Digital Logic and Design Principles: In-depth information on digital design concepts, timing evaluation, country machines, and circuit conduct.
- Problem-solving and Debugging: Strong analytical capabilities to become aware of and clear up complicated layout issues throughout the simulation.
- Automation and Scripting: Experience in scripting languages (e.g., Python, Perl, TCL) to automate verification duties and optimize workflows.
- Attention to Detail: Ability to identify even small discrepancies in design conduct, ensuring the very best level of accuracy.
- Communication and Collaboration: Strong verbal and written communique capabilities for documenting results, sharing findings, and participating correctly with go-useful teams.
- Time Management: Capability to control multiple obligations and deadlines effectively in a quick-paced environment.
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