A Functional Verification Engineer designs and executes tests to ensure digital systems meet specifications. Functional Verification Engineer creates verification plans, develops test benches, runs simulations, and debug issues. Proficiency in hardware description languages (HDLs) and verification methodologies, like UVM, is essential. Functional Verification Engineer collaborates closely with design and validation teams to ensure robust functionality.
- Job Role: Functional Verification Engineer
- Salary: ₹7.2 Lakhs to ₹18.0 Lakhs.
- Location: Bengaluru, Karnataka
- Company: IBM
About Company:
IBM (International Business Machines Corporation), founded in 1911, is a global-era consulting employer established in Armonk, New York. Renowned for its innovation, IBM makes a specialty in cloud computing, synthetic intelligence, and corporation offerings. It pioneered PC hardware and software, with brilliant contributions just like the IBM PC. The employer’s services encompass the Watson AI platform, hybrid cloud answers, and blockchain generation. IBM’s studies department, with more than one Nobel Prize, drives improvements in quantum computing and data science. Known for its company’s social obligation and sustainability efforts, IBM continues to form industries and influence international technological progress.
Role Overview:
IBM is in search of a Functional Verification Engineer in Bengaluru, Karnataka. The Functional Verification Engineer position includes ensuring the great of IBM server processors, SOCs, and ASICs through the improvement of verification environments, collaborative debugging, and using verification insurance. Required know-how consists of purposeful verification of processors or ASICs, laptop structure, multi-processor cache coherency, and proficiency in UVM/OVM/System Verilog/SystemC. Preferred talents encompass superior verification strategies and experience with HDLs. IBM values innovation, collaboration, and continuous studying, imparting a growth-minded tradition. Applicants ought to be fully COVID-19 vaccinated. IBM is an equal-opportunity organization devoted to variety and honest employment practices.
Roles and Obligations Of IBM Functional Verification Engineer:
Design and Develop Testbenches:
Creating comprehensive take a look at environments, including test benches, that simulate actual-world scenarios to confirm the functionality of hardware designs. This entails writing and preserving check scripts and models for the usage of languages inclusive of SystemVerilog or UVM.
Execute Verification Plans:
Implementing precise verification plans based on layout specifications. This includes defining taking a look at techniques, figuring out verification targets, and determining coverage goals to make certain thorough testing of all layout factors.
Debug and Analyze Failures:
Investigating and debugging troubles located during the verification method. This entails reading simulation effects, identifying root causes of failures, and collaborating with design engineers to remedy issues directly.
Coverage Analysis and Reporting:
Performing coverage evaluation to assess the thoroughness of verification efforts. This consists of collecting and analyzing insurance metrics, identifying gaps in test coverage, and producing reports to speak verification status to stakeholders.
Automate Verification Processes:
Developing and enforcing automation techniques to streamline the verification system. This involves using scripting languages and verification gear to automate check execution, regression trying out, and result analysis, enhancing performance and reliability.
Skills Required For Functional Verification Engineer:
Proficiency in Hardware Description Languages (HDLs):
Mastery of HDLs inclusive of Verilog and VHDL is important. These languages are used to model and simulate hardware behavior, enabling engineers to verify that the design operates efficaciously under numerous conditions.
Simulation and Verification Tools:
Expertise in industry-popular simulation equipment like ModelSim, VCS, and Questa, in addition to verification methodologies together with UVM (Universal Verification Methodology), is critical. These gear help create and execute test benches, allowing thorough verification of the layout.
Scripting and Programming Skills:
Proficiency in scripting languages (Python, Perl, TCL) and programming languages (C/C++) is essential for automating a look at tactics, growing verification environments, and writing custom verification scripts.
Debugging and Problem-Solving:
Strong analytical talents to become aware of, isolate, and solve layout and verification problems are essential. This includes information complicated systems, tracing troubles to their root reason, and imposing powerful solutions.
Knowledge of Digital Design and Computer Architecture:
A deep know-how of digital design principles and laptop structure is necessary. This consists of familiarity with standards like finite state machines, statistics paths, and memory hierarchies, which can be fundamental to creating and verifying complicated hardware structures.
Life @ IBM:
IBM fosters an increase-minded subculture, encouraging non-stop getting-to-know and innovation. As an IBMer, you will have the opportunity to broaden your talents, acquire remarks, and collaborate with numerous groups. We cost trust, obligation, and the braveness to make critical decisions, striving to be a catalyst for development.
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