Texas Instruments
From Texas Instruments's careers page
Status: listed on the employer's own careers page when we last checked (daily). Confirm on their site before applying.
In this role, you will design, create, and execute tests that validate many of the system's features at once, mimicking end-user applications.
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Texas Instruments is looking for a new Applications Validation & Verification (AVV) Engineer to join our Advanced Technology Integration (ATI) group. The AVV takes a top-down wholistic approach to validating our next gen Automotive and Industrial SoC designs. In this role, you will design, create, and execute tests that validate many of the system's features at once, mimicking end-user applications. You will analyze not only functionality but also performance(throughput, latency, MIPS, etc.) and power(Operational, Idle, Low-power modes) as well as work on both pre-silicon emulation platforms and real silicon. You will be working purely in baremetal(C with some assembly); no operating system, no kernel.
Come join us in cutting edge development of our next-generation System-on-Chip products!
Evaluate SoC designs with Systems Experts to determine key targets for V&V.
Design and document test plans for SoCs.
Create tests using C (with some assembly), with support from scripting languages.
Debug tests and designs on pre-silicon emulation platforms.
Repeat test execution and debugging on real silicon.
Work cross-functionally with design team and other validation teams to ensure all tests pass.
Document results, issues encountered, flows used, tools created, etc.
Support cross-functional teams and FAEs fielding customer questions.
Bachelors in Electrical Engineering, ECE, Computer Engineering or related degree
5 years engineering experience working with silicon design and/or validation
Experience with digital/embedded design on emulation/FPGA platforms/RTL Sim
Proficient in C/C++ programming
Advanced knowledge of computer architectures (at least those related to DDR interfaces and associated system interconnects)
Advanced knowledge of digital logic
Intermediate knowledge of hardware design languages
Advanced level of technical competence and understanding
Advanced level of imaginative & process-based problem-solving skills
Multi-disciplinary; able to work and contribute in multiple technical domains
Self-learner; able to study from documentation and code
Taskmaster; able to self-start and still tackle complex tasks
Experience working with DDR(4/5/LP4/LP5) interfaces in both pre- and post-silicon.
Proficient in assembly programming
Proficient in automation/scripting using regular expressions
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