
System Performance and Power Engineer
Are you passionate about pushing the limits of technology and driving breakthroughs in system performance and power efficiency? Do you thrive in a fast-paced, collaborative environment where your skills and expertise can make a direct impact? If so, NVIDIA has an exciting opportunity for a System Performance and Power Engineer to join our dynamic team. As a key member of our cutting-edge technology company, you will play a crucial role in optimizing system performance and power for our innovative products. We are seeking a highly skilled and motivated individual with a strong background in computer architecture, system engineering, and power management. Join our team and help shape the future of computing.
- Conduct research and development to drive breakthroughs in system performance and power efficiency.
- Collaborate with cross-functional teams to design and implement innovative solutions for optimizing system performance and power.
- Analyze and evaluate system performance and power requirements to inform design decisions.
- Develop and execute performance and power validation plans for new products.
- Utilize tools and techniques for measuring and analyzing system performance and power consumption.
- Identify and troubleshoot performance and power-related issues.
- Stay up-to-date with industry trends and advancements in computer architecture, system engineering, and power management.
- Provide technical guidance and support to other team members.
- Write technical reports and documentation to communicate findings and recommendations.
- Participate in design reviews and contribute ideas for improving performance and power efficiency.
- Collaborate with external partners and vendors to optimize system performance and power.
- Continuously monitor and track system performance and power metrics for ongoing improvements.
- Proactively identify and propose ways to enhance system performance and power efficiency.
- Maintain a thorough understanding of NVIDIA's products, technologies, and goals.
- Adhere to company policies and procedures related to system performance and power management.
- Embrace a fast-paced and dynamic work environment, and adapt to changing project priorities and timelines.
- Participate in relevant conferences and events to stay informed about the latest advancements in system performance and power management.
- Mentor and train junior engineers on system performance and power optimization techniques.
- Collaborate with the marketing team to communicate the performance and power efficiency of NVIDIA's products to customers.
- Contribute to the overall success of the company by continuously driving improvements in system performance and power efficiency.
Bachelor's Or Master's Degree In Electrical Engineering, Computer Science, Or A Related Field.
Minimum Of 3 Years Of Experience In System Performance And Power Optimization For High-Performance Computing Systems.
Strong Understanding Of Computer Architecture, Microprocessor Design, And System-Level Performance Analysis.
Experience With Performance Benchmarking, Power Measurement, And Optimization Tools Such As Perf, Powertop, And Intel Vtune.
Familiarity With Programming Languages Such As C, C++, And Python, As Well As Experience With Parallel Computing And Gpu Programming.
Data Analysis
Performance tuning
Benchmarking
System integration
Modeling and simulation
Thermal management
System Optimization
Energy Efficiency
Hardware Design
Power Efficiency
Power Budgeting
Communication
Conflict Resolution
Leadership
Time management
creativity
flexibility
Teamwork
Adaptability
Problem-Solving
Empathy
According to JobzMall, the average salary range for a System Performance and Power Engineer in Santa Clara, CA, USA is between $97,000 and $140,000 per year. This range can vary depending on factors such as years of experience, education level, and specific job responsibilities.
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NVIDIA Corp. designs and manufactures computer graphics processors, chipsets, and related multimedia software. The company operates through two segments: Graphics Processing Unit and Tegra Processor. The Graphics Processing Unit segment includes sales of the company's GeForce discrete and chipset products that supports desktop and notebook PCs plus license fees from Intel and sales of memory products. The Tegra Processors segment provides processors that deliver superior visual and multimedia experience on tablets, smart phones and gaming devices while consuming minimal power.

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