Board Level Test Engineer

Rishi Writes; Santa Clara (CA); On-site; USD 90,000 - 130,000; Full time

Job summary

Rishi Writes is seeking a Board Level Test Engineer in Santa Clara, CA for a 100% onsite role. You will triage and troubleshoot PC and server hardware, build diagnostic tools, and develop test automation to validate new products.

Proficiency in Python and Shell, plus experience with Windows and Linux, is essential. The role requires a BS in Electrical Engineering (BSEE) or MS in EE (MSEE), and hands-on work with CPU/GPU platforms and hardware protocols.

Qualifications

• Strong scripting in Python and Shell is required.
• Experience with Windows and Linux operating systems.
• Working knowledge of hardware protocols: Ethernet, InfiniBand, PCIe, USB, HDMI, I2C and SPI.
• Experience with CPUs and GPUs.
• Proficient in using test equipment for diagnostics and validation.
• Analytical, troubleshooting and problem-solving skills.
• Excellent communication and teamwork skills.

Responsibilities

• Hardware triage and troubleshooting for PCs and server platforms.
• Design and implement diagnostic tools and scripts for hardware validation.
• Work with networking protocols and multiple OS environments (Windows and Linux).
• Collaborate with cross-functional teams in the NPI cycle to ensure smooth product transitions.

Skills

Python scripting

Shell scripting

Windows OS

Linux OS

CPU experience

GPU experience

Diagnostics

Troubleshooting

Communication

Teamwork

Education

BSEE or MSEE degree

Job description

Job Title: Board Level Test Engineer
Location: Santa Clara, CA (100% Onsite)
Openings: 6
Experience: 2 to 5+ years overall (entry-level profiles welcome)
Education: BSEE or MSEE only

About the Board Level Test Engineer Role in Santa Clara, CA

Six Board Level Test Engineer positions are open in Santa Clara, California for engineers who enjoy working hands-on with real hardware. You will triage and troubleshoot PC and server platforms, build diagnostic tools and scripts, and help new products move smoothly through the NPI (New Product Introduction) cycle.

This opening is also available to entry-level candidates who bring strong expertise in Python and EE hardware. Only candidates with a BSEE or MSEE degree will be considered.

Key Responsibilities of the Board Level Test Engineer

Hardware Triage and Troubleshooting

• Perform first-level hardware triage and troubleshooting for PCs and server platforms.
• Identify and resolve setup issues and test failures using structured troubleshooting methodologies.
• Work with motherboards and GPU platforms in lab environments.

Diagnostics and Test Automation

• Design and implement diagnostic tools and scripts for early hardware validation and fault isolation.
• Develop and maintain test automation using Shell and Python scripting.

Systems, Networking and Operating Environments

• Work with systems connected by various networking protocols, including Ethernet, NVLink and InfiniBand.
• Operate in Windows and Linux operating systems for test and debug tasks.

Collaboration in the NPI Cycle

• Collaborate with cross-functional teams to support diagnostics, validation and smooth product transitions in the NPI cycle.

Required Skills and Qualifications

• BS Degree in Electrical Engineering or equivalent (BSEE or MSEE candidates only).
• Strong scripting skills in Python and Shell.
• Familiarity with Windows and Linux OS environments.
• Working knowledge of hardware protocols: Ethernet, InfiniBand, PCIe, USB, HDMI, I2C and SPI.
• Experience with CPUs and GPUs.
• Proficient in using test equipment for diagnostics and validation.
• Strong analytical, troubleshooting and problem-solving skills.
• Excellent communication and teamwork skills.

Nice to Have

• Linux or scripting experience is a huge plus.

Interview Process

Candidates must be open to attending two rounds of Python coding assessment as part of the selection process.

Work Model and Location

This is a 100% onsite role in Santa Clara, California. The work takes place in lab environments with motherboards, GPU platforms and server systems, so daily in-person presence is required.

Frequently Asked Questions About the Board Level Test Engineer Role

1. What does a Board Level Test Engineer do in this role?

You will perform first-level hardware triage and troubleshooting for PCs and server platforms, build diagnostic tools and scripts and support validation during the NPI cycle.

2. Where is this position located?

The role is in Santa Clara, California.

3. Is this job remote or hybrid?

No. This is a 100% onsite position because the work happens in hardware lab environments.

4. How many openings are available?

There are 6 openings for this position.

5. How much experience is required?

The role calls for 2 to 5+ years of overall experience. Entry-level profiles with strong Python and EE hardware expertise are also welcome.

6. What degree do I need?

Only candidates with a BSEE or MSEE degree will be considered.

7. Which scripting languages are required?

Strong scripting skills in Python and Shell are required, and you will use both to build test automation.

8. What does the interview process include?

Candidates must be open to attending two rounds of Python coding assessment.

9. Which hardware protocols should I know?

You should have working knowledge of Ethernet, InfiniBand, PCIe, USB, HDMI, I2C and SPI.

10. Will I work with networking technologies like NVLink?

Yes. You will work with systems connected by networking protocols including Ethernet, NVLink and InfiniBand.

11. Which operating systems are used?

You will work in both Windows and Linux environments for test and debug tasks.

12. Will I work with CPUs and GPUs?

Yes. Experience with CPUs and GPUs is required, and you will work with motherboards and GPU platforms in the lab.

13. Do I need experience with test equipment?

Yes. You should be proficient in using test equipment for diagnostics and validation.

14. What is the NPI cycle?

NPI stands for New Product Introduction. You will collaborate with cross-functional teams to support diagnostics, validation and smooth product transitions as new hardware moves toward production.