Skip to main content
Tallo logoTallo logo
Apply for this opportunity

This job application is on an outside website. Be sure to review the job posting there to verify it's the same.

Apply Offsite

PCB Test Engineer

Job

Insight Global

Richardson, TX (In Person)

Full-Time

Posted 1 week ago (Updated 2 days ago) • Actively hiring

Expires 7/3/2026

Review key factors to help you decide if the role fits your goals.
How is this calculated?
Pay Growth
?
out of 5
Not enough data
Not enough info to score pay or growth
Job Security
?
out of 5
Not enough data
Calculating job security score...
Total Score
83
out of 100
Average of individual scores

Were these scores useful?

Skill Insights

Compare your current skills to what this opportunity needs—we'll show you what you already have and what could strengthen your application.

Job Description

PCB Test Engineer at Insight Global PCB Test Engineer at Insight Global in Richardson, Texas Posted in 9 days ago.
Type:
full-time
Job Description:
•
MUST MEET ITAR REGULATIONS AND WORK ON W2
•MUST
BE OKAY WITH ONSITE IN PLANO
•Require Skills & Experience 4+ years of experience in hardware testing, manufacturing, or QA roles
Test Development:
Design and implement test strategies, including In-Circuit Testing (ICT), Functionality Testing, Boundary Scan, and Flying Probe.
Debugging &Troubleshooting:
Debug PCB Failures using Oscilloscopes, multimeters, and high voltage power supplies to identify root causes.
Technical Skills:
Experience with schematic reading, CAD tools, and automated testing instruments.
Software/Programming:
Proficiency in software such as LabVIEW, Python, MATLAB, or C/C++ Job Description The Lead Engineer, Test Manufacturing accepts, transfers, installs, improves and maintains automatic test equipment and test programs that are used for product testing and design verification. They also may support the test development of the test equipment and processes to ensure robust and high quality test solutions and final products are realized. A PCB Test Engineer ensures printed circuit boards meet design, quality, and functionality standards before mass production by developing, implementing, and optimizing test procedures. They create test fixtures, diagnose faults, and use tools like Oscilloscopes and ICT, making them essential for identifying failures in the manufacturing process.