Find Jobs
Find Jobs Near You – Available Work in Your Location
Skip to job details
TT
Teledyne Technologies Inc.
Manufacturing Engineer
Career Insights for Manufacturing Engineer (General)
See where this job fits in the broader career landscape. Knowing your career path helps you see what's possible from here.
Scorecard
Based on California data
Review key factors to help you decide if this role fits your goals. How is this calculated?
What they do
A Manufacturing Engineer uses technology and engineering to help companies and organizations manufacture products with efficient use of time, resources, and energy.
$106,714 / year median in California
+6% projected growth
Job Description
Be visionary Teledyne Technologies Incorporated provides enabling technologies for industrial growth markets that require advanced technology and high reliability. These markets include aerospace and defense, factory automation, air and water quality environmental monitoring, electronics design and development, oceanographic research, deepwater oil and gas exploration and production, medical imaging and pharmaceutical research. We are looking for individuals who thrive on making an impact and want the excitement of being on a team that wins. Job Description Teledyne ETM seeks an experienced Manufacturing Engineer Join a team at Teledyne ETM in Newark, CA building high-power microwave and high-energy X-Ray products for demanding industrial, scientific, defense, and medical applications. We are seeking a hands-on Manufacturing Engineer who thrives at the intersection of engineering and production — diagnosing complex issues, improving processes, and enabling successful product launches. This role reports into Engineering but is closely aligned with Manufacturing, serving as a key technical leader on the production floor and a critical contributor to New Product Introduction (NPI) efforts from prototype through production ramp. What You'll Do Own production support: Troubleshoot and resolve issues across RF, high-voltage, and power electronic systems at component, board, and system levels Drive root cause & corrective action: Lead structured investigations and implement effective CAPA Lead NPI execution: Support prototype and pilot builds, ensuring smooth transition from engineering to production Identify manufacturing risks early and drive mitigation plans Develop initial assembly flows, test strategies, and process documentation Collaborate with engineering on DFM and design readiness for production Build and improve manufacturing processes : Develop, document, and optimize processes under formal change control (ECOs) Enable robust testing : Use RF and electronic instrumentation (oscilloscopes, spectrum/network analyzers, power meters, HV systems) to ensure repeatable production testing Elevate the team : Train and coach assemblers and technicians to improve diagnostics, reporting, and execution quality Advance automation : Develop and implement fixtures, tooling, and automated test systems to increase efficiency and consistency Partner cross-functionally: Work closely with Engineering, Quality, and Operations to drive product maturity, yield improvement, and production readiness Use data to drive decisions : Monitor yield, analyze trends, and implement improvements to quality and throughput