Test Engineer at Compound Photonics in Madison, WI - Job

Test Engineer at Compound Photonics in Madison, WI - Job | LinkedIn

Job description

ROLE:  The Test Engineer is responsible for the design, support and improvement of all laser diode tests, burn-in and accelerated aging equipment for development and production at the Compound Photonics facility in Madison, WI. The position involves a close interaction with many functions in the company, including manufacturing, research & development, product engineering, and IT & software. The duties of the Test Engineer include:

RESPONSIBILITIES:

• Planning, design, and assembly of new test, burn-in, and accelerated aging systems
• Modifying software on existing systems, developing software on new systems using Visual Basic, C# or LabVIEW and managing data to SQL database
• Troubleshooting and line support for fiber-pigtailed and chip-on-carrier laser test systems
• Support of laser burn-in and accelerated aging systems, including data logging and database management
• Maintenance of up-to-date and accurate calibration records for all equipment
• Accurate documentation of all test procedures and specifications, and training and support of test operators and technicians
• Driving continuous improvement, design and expansion of the test & burn-in systems to support growth of the business and new product introduction

Desired Skills and Experience

JOB QUALIFICATIONS:

• At least 3 years of relevant experience in areas such optical metrology, electrical test & measurement, and laser development.

PREFERRED QUALIFICIATIONS: 

• Thorough knowledge of analog and digital electronics, including PCB design and computer-machine interface using RS-232, GPIB, and USB protocols. 
• In-depth knowledge of optical test & measurement instrumentation such as current sources, optical power meters, and optical spectrum analyzers.
• Proficiency in LabVIEW, C#, Visual Basic, and in the management of SQL databases.
• Working knowledge of mechanical design, with an emphasis on thermal management. Proficiency in SolidWorks is a plus.
• Knowledge of geometrical and Gaussian beam optics, as well as optical properties of laser diodes, including LIV and beam characteristics.

EDUCATION OR FORMAL TRAINING:

• BS in Electrical Engineering, Mechanical Engineering, Physics, or a related field. A graduate degree is preferred.