Electronic Diagnostic & Repair Technician
Mini Systems Inc
Electronic Diagnostic & Repair Technician
Mini Systems Inc
Thin film processes, lithography, laser trim
Description
Job Description & Summary/Objective:
The electronic diagnostic & repair technician’s primary role will be troubleshooting and repair of various manufacturing and electrical equipment, assembling or the modification of electronic equipment and components. Assist engineering and equipment maintenance with new machine designs.
Requirements
Essential Functions:
1. Ability to troubleshoot and repair mechanical and electrical problems
2. Use diagnostic equipment including multimeters, oscilloscopes, and other test instruments
3. Wire, solder, build, and repair electrical components and assemblies
4. Document repairs, test results, and procedures
5. Determine materials, replacement parts, and tools needed for repairs and rebuilds.
6. Create schematics for equipment.
7. Completes tasks as directed by Manager with minimum supervision
8. Perform other duties as assigned
Requirements:
1. Technical and Electro-mechanical Capacity
2. Hand Soldering of wires and components
3. High power and Stereo Microscope use
4. Solid troubleshooting skills
5. Interpret, and understand written or electronic information, such as schematics, and blueprints
6. Utilize a variety of small hand tools such as wire strippers, crimpers, wrenches, screwdrivers, and pliers.
7. Proficient with measuring instruments (micrometers, dial calipers, volt meters, oscilloscopes)
8. Excellent time management
Required Education and Experience:
1. High School Diploma or equivalent
2. Five years minimum in the electronics field
3. Read, write, and verbally communicate in English
4. Proficient in Microsoft Office Applications (Word, Excel, Access)
5. Experience with AutoCAD and Solid Works
6. Valid driver’s license and transportation is required for travel between locations
Thin film processes, lithography, laser trim
Mini Systems Inc specializes in thin film deposition, photolithography, annealing, and laser trim/testing, with ongoing R&D for new and existing product lines. Its product workflow combines sequential fabrication steps: deposit thin films on substrates, pattern them using photolithography to create microstructures, heat-treat or anneal the films to achieve desired material properties, and use laser trimming and testing for final tuning and quality checks. The company differentiates itself through in-house end-to-end fabrication and process development capabilities, enabling rapid iteration, customization, and optimization of product lines. The overarching goal is to develop and improve products by advancing fabrication techniques and validating performance through R&D and precise manufacturing steps.
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