Summary
We are seeking a semiconductor Defect/Metrology Engineer. The engineer will primarily be responsible for fabricating compound semiconductor lasers on InP wafers inside a cleanroom environment, ensuring that production line tools have maximized uptime, analyzing process data such as SPC charts, and addressing issues when necessary. At times, the engineer may also need to participate in the improvement projects and new tool qualification (vendor contact, tool evaluation, installation, Factory Acceptance Test, qualification, etc.).
Job Duties
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Production
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Maintain production line to reduce/eliminate downtime.
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Improve production process by performing correlation between defect analysis and process.
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Establish or analyze Statistical Process Control (SPC), process yield, and measure tool performance/uptime metrics.
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Generate Standard Operating Procedures, work order instructions, drawings, 5S documentation, and other production-line-related documentations.
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Analyze equipment and production data to identify improvement opportunities.
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Analyze and compile experimental data into reports for process improvement projects.
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Responsible for the maintenance and calibration of production tools, including microscopes, SEM, AFM, etc.
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Verify process conformance to the controls and specifications by utilizing inspection tools, such as optical microscopes, profilometers, ellipsometers, SEM, AFM, wafer inspection tools, etc..
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Perform required and assigned tasks, such as failure analysis, defect analysis, and metrology analysis.
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Overtime might be required during ramp-up or line setup activities.
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Promptly respond to the production line requests of wafer disposition, maintain work flow, handle tool issues to resume production in a timely manner.
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Ability to be on-call after-hours and weekends for issues affecting the production line, and ability to work overtime for rush/urgent projects
Qualifications
Required:
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Bachelor’s degree in Electrical Engineering, Material Science, Physics, or related discipline is required
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Minimum 1-year experience in the laboratory environment is required
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Robust analysis and problem-solving skills
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Detail-oriented; committed to quality and safety
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Self-sufficient learner, work well in the fast-paced work environment
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Comfortable to work under cleanroom hood and without any make-up
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Comfortable occasionally handling chemicals, including corrosive acids, bases, and solvents with Personal Protective Equipment
• Preferred:
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4+ years of experience in the compound semiconductor process is desired
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Understanding of Lean Manufacturing and process validation concepts (Cpk, GR&R).
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Knowledge and/or hands-on experience of Six Sigma is a plus
Physical Demands and Work Environment
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While performing the duties of this job, the associate may need the ability to lift and carry loads up to 20 pounds, stand and or walk for 10+ hrs. daily and climb stairs.
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Subject to noise, vibration, and odors.
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Subject to hazards. Includes a variety of physical conditions, such as proximity to moving mechanical parts, moving vehicles, electrical current, or exposure to toxic or caustic chemicals.
Skills Required
- Bachelor’s degree in Electrical Engineering, Material Science, Physics, or a related discipline
- At least 1 year of laboratory experience
- Strong analysis and problem-solving skills
- Detail-oriented and committed to quality and safety
- Ability to work independently in a fast-paced environment
- Ability to work under a cleanroom hood without makeup
- Ability to handle corrosive acids, bases, and solvents with personal protective equipment
- Ability to lift and carry up to 20 pounds, stand or walk for more than 10 hours daily, and climb stairs
- At least 4 years of compound semiconductor process experience
- Understanding of Lean Manufacturing and process validation concepts, including Cpk and GR&R
- Knowledge or hands-on experience with Six Sigma
What We Do
Applied Optoelectronics, Inc. | NASDAQ: AAOI AOI is a leading designer and manufacturer of fiber optic networking products. We primarily serve three growing end-markets: cable television broadband, fiber-to-the-home, and internet data centers. We are vertically integrated with a product portfolio from laser chips, components, sub-assemblies and modules, to complete turn-key equipment. All three of our end-markets are driven by bandwidth demand fueled by the growth of network connected devices, such as video traffic, cloud computing and online social networking. To address this increased demand, CATV and telecommunications service providers are investing to improve their networks in competition to deliver voice, video, and data services to their subscribers. Rising bandwidth consumption is also driving demand for higher speed server connections in the internet data center market. As a result of these trends, fiber optic networking technology has become fundamental in all three of our target markets to meet these needs. Our vertical integration, broad product lines, and in-house design capability uniquely position AOI to serve these markets and offer us the flexibility to address tomorrow's fiber optic applications. To learn more about our company and products, we invite you to visit our website. Website www.ao-inc.com Facebook tinyurl.com/ycxcsbwx Instagram tinyurl.com/rqsbpk5 Twitter tinyurl.com/rd6dtvn







