OPT Manufacturing Process Engineer Jobs
Manufacturing Process Engineer jobs are among the more OPT-friendly roles in advanced manufacturing, with STEM OPT extension eligibility giving you up to three years of work authorization. Employers in automotive, aerospace, and semiconductor sectors regularly sponsor H-1B visas for this role, making it a strong long-term path.
Find OPT Manufacturing Process Engineer JobsOverview
Showing 5 of 61+ Manufacturing Process Engineer jobs
See all 61+ Manufacturing Process Engineer Jobs
Sign up for free to unlock all listings, filter by visa type, and get alerts for new Manufacturing Process Engineer roles.
Get Access To All JobsPosition Summary
The PCB Manufacturing Process Engineer (Mechanical & Laser Drilling) is responsible for developing, optimizing, and sustaining drilling processes used in Advanced printed circuit board (PCB) manufacturing. This role supports both mechanical and laser drilling operations to ensure production efficiency, product quality, capacity and capability improvements. The engineer will work closely with Front End Engineering, Quality, CAM, Maintenance, and Production teams to maintain robust process capability for Advanced ATE (Automated Test Equipment) PCBs (Load Boards, Probe Cards, Interposers, and others) used in semiconductor testing.
Key Responsibilities
Mechanical Drilling Process Engineering
- Develop, optimize, and control mechanical drilling processes for PCB fabrication.
- Establish drilling parameters including spindle speeds, feed rates, stack heights, entry/backup materials, and tool selection.
- Monitor drilling performance and implement continuous improvement initiatives to enhance hole quality and productivity.
- Troubleshoot issues related to:
- Hole location accuracy
- Burr formation
- Nail-heading
- Smear
- Breakout
- Drill breakage
- Hole wall quality
- Support new product introductions (NPI) by establishing drilling process requirements and capabilities.
Laser Drilling Process Engineering
- Develop and optimize UV and CO₂ laser drilling processes for HDI microvia applications.
- Monitor microvia quality and yields.
- Conduct and document process capability for a given material and via geometry.
Process Improvement & Quality
- Utilize SPC, DOE, Lean Manufacturing, and Six Sigma methodologies to improve process capability.
- Develop and maintain process documentation, specifications, and control plans.
- Lead root cause investigations using structured problem-solving tools:
- 8D
- Fishbone Analysis
- 5 Why
- FMEA
- Support internal and external audits related to manufacturing processes.
- Analyze process data and drive yield, quality, and productivity improvements.
- Establish KPIs and process monitoring systems for drilling operations.
Equipment & Maintenance Support
- Collaborate with maintenance teams to maximize equipment uptime and performance.
- Support installation, qualification, and acceptance of new drilling and laser equipment.
- Develop preventive maintenance and calibration requirements.
- Participate in equipment capability assessments and technology evaluations.
Cross-Functional Collaboration
- Work closely with CAM, Lamination, Plating, Quality, and Production departments.
- Support design reviews and manufacturing feasibility assessments.
- Provide technical guidance and training to operators, technicians, and manufacturing personnel.
Required Qualifications
Education
- Bachelor's degree in:
- Mechanical Engineering
- Manufacturing Engineering
- Materials Science
- Industrial Engineering
- Related technical discipline
Experience
- 3+ years of PCB manufacturing experience preferred, but not mandatory.
- Experience with mechanical drilling and/or laser drilling processes in PCB fabrication is a plus.
Position Summary
The PCB Manufacturing Process Engineer (Mechanical & Laser Drilling) is responsible for developing, optimizing, and sustaining drilling processes used in Advanced printed circuit board (PCB) manufacturing. This role supports both mechanical and laser drilling operations to ensure production efficiency, product quality, capacity and capability improvements. The engineer will work closely with Front End Engineering, Quality, CAM, Maintenance, and Production teams to maintain robust process capability for Advanced ATE (Automated Test Equipment) PCBs (Load Boards, Probe Cards, Interposers, and others) used in semiconductor testing.
Key Responsibilities
Mechanical Drilling Process Engineering
- Develop, optimize, and control mechanical drilling processes for PCB fabrication.
- Establish drilling parameters including spindle speeds, feed rates, stack heights, entry/backup materials, and tool selection.
- Monitor drilling performance and implement continuous improvement initiatives to enhance hole quality and productivity.
- Troubleshoot issues related to:
- Hole location accuracy
- Burr formation
- Nail-heading
- Smear
- Breakout
- Drill breakage
- Hole wall quality
- Support new product introductions (NPI) by establishing drilling process requirements and capabilities.
Laser Drilling Process Engineering
- Develop and optimize UV and CO₂ laser drilling processes for HDI microvia applications.
- Monitor microvia quality and yields.
- Conduct and document process capability for a given material and via geometry.
Process Improvement & Quality
- Utilize SPC, DOE, Lean Manufacturing, and Six Sigma methodologies to improve process capability.
- Develop and maintain process documentation, specifications, and control plans.
- Lead root cause investigations using structured problem-solving tools:
- 8D
- Fishbone Analysis
- 5 Why
- FMEA
- Support internal and external audits related to manufacturing processes.
- Analyze process data and drive yield, quality, and productivity improvements.
- Establish KPIs and process monitoring systems for drilling operations.
Equipment & Maintenance Support
- Collaborate with maintenance teams to maximize equipment uptime and performance.
- Support installation, qualification, and acceptance of new drilling and laser equipment.
- Develop preventive maintenance and calibration requirements.
- Participate in equipment capability assessments and technology evaluations.
Cross-Functional Collaboration
- Work closely with CAM, Lamination, Plating, Quality, and Production departments.
- Support design reviews and manufacturing feasibility assessments.
- Provide technical guidance and training to operators, technicians, and manufacturing personnel.
Required Qualifications
Education
- Bachelor's degree in:
- Mechanical Engineering
- Manufacturing Engineering
- Materials Science
- Industrial Engineering
- Related technical discipline
Experience
- 3+ years of PCB manufacturing experience preferred, but not mandatory.
- Experience with mechanical drilling and/or laser drilling processes in PCB fabrication is a plus.
See all 61+ OPT Manufacturing Process Engineer Jobs
Sign up for free to unlock all listings, filter by visa type, and get alerts for new OPT Manufacturing Process Engineer Jobs.
Get Access To All JobsTips for Finding OPT Sponsorship as a Manufacturing Process Engineer
Target STEM-designated programs
Your Manufacturing Process Engineer role almost certainly qualifies for the 24-month STEM OPT extension if your degree is in engineering, materials science, or a related STEM field. Confirm your program's CIP code with your DSO before applying.
Focus on H-1B-friendly industries
Automotive suppliers, aerospace manufacturers, and semiconductor fabs have strong H-1B sponsorship histories for process engineers. Companies running high-volume production lines have direct financial incentive to retain engineers who improve yield and reduce waste.
Quantify your process improvements
Employers sponsoring visas want engineers who demonstrably move the needle. Lead your resume with metrics: cycle time reductions, defect rate improvements, and cost savings. Numbers make sponsorship decisions easier to justify internally.
Ask about sponsorship before accepting an offer
Raise the H-1B question during the offer stage, not after you've started. Ask whether the company has sponsored process engineers before and whether HR has an established immigration counsel relationship. This signals planning, not desperation.
Earn certifications that strengthen your case
Six Sigma Green Belt or Black Belt, Lean Manufacturing, and APICS CPIM certifications signal operational credibility to hiring managers. They also strengthen the specialty occupation argument USCIS evaluates during an H-1B petition.
Understand your OPT reporting requirements
Manufacturing roles often involve shift changes, facility transfers, or contractor arrangements. Any change in employer, job title, or work location must be reported to your DSO within ten days to keep your SEVIS record current and compliant.
Manufacturing Process Engineer OPT: Frequently Asked Questions
Does a Manufacturing Process Engineer role qualify for the STEM OPT extension?
Yes, in most cases. If your degree is in mechanical engineering, industrial engineering, materials science, chemical engineering, or another STEM field, your process engineer role will typically qualify for the 24-month STEM OPT extension. Your employer must be E-Verify enrolled and sign a formal training plan with your school. Confirm your specific CIP code qualifies with your DSO before applying.
How do I find Manufacturing Process Engineer jobs that sponsor OPT and H-1B visas?
Migrate Mate lists manufacturing and engineering roles from employers with verified sponsorship histories, so you're not guessing which companies are willing to work with OPT students. Filter by role and industry to find process engineer openings at companies that have previously filed H-1B or STEM OPT training plans. This saves significant time compared to applying broadly and discovering visa limitations late in the process.
Can I work as a Manufacturing Process Engineer on OPT if my job involves multiple production sites?
Yes, but multi-site arrangements require careful attention to your authorized employer and work location. Your OPT EAD authorizes you to work for a specific employer, not a location. If you're placed at a client facility or a different plant under the same employer, that's generally fine. If your employer changes or you move to a contractor arrangement, you must update your DSO immediately to avoid a status violation.
Is Manufacturing Process Engineering considered a specialty occupation for H-1B purposes?
Generally yes. Process engineer roles require at minimum a bachelor's degree in a specific engineering discipline, which meets USCIS's specialty occupation standard. Roles that involve designing workflows, optimizing manufacturing systems, or applying statistical process control methods have strong precedent for H-1B approval. However, if the job description is vague or lists broad responsibilities that don't require a specific degree field, your employer's immigration attorney should review it before filing.
What should I do if my OPT authorization runs out before my employer files my H-1B?
If your employer plans to sponsor your H-1B, they need to file during the April registration window for an October 1 start date. If your STEM OPT expires before October 1, there's a cap-gap provision that extends your work authorization automatically if your H-1B petition is filed on time. Work with your DSO and your employer's immigration counsel early to map out the exact timeline and avoid any gap in employment authorization.