Manufacturing STEM OPT Jobs in Louisiana
Manufacturing F-1 STEM OPT sponsorship jobs in Louisiana are concentrated in the industrial corridors of Baton Rouge, New Orleans, and Lake Charles, where companies like ExxonMobil, Huntsman, and Shell operate large petrochemical and advanced manufacturing facilities. Engineers, process technologists, and quality specialists with STEM degrees are among the most commonly sponsored roles in this sector.
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Grid Structures, a division of Southland Steel, manufactures steel poles and structures for electric utility and renewable energy infrastructure. Our Amite operation prioritizes employee safety, quality, manufacturing flow, and sustainable growth.
Position Summary
We seek a creative, hands-on Process Engineer to make steel fabrication safer, simpler, and more productive. Working alongside shop-floor employees, this engineer will combine practical problem-solving, CAD-based design, data analysis, and disciplined project execution to deliver sustainable improvements in Safety, Quality, Delivery, and Cost (SQDC).
Core Accountabilities
Design Safety Into the Work
- Engineer out hazards through safer equipment and process design, guarding, ergonomics, and material handling.
- Partner with Operations, Safety, and Maintenance to evaluate risks and verify safe operation before implementation, installation, and startup.
Improve Flow, Productivity, and Process Capability
- Improve end-to-end flow—from plate receipt and cutting through forming, welding, finishing, and shipping—by eliminating bottlenecks, handling, waiting, and rework.
- Use time studies, process mapping, capacity analysis, and production data to improve throughput, labor productivity, first-pass yield, and lead time.
- Work with operators to test improvements, establish standard work, and sustain results.
Own Layout, CAD, and Technical Design
- Develop and maintain 2D/3D CAD plant layouts covering work cells, equipment, storage, utilities, and safe material and pedestrian movement.
- Design practical tooling, fixtures, workstations, and lifting/handling solutions that reduce variation and physical strain.
- Evaluate layout and technology options for safety, capacity, flow, cost, and return on investment; maintain accurate technical drawings.
- Support facility upgrades and infrastructure needs, including electrical, compressed air, industrial gases, and equipment foundations, with qualified specialists.
Execute Shop-Floor Engineering Projects
- Own manufacturing improvement and capital projects from scope and concept through installation, commissioning, training, and handoff.
- Manage project schedules, budgets, milestones, resources, and risks; communicate progress and escalate barriers.
- Coordinate Operations, Quality, Maintenance, Engineering, suppliers, and contractors on equipment selection, specifications, procurement, and installation.
- Use structured root-cause analysis to solve recurring forming, welding, dimensional, and material-handling problems.
- Define acceptance criteria, conduct startup/performance trials, resolve issues, and confirm safe, reliable equipment operation.
Use Data and Develop Employee Capability
- Establish baselines, KPIs, and before/after results to prioritize and validate improvements.
- Engage employees in solution design; document standards and coach teams to recognize and eliminate waste.
Required Experience and Capabilities
- Bachelor’s degree in Mechanical, Industrial, Manufacturing Engineering, or related discipline; equivalent relevant experience considered.
- Hands-on manufacturing or process engineering experience, ideally in heavy fabrication, welding, forming, or material handling.
- Strong 2D/3D CAD capability (AutoCAD, SolidWorks, or equivalent) for plant layouts, tooling, and fixtures.
- Ability to use data to solve production problems and deliver shop-floor improvements.
- Ability to manage projects, budgets, and vendors while communicating clearly across functions.
- Safety-first, creative, collaborative, and willing to spend substantial time on the shop floor.
Preferred Experience
- Utility steel pole or transmission/distribution structure manufacturing, including plate processing, forming, submerged arc welding, or assembly.
- Lean manufacturing, standard work, ergonomics, capital justification, and commissioning.
- Digital manufacturing tools, automation, simulation, or production data systems.
How Success Will Be Measured
Success will be measured by safer work, improved flow and productivity, shorter lead times, less scrap/rework, on-time project execution, reliable equipment startups, and sustained standard work. Targets will be set with site leadership.
Leadership Standard
We expect an approachable engineer who listens to employees, takes ownership, and delivers practical solutions that make work safer and easier—not merely faster.
Benefits and Employment Information
Competitive benefits include medical, dental, vision, and 401(k). Grid Structures is an equal opportunity employer and maintains a drug-free workplace. Employment is subject to applicable pre-employment screening.
Company Overview
Grid Structures, a division of Southland Steel, manufactures steel poles and structures for electric utility and renewable energy infrastructure. Our Amite operation prioritizes employee safety, quality, manufacturing flow, and sustainable growth.
Position Summary
We seek a creative, hands-on Process Engineer to make steel fabrication safer, simpler, and more productive. Working alongside shop-floor employees, this engineer will combine practical problem-solving, CAD-based design, data analysis, and disciplined project execution to deliver sustainable improvements in Safety, Quality, Delivery, and Cost (SQDC).
Core Accountabilities
Design Safety Into the Work
- Engineer out hazards through safer equipment and process design, guarding, ergonomics, and material handling.
- Partner with Operations, Safety, and Maintenance to evaluate risks and verify safe operation before implementation, installation, and startup.
Improve Flow, Productivity, and Process Capability
- Improve end-to-end flow—from plate receipt and cutting through forming, welding, finishing, and shipping—by eliminating bottlenecks, handling, waiting, and rework.
- Use time studies, process mapping, capacity analysis, and production data to improve throughput, labor productivity, first-pass yield, and lead time.
- Work with operators to test improvements, establish standard work, and sustain results.
Own Layout, CAD, and Technical Design
- Develop and maintain 2D/3D CAD plant layouts covering work cells, equipment, storage, utilities, and safe material and pedestrian movement.
- Design practical tooling, fixtures, workstations, and lifting/handling solutions that reduce variation and physical strain.
- Evaluate layout and technology options for safety, capacity, flow, cost, and return on investment; maintain accurate technical drawings.
- Support facility upgrades and infrastructure needs, including electrical, compressed air, industrial gases, and equipment foundations, with qualified specialists.
Execute Shop-Floor Engineering Projects
- Own manufacturing improvement and capital projects from scope and concept through installation, commissioning, training, and handoff.
- Manage project schedules, budgets, milestones, resources, and risks; communicate progress and escalate barriers.
- Coordinate Operations, Quality, Maintenance, Engineering, suppliers, and contractors on equipment selection, specifications, procurement, and installation.
- Use structured root-cause analysis to solve recurring forming, welding, dimensional, and material-handling problems.
- Define acceptance criteria, conduct startup/performance trials, resolve issues, and confirm safe, reliable equipment operation.
Use Data and Develop Employee Capability
- Establish baselines, KPIs, and before/after results to prioritize and validate improvements.
- Engage employees in solution design; document standards and coach teams to recognize and eliminate waste.
Required Experience and Capabilities
- Bachelor’s degree in Mechanical, Industrial, Manufacturing Engineering, or related discipline; equivalent relevant experience considered.
- Hands-on manufacturing or process engineering experience, ideally in heavy fabrication, welding, forming, or material handling.
- Strong 2D/3D CAD capability (AutoCAD, SolidWorks, or equivalent) for plant layouts, tooling, and fixtures.
- Ability to use data to solve production problems and deliver shop-floor improvements.
- Ability to manage projects, budgets, and vendors while communicating clearly across functions.
- Safety-first, creative, collaborative, and willing to spend substantial time on the shop floor.
Preferred Experience
- Utility steel pole or transmission/distribution structure manufacturing, including plate processing, forming, submerged arc welding, or assembly.
- Lean manufacturing, standard work, ergonomics, capital justification, and commissioning.
- Digital manufacturing tools, automation, simulation, or production data systems.
How Success Will Be Measured
Success will be measured by safer work, improved flow and productivity, shorter lead times, less scrap/rework, on-time project execution, reliable equipment startups, and sustained standard work. Targets will be set with site leadership.
Leadership Standard
We expect an approachable engineer who listens to employees, takes ownership, and delivers practical solutions that make work safer and easier—not merely faster.
Benefits and Employment Information
Competitive benefits include medical, dental, vision, and 401(k). Grid Structures is an equal opportunity employer and maintains a drug-free workplace. Employment is subject to applicable pre-employment screening.
STEM OPT Manufacturing Job Roles in Louisiana
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Search Manufacturing Jobs in LouisianaManufacturing STEM OPT Sponsorship Jobs in Louisiana: Frequently Asked Questions
Which manufacturing companies sponsor F-1 STEM OPT visas in Louisiana?
Louisiana's petrochemical and industrial manufacturing sector includes large employers such as ExxonMobil, Shell, Huntsman Corporation, Dow Chemical, and Turner Industries that have established histories of hiring STEM graduates. Heavy industrial manufacturers and specialty chemical producers along the Gulf Coast frequently file Labor Condition Applications for engineering and technical roles, making them worth researching when you're targeting STEM OPT sponsorship specifically.
Which cities in Louisiana have the most manufacturing F-1 STEM OPT sponsorship jobs?
Baton Rouge leads the state for manufacturing STEM OPT opportunities, anchored by the chemical and petrochemical plants concentrated along the Mississippi River corridor. New Orleans and the surrounding Metairie area support aerospace, food processing, and shipbuilding employers. Lake Charles has seen significant industrial investment tied to liquefied natural gas and refining facilities. Shreveport hosts automotive and aerospace manufacturing with occasional STEM graduate hiring.
What types of manufacturing roles typically qualify for F-1 STEM OPT sponsorship?
Roles that qualify for STEM OPT are those tied to a STEM-designated degree and involving practical application of that knowledge. In Louisiana manufacturing, this typically includes process engineers, chemical engineers, quality assurance specialists, industrial engineers, environmental health and safety analysts, and automation or controls technicians. The position must be directly related to your degree field, and your employer must be enrolled in E-Verify, as required by USCIS for STEM OPT extensions.
How do I find manufacturing F-1 STEM OPT sponsorship jobs in Louisiana?
Migrate Mate filters manufacturing job listings specifically by visa type, so you can search for F-1 STEM OPT-eligible roles in Louisiana without manually screening hundreds of unrelated postings. You can narrow results by city, industry, and role type to focus on employers with documented sponsorship activity. Beyond the platform, reviewing OFLC Labor Condition Application disclosure data for Louisiana manufacturing employers can help you identify which companies have recently filed for STEM-related positions.
Are there any Louisiana-specific considerations for F-1 STEM OPT sponsorship in manufacturing?
Louisiana's manufacturing sector is heavily shaped by petrochemicals, refining, and offshore energy, meaning many facilities operate under federal safety and environmental regulations that favor candidates with relevant engineering degrees. Some industrial sites require security or background clearances that can affect international candidates. Louisiana's industrial concentration also means many employers are large multinationals or subsidiaries, which tend to have more established HR processes for managing STEM OPT paperwork and E-Verify compliance compared to smaller regional manufacturers.