Helix Linear Technologies
About Helix Linear
Helix Linear Technologies designs and manufactures high-precision motion control systems for industries where performance matters most, aerospace, medical devices, defense, and advanced automation. Our components power mission-critical applications, where precision down to ±0.0001 inches can make all the difference.
We’re growing fast and investing heavily in R&D, advanced equipment, and new product lines like aerospace-grade ball screws. Our clean, climate-controlled facility is built for precision, focus, and learning. Every day, we work on complex problems that few others attempt, and we do it together.
At Helix, we value ownership, curiosity, and a drive to keep improving. If you’re energized by solving hard problems, working hands‑on with new technologies, and helping shape the next generation of U.S. manufacturing, you’ll fit right in.
About the Position The Manufacturing Engineer plays a pivotal role in advancing our high-precision ball screw product line, one of the most demanding and technically complex areas of motion control. This is a hands‑on engineering role focused on developing, validating, and optimizing special processes such as induction heat treat and assembly testing.
You’ll work closely with design engineering, production, and quality to bring new products from concept through production, ensuring every process meets the highest standards of precision, reliability, and efficiency.
This is not a desk job. It’s a chance to get your hands dirty solving problems that don’t yet have a playbook, and to help build the manufacturing systems that will power Helix’s growth for years to come.
Responsibilities
Lead process development and validation for special processes including induction heat treat and assembly/test.
Troubleshoot ball nut assembly issues and collaborate with design engineering to identify and resolve root causes.
Develop tooling, fixtures, and gauges to support production and improve quality and repeatability.
Design and document robust manufacturing processes, including standard work instructions, control plans, and FMEAs.
Support new product introductions by building prototypes, evaluating fit and function, and providing feedback to design.
Analyze data to identify process trends, variation, and opportunities for improvement.
Collaborate cross‑functionally with production, quality, and operations to improve throughput and reduce downtime.
Contribute to layout and design of assembly lab cells and test setups.
Drive a culture of continuous improvement and urgency in problem solving.
Who You Are
Hands‑on problem solver . You thrive on figuring things out, not just studying them.
Curious and resourceful . You don’t always have the answer, but you know how to find it.
Process‑minded . You think in systems and are disciplined about documentation and follow‑through.
Collaborative . You communicate clearly with machinists, engineers, and managers alike.
Adaptable . You can pivot quickly and handle shifting priorities without losing focus.
Driven . You care deeply about craftsmanship, quality, and results.
What You Bring
Bachelor’s degree in Mechanical or Manufacturing Engineering or equivalent hands‑on experience.
Minimum of 3+ years in a manufacturing engineering or process development role; precision or high‑tolerance manufacturing preferred.
Experience troubleshooting assembly and manufacturing processes.
Working knowledge of GD&T, process validation, and data‑driven problem solving.
Proficiency with SolidWorks or similar CAD software; experience designing tooling or fixtures preferred.
Familiarity with ERP systems and data analysis tools.
Experience with Lean, Six Sigma, or other continuous improvement methodologies is a plus.
What Success Looks Like
Process Validation . Complete induction heat treat line validation and documentation within first 6 months.
Assembly Troubleshooting . Systematically identify and resolve performance issues in new ball nut assemblies, reducing rework and improving efficiency.
Documentation . Develop clear work instructions, FMEAs, and process documentation for key operations.
Collaboration . Build strong working relationships across engineering, production, and quality.
Continuous Improvement . Demonstrate urgency and ownership in driving solutions that improve throughput, quality, and repeatability.
Why Helix At Helix, manufacturing isn’t just what we do, it’s who we are. We design, roll, grind, and assemble every screw in-house to ensure absolute precision and performance. That vertical integration gives our engineers complete control of quality, speed, and innovation.
You’ll join a team that values Professionalism, Teamwork, Continuous Improvement, Responsiveness, and a Winning Attitude.
We offer competitive pay, comprehensive benefits, retirement plans, PTO, and flexible scheduling to support a healthy work‑life balance.
This is an opportunity to make a tangible impact, to see your ideas take shape on the floor, and to help build the future of American manufacturing.
Seniority level Mid‑Senior level
Employment type Full-time
Job function Engineering and Information Technology
Industries Industrial Machinery Manufacturing
Referrals increase your chances of interviewing at Helix Linear Technologies by 2x
#J-18808-Ljbffr
We’re growing fast and investing heavily in R&D, advanced equipment, and new product lines like aerospace-grade ball screws. Our clean, climate-controlled facility is built for precision, focus, and learning. Every day, we work on complex problems that few others attempt, and we do it together.
At Helix, we value ownership, curiosity, and a drive to keep improving. If you’re energized by solving hard problems, working hands‑on with new technologies, and helping shape the next generation of U.S. manufacturing, you’ll fit right in.
About the Position The Manufacturing Engineer plays a pivotal role in advancing our high-precision ball screw product line, one of the most demanding and technically complex areas of motion control. This is a hands‑on engineering role focused on developing, validating, and optimizing special processes such as induction heat treat and assembly testing.
You’ll work closely with design engineering, production, and quality to bring new products from concept through production, ensuring every process meets the highest standards of precision, reliability, and efficiency.
This is not a desk job. It’s a chance to get your hands dirty solving problems that don’t yet have a playbook, and to help build the manufacturing systems that will power Helix’s growth for years to come.
Responsibilities
Lead process development and validation for special processes including induction heat treat and assembly/test.
Troubleshoot ball nut assembly issues and collaborate with design engineering to identify and resolve root causes.
Develop tooling, fixtures, and gauges to support production and improve quality and repeatability.
Design and document robust manufacturing processes, including standard work instructions, control plans, and FMEAs.
Support new product introductions by building prototypes, evaluating fit and function, and providing feedback to design.
Analyze data to identify process trends, variation, and opportunities for improvement.
Collaborate cross‑functionally with production, quality, and operations to improve throughput and reduce downtime.
Contribute to layout and design of assembly lab cells and test setups.
Drive a culture of continuous improvement and urgency in problem solving.
Who You Are
Hands‑on problem solver . You thrive on figuring things out, not just studying them.
Curious and resourceful . You don’t always have the answer, but you know how to find it.
Process‑minded . You think in systems and are disciplined about documentation and follow‑through.
Collaborative . You communicate clearly with machinists, engineers, and managers alike.
Adaptable . You can pivot quickly and handle shifting priorities without losing focus.
Driven . You care deeply about craftsmanship, quality, and results.
What You Bring
Bachelor’s degree in Mechanical or Manufacturing Engineering or equivalent hands‑on experience.
Minimum of 3+ years in a manufacturing engineering or process development role; precision or high‑tolerance manufacturing preferred.
Experience troubleshooting assembly and manufacturing processes.
Working knowledge of GD&T, process validation, and data‑driven problem solving.
Proficiency with SolidWorks or similar CAD software; experience designing tooling or fixtures preferred.
Familiarity with ERP systems and data analysis tools.
Experience with Lean, Six Sigma, or other continuous improvement methodologies is a plus.
What Success Looks Like
Process Validation . Complete induction heat treat line validation and documentation within first 6 months.
Assembly Troubleshooting . Systematically identify and resolve performance issues in new ball nut assemblies, reducing rework and improving efficiency.
Documentation . Develop clear work instructions, FMEAs, and process documentation for key operations.
Collaboration . Build strong working relationships across engineering, production, and quality.
Continuous Improvement . Demonstrate urgency and ownership in driving solutions that improve throughput, quality, and repeatability.
Why Helix At Helix, manufacturing isn’t just what we do, it’s who we are. We design, roll, grind, and assemble every screw in-house to ensure absolute precision and performance. That vertical integration gives our engineers complete control of quality, speed, and innovation.
You’ll join a team that values Professionalism, Teamwork, Continuous Improvement, Responsiveness, and a Winning Attitude.
We offer competitive pay, comprehensive benefits, retirement plans, PTO, and flexible scheduling to support a healthy work‑life balance.
This is an opportunity to make a tangible impact, to see your ideas take shape on the floor, and to help build the future of American manufacturing.
Seniority level Mid‑Senior level
Employment type Full-time
Job function Engineering and Information Technology
Industries Industrial Machinery Manufacturing
Referrals increase your chances of interviewing at Helix Linear Technologies by 2x
#J-18808-Ljbffr