Manufacturing Code Example Jobs in Usa

Summary:

The Senior Manufacturing / Process Engineer is responsible for developing, implementing, and improving manufacturing processes for electronic assemblies in a high-mix, low-volume environment. This role supports both the U.S. and Vietnam facilities, ensuring process repeatability, cost efficiency, and product quality across SMT, Through-Hole, and system assembly operations. The senior manufacturing process engineer will report directly to the VP of operations.

Goals:

• Build products and provide services with the highest Flexibility, Productivity, and Quality.
• Achieve total customer satisfaction through technical excellence and responsive engineering support.
• Ensure successful NPI launches through cross-functional collaboration, process validation, and data-driven feedback to design and quality teams.

Objectives:

1.      Support production operations in the following categories:

a.      Reduce downtime caused by engineering issues (programming, MPI errors, tooling, design, or line stoppage).

b.      Improve quality yield through root cause analysis, corrective actions, and robust process setup.

c.      Lead NPI and prototype builds, ensuring process readiness, documentation completeness, and manufacturability validation prior to production release.

2.      Provide engineering services to meet customer needs and expectations in the following areas:

a.      Design for Manufacturability (DFM).

b.      Manufacturing Process Instruction (MPI) creation and maintenance.

c.      Engineering Change Order (ECO) implementation.

d.      Defect Reduction Team (DRT) meetings and follow-up actions.

e.      Failure analysis and corrective action documentation.

f.       Develop and validate new or modified processes, including process capability studies, DOE validation, and reflow/wave solder profile optimization

g.      Other engineering requests as required by customers or management.

Job Description:

SMT / Through-Hole / 2nd Ops / 3rd Ops Process Support

1. Review daily SMT or build schedule to ensure process readiness.
2. Confirm all required items are complete and available prior to production:
3. Job package with full build documentation.
4. Manufacturing Process Instruction (MPI) reviewed and approved.
5. Routing definitions for data collection.
6. Validated reflow or wave solder profiles.
7. ECOs, deviations, or special instructions incorporated into the MPI and/or job package.
8. All required tooling available and verified.
9. Review pre-build DFM, document known defects, and hyperlink details in the MPI.
10. Lead cross-functional NPI kickoff meetings to review design requirements, risk areas, and special process considerations.
11. Document and track NPI issues and lessons learned for future builds.
12. Coordinate with Program Managers to resolve DFM showstoppers prior to build.
13. Analyze previous quality data, identify recurring defects, determine root causes, and implement corrective actions.
14. Design, order, and verify all required tooling (stencils, wave solder pallets, press-fit fixtures, conformal coat fixtures, etc.).
15. Maintain tooling logs, labeling, and readiness tracking within Omega Build Readiness.
16. Inspect and sign off first article setups for critical processes (stencil printer, reflow oven, wave solder, etc.) using the First Article Checklist.
17. Inspect initial boards after print and reflow for solder release, bridging, voids, and process anomalies. Document findings and sign off the First Article Report.
18. Provide on-the-floor training for operators and technicians regarding new processes, corrective actions, or observed deficiencies.
19. Support production by promptly responding to technical inquiries or line support issues.
20. Exercise full authority to stop the line if repeated defects or safety concerns are observed.

Quality Data Review & Root Cause Analysis

1. Review production data in Omega Data Collection, identifying root causes and corrective actions.
2. Review Daily, Weekly, and Customer Quality Reports to identify trends, recurring issues, or process gaps.
3. Provide structured analysis and report findings to Quality and Production (using 8D or equivalent methodology).
4. Document corrective actions and verify implementation during the next production run.
5. Present findings and improvement updates in internal and customer quality meetings.

Other Responsibilities:

1. Create and submit Post-Build DFM reports to Program Managers with improvement recommendations.
2. Implement and validate ECO changes per revision control procedures.
3. Perform and document detailed failure analyses for internal and customer returns.
4. Participate in process improvement projects and defect-reduction initiatives.
5. Provide customer-driven engineering services or special support requests.
6. Develop and deliver internal technical training for operators and peers.
7. Support ISO 9001 and AS9100 activities, including audits, documentation, and Work Instruction updates.

Qualifications:

• Bachelor’s degree in Manufacturing, Industrial, or Mechanical Engineering (or related discipline).
• 8–12 years of hands-on experience in electronics manufacturing (PCBA, box-build, system integration).
• Deep understanding of SMT, Through-Hole, and system assembly processes.
• Proficient in process validation, FAI, SPC, DOE, and yield improvement.
• Familiarity with FactoryLogix and related MES/ERP systems.
• Experience leading NPI builds and developing new assembly processes from prototype through production release.
• Familiarity with DFM/DFT analysis tools and PCB CAD systems (e.g., Altium, Valor, Mentor).
• Experience with Lean, Six Sigma, and structured problem-solving tools.
• Strong communication and analytical skills with the ability to multitask in a fast-paced environment.
• U.S. Citizen or Permanent Resident (ITAR requirement).

Compensation:

$120-$150K Annually

Benefits:

Medical

Dental

Vision

401K + Roth 401K

Vacation

Paid Holidays

We’re partnering with a venture-backed robotics company building autonomous ground systems for defence and advanced commercial use. The product is real. A room full of robots is being built right now. Demand is increasing.

What doesn’t exist yet is a true manufacturing engine.

They’re hiring a Head of Manufacturing to build it.

This is a true 0>1 manufacturing build.

You will step into a 30-person hardware startup where:

• Production is fully manual
• MRP is minimal
• Automation doesn’t exist yet
• Processes are intentionally early-stage

Your role is to architect and implement the systems required to scale from 100 units per year to thousands annually, and beyond.

This will begin hands-on. Over time, you will build and lead the manufacturing organisation.

You won’t inherit a system. You’ll design it.

What You’ll Own

• End-to-end supplier strategy and sourcing
• Vendor negotiation and commercial structure
• Production planning, inventory discipline, and BOM control
• Cost-down roadmap across hardware and supply base
• DFM/DFA collaboration with mechanical and electrical engineering
• Tooling, automation, and internal build-vs-buy decisions
• Selection and implementation of core manufacturing systems
• Hiring and structuring the manufacturing team as scale increases

You’ll report directly to the founder and work closely with the engineering leadership in a high-trust, hands-off, initiative-driven culture.

Who This Suits

• Early manufacturing hires from robotics, aerospace, mobility, or defence environments
• Strong individual contributors from high-velocity hardware organisations who want full ownership
• Builders comfortable creating structure from ambiguity
• Leaders who are still willing to operate hands-on
• Operators who thrive in high-intensity, high-accountability settings

US Citizenship required. ITAR/defence exposure helpful but not mandatory.

What You’ll Need

• Experience scaling complex electromechanical hardware from prototype toward production
• Deep supplier and commercial capability
• Proven ability to build processes where none exist
• Strong engineering fluency and practical judgement
• Comfort operating in execution-heavy environments

This is a foundational hire ahead of a major growth phase.

The person in this role will define how manufacturing scales over the next five years, and will have real influence as the company moves through its next funding round and beyond.

If you’ve built hardware production properly before and want the autonomy to do it again with real ownership, this is worth a conversation.

Spacecraft Manufacturing Engineer

Cape Canaveral, FL

Full-time | On-site

About the Organization

Evona is partnered with a VC-backed advanced space infrastructure company developing expandable habitat systems for lunar exploration, low Earth orbit, and future deep-space missions.

The team is building large, human-rated expandable structures that combine soft goods assemblies and metallic structures, enabling lightweight, high-volume space habitats for sustained human presence beyond Earth.

The Role

As a Spacecraft Manufacturing Engineer, you will define and implement the manufacturing processes, tooling, and build flows required to produce large expandable space habitat structures. You’ll work closely with engineering, quality, and test teams to translate complex designs into repeatable, flight-ready manufacturing processes.

Key Responsibilities

• Develop and document manufacturing processes for expandable habitat structures
• Translate engineering designs into certifiable build and assembly workflows
• Design and support specialized tooling, fixtures, and handling equipment
• Lead integration of soft goods and rigid structures
• Support manufacturing-related testing, qualification, and anomaly resolution
• Collaborate closely with Quality Assurance and Safety teams

Qualifications

• Bachelor’s or Master’s degree in Mechanical Engineering, Aerospace Engineering
• Strong background in aerospace or spacecraft manufacturing and integration
• Experience with flight-certified manufacturing processes and QA documentation
• Familiarity with NASA or similar human-spaceflight standards
• Hands-on, detail-oriented approach to building real hardware

Why This Role

• Work on groundbreaking lunar habitat hardware in a well-funded startup
• See direct impact of your work on flight-bound systems
• Join a small, mission-driven engineering team building the future of human spaceflight

Work Location: In person – Cape Canaveral, FL

Manufacturing Engineer – Process Planning

Compensation: up to $115,000

Reports to: Manufacturing Engineering Manager

Role Overview

The Manufacturing Engineer supports the development and optimization of manufacturing processes for high‑precision products. This role is central to improving efficiency, enhancing product quality, and ensuring production targets are consistently met. The engineer collaborates across departments—including Design Engineering, Quality, Operations, and the shop floor—to strengthen product flow, maintain documentation accuracy, and drive continuous improvement.

Key Responsibilities

Process & Design Review

• Evaluate product designs for manufacturability, appropriate tolerances, quality requirements, and cost‑impacting features.
• Define the complete manufacturing process for components and assemblies, ensuring alignment with production capabilities.
• Determine fixture and gage requirements for new parts and either design or source the necessary tooling.

Documentation & Systems

• Create and maintain manufacturing routes and bills of material within the ERP system.
• Review Engineering Change Orders and update process documentation accordingly.
• Maintain accurate and up‑to‑date process instructions, tooling documentation, and related technical records.

Collaboration & Problem Solving

• Work closely with manufacturing engineers, design engineers, quality personnel, supervisors, and machine operators to maximize productivity and product quality.
• Participate in root‑cause investigations and corrective actions for quality issues.
• Support continuous improvement initiatives that enhance throughput, reduce waste, and improve consistency.

Required Skills & Competencies

• Experience with CNC machining, including work‑holding principles and machining fundamentals.
• Strong understanding of general machine shop practices and measurement techniques.
• Proficiency with CAD/solid modeling tools and familiarity with engineering drawings, GD&T, and dimensioning standards.
• Experience with ERP/MRP systems for routing, BOM creation, and documentation control.
• Strong computer skills, including Microsoft Office applications.
• Ability to work independently, think creatively, and manage tasks with minimal supervision.
• Effective verbal and written communication skills.

Additional Notes

This role requires a blend of technical expertise, hands‑on problem solving, and cross‑functional collaboration. The ideal candidate is detail‑oriented, proactive, and comfortable working in a fast‑paced manufacturing environment.

Director of Manufacturing Operations

Established Metal Manufacturer

On-Site | Full-Time | Leadership Role

About the Opportunity

Our client is a multi-generational, family-owned metal plating and finishing company with over 50 years of operating history. Known for reliability, technical capability, and long-standing customer partnerships, this organization serves electrical and industrial manufacturing clients in a complex, 24/7 production environment.

The business has built a reputation on trust, quality, and consistency. Now, it is entering its next phase of evolution.

We are seeking a Director of Manufacturing Operations to stabilize, professionalize, and re-accelerate performance — while preserving the culture and customer loyalty that has defined the company for decades.

This is not just a plant leadership role. It is an opportunity to run and shape a business with full ownership mindset — aligning people, process, and profitability in a legacy manufacturing environment.

The Role

The Director of Manufacturing Operations will serve as the senior operational leader of the facility, overseeing production, workforce management, financial performance, and customer execution.

This leader will bring structure, accountability, and commercial discipline while earning the trust of a tenured, close-knit team.

Success in this role means:

• Improving throughput and lead times
• Strengthening operational reliability
• Building a healthy, accountable culture
• Enhancing customer confidence and experience

Key Responsibilities:

Operational & Production Leadership

• Lead 24/7 plating operations across multiple production lines (rack, barrel, high-mix jobs)
• Improve throughput, reduce lead times, and increase scheduling clarity
• Drive equipment uptime through preventative maintenance and ownership clarity
• Improve coordination between quoting, scheduling, production, and customer communication
• Maintain strict quality, safety, and compliance standards

Financial & Commercial Accountability

• Own plant-level P&L performance
• Diagnose job-level profitability by customer, line, and job type
• Implement pricing discipline and surcharge mechanisms aligned with raw material volatility
• Evaluate labor efficiency, overtime usage, and workforce strategy
• Introduce clear financial dashboards connecting production metrics to margin performance
• Partner with ownership on working capital and capital allocation decisions

Culture & Leadership

• Clarify roles, decision rights, and accountability across teams
• Build trust while setting firm expectations
• Create visible operational wins and improve morale
• Address performance issues respectfully but decisively
• Stabilize and retain key technical and leadership personnel
• Lead through influence — earning buy-in before driving change

What We’re Looking For:

Required Experience

• Senior operations leadership experience in manufacturing or process-driven environments
• Experience in metal-based, industrial, chemical, or production-heavy settings
• Proven success stabilizing or turning around underperforming operations
• Experience managing hourly, multi-shift workforces
• Strong P&L ownership and cost management background
• Demonstrated ability to balance people leadership with operational accountability

Preferred Background

• Metal finishing, plating, or surface treatment
• Metal stamping, machining, fabrication, or industrial coatings
• Privately held or family-owned manufacturing businesses
• Environments with cost volatility and high customer responsiveness demands

Core Traits

• Calm, confident authority
• Strong listener who processes complexity before acting
• Systems thinker who simplifies chaos into priorities
• Builder of trust and culture
• Commercially intuitive and customer-centric
• Comfortable making tough decisions with empathy

Why This Role Is Compelling

• Join a stable, 50+ year-old, family-owned manufacturer
• Lead a respected operation with deep customer loyalty
• High visibility and influence with ownership
• Opportunity to shape the next chapter of the business
• True operational ownership — not just maintenance leadership
• Strong long-term growth potential

Compensation & Benefits

• Competitive base salary $100-$135k (commensurate with experience)
• Performance-based incentive structure
• Comprehensive benefits package
• Health, dental, vision coverage
• Retirement plan
• Paid time off
• Long-term leadership opportunity within a stable organization

Job Title: Sr. Manufacturing Tech

Work Location: Middlesex County, Massachusetts

Summary:

The Aseptic Manufacturing Technician has primary responsibility for the activities and procedures required for the manufacture and filling of Aseptic products. The position works under close supervision and follows established procedures in the execution of daily activities.

Responsibilities:

• Operates production equipment according to Standard Operating Procedures (SOPs), Batch Records, Manufacturing Directions (MD), and Manufacturing Operating Procedure (OPM)
• Executes all procedures associated with aseptic fills (transfer, set-up, sanitization, autoclaving, process simulation, etc.)
• Adheres to written work instructions to perform solvent recovery, clean out of place, clean in place of complex equipment and components
• Assists with troubleshooting and resolution of process related issues
• Records data into Batch Records, log books and OPM’s
• Documents all work activities according to Good Documentation Practices
• Reports procedural deviations and nonconformance to management
• Maintains current training on all assigned procedures to include read & understood, skills development and classroom training activities as required

Job Complexity:

The position works on assignments that are routine in nature where cGMP experience is required to perform work activities. The Aseptic Manufacturing Technician I normally receives detailed instruction on routine work and training on new assignments.

Supervisory Responsibilities:

None

Qualifications:

• High school diploma, GED or equivalent experience
• 0 – 1+ years related experience in a manufacturing environment
• Ability to work flexible hours to complete work activities
• Must possess good written and verbal communication skills
• Ability to gown and gain entry to biotechnology/pharmaceutical manufacturing areas; ability to wear personal protective equipment such as safety glasses/goggles, gloves and safety shoes
• Ability to lift, pull or push equipment requiring up to 25-50 lbs; ability to stand for 6 hours in a production suite
• Ability to climb ladders and work platforms
• Ability to work around chemicals (alcohols, acids & bases)
• Manufacturing experience in a medical device industry
• Experience working in a clean room or using aseptic technique
• Experience using commercial scale automated equipment
• Ability to perform computerized transactions and maintain spreadsheets are a plus

WHAT YOU WILL BE DOING

Develop, document, and maintain manufacturing processes for aerospace and industrial components in a high-mix, low-volume manufacturing environment, with a focus on continuous improvement throughout the process.

Manufacturing/Test Engineers are responsible for cultivating and driving company-wide productivity initiatives, regularly maintaining a healthy pipeline of continuous-improvement ideas, and assisting in developing an effective site strategy and plan. This position supports the assembly and test areas by implementing effective processes, programs, instructions, etc. Additional duties and responsibilities may be required based on organizational needs.

Maximize Productivity

• Continuously drive the development and implementation of productivity projects supporting the strategic direction of the business unit.
• Contribute to the productivity project funnel to achieve annual goals, report progress to team members, and management.
• Drive $400,000 of cost savings a year.
• Lead the team to develop and track relevant operations metrics with the goal of continuous improvement.

Process Automation

• Utilize LabVIEW, PLC programming, robotics, and emerging automation technology to develop automated and semi-automated processes for the assembly and test of aerospace products.
• Collaborate with Design Engineering and Manufacturing Engineering to develop tooling and fixtures in support of improved process efficiency.

Support New Business efforts

• Work with Purchasing and Design Engineering to provide cost estimates and advise on manufacturability for new business opportunities.
• Work with Design Engineering to develop and review Acceptance Test Procedures for new business programs.

Support Ongoing Production

• Develop and document methods and processes for manufactured parts and assemblies through routings, operation sketches, tool sheets, set-up information, and assembly instructions.
• Using lean strategies and methodologies, improve upon inefficient processes, eliminate single-point failure areas, and implement process automation initiatives.
• Work with the Supply Chain and Operations teams to influence site strategy, planning, and execution.
• CNC tooling and fixture design, assembly, and test fixture design.
• Day-to-day support for production operations.

WHAT IS NEEDED FOR THIS ROLE

• Candidates for this role must be a US Person (under export regulations): US Citizens, a refugee/asylee, or a Green Card holder.
• Bachelor’s Degree in an Engineering or Technical discipline and 5+ years’ experience.
• Proficient with CAD Software (Autodesk Inventor preferred).
• Experience in robust fixture and tooling design.
• Proficient in programming (LabVIEW preferred).
• Lean Six Sigma project experience.
• Continuous Improvement.
• Geometric Dimensioning and Tolerancing.
• Automation.
• Product Assembly (hydraulic, electro-hydraulic, and pneumatic components preferred).
• Hydraulic, electro-hydraulic, and pneumatic valve testing.
• Mechanical Troubleshooting.
• Technical Writing (Work Instructions, Policies, and Procedures).
• Good interpersonal communication skills and a team player, ability to direct the work of others.
• Ability to promote and maintain manufacturing process standardization.
• Ability to manage and prioritize multiple projects.

Physical Demands

Individuals may need to sit or stand as needed. May require walking primarily on a level surface for periodic periods throughout the day. Reaching above shoulder heights, below the waist or lifting as required to file documents or store materials throughout the workday. Proper lifting techniques required. May include lifting up to 10 pounds for files and computer printouts on occasion. The performance of this position may occasionally require exposure to the manufacturing areas, where, under certain conditions, the use of personal protective equipment, such as safety glasses with side shields and mandatory hearing protection, is required. Primary environment: ambient room temperatures, lighting, and traditional office equipment as found in a typical office environment.

The TSUBAKI name is synonymous with excellence in quality, dependability and customer service. U.S. Tsubaki is a leading manufacturer and supplier of power transmission and motion control products. As a part of a vast, international network of corporate and industrial resources, Tsubaki offers its customers the finest state-of-the-art products available in the world and we strive to be the “Best Value” supplier in the industry.  

The Manufacturing, QC and Product Engineering Intern will work in our product engineering department, quality department, and manufacturing engineering departments. The Manufacturing and Product Engineering Intern will be responsible in working with group of interns on a group project. This opportunity will grant the individual exposure to automated manufacturing, improvement of our handling of product specifications and/or helping us to better predict the impact of primary/secondary processes on our products. 

Essential Duties and Responsibilities: The essential duties and responsibilities of this job are included but not limited to this job description – other tasks may be assigned and expected to be performed.

• Work with staff on improvement/organizational projects for the organization
• 3D/2D modeling of fixturing, manufacturing components and/or floor plans, as assigned.
• Assist Engineering with dimensional/process/ raw material studies to improve production, as assigned.
• Creation/Update of controlled documents (DRWs, SOPs, etc.), as assigned.
• Other tasks/functions as assigned. 

• College Student pursuing a Degree in Mechanical, Electrical, Fire Protection Engineering, or related field.
• Outstanding communication and organizational skills.
• Ability to work in a fast-paced environment.
• Proficiency in AutoCAD and Microsoft Office applications.
• Proficient in AutoCAD 2D, AutoDesk, and Inventor 3D.
• Basic knowledge in Adobe Acrobat.

Tsubaki is an Equal Opportunity Employer - Minorities/Females/Veterans/Disability

PM21

Compensation details: 20-24 Hourly Wage

PIf5d4118fba23-3631