All jobsManufacturing & Production

260 Manufacturing & Production Jobs in United States

Every shift measures itself in units completed, defects caught, and the rhythm that keeps a production line moving.

Manufacturing & Production jobs by city

• Alajuela30
• San Luis Potosí17
• Shanghai16
• Tijuana12
• Jiangxi12
• Hermosillo11
• Quzhou11
• San Rafael10
• Mexico8
• Bekasi8
• Aibonito8
• Zapopan7
• Braga7
• Genève7
• Tizayuca7
• Suzhou6

Specialities in Manufacturing & Production

• Production Technicians444
• Production Managers173
• Quality Assurance128
• Machine Operators104
• Machinists and CNC Specialists76
• Plant and System Operation38
• Skilled Crafts35

Questions

• What qualifications are needed to start in manufacturing and production?

  Most entry-level positions require a high school diploma and on-the-job training rather than advanced qualifications. Employers provide instruction on specific machinery and safety protocols, though technical roles like welding or CNC operation need formal certifications or apprenticeships before independent work begins.

• What does a typical shift involve in manufacturing work?

  A typical shift involves operating or monitoring equipment, performing repetitive tasks to specification, conducting quality checks, and documenting production data. Workers rotate through stations, troubleshoot minor issues, maintain clean workspaces, and participate in shift handovers to ensure continuous production flow.

• Is manufacturing work physically demanding?

  Yes, most manufacturing roles involve standing for extended periods, repetitive movements, and handling materials or tools throughout the shift. Some positions require lifting, bending, or working in temperatures affected by machinery and processes, though ergonomic improvements and mechanical aids have reduced physical strain in many facilities.

• How does quality control differ from production work?

  Quality control focuses on inspection and testing rather than making or assembassembling products. Inspectors examine samples, measure tolerances, document defects, and halt production when standards aren't met, while production workers concentrate on output, speed, and operating equipment correctly.

• Can someone progress without supervisory ambitions?

  Yes, progression paths include becoming a specialist machine operator, maintenance technician, quality auditor, or process improvement coordinator. These roles offer higher responsibility and pay through technical expertise rather than people management, focusing on complex equipment, troubleshooting, or standards compliance.

• What skills transfer between different manufacturing sectors?

  Safety awareness, attention to detail, process documentation, and machine operation principles transfer across sectors. Understanding production flow, quality standards, and teamwork applies whether the output is food, textiles, printed materials, or fabricated components, though specific equipment requires new training.

• How much autonomy do production workers have?

  Autonomy varies by role and seniority, with entry-level operators following strict procedures and experienced workers making adjustments within parameters. Machine setters and technicians exercise more judgment about settings and troubleshooting, while supervisors control scheduling, assignments, and process modifications.

• What makes someone suited to production supervision?

  Production supervisors need practical manufacturing experience combined with organizational skills, problem-solving ability, and composure under deadline pressure. They must balance output targets with quality standards, manage shift dynamics, address equipment issues quickly, and communicate effectively between floor workers and management.

• Do manufacturing roles require shift work?

  Many manufacturing facilities operate continuously or across multiple shifts to maximize equipment use and meet demand, requiring night, weekend, and rotating shift patterns. Some smaller operations or specialized production runs work standard daytime hours, but shift flexibility increases employment options in the sector.

• How has automation changed manufacturing work?

  Automation has shifted many roles toward machine monitoring, programming, and maintenance rather than manual assembly or material handling. Workers increasingly troubleshoot computerized systems, interpret data displays, and perform tasks requiring judgment or dexterity that machines cannot replicate, while purely repetitive work has diminished.