Top Tech Jobs & Startup Jobs

Plans and coordinates manufacturing process improvements, develops methods and tooling, troubleshoots CNC production equipment, designs efficient layouts, supports cost-reduction projects, and trains manufacturing personnel. The role requires expertise in CNC programming, turning and milling practices, fixturing, cutting tools, mechanical evaluation, statistical process analysis, and manufacturing quality and environmental standards.

Provides electrical controls engineering support for high-volume manufacturing equipment. Responsibilities include PLC, HMI, vision, DMC, and robot programming; equipment troubleshooting; electrical design and documentation; process improvement; backup and maintenance of equipment programs; new equipment commissioning; and support for manufacturing and maintenance projects. Requires hands-on electrical, mechanical, hydraulic, pneumatic, networking, and robotics knowledge, with occasional manufacturing-floor exposure, overtime, and 10–20% travel.

Designs, programs, commissions, and optimizes automation systems for high-volume automotive production. Responsibilities include PLC, SCADA, HMI, robotics, and vision-system integration; troubleshooting and root-cause analysis; process and equipment improvement; tooling and fixture development; APQP, PPAP, PFMEA, and capability studies; capital equipment projects; documentation; and mentoring maintenance and production teams. The role supports new product launches, equipment reliability, quality, safety, and continuous improvement in a 24/7 manufacturing environment.

Leads induction heat treatment process performance across eight machines and multiple production lines. Responsibilities include controlling case depth and hardness, investigating quality issues, improving equipment reliability, coordinating coil design and vendor work, supporting APQP, PPAP, PFMEA, and equipment commissioning, and mentoring technicians. The role also formalizes process standards, supports preventive maintenance, safety, 5S, and production troubleshooting in a high-volume automotive manufacturing environment.

Assists engineering with manufacturing process improvement, tooling and equipment design, problem-solving, scrap reduction, productivity and quality initiatives. Supports Lean, 5S, Kaizen, Koyo Production Systems, TS16949 and ISO 14000 efforts. Creates or modifies database records, collaborates with engineers, technicians, production and maintenance teams, and presents project results to plant leadership. The role requires computer proficiency, CAD experience and practical application of engineering principles in a manufacturing environment.

Designs, develops, validates, and supports automotive bearing products for powertrain and drivetrain applications. Responsibilities include analyzing customer requirements, creating drawings and specifications, performing CAD and FEA-based design analysis, validating products, supporting manufacturing and launches, resolving quality and field issues, conducting root cause analysis, and improving product standards, manufacturability, and performance.

Supports automotive product cost planning, profitability tracking, target setting, quoting, cost reduction, and make-versus-buy analysis. Coordinates cross-functional teams, monitors cost plans and open issues, prepares financial reports, and supports program milestone and management meetings. Requires strong Excel modeling and analytical skills, financial cost reporting experience, and the ability to manage multiple priorities in a manufacturing environment.

Provides technical support for plant operations and new or modified manufacturing programs. Designs and executes process improvement trials targeting scrap, cycle time, downtime, and cost reduction. Supports equipment breakdowns, startups, setups, maintenance procedures, nonconforming product investigations, manufacturing planning, process development, and Kaizen activities. Requires hands-on manufacturing engineering expertise in CNC machining or automotive assembly, with knowledge of controls, fixtures, hydraulics, pneumatics, and electrical systems.

Designs and applies bearing products for automotive applications, including product extensions, engineering analyses, validation testing, manufacturing support, and product launches. Creates drawings and specifications, performs failure and root-cause analysis, improves design standards and manufacturability, and leads continuous improvement and product development initiatives. Uses CAD, 3D modeling, FEA, and automated engineering tools while collaborating with manufacturing, sales, customers, and suppliers.

Develops and supports electrical and embedded systems for automotive steering, driveline, and chassis components. Responsibilities include customer technical reviews, feasibility analysis, product design and testing, APQP and safety documentation, supplier coordination, CAN interface and test-tool development, verification across MIL/SIL/HIL and vehicle environments, and production launch support. The role requires collaboration with customers and cross-functional teams and includes approximately 10–15% travel.