Manufacturing Engineer

as well as a wide range of development prospects. Because we believe that your career path should be as unique as you are.

The Manufacturing Engineer will enhance and optimize manufacturing processes to improve efficiency, quality, and cost-effectiveness. This role involves defining and implementing change processes, managing fixtures, utilizing Manufacturing Execution Systems (MES), and programming and maintaining tools. The Manufacturing Engineer will lead continuous improvement initiatives, ensure seamless implementation of process changes, and support future projects by setting up lines, ensuring station readiness, and installing equipment. Additionally, the engineer will provide critical support during production startups and ongoing production operations to ensure smooth and efficient manufacturing processes. Complete ownership and clear communication are key to succeeding in this role. The goal is to ensure that manufacturing operations run smoothly, efficiently, and safely, while meeting production targets and maintaining high standards of quality.

Develop, implement, and maintain manufacturing processes to improve efficiency, quality, and cost-effectiveness. Analyze current manufacturing processes and identify areas for improvement. Define and document change processes, ensuring all modifications are systematically recorded and communicated. Lead line balancing activities as needed according to production needs and improvements. Provide all required equipment and tools in all areas by analyzing the need and requirement. Integrate and optimize the use of Atlas Copco tools within the manufacturing process. Ensure tools are properly maintained, calibrated, and used according to manufacturer specifications. Program Atlas Copco tools according to process needs to ensure optimal performance and accuracy. Provide training and support to production staff on the proper use of Atlas Copco tools. Lead

for line setup, station readiness, and equipment installations for future projects. Ensure all new setups and installations meet operational

and safety standards. Coordinate with relevant teams to ensure timely and efficient project execution. Order fixtures according to CAD specifications and ensure timely validation upon arrival. Maintain and replace fixtures as needed to meet production requirements. Collaborate with vendors to design and manufacture new fixtures when necessary, ensuring they meet operational needs and safety standards. Ensure fixtures are properly maintained and calibrated. Analyze proposed changes and provide detailed assessments of cost, process, and time impact within the timeframe given by the change coordinator. Lead the implementation of approved changes in the process without disrupting production. Work cross-functionally with IT, Supply Chain Management (SCM), and Quality teams to implement changes. Clearly communicate throughout the change process to ensure all stakeholders are informed and aligned. Lead and participate in continuous improvement initiatives to enhance manufacturing processes. Conduct root cause analysis and implement corrective actions to resolve production issues. Work closely with cross-functional teams, including production, quality, commissioning, rework and maintenance, to ensure seamless integration of process improvements. Communicate effectively with all levels of the organization to ensure alignment and understanding of process changes.

Bachelor’s degree in Automotive/Mechanical/Manufacturing/Industrial Engineering with 3-5 years of Automotive industry related experience (Required)

Master’s degree in Automotive/Mechanical/Manufacturing with 1-2 years of Automotive industry related experience (Preferred)

Experience working in a production environment Proven experience in a manufacturing process engineering role. Strong knowledge of manufacturing processes, fixtures, and tooling. Strong problem-solving skills, including ability to analyze issues using 5 Why methodology, research root causes, and develop effective, creative solutions with sound decision-making. Ability to interpret and apply a range of instruction formats (written, oral, diagrams, schedules) and address problems lacking standard solutions. Strong organizational skills, ability to prioritize and manage multiple projects, and meet deadlines, including extended hours when needed. Proactive mindset with ability to recommend process, policy, and system improvements. Ability to work independently and as part of a team. Excellent communication and interpersonal skills. Familiarity with 3D CAD software Knowledge of AutoCAD Understanding of MES system and integration