Production Manager; Textile

Manufacturing Engineer – Subsea Production Process and Equipment Manufacturing

Driving Commercial Excellence Through Lean Manufacturing.

Baker Hughes is a global energy technology company serving the oil and gas sector. This role supports manufacturing processes in Subsea X‑Mass Tree assembly and testing with a focus on integrity, safety, and quality. The manufacturing engineer follows an individual work plan, meets short‑term objectives, and resolves issues in the Assembly and Test Shop.

• Coordinate and manage T&A equipment.
• Create manufacturing order routing and ensure required procedures support the production process.
• Prepare rework routing under NCR to provide WI and appropriate procedures.
• Establish standard cycle time for manufacturing processes and monitor actual achievement.
• Prepare tooling to optimize performance on quality and quantity.
• Coordinate problem‑solving on tooling and fixture/test equipment application.
• Conduct thorough analysis of manufacturing variances.
• Perform statistical analysis of manufacturing performance reporting.
• Monitor receiving, asset tracking, storage, and preservation of test equipment.
• Implement pressure testing equipment 705 procedure in the Batam site, including test equipment tracking, inspection, and maintenance, quarantine of inactive/incompliant test equipment, and storage and preservation.

• Knowledge in mechanical engineering.
• Bachelor’s degree in Mechanical, Manufacturing, or Material Engineering.
• Prior experience with Lean Manufacturing is preferred.
• Prior experience with Oil & Gas Manufacturing such as Surface Valves, X‑Mass Tree, and Subsea X‑Mass Tree is preferred.
• Understanding of Test & Assembly Processes (FAT, eFAT, SIT, SRT, etc.) is preferred.
• Understanding of pressure test equipment.
• Ability to analyze problems, identify root causes, and provide efficient solutions.
• Strong organizational skills.
• Strong MS Office skills.
• Ability to handle diverse activities simultaneously.
• Strong interpersonal and leadership skills.
• Strong oral and written communication skills.
• Ability to communicate effectively and contribute to team projects.

• Contemporary work‑life balance policies and wellbeing activities.
• Comprehensive private medical care options.
• Life insurance and disability programs.
• Tailored financial programs.
• Additional elected or voluntary benefits.

Baker Hughes is an Equal Opportunity Employer. Employment decisions are made without regard to race, color, religion, national or ethnic origin, sex, sexual orientation, gender identity or expression, age, disability, protected veteran status or other characteristics protected by law.

We are seeking a skilled Terminal Stamping Engineer to develop, optimize, and maintain high‑precision metal stamping processes for terminal products. The role ensures product quality, improves manufacturing efficiency, and supports new product introductions within a fast‑paced production environment.

• Develop, optimize, and maintain precision terminal stamping processes and progressive dies to meet quality and productivity targets.
• Lead die trials, process validation, and troubleshooting, ensuring stable and efficient mass production.
• Analyze and resolve production issues (e.g., defects, downtime, inefficiencies) with strong root‑cause methodology.
• Continuously improve product quality, yield, and process capability (CPK) while reducing scrap and cost.
• Support new product introduction (NPI), including feasibility analysis, process design, and cross‑functional coordination (R&D, Quality, Production).
• Collaborate with tooling, maintenance, and production teams to ensure optimal die performance and longevity.
• Drive continuous improvement initiatives (Lean, Six Sigma, Kaizen) within stamping operations.

• Minimum 3 years of experience in terminal stamping or precision metal stamping engineering.
• Minimum Diploma (D3) or Bachelor’s Degree (S1) in Mechanical Engineering, Industrial Engineering, Manufacturing Engineering, or related field.
• Strong knowledge of progressive die structure, stamping processes, and material behavior.
• Proficient in 2D/3D drawing…