EM
Job Description
Job Description
Core Job Responsibilities
A minimum of a B.S. degree in Engineering from an accredited engineering institution.
Experience
Core Job Responsibilities
- Engage in cross-functional collaboration with teams such as Operations, Product Engineering, R&D, Quality, and Planning to maintain, enhance, and optimize manufacturing processes, ensuring timely product delivery while adhering to quality and cost standards.
- Work collaboratively with R&D, Product Engineering, and Operations to facilitate successful and timely new product introductions (NPI), balancing the demands of R&D with manufacturing capabilities.
- Evaluate product manufacturability through Design for Manufacturability (DFM) and Design for Excellence (DFX) principles.
- Accountable for achieving key performance indicators (KPIs) and spearheading continuous improvement initiatives to enhance these metrics (including OEE, FPY, TPY, DPMO, on-time delivery, and cost targets).
- Conduct research and assessment of cutting-edge manufacturing technologies to fulfill product requirements and refine manufacturing processes. Aid in decision-making related to manufacturing policies and future strategic direction.
- Develop and outline sustainable and reproducible processes.
- Independently tackle complex challenges through thorough data analysis.
- Design and construct tools, fixtures, and stencils.
A minimum of a B.S. degree in Engineering from an accredited engineering institution.
Experience
- A minimum of 2 years of experience in process engineering within a multinational electronics PCBA/SMT environment is required.
- Experience in a high mix, low volume setting, particularly with high technology original equipment manufacturers, is preferred.
- A collaborative team player with strong interpersonal and stakeholder management abilities, capable of gaining cross-functional support to achieve objectives.
- Comprehensive knowledge and experience in SMT, wave soldering, manual soldering, and press-fit PCBA manufacturing processes.
- Familiarity with IPC-A-610, J-STD, JEDEC, and other relevant PCBA standards.
- Proficient in Lean methodologies, root cause analysis, data analysis, and Six Sigma DMAIC practices.
- Exceptional problem-solving capabilities, with logical and critical thinking skills for making engineering decisions and exploring new methods or tools.
- Ability to work autonomously, performing daily responsibilities with minimal supervision.
- Outstanding communication skills, both verbal and written, including proficiency in presentations.