Process Engineering Manager Electronic Manufacturing

Integrated Micro-Electronics, Inc., also known as IMI, is one of the leading global providers of electronics manufacturing services (EMS) and power semiconductor assembly and test services (SATS) in the world

QUALIFICATIONS
Bachelor´s degree in Electronics, Mechatronic, or Mechanical-Electrical Engineering
10+ years experience in electronic products manufacturing engineering.
Solid knowledge in Equipment and Processes Engineering (SMT, Backend, automatic and manual assembly lines).
Lean Manufacturing, Coore Tools, NPI.
Effective communication skills for collaborating with your team members and cross-functional partners.
Advanced English
Analytical skills in identifying and resolving manufacturing issues.
Prior experience in product manufacturing engineering is essential to effectively support your team and manage the manufacturing process.
Track record of improving manufacturing processes and reducing costs.
Must be very hands-on, good for teaching and coaching, and with excellent leadership skills.
Good problem-solving skills

RESPONSIBILITIES
Key communication channel between the Engineering areas and the functional areas of Manufacturing, Quality, Planning, Materials.
Manage the Engineering process.
Report projects, progress, activities, situations, and problems of the department.
Responsible for maintaining clear and open communication with the General Management, to ensure that all the activities of his department are aligned with the business plans.
Ensure that production plans are met with the highest established quality standards and at the correct time.
Facilitate and ensure the creation of work teams for the continuous improvement of Engineering KPIs.
Establish the goals of key indicators and periodically evaluate the performance of the personnel under your charge.
Facilitate problem-solving strategies.
Motivate outstanding performance, operational excellence, and continuous improvement.
Lead the implementation of efficient engineering processes and procedures. This includes selecting appropriate equipment, tools, and methodologies to optimize production.
Establish and maintain quality control measures to ensure that products meet or exceed industry standards and customer expectations.
Drive continuous improvement and innovation within the engineering process, with a focus on efficiency, quality, and cost reduction.