Electronic Engineering Manager

Description

Summary: Lead and manage a team of design engineers to develop switched mode power supply products, ensuring high quality, innovation, and smooth transition to mass production. Highlights: 1. Lead product design and development for switched mode power supply products 2. Oversee multiple projects, driving innovation and quality 3. Foster the technical and professional growth of the engineering team Electronic Engineering Manager Lead and manage team of design engineers in designing, developing and completing switched mode power supply products that meet or exceed customer expectations, comply with international safety standards and the company's standards on cost, quality and manufacturability as well as ensuring smooth transition of products to the factory for mass production. Oversee multiple projects simultaneously by giving direction and leading product design and research resulting in high quality and innovation. Responsible for the technical and professional growth of the team/subordinates. * Lead product design development * Lead and accountable for the whole product development cycle in the design team to develop a product * which is optimized for cost, quality and delivery * Meet or exceed customer expectation on performance, time and cost, and balance these with the company's internal requirements for manufacturability, quality and reliability * Ensure that product design / development process is compliant with internal standards / procedures * Review of customer specs and requirements * Plan the development schedule and commit a milestone schedule to Project Management (PM) * Determine and layout design concept, approach and topology with the team. Assess resource requirements and capabilities to achieve the completion date and product specs within target costs and standards. * Agree on a target schedule and secure help from support teams * Set up regular conference meetings with customers to discuss / clarify requirements and issues arising during development * Monitor and review program status throughout the development cycle, including cost, schedule, technical parameters in electrical, mechanical, magnetics, PCB design, Electro Magnetic Compliance (EMC), materials, quality, reliability, safety and manufacturability aspects * Lead in problem solving sessions in case a problem arises. Decide on solutions to minimize possible impact of problem.