Job Title: Senior Associate Engineer – Equipment Engineering (R&D SMT)Job SummaryThe Associate Engineer – Equipment Engineering (R&D SMT) supports research, development, and engineering builds by setting up and optimizing SMT equipment for prototype and new product development. This role focuses on enabling flexible, accurate, and timely build execution while working closely with R&D, process, and product engineering teams.
Key Responsibilities- Set up SMT equipment to support R&D activities, prototype builds, and engineering validation runs
- Prepare machines for new product trials, including:
- Program setup and verification
- Feeder preparation and component validation
- Line configuration for experimental builds
- Provide hands-on support during engineering builds
- Troubleshoot equipment issues and implement solutions to support fast-paced development cycles
- Collaborate with R&D and Process Engineers to:
- Optimize equipment setup for new designs
- Support process trials and experiments
- Perform product changeovers and ensure setup accuracy for low-volume, high-mix environments
- Maintain SMT equipment in a ready and flexible state for frequent build changes
- Support equipment evaluation, trials, and continuous improvement initiatives
- Document setup configurations, learnings, and best practices from development builds
Requirements
Minimum Diploma in Mechanical, Electrical, Electronics, Mechatronics Engineering or related discipline.
2–5 years of experience in SMT equipment engineering, NPI, or R&D support
Experience supporting engineering builds or prototype environments preferred
Hands-on experience with SMT equipment, including:
Strong understanding of:
Familiarity with SPI and AOI systems is an advantage
Strong problem-solving skills in dynamic and fast-changing environments
Flexibility and adaptability to support frequent engineering changes
Good communication and teamwork with R&D and cross-functional teams
Hands-on, proactive, and detail-oriented approach
Experience in R&D, prototyping, or NPI environments, exposure to high-mix, low-volume manufacturing and knowledge of SMT processes and quality considerations is preferred