Manufacturing Science and Technology (MSAT) System Engineer

To strengthen our Global Operations Manufacturing Science & Technology (MSAT) team, we are looking for a MSAT System Engineer responsible for optimized design and manufacturing of mechanical and mechatronics assemblies, modules, and complete instrument-products.

In this role, you will act as the technical liaison between R&D, Quality and Manufacturing, translating product innovation into scalable, high-performance manufacturing solutions for Agilent’s analytical instrumentation platforms at the Singapore factory site. The target product family is:  ICP-MS Mass Spectrometers.  You will contribute to process industrialization, technology transfer, and platform standardization, while working in a global, cross-functional environment.

• →Own critical mechanical and/or mechatronic assemblies, printed circuit assemblies (PCA/PCBA), electronics modules, and complete products within the MSAT platform team -- throughout the full product lifecycle, from development through obsolescence.
• →Work closely with cross-functional teams, including R&D, Global Manufacturing, Product Marketing, Global Supply Chain, Quality Science & Technology (QSAT) and other engineering groups.
• →For NPI projects, serve as the central Global Operations technical point of contact, representing the factory/production system.
• →Contribute as a key member of cross-functional project teams to transfer new products from development into serial production.
• →Apply DfX principles to address requirements for quality, cost, manufacturability, assembly, and automation in NPI projects.
• →Innovation champion for impactful improvements to the Agilent manufacturing system.  Demonstrate excellence in sharing innovations for scalability across Agilent’s factories.

• Act as central Global Operations technical interface in NPI, representing the manufacturing operations and coordinating stakeholders.
• Counterpart to R&D Technical Lead and cross-functional business team.
• Lead the transfer of new products from development into mass production.
• Ensure application of Design-for-Excellence (DfX) across cost, manufacturability, quality, and automation.
• Collaborate with R&D on product development, validation, and manufacturability readiness.
• Influence design to ensure scalability, supply chain and process robustness, and manufacturability.
• Define system-level manufacturing concepts, test strategies, and industrialization approach.
• Lead prototype ramp, reliability validation, and evaluate launch readiness.

• Serve as Technical Owner on critical & key platform technology processes across the full lifecycle, from development to obsolescence.
• Ensures Value Creation across cost, quality, reliability, delivery, supply robustness, and global product engineering strategy.
• Lead root cause investigations and systemic corrective actions for complex & cross-functional technical issues escalated from the factory team.
• Establish risk-based qualification strategies and action plans for new step-function improvements.
• Contribute to platform-level process standards and best practices.
• Support development of scalable architectures for assembly, calibration, and testing.

• Bachelor’s or Master’s degree in Mechanical Engineering, Mechatronics, Electrical Engineering, or a related technical field. 
• Working knowledge of Chemistry and Physics are desired skills.
• Relevant 8+ years of experience in a comparable engineering role.
• Strong English communication skills, both written and spoken.
• Proven project management and organizational skills, with the ability to work effectively in cross-functional teams.
• Solid understanding of complex technical systems and related development and manufacturing processes.
• Experience with technical drawings and CAD tools.
• Experience in PCBA design, manufacturing and qualification processes.
• Knowledge of engineering methods such as FMEA, DoE, DfX, Value Engineering (VE) or similar approaches is a plus.
• Structured, goal-oriented, and self-driven way of working.
• Ability to analyze complex technical challenges and develop practical, innovative solutions.
• Excellent teamwork and communication skills, especially in international and cross-functional settings.
• Strong ownership mindset and readiness to take responsibility for technical decisions and project outcomes.