Job Description
Job Description
Salary :
Position Title : New Product Introduction (NPI) Engineer, Level III-IV
Reports To : Senior Manager_Global Hardware Engineer
Type : Full-time, Hybrid
Position summary :
At Leo Cancer Care, the New Product Introduction Engineer (NPI Engineer) plays a pivotal role in bringing innovative cancer care solutions from concept to reality. This position leads and coordinates the successful design transfer of new products, process improvements, upgrades, or changes from design and development into manufacturing and service. The NPI Engineer ensures seamless integration into production, supply chain, and service processes, maintaining a strong focus on quality, compliance, and efficiency.
Knowledge and Skill Requirements
- Bachelor's degree (or experience equivalent) in Engineering, Science, or a related technical discipline
- Demonstrated experience in project leadership or coordination within engineering or manufacturing
- Experience working in regulated industries; medical device experience strongly preferred (ISO13485, FDA, MDR)
- Proven experience managing New Product Introductions, including pilot builds and process validation
- Strong background in continuous product improvements (reliability, manufacturability, and serviceability)
- Proficiency with engineering practices : design reviews, DFM (Design for Manufacturability), DFS (Design for Serviceability), life testing, etc.
- Hands-on experience with CAD / PLM tools (SolidWorks, PDM) and ERP systems (controlling drawings, designs, BOMs, parts, and work instructions)
- Excellent interpersonal, communication, and relationship management skills.
- Strong analytical and problem-solving skills
- The ability to travel to customer sites and suppliers as needed
- Strong organizational skills and attention to detail.
- Ability to work effectively in a fast-paced, cross-functional team environment.
Primary Responsibilities
Design Transfer Leadership
Lead NPI workstreams, ensuring smooth transition from R&D to production and service.Coordinate resources, schedules, and deliverables across teams.Monitor and report project progress, risks, and issues; escalate when appropriate.Manufacturability & Serviceability
Ensure DFM and DFS practices are embedded in projects.Support structured make-vs-buy decision-making using data-driven analysis.Collaborate with supply chain and vendors to qualify new components and assemblies.Change & Configuration Management
Drive effective implementation of Engineering Change Requests (ECRs) and Engineering Change Orders (ECOs).Act as change package leader / coordinator, ensuring complete documentation, testing, impact assessments, and effectiveness checks.Own product configuration management from pre-release through release (parts, BOMs, and procedures).Continuous Improvement
Apply Lean methodologies to refine the design transfer process, checklists, and workflows.Drive lessons learned and feedback loops from prior NPI launches.Identify opportunities to enhance efficiency, quality, and compliance in design transferKnowledge Sharing & Capability Building
Share knowledge, tools, and best practices across the organization.Coach and support team members in NPI and design transfer principlesMaintain up-to-date skills in project management, design transfer, and problem-solving tools and techniques.For reference : NPI Engineer vs Manufacturing Engineer
Aspect
NPI Engineer (New Product Introduction)
Manufacturing Engineer
Primary Focus
Transitioning designs into scalable, compliant production & service
Optimizing and sustaining ongoing production
Lifecycle Stage
Early-phase (concept pilot builds release)
Steady-state production (post-release)
Key Responsibilities
Design for Manufacturability & ServiceabilityDevelop / validate new processes, tooling, and test equipmentCreate work instructions, SOPs, and trainingLead pilot builds & process validationDrive issue resolution during product transferMaintain and improve existing processesTroubleshoot equipment, process, operator issuesImplement lean / Kaizen for cost & efficiencyEnsure ISO13485 / FDA compliance dailySupport CAPA and root cause analysisManage tooling, fixtures, equipment upkeepDeliverables
Build change packagesValidated processesCoordinate design transfer activitiesReliable day-to-day operationsCost reduction and yield improvementsContinuous improvement initiativesReduced downtime & scrapMetrics (Examples)
Time to stable productionFirst-pass yield during pilot# of ECOs post-transferCost of Poor Quality (CoPQ) at launchOverall Equipment Effectiveness (OEE)Line throughput & takt timeScrap / rework ratesLabor efficiencyDowntime reductionMindset
Project-based, milestone-driven
Operations-based, process-driven
Cross-Functional Work
R&D, Quality, Supply Chain, Operations
Production, Quality, Supply Chain, Service
About Leo Cancer Care
Leo Cancer Care is helping make changes in Radiation Therapy by shifting to upright patient positioning, imaging, and treatment. We do what we do to find a better way - a better way to treat cancer and create a paradigm shift in radiation therapy that benefits all. We will achieve this by enhancing the accessibility and quality of medicine in cancer care globally, thereby making cancer treatment a more human experience for all.
Working in radiotherapy, not only will you be driving change for the greater good, but you'll also be working on products that span a wide range of different disciplines.
Ways of Working
Leo Cancer Care is committed to cultivating a diverse and inclusive work environment. We embrace and celebrate the unique backgrounds, experiences, and perspectives of all individuals. We believe that diversity enriches our organization and strengthens our ability to innovate and excel. Discrimination or harassment of any kind will not be tolerated. We encourage all qualified candidates to apply and join us in our mission to create a respectful and equitable workplace for all. Leo Cancer Care is an equal opportunity employer.