Distalmotion
1 day ago
Mechanical Engineer - Design for Cost & Product Improvement
Sign up to save this job, get alerts, and apply with an optimized CV.
Company information
- Company
- Distalmotion
- Location
- Épalinges, Switzerland Switzerland
- Posted
- 1 day ago
Job description
As Mechanical Engineer, within Distalmotion’s Instruments – Product Improvement team, you will be responsible for driving product optimization initiatives with a strong emphasis on cost reduction, manufacturing efficiency, and continuous product improvement for the Instruments of the surgical system.
The Mechanical Engineer brings solid experience in component and tooling design with associated impact analysis (impact on design verification, risk assessment, quality and manufacturing costs) and root cause investigation of clinical complaints and/or non-conformities.
Tasks:
Design & Cost Optimization
• Specify design, prototype, and implement mechanical components and custom tooling/fixtures with a strong focus on Design for Manufacturing, Assembly and Cost (DFM/DFA/DFC).
• Identify, justify and execute cost reduction opportunities on existing instruments without compromising performance, quality or safety.
• Collaborate with internal and external stakeholders from manufacturing of prototypes to testing and industrialization of the products.
Impact analysis
• Perform comprehensive impact analysis of the proposed design changes, evaluating effects on manufacturing processes, unit costs, risk management and design verification.
• Evaluate financial impact of proposed design changes, including tooling/fixture investments, scrap reduction and cycle time improvement.
• Define technical requirements and test protocols and ensure traceability with the design in test reports. Supervise and participate to design verification.
• Collaborate with internal teams (Ops, QA, RA).
• The compliance with the applicable laws and standards and the design control practices is a must (e.g. ISO 13485, FDA 21 CFR 820, MDR).
Continuous Improvement
• Investigate clinical complaints and production non-conformity.
• Lead root cause analysis and manage Corrective and Preventive Actions to drive continuous product quality and reliability improvements.
Requirements
Education & Experience
• Mechanical, microtechnology engineering degree or equivalent (BSc or MSc)
• At least 5 years of experience in the medical device industry or highly regulated environment (eg. Aerospace, automotive)
Technical competency
• Proficiency in CAD (SOLIDWORKS preferred)
• Design For Manufacturing experience (plastic and metal injection, stamping, …), for medium to high volume manufacturing
• Relevant experience in Design Control (Design input/output/transfer, Risk Analysis, Failure mode analysis)
• Knowledge of change management workflows
Soft Skills
• Strong analytical, problem-solving, pragmatic and creative skills
• Good communication skills with proactive attitude and strong accountability under limited supervision
• Language: French, English
Benefits
What we offer:
- A dynamic, innovative environment with cutting-edge medical technology that is shaping the future of robotic surgery.
- Fast-growing Company where innovation meets agility.
- Structured onboarding program and training, ensuring a confident start.
- High degree of autonomy and flexibility.
Find more English Speaking Jobs in Switzerland on Arbeitnow
Required skills
- english
- mechanical engineering
- automotive
- training
- flexibility
- risk analysis
- communication skills
- operations
- problem-solving
- analytical skills
- reliability
- quality assurance
- french
- solidworks
- continuous improvement
- mechanical engineer
- risk management
- testing
- cost reduction
- corrective actions
- non-conformities
- risk assessment
- cad
- change management
- autonomy
- manufacturing processes
- iso 13485
- mdr
- product quality
- regulatory affairs
- prototypes
- bsc
- stamping
- accountability
- aerospace
- robotic surgery
- dfa
- dfm
- product improvement
- industrialization
- traceability
- plastic injection
- technical requirements
- preventive actions
- agility
- impact analysis
- scrap reduction
- root cause investigation
- design for manufacturing
- test protocols
- design verification
- regulated environment
- msc
- onboarding program
- medical device industry
- creative skills
- component design
- design for assembly
- financial impact
- design transfer
- manufacturing costs
- tooling design
- fda 21 cfr 820
- design control
- design input
- failure mode analysis
- manufacturing efficiency
- clinical complaints
- cycle time improvement
- high volume manufacturing
- dfc
- design for cost
- surgical system
- unit costs
- tooling investments
- production non-conformity
- microtechnology engineering
- metal injection
- design output
- pragmatic skills
Interested in this position?
Create your free account and tailor your CV to match this job.