Technical leadershipPhysics-based simulationsMedical device developmentEnglish proficiencySolidWorksTolerance analysisFailure Mode and Effects Analysis (FMEA)Finite element analysis (FEA)Agile MethodologiesMentoringInjection moldingProject management software
Langues
Anglais
Allemand
Description
Project & Supplier Ownership: Take accountability for deliverables within a matrix-organized project structure; actively collaborate with external development partners and suppliers while driving own core work packages.
Full Lifecycle Development: Lead all phases of mechanical development - from initial concept and design review through unit testing, bug fixing, and maintenance - with a current strategic focus on Design for Manufacturability (DFM).
Advanced Plastics Engineering: Drive the architectural and detailed mechanical design of complex functional consumables, optimizing for high-volume injection molding and advanced plastic technologies.
Agile Collaboration: Participate in defining, estimating, planning, and executing work packages within a sprint-based Agile environment, collaborating closely with Product Owners, Scrum Masters, Architects, and Developers.
Advanced Engineering Analysis: Define and perform rigorous engineering analyses, including Finite Element Analysis (FEA), Failure Modes and Effects Analysis (FMEA), Tolerance Analysis, and various physics-based simulations.
Technical Leadership & Mentorship: Provide technical guidance and mentorship to junior engineers, driving complex technical problem-solving and taking ownership of mission-critical tasks.
Cross-Functional Reviews: Lead, execute, and contribute to comprehensive technical reviews involving diverse stakeholders across R&D, Operations, and Customer Support.
Responsabilités
Project & Supplier Ownership: Take accountability for deliverables within a matrix-organized project structure; actively collaborate with external development partners and suppliers while driving own core work packages.
Full Lifecycle Development: Lead all phases of mechanical development - from initial concept and design review through unit testing, bug fixing, and maintenance - with a current strategic focus on Design for Manufacturability (DFM).
Advanced Plastics Engineering: Drive the architectural and detailed mechanical design of complex functional consumables, optimizing for high-volume injection molding and advanced plastic technologies.
Agile Collaboration: Participate in defining, estimating, planning, and executing work packages within a sprint-based Agile environment, collaborating closely with Product Owners, Scrum Masters, Architects, and Developers.
Advanced Engineering Analysis: Define and perform rigorous engineering analyses, including Finite Element Analysis (FEA), Failure Modes and Effects Analysis (FMEA), Tolerance Analysis, and various physics-based simulations.
Technical Leadership & Mentorship: Provide technical guidance and mentorship to junior engineers, driving complex technical problem-solving and taking ownership of mission-critical tasks.
Cross-Functional Reviews: Lead, execute, and contribute to comprehensive technical reviews involving diverse stakeholders across R&D, Operations, and Customer Support.
Exigences
Degree in Mechanical Engineering (FH / BSc / MSc) with a minimum of 6-8 years of relevant, hands-on industry experience
Plastics & Injection Molding Expertise: Superior, long-term proficiency in injection molding design and plastic technologies.
Proven Lifecycle Expertise: Extensive professional experience driving all phases of mechanical development, with deep-rooted expertise in Design for Manufacturability (DFM)
Stakeholder & Vendor Management: Demonstrated success working in multidisciplinary teams, with strong capabilities in managing external development partners and suppliers
CAD & Standards Proficiency: Proficiency and willingness to perform hands-on CAD design (SolidWorks preferred, integrated with SAP) in strict compliance with ISO 8015 / Geometrical Product Specifications (GPS) for 2D drawings and 3D models
Analytical Mindset: A strong affinity for methodical, systematic approaches in the early phases of product development, backed by solid fundamentals in physics and engineering
Medical Device Background: Desired experience developing complex medical systems and integrating components such as pumps, valves, sensors, and temperature control elements within a regulated environment
Agile Adaptability: Ready and motivated to thrive in a fully agile, transparent, and collaborative team environment
Technologies
SolidWorksSAP
Avantages
Become part of one of the most prestigious pharmaceutical companies and actively shape the future of healthcare
Experience a work culture that promotes diversity and inclusion and where all employees feel valued
Work on a state-of-the-art campus featuring green spaces, meeting areas, and an inspiring atmosphere
Work with modern and up-to-date tools in an innovative work environment
Start with a professional onboarding process and a thorough introduction to your new role during the Welcome Days
Benefit from financial support for your professional development plans
Enjoy a selection of high-quality meals in modern staff restaurants
As part of a sustainable mobility concept, on-site parking spaces are available to you
Take advantage of unbeatable, year-round discounts at renowned retailers and over 200 top brands
Benefit from fleet discounts when purchasing new cars or receive constant fuel discounts
Entreprise
Work Selection
Pharmaceuticals
As a first-tier supplier to our renowned business partner Roche Diagnostics in Rotkreuz, we are currently looking for a motivated and dedicated Senior Mechanical Engineer for a temporary assignment of 1 year, with high probability of extension.
