Mechanical Engineering Lead

In this role, you have the opportunity to You are responsible for Design and detail mechanical components and systems according specification, including conducting predictive analysis and calculations. Select materials (metal and plastics) and processes appropriate for those designs. Detail 3D and 2D files incorporating Design for (mass) Manufacturing and Design for Assembly requirements. Manage product requirements, lead DFMEA’s and follow the v-model methodology. Obtain parts and create prototypes. Lead ideations sessions, drive concept creation and decision making. Plan and prioritize your own work and manage the interfaces with other modules/parts – able to work via agile approach. Depending on team role, keep oversight of the complete appliance development. Write test protocols, conduct tests, analyze data, and report results. Successfully interact with associates in other departments, such as Project Management, Systems Engineering, Architecture, Manufacturing Operations, Procurement, Design, and engineering staff to achieve project and product objectives. Develop new test methods and tools as necessary. Identify gaps and implement improvements to bring the mechanical engineering group to a higher level. Capture and re-use of existing knowledge and share learnings. Document your choices and proof in a Design History File (evidence document). Archiving design files in Windchill or relevant system. Be a highly motivated, self-disciplined, open minded, individual possessing hands-on skills. To succeed in this role, you should have the following skills and experience: Bachelor’s degree in mechanical engineering. With minimum 5-10 years of experience in the field of mechanical product development; Experience with working in (international) multi-disciplinary projects, preferably in Business to Consumer. familiar with state-of-the-art development techniques and are skilled in 3D CAD (Siemens NX); Knowledge of the design of mechanical constructions in plastic and/or metal and you are familiar with the mass manufacturability aspects (mould / assembly tooling design); Ability to document requirements, tests, and designs; Ability to rapidly develop engineering concepts and drive them to functional prototypes. Ability to effectively utilize both empirical and theoretical methods to solve complex problems. Experience with CFD analysis, FEA (Ansys), and/or other analytical software programs; Working knowledge of geometric dimensioning and tolerancing. Ability to work effectively with individuals on a project team. Demonstrated ability to apply engineering and scientific principles to solve problems. Strong oral and written communication skills; Experience in the design and development of medical devices or the medical device industry is a plus Excellent hands-on Engineer and a proactive team player with strong leadership and communication skills; Quality driven. Experience with Design for Six Sigma (i.e. being greenbelt certified) is a plus; Ability to balance innovation and practical realization; Determination in decision making and independence; Ambitious, has leadership skills and is a team player and you have good coordination, communication skills.