Mechanical Architect

Job Description

nullIn this role, you have the opportunity for the creation of the Mechanical architecture in modular, with build in safety & reliability features, easy to maintain and extendible (components and modules) and re-usable.You are responsible for

• Responsible for the creation of the Mechanical architecture in modular, easy to maintain and extendible (components and modules) and re-usable.
• The Mechanical architect would ensure that the proposed architecture would have the safety and reliability features build in.
• The Mechanical architect is responsible for ensuring that architecture meets the performance criteria.
• Formulates the technical roadmap, relevant for his subsystem considering technologies, application trends, conducts Concept & Feasibility studies. Leads the introduction of new technologies.
• Technically responsible for the subsystem in (sub-) projects. Delegate, control and verify that the electronics is build according to his architecture. Verifies that the integration is according to the architecture.
• Ensures the mutual consistency and efficient integration of the separate components in modular, easy-to-maintain electronics that meets the product specification.
• Guides the Mechanical Engineers & Designers in the design and implementation of the parts of a subsystem.
• Participates in the system architecture definition and in the Product Requirement Specification; advises the System Architect regarding choices of what must be achieved in hardware and what in software (multidisciplinary) and advises on make-or-buy decisions.
• Determines required subsystem interface (hardware/software) in close consultation with software experts.
• Contributes to the Work Breakdown Structure/ the planning process of his/her area. Draws up personal schedule and reports on progress.
• Has expertise in design techniques, application domain and engineering. Keeps it up-to-date and propagates it, both internal and external.
• Advises on internal development or outsourcing.
• Managing R&D relationships with Engineering service suppliers.
• Supervising design activities at the design partner, participating in design reviews and risk assessments (e.g. FMEA) and monitoring (technical) progress and technical risk mitigation.
• Has an important say in the choice of development environment and has ultimate responsibility for the top-level design.
• Networks with colleagues within BU and beyond and maintains external contacts for benchmarking, new technologies, tooling, design methods, and reflects them to the group.
• Ability to create an environment to ensure maximized engagement of the department employees
• Is abreast of / participates in standards identification responsible for designing
• Formulates improvements within his own domain of expertise such as technical and process improvements etc.
• Acts in line with departmental and project processes (QMS). You are a part of Mechatronics Team in R&D reporting directly to Head - Mechatronics, having global headquarter of Mobile Surgery based out of Pune. Healthcare Innovation Center (HIC) is playing a key role in Philips global strategy for Image-Guided Therapy. With Philips HIC, the foundation was laid to touch billions of lives and reiterate Philips commitment towards Indian and growth healthcare markets.

To succeed in this role, you should have the following skills and experience

• Master/Bachelor in mechanical engineering with 10 to 15 years of experience.
• Ability to technically lead a team with a Domain Expertise in Machine Design, Mechanism Design, and Materials, Value Engineering
• Analytical, creative, and intellectual thinker, with ability to perform mechanical design calculations & verify designs
• Good Knowledge of Manufacturing processes like Sheet Metal & Fabrication / Plastic / Machining while designing.
• Excellent command on, skills like Reliability, DFSS (Design for Six Sigma), Risk Analysis, DFMEA, DFM, GD & T, Tolerance Stack up Analysis, etc
• Lateral thinker with bird s eye view, capable of finding an appropriate solution to complex problems.
• Is capable to introduce new technologies and efficiency improvements on group level (change management)
• Knowledge of and experience in hardware/software interfaces, understanding of cross functional operations
• Exposure to work on global environment, ability to communicate on different levels, good listener, coach and guide project team, with good presentation skills
• Working knowledge of CAD And Simulation Tools like ProE / SolidWorks / Windchill / Ansys Classic / Ansys Workbench will be added advantage
• Exposure to International Medical Quality and Regulatory Standards e.g. IEC, FDA, CFR, MDD, UL, CE, CSA, BIS etc will be added advantage
• Experience in the field of Medical Devices product design e.g. X-Ray Machines, Ultrasonic Machines, Mammography etc. will be added advantage

In return, we offer you a challenging, innovative environment with great opportunities to explore. Our benefits are very competitive and designed around your preferences:

• A competitive base salary
• A variable bonus based on both Philips results and personal performance
• Extensive set of tools to drive your career, such as a personal development budget, free training and coaching
• Attractive collective benefits package

Why should you join Philips Working at Philips is more than a job. It s a calling to create a healthier society through meaningful work, focused on improving 2.5 billion lives a year by delivering innovative solutions across the health continuum. Our people experience a variety of unexpected moments when their lives and careers come together in meaningful ways. Learn more by watching this video.To find out more about what it s like working for Philips at a personal level, visit the Working at Philips page on our career website, where you can read stories from our employee blog. Once there,you can also learn about our recruitment process, or find answers to some of the frequently asked questions.,

Keyskills :
sheet metalrisk analysisproduct designmachine designansys workbenchdigital imagingmechanism designmechanical designsystem architecturemechanical engineeringmanufacturing processescad