Lead Mechanical Engineer II | Cepheid | Bangalore, Karnātaka, India

Bring more to life.

Are you prepared to jump-start your potential and make a tangible impact in life sciences, diagnostics and biotechnology? w

At one of the 15+ operating companies of Danaher, Cepheid, our work saves lives- and we all have a common thread of wanting to innovate to make a tangible difference.

You will flourish in an environment of belonging in which you and your opinion count. And through the power of the Danaher system of constant improvement, you contribute to transforming ideas into impact – innovating at the pace of life.

At Cepheid, we are keen on enhancing health care by using rapid, precise, molecular diagnostic systems and tests. Being a part of our team, you will have an opportunity to make an immediate, measurable change on a global level, in the environment that promotes career growth and development. Our mission is what makes us come up with innovative solutions to the most complicated health issues in the world. We are MORE change makers in the world.

Get acquainted with the Danaher Business System that makes all possible.

The Lead Mechanical Engineer II is responsible to lead investigations involving customer problems and drives to root cause, enhances the current system designs and processes, and designs/develops/documents new products. This role will offer the opportunity for engineers to refine their technical knowledge on a variety of tools for design, simulation, reliability, and tolerance analysis as well improve their ability to work cross functionality across the entire Cepheid business.

The role will be an on-site position in the Hardware Engineering organization based in Bengaluru, IDC, India as a part of the Mechanical Engineering team.

As part of this position, you will be able to:
• Design, develop and verify next generation instruments. Continuously document progress during concept, technical feasibility, design & development and verification phases of the product development cycle.
• Design and develop complex electro/optical/thermal mechanical components and assemblies with great attention to DFM, reliability, cost, and human factors.
• Solve complex engineering problems, perform empirical research (writing and running test procedures), data analysis, interpretation and reporting of results and findings.
Write and publish Design Change Orders (DCOs) of engineering drawings and Bills of Material (BOMs).
• Co-ordinate with Core Team to control projects timelines, scope, risks, and issues. Collaborate cross-functionally with Electrical Engineering, Systems Engineering, NPI, Quality, Supply Chain, Regulatory and Customer Care.

The job necessities are:
• Bachelor degree or more in Mechanical Engineering or other related field. Master’s degree preferred.
• 5+ years of responsibilities in developing new products, preferably in a regulated environment including diagnostics, medical device, life sciences, or biotechnology industries.
• Experience in 3D CAD software, preferably in SolidWorks. Knowledge of ASME Y14.5 GD&T and stack-up tolerance analysis software.
• Knowledge of injection molding design. Working knowledge of CFD and FEA simulation tools, preferably Ansys.
• Design of manufacturing and reliability fixtures. Carry out practical prototyping using machine shop equipment like 3D printers, laser cutters, lathes, drills, etc.

Bonus points would be having prior experience in:
• Specifying, validating, and testing engineering requirement specifications. Writing test protocols and authoring dFMEA’s.
Working with suppliers on DFM, enhancing design, and lowering costs.

Cepheid, a Danaher operating company, provides a wide range of competitive, all-inclusive benefit programs that enhance our lives. Our programs enhance life outside the job whether it is a health care program or paid time off.

Check out our benefits at Danaher Benefits Info.

At Cepheid we are convinced in creating a more sustainable workforce. We acknowledge the advantages of flexible, remote work options on qualified positions and are dedicated to offering rewarding careers, regardless of the work structure. This job can be considered a remote work where you can work at home. Your interview team will give you additional information regarding this remote work arrangement. Explore the flexibility and challenge that working for Cepheid can provide.

Play with our winning team. We will collectively bring to life the real-life impact of tomorrow science and technology. We collaborate with clients around the world to assist them in addressing their most complicated issues, designing solutions that enable the power of science to be realized.

To learn more, go to danaher.com.

Requirements
Design, develop and verify next generation instruments. Ongoingly record progress in concept, technical feasibility, design and development and verification stages of the product development cycle.
Design and develop sophisticated electro/optical/thermal mechanical components and assemblies with a keen eye on DFM, reliability, cost, and human factors.
Problem-solve complex engineering problems, perform empirical research (write and run test protocols), interpret data, assess and report results and findings.
Issue Design Change Orders (DCOs) of engineering drawings and Bills of Material (BOMs).
Collaborate with Core Team to control projects timelines, scope, risks and issues. Collaborate cross-functionally with Electrical Engineering, Systems Engineering, NPI, Quality, Supply Chain, Regulatory and Customer Care.
Bachelor degree or more in Mechanical Engineering or equivalent. Master’s degree preferred.
5+ years of experience in the development of new products, ideally in a regulated setting such as the diagnostics, medical device, life science or biotechnology sectors.
Experience in 3D CAD software, preferably in SolidWorks. Knowledge of ASME Y14.5 GD&T and stack-up tolerance analysis software.
Knowledge of injection molding design. Working knowledge of CFD and FEA simulation tools, preferably Ansys.
Design of manufacturing and reliability fixtures. Conduct practical prototyping using machine shop equipment like 3D printers, laser cutters, lathes, drills, and so on.
Defining, verifying and testing engineering requirement specifications. Writing test protocols and authoring dFMEA’s.
Collaborating with suppliers on DFM, enhancing design, and lowering costs.