Principal Project Engineer - High Voltage Connectors

Fidea Human Resources GmbH; Bengaluru; On-site; INR 111,600 - 200,880; Full time

Job summary

A leading supplier in electromechanical components is seeking a Principal Project Engineer (m/f/d) for high-voltage connectors in Bengaluru, India. You'll lead product development for automotive high-voltage connectors, oversee phases of product development, and collaborate with cross-functional teams. Ideal candidates have a mechanical or electrical engineering degree, experience in product development, and expertise in high-voltage engineering.

Qualifications

• Proven experience in the development of high-voltage/high-current connectors for the automotive industry.
• Experience managing multiple projects simultaneously.
• Strong knowledge in material selection and engineering methodologies.

Responsibilities

• Lead the development of new connector and contact products.
• Collaborate with design engineers on 3D models and technical drawings.
• Document project scope, requirements, and feasibility assessments.

Skills

Engineering tools/methods

Product development knowledge

Statistical analysis

Education

Degree in mechanical or electrical engineering

Job description

Principal Project Engineer - High Voltage Connectors

Principal Project Engineer - High Voltage Connectors

Direct message the job poster from Fidea Human Resources GmbH

Our client is a globally leading supplier of electromechanical components, primarily complex high-voltage connector systems.

As part of the expansion of the engineering team, we are recruiting an experienced Principal Project Engineer (m/f/d) on behalf of our client at their facility in Bengaluru, India.

As a Principal Engineer (m/f/d) for high-voltage connectors, you will lead the development of new connector and contact products for the automotive industry. You will oversee all phases of the product development cycle and guide concepts through to series production. Additionally, you will support the further development and adaptation of existing products and contribute to research and development initiatives in the field of high-voltage applications in the automotive sector.

Your Responsibilities

• Independently lead conceptual development of high-voltage connectors and contacts for the automotive sector with minimal guidance from the Engineering Manager
• Collaborate with design engineers to develop 3D models and technical drawings in accordance with company standards and GD&T methodology
• Plan and execute DFMEAs, FEAs, tolerance analyses, and other theoretical studies; develop action plans to mitigate risks
• Take responsibility for documenting project scope, requirements, feasibility assessments, and the technical project plan
• Select and justify materials, with a focus on plastics for injection molding and metals for stamped parts
• Develop test plans for high-voltage connectors (DVP&Rs) and analyze results using statistical methods; conduct root cause analyses using structured problem-solving methods
• Serve as a subject matter expert in high-voltage connector development for the automotive industry
• Represent the engineering perspective in cross-functional teams and in front of customers; ensure adherence to design objectives and identify and manage R&D opportunities in the area of high-voltage connectors

Your Profile

• Completed degree in mechanical engineering, electrical engineering, or a related field
• Proven experience in product development, with strong knowledge of materials, mechanics, manufacturing processes, and engineering tools/methods
• Documented experience in the development of high-voltage/high-current connectors for the automotive industry
• Experience in managing multiple projects simultaneously

What Else You Should Bring

• Experience with DFMEA, FEA, tolerance analysis, GD&T, and other theoretical development tools
• Proven ability to manage project scope, requirements, and technical work plans
• Several years of experience in material selection, especially plastics for injection molding and metals for stamped parts
• Experience in developing test plans (DVP&Rs) and performing statistical analysis of test results; skilled in problem-solving methods such as 8D, 5-Why, or fishbone diagrams
• Ability to identify and shape research topics in the field of high-voltage connectors
• Business fluent in English

www.fidea-hr.de

Seniority level

• Seniority level

  Associate

Employment type

• Employment type

  Full-time

Job function

• Job function

  Engineering and Product Management

• Industries

  Motor Vehicle Parts Manufacturing

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