Product Engineer – Mechanical (Engine Domain)

Key Responsibilities:

• Apply analytical and experimental / testing approaches, while evaluating Engine, sub-system and component performance and architecture.
• Investigate product, system, and technology-related issues in thermal and fluid sciences, take ownership of problem resolution, recommends appropriate corrective or improvement actions.
• Make day‑to‑day project decisions that support successful project progress and independently executes established work processes.
• Conduct analysis and testing as part of routine project activities and Documents analysis results and outcomes.
• Demonstrate ownership and accountability in task execution also Works with guidance from senior or more experienced team members.
• Communicate effectively with stakeholders to ensure alignment and continuity.
• Continue to develop technology, and product knowledge while working independently and supports and contributes effectively to overall team objectives.
• May involve coordinating and guiding work to technicians and technical interns.
• Demonstrate influence within the work group and collaborates proactively to drive team success.
• Address and answer critical Engine, sub-system, or component performance questions.
• Prepare technical documentation based on functional and technical knowledge.
• Communicate technical information to stakeholders.
• Enable improved technical productivity through clear and actionable documentation.
• Flexible to travel within & outside Pune.

Skills and Experience Requirements:

• Qualification - B.E. Mechanical or Associated Branches.
• Experience Range - 2 to 6 Years.
• Sound understanding of IC engine product, specifically diesel engines.
• Good knowhow of principles of thermal and fluid sciences, heat, and energy transfers for making good engine performance calibration development to meet emission norms and performance requirements.
• Problem solving abilities.
• Good communication and presentation skills.
• Apply principles of fluid dynamics and heat transfer (thermodynamics and energy conversion systems).
• Quantitative understanding of liquid and gas flow.
• Analyze and interpret performance of Heat transfer/energy conversion systems between IC engines and system components.
• Leverage modelling, control, and experimental tools.