Job Summary

We are looking for an individual to oversee day-to-day production operations, including guiding and coaching employees, ensuring equipment safety and maintenance, and executing batch manufacturing and packaging activities. Responsibilities also include documentation review, maintaining product quality, coordinating training, conducting initial incident investigations, and managing process orders.

" Roles & Responsibilities

• You will be responsible for overseeing execution of day-to-day production activities.
• You will be responsible for guiding and coaching employees, monitoring their productivity, and overseeing regular equipment safety and maintenance.
• You will be responsible for performing batch execution in OSD (Oral Solid Dosage) packaging.
• You will be responsible for execution and review of Documentations, BPR (Batch Production Records) and Logbooks.
• You will be responsible for ensuring product quality by maintaining cGMP (current Good Manufacturing Practices).
• You will be responsible for operating and troubleshooting PG-Express Machine packing.
• You will be a training coordinator through LMS (Learning Management system).
• You will be responsible for initial investigation of incidents.
• You will be responsible for generating the process order number.

"

Reliability Engineer responsible for supporting product improvement and new product development to ensure they meet performance, quality, reliability, validation and cost requirements.

Reliability of power electronics including ROM development considering internal eAxle loads.

Reliability of Power module mounted brazed cooler. 

Thermal management, requirements for HV safety , Vibration robustness [with Eaxle & vehicle load]

 Degree in Mechanical Engineering.

Knowledge on EE components

Strong problem-solving and analytical skills.

Strong communication and teamwork skills. 

 Experience in automotive development projects, specifically in roles focused on product reliability engineering.

Strong understanding of reliability engineering principles for automotive products, aligned with application-specific requirements

Solid foundation in mechanics fundamentals (vibration, thermal, thermo-mechanical, etc.) with hands-on experience in related testing; familiarity with field load analysis, failure analysis, and risk assessment

Good knowledge of product validation methodologies, particularly those related to lifetime and durability requirements.

Experience in designing validation plans based on anticipated failure modes using FMEA and Impact analysis

Proven experience in conducting failure analysis and identifying root causes using structured problem-solving methodologies such as 8D, CAR, and FTA.

Demonstrated ability to work cross-functionally, coordinate testing activities, and engage effectively with customers.

Good team player with strong verbal and written communication skills

Familiarity with international testing standards and their appropriate application and correlation within automotive environment

Reliability Certifications , REX (preferred/not mandatory)