Thermal Design Engineer – Refrigeration Cycle Module Development

Job description

Thermal Design Engineer – Refrigeration Cycle Module Development LG Electronics [LG Soft India Private Limited], [Noida], [India] About LG Electronics Step into the innovative world of LG Electronics. As a global leader in technology, LG Electronics is dedicated to creating innovative solutions for a better life. Our brand promise, 'Life's Good', embodies our commitment to ensuring a happier, better life for all. With a rich history spanning over six decades and a global presence of more than 100 subsidiaries, we operate on a truly global scale. Since our establishment in 1958, our dedication to enhancing lives worldwide through innovative products has remained unwavering. Our business domains include Home Appliance & Air Solution, Home Entertainment, Vehicle Components Solutions, and Business Solutions. Our management philosophy, "Jeong-do Management," embodies our commitment to high ethical standards and transparent operations. Grounded in the principles of 'Customer-Value Creation' and 'People-Oriented Management', these values shape our corporate culture, fostering creativity, diversity, and integrity. At LG, we believe in the power of collective wisdom, fostering a collaborative work environment. Join us and become a part of a company that is not just about creating solutions for a better life, because at LG, Life's Good. About the Job We are looking for a skilled **Thermal/Cycle Design & Performance Engineer** to drive the development of advanced refrigeration systems with a strong focus on **cooling performance, energy efficiency, reliability, and cost optimization**. The role involves end-to-end refrigeration cycle design, simulation, testing, validation, and performance enhancement for next-generation refrigerator products. Responsibilities - Design and develop innovative refrigeration cycle architectures using **UG NX**, ensuring optimal performance, manufacturability, and cost efficiency. - Lead end-to-end refrigeration cycle design, prototyping, validation, and production implementation for new refrigerator products. - Perform thermodynamic analysis and benchmarking to improve cooling capacity, energy efficiency, and overall system performance. - Optimize key refrigeration components including **compressors, evaporators, condensers, and variable-speed drive systems**. - Plan and execute prototype testing, analyze laboratory and environmental test results, and implement performance improvements. - Manage design data, engineering changes, and version control using **Teamcenter/PLM systems**. - Collaborate closely with cross-functional teams (Mechanical, Electrical, Software, Manufacturing, and Quality) to ensure successful product development. - Correlate simulation results (CFD/CAE) with physical test data to identify system inefficiencies and drive root-cause-based improvements. - Support new technology development initiatives focused on energy efficiency, sustainability, and next-generation refrigeration solutions. - Participate in technical reviews, management reviews, and project milestone discussions. Requirements - **2 ~ 4 years of experience** in Refrigeration, HVAC, Thermal Systems, or Home Appliance Product Development. - **M.Tech in Thermal/Fluid Engineering** (preferably from IITs/NITs or reputed institutes). - Strong knowledge of **thermodynamics, heat transfer, fluid mechanics, and refrigeration cycle systems**. - Hands-on experience in refrigeration cycle design, performance analysis, and thermal optimization. - Proficiency in **UG NX** and **ANSYS Fluent/CFX** for design and simulation activities. - Experience with **Teamcenter/PLM systems** and engineering data management. - Exposure to prototype development, testing, validation, and product performance benchmarking. - Strong analytical and problem-solving skills with the ability to perform data-driven root cause analysis. - Excellent verbal and written communication, presentation, and stakeholder management skills. - Ability to work independently while effectively collaborating with cross-functional teams in a fast-paced R&D environment.