We are seeking an experienced and technically versatile Thermal Engineer to lead and support the development of thermal energy storage systems, heat exchangers, and high-efficiency thermal components integrated with power generation systems. The ideal candidate will bring a strong combination of industrial experience in power plants and research-level depth in PCM-based storage systems, CFD modeling, and experimental thermal engineering.
This role is essential to the design, simulation, prototyping, and testing of thermal systems for energy-intensive and renewable-based power applications (e.g., ORC, CSP, combined heat and power).
Key Responsibilities:
Lead industrial-scale thermal system development, integrating storage units with power generation cycles (ORC/Kalina/Steam/Hybrid Solar Plants).
Conduct CFD simulations and experimental validation of heat exchangers, PCM melting/solidification behavior, and high-temperature porous foam structures.
Evaluate and improve thermal performance of existing plant equipment, propose retrofits or efficiency enhancements for boilers, condensers, or thermal storage units.
Analyze transient thermal behaviors, thermal cycling effects, and thermal losses in storage systems during plant load variations.
Design and optimize phase change material (PCM) based thermal energy storage systems such as concentric helical coil heat exchangers, packed beds, and volumetric air receivers.
Document technical results and develop design guidelines, operating procedures, and R&D publications.
Qualifications:
M.Tech / M.S (By Research) / Ph.D. in Mechanical / Thermal / Energy Engineering.
2-5 years of industrial experience in a power plant or thermal process industry.
Proven expertise in:
Design and testing of PCM-based storage systems and heat exchangers.
Experimental and numerical modeling of volumetric receivers, packed beds, and porous media
Thermal energy system optimization using MATLAB or similar platforms.
Proficient in ANSYS Fluent, ICEM CFD, MATLAB, SolidWorks, and relevant simulation tools.
Understanding of power cycle operation, heat recovery, and thermal integration strategies.
Preferred Experience:
Industrial involvement in ORC, CSP, or Combined Heat & Power (CHP) systems.
Experience with thermal management of cyclic or intermittent loads, especially in renewable-based systems.
Experience with thermal system commissioning, field data acquisition, and long-term thermal performance monitoring.
Soft Skills:
Strong analytical and problem-solving skills.
Excellent technical communication and documentation abilities.
Adaptable and collaborative in multi-disciplinary teams.
Curiosity-driven mindset with a hands-on approach to experimentation and optimization.
Job Type: Full-time
Pay: ₹40,000.00 - ₹50,000.58 per month
Work Location: In person
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