Master degree in refrigeration & cryogenics engineering
Thermodynamic based modeling and optimization
Chiller system architecture development
The primary responsibility is the engineering development of chiller system technologies by integrating multiple technologies to meet market needs
Job Summary
The primary responsibility is the engineering development of chiller system technologies by integrating multiple technologies to meet market needs.
The role requires developing solutions that best meet market needs through thermodynamic modeling, heat exchanger optimization, and compressor integration.
Carrier offers competitive benefits programs and fosters a diverse, inclusive environment where employees feel they belong and drive innovation.
Matching Summary
The primary responsibility is the engineering development of chiller system technologies by integrating multiple technologies to meet market needs.
Skills & Requirements
Must-have
Master degree in Refrigeration & Cryogenics Engineering
Thermodynamic based modeling and optimization
Chiller system architecture development
Heat transfer technology expertise
Pressure vessel design knowledge
Nice-to-have
Screw/scroll chiller experience preferred
Fluent English communication skills
Strong teamwork and collaboration skills
Background with mechanical study preferred
Ability to meet product cost targets
Key Requirements
Master degree major in Refrigeration & Cryogenics Engineering