The Energy Management Engineer – Climate Systems (Mid-Level) is responsible for analyzing, modeling, and optimizing thermal energy flow and climate control strategies to improve overall vehicle efficiency and occupant comfort. This role plays a key part in integrating HVAC systems with vehicle energy management frameworks, supporting system simulations, test data analysis, and cross-functional development of energy-efficient climate functions across ICE, HEV, and EV platforms.
Key Responsibilities:
Develop and refine thermal energy flow models to assess HVAC system impact on overall vehicle energy consumption.
Analyze system-level energy usage across compressors, electric heaters, pumps, and fans for fuel economy and range impact.
Optimize HVAC control strategies to reduce parasitic energy loads while maintaining passenger comfort.
Support integration of climate systems with vehicle-level energy management strategies in collaboration with powertrain and battery teams.
Conduct system simulations and scenario-based energy modeling using tools such as MATLAB/Simulink, GT-SUITE, or Modelica.
Collect and analyze test data from lab, bench, and vehicle environments to validate models and inform design improvements.
Work with thermal controls, calibration, and HVAC hardware teams to align simulation and real-world performance.
Document findings and present recommendations to cross-functional teams and project stakeholders.
Key Focus Areas:
HVAC and thermal system energy flow modeling and optimization
Simulation and validation of energy consumption in climate systems
Development of energy-efficient control strategies
Collaboration with vehicle-level energy and thermal management teams
Test data interpretation and system refinement
Support for HEV/EV-specific climate and energy management strategies
Qualifications & Skills:
Education:
Bachelor’s or Master’s degree in Mechanical Engineering, Automotive Engineering, Energy Systems, or a related field required
Experience:
3–6 years of experience in automotive HVAC systems, thermal engineering, or vehicle energy management
Technical Skills:
Proficiency in thermodynamics, heat transfer, and energy system modeling
Experience with tools like MATLAB/Simulink, GT-SUITE, Modelica, or equivalent
Understanding of HVAC systems in ICE, HEV, and EV architectures
Data analysis and validation experience from lab or vehicle tests
Soft Skills:
Strong problem-solving and critical thinking abilities
Effective cross-functional communication and collaboration skills
Ability to prioritize and manage multiple development tasks