Lead product lifecycle management for assigned air‑cooled screw chiller models, ensuring performance, reliability, cost, and manufacturability targets are consistently met.
Drive engineering changes and product enhancements involving compressors, microchannel or fin‑tube coils, EC fans, frames, piping, and refrigerant circuits.
Conduct advanced engineering analyses including thermal modeling, airflow assessments, structural evaluations, vibration analysis, and screw compressor performance characterization.
Develop and validate redundancy strategies (N+1, modular configurations) to meet mission‑critical uptime requirements.
Lead root‑cause investigations for field issues, focusing on reliability, thermal stability, and performance under abnormal or transient conditions.
Support lab and environmental chamber testing, including high‑ambient performance validation, part‑load testing, and transient response evaluation.
Collaborate with manufacturing to resolve production issues, improve build quality, and optimize assembly processes for large‑frame screw chiller systems.
Work with suppliers on component qualification, cost reduction, quality improvements, and evaluation of emerging technologies such as low‑GWP refrigerants and high‑efficiency variable‑speed screw compressors.
Ensure compliance with AHRI 550/590, ASHRAE 90.1, UL/ETL, DOE efficiency standards, and refrigerant safety regulations.
Maintain accurate product documentation including drawings, BOMs, specifications, and service instructions.
Provide technical support to service, applications engineering, and sales teams for customer inquiries, configurations, and mission‑critical deployment requirements.

Requirements

Required Bachelor’s degree in Mechanical Engineering
5+ years of experience in HVAC, refrigeration, or mechanical product engineering, with significant experience in screw compressor–based systems.
Strong understanding of vapor‑compression refrigeration cycles, screw compressor operation, heat transfer, thermodynamics, and airflow dynamics.
Proficiency with CAD tools and familiarity with thermal, structural, and airflow simulation tools.
Demonstrated experience supporting manufactured products, including troubleshooting, sustaining engineering, and continuous improvement.
Knowledge of AHRI 550/590, ASHRAE 90.1, UL/ETL certification processes, and DOE efficiency requirements.
Strong analytical, problem‑solving, and communication skills, with the ability to lead cross‑functional initiatives.

Benefits

Various relocation packages to suit your needs!

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

product lifecycle managementengineering changesthermal modelingairflow assessmentsstructural evaluationsvibration analysisscrew compressor performance characterizationredundancy strategiestroubleshootingcontinuous improvement

Soft Skills

analytical skillsproblem-solving skillscommunication skillsleadershipcollaboration

Certifications

Bachelor’s degree in Mechanical EngineeringAHRI 550/590ASHRAE 90.1UL/ETL certificationDOE efficiency standards