Software Engineer Intern, Connectivity
Talos
Mechanical Engineer – Engineering Leadership Program
Carrier
full-time
Posted on:
Origin: • 🇨🇳 China
Visit company websiteJob Level
Senior
About the role
- Design and develop the overall structure of industrial/residential air conditioning systems, including key components (e.g., prototyping and certification of new parts).
- Analyze structural issues during product development and provide professional solutions.
- Prepare technical documentation (e.g., product BOM, mass production drawings) during project review phases.
- Research and develop new structures/technologies to enhance product performance and quality.
- Optimize product structure and control costs through technical improvements.
- Own the identification, creation, and expansion of disruptive project pipelines aligned with themes in HVAC&R innovation, sustainability, and service.
- Collaborate with global teams, cross-functional departments, and external partners/universities.
- Engage in formal and on-the-job training programs covering engineering, communication, and management domains.
- Deliver impactful contributions to strategic projects through three eight-month rotations across various Carrier business units.
Requirements
- Bachelor's degree above in Engineering or related field
- Strong academic performance, minimum cumulative GPA of 3.0, with 3.2 preferred
- Must be geographically mobile and have the ability to relocate for rotations.
- To be eligible for the program, you must be a 2025-2026 graduate of the degree in the relevant field and start in the Leadership Program July 2026
- Proactive and results-driven; thrives in a fast-paced and dynamic environment
- Excellent analytical and problem-solving skills
- Strong ability to communicate effectively and collaborate with cross-functional teams
- Demonstrated technical understanding and skills
- Knowledge of HVAC&R systems and cycle analysis
- Knowledge of dehumidification technologies and materials
- Knowledge of electrical/power control systems
- Knowledge of thermodynamic cycles, thermal systems and heat transfer
- Knowledge of analytical and high-fidelity model development, model-based predictions and experimental validation
- Knowledge of statistics, reliability and economic analysis
- Knowledge of system engineering methodologies, design of experiments
