Thermal Management System; TMS Technical Lead | Ground Equipment

At BETA Technologies, we apply our intellectual curiosity, passion for aviation, and commitment to sustainability toward a shared mission of revolutionizing electric aviation. Regardless of the position one holds, each team member brings their talent and desire to positively impact the environment and lives of others in a refreshing, vibrant, and inclusive culture.

The Ground Support Equipment (GSE) / Charge Team is seeking a Technical Lead for the Thermal Management Systems (TMS) to drive system-level process design, configuration management, and cross-functional coordination across engineering, manufacturing, and field operations. This role requires a systems thinker with strong organizational, leadership, and communication skills- someone who can manage complex product data structures, supplier engagement, and the lifecycle of thermal and mechanical systems across multiple aircraft programs.

• Own and maintain the system requirements, ensuring accuracy throughout the product lifecycle and enforcing verification/validation activity
• Lead process design activities, defining thermal, pressure, and flow characteristics to support aircraft-level system performance
• Transition the Thermal Management System from prototype‑to‑production by developing quality standards, build documentation, acceptance test procedures and software version control
• Keep CAD models, 3DX (PLM) data, and Plex (ERP) records up to date and representative of current manufacturing & assembly configuration
• Support fleet management activity by diagnosing and resolving system issues, analyzing and archiving field test data, and controlling configurations of deployed systems
• Oversee supplier management with key partners, ensuring adherence to quality and delivery requirements
• Support proposals, Time & Materials (T&M) contracts, and Purchase Orders (POs)
• Lead or support Special Projects, including mobile and truck-based glycol cooling systems; often requiring hands‑on fast‑paced design and build cycles.
• Participate in and contribute to weekly/bi‑weekly project meetings, field technical questions

• Bachelor’s degree in Mechanical, Systems, or Aerospace Engineering, or equivalent technical experience
• Proven experience in project management, system integration, supplier management, configuration management, and data‑driven process improvement
• Knowledge of/Experience with: HVAC systems and electronic equipment cooling/heating (liquid and forced‑air), Thermal‑fluid processes, including pressure, flow, temperature, and PID control, Industrial automation and control systems. PLC programming with ladder logic a plus, Electro‑mechanical systems (motors, actuators, linear/rotary measurement), Instrumentation and component selection for electrical, mechanical, and thermo‑fluid systems
• Willingness to visit suppliers/customers, support field service, and assist with commissioning
• Proficiency with CAD, PLM & ERP integration systems
• Excellent cross‑functional communication skills
• Ability to lead design reviews and present to cross‑functional teams and leadership
• Ability to balance multiple priorities and lead projects with limited supervision

• Familiarity with PLM systems & Engineering Change Management Processes, GD&T, and ASME Y14.5 drafting standards, Tolerance Stack Analysis
• Solid Works CAD experience
• Understanding of Root Cause/Corrective Action (RCCA) Analysis
• Hands‑on experience & willingness to support commissioning, testing, and field operations
• Working knowledge of supplier qualification, FAT/EOL processes, and Cap Ex project management
• Experience collaborating with data visualization tools (Grafana) and integrating real‑time process data into continuous improvement workflows
• Able to use Engineering analysis to drive design decisions
• Background in electro‑mechanical assemblies and/or EV charging systems.
• Familiarity with UL listed products.
• Knowledge of diverse fabrication methods and typical tolerance expectations, including:
  Additive manufacturing (3D printing), Subtractive machining, Welding, Injection molding, Sheet metal fabrication, Composites