Manager Design Engineering

TAT Technologies Ltd•Tulsa, OK

4h•Onsite

About The Position

TAT Technologies (“TAT”) is a fast-growing profitable provider of aerospace thermal management, power and actuation products and repair services. TAT is a strategic global partner to leading players in the aerospace industry and specializes in providing innovative commercial, defense, OEM and repair/overhaul solutions. TAT employs more than 600 employees’ worldwide, with facilities in the US and Israel. This role is part of the TAT-Limco group located in Tulsa, Oklahoma which is recognized as a world leader in the Aerospace Industry. As the premier choice for Heat Transfer manufacturing and MRO, TAT-Limco provides high-value alternatives to Defense, Commercial, Regional, and Rotary Aircraft customers worldwide.

Requirements

Bachelor of Science Mechanical Engineering or related field.
U.S. citizenship or Green Card is required.
Minimum of 5 years’ work experience in heat exchanger, thermal systems, or aerospace mechanical design.
Strong background in reverse engineering and sustaining engineering for manufacturing environments.
Proficiency with 3D CAD tools (e.g. SolidWorks) and engineering documentation practices.
Solid understanding of FAA regulatory requirements and approved data processes.

Nice To Haves

Aerospace heat exchanger experience (plate-fin, shell-and-tube, brazed assemblies).
Experience working in an aerospace MRO or repair station environment.
Experience in manufacturing processes like Welding / Vacuum Brazing / Torch Brazing of Metals / Chemical Cleaning of Metals / Heat Treatment of Metals / Machining / Casting / Forgings / Forming etc.
Familiarity with AS9100, ISO 9001, ASME, and aerospace material/process specifications.
Lean, Six Sigma, or continuous improvement experience.

Responsibilities

Lead and mentor a team of mechanical/design engineers supporting aerospace heat exchanger product lines and MRO programs, aligning priorities with operational goals and technology road maps
Oversee the full product lifecycle—from requirements definition, design trade studies, and 3D CAD development to reverse engineering, validation (PDR/CDR, DFMEA), and certification compliance (FAA/industry standards)
Drive engineering execution across development and production, including DFM, prototyping, testing, manufacturing support, and continuous improvement initiatives.
Provide technical leadership and problem resolution for complex engineering issues across OEM, military, commercial, and repair operations, ensuring high-quality, cost-effective solutions.
Manage engineering change processes (ECR/ECO), apply data-driven analysis, and ensure designs meet specifications, material/process standards, and performance requirements.
Collaborate cross-functionally with customers, suppliers, and internal teams while managing multiple projects and priorities using strong project management practices.
Other responsibilities as directed by the Engineering Leader.