Additive Manufacturing Engineer

Turbomachinery and Heat Transfer Laboratory is seeking a highly motivated Additive Manufacturing Engineer to support advanced experimental research, development, and testing activities. The role combines hands-on operation of additive manufacturing systems, post-processing and furnace work, and close collaboration with researchers and engineers on cutting-edge metal and ceramic components for high-temperature and turbomachinery applications. For more information and to apply, click here: https://campaign.adamtotal.co.il?d=j6dyQu1Y175y%2bAnrqYX00Q%3d%3d Job description: Lead daily operations of the EOS M290 (LPBF/DMLS) and Lithoz CeraFab (LCM) systems, including scheduling and prioritization. Oversee material lifecycles: sieving, recycling and contamination control. Perform preventive maintenance and routine service tasks. Prepare, execute, and monitor AM builds - Build setup, orientation, support strategy, and parameter selection, powder handling, reuse, and safety procedures. Perform post-processing operations – support removal, sintering. Support design-for-additive-manufacturing (DfAM) activities - self-supporting geometries, internal channels, monolithic parts; shrinkage, distortion, and tolerance considerations. Use simulation and digital tools to improve print outcomes. Conduct dimensional checks and assist with part validation (surface quality assessment, CT etc.). Requirements: BA in Mechanical Engineering, Manufacturing Engineering, Materials Science, or a closely related field; MA - advantage. Strong understanding of additive manufacturing technologies (LPBF, binder jetting, DED, etc.). Ability to select AM processes, materials, and equipment to meet part requirements and optimize outcomes. Experience operating high-temperature furnaces. Documentation and reporting of process. Ability to read/write technical ation in English. Familiarity with AM simulation tools (e.g., Simufact Additive, ANSYS AM) - Advantages. Familiarity with Materialise Magics or similar tools - Advantages. Understanding related manufacturing techniques (CNC machining, inspection, quality control) - Advantages. Strong materials science background, especially metallurgical and ceramic behavior - post-processing knowledge (heat treatment, debinding, sintering) is valuable - Advantages. Additional information: full-time position 100%.