The Welding/Robotics Engineer at KSM Industries will play a pivotal role in overseeing all welding equipment and operations, ensuring the effective implementation of manual, robotic, and laser welding processes and procedures. This position requires a strong focus on engineering assignments related to the collaborative development and design of tools, dies, fixtures, and jigs specifically for welding applications. The engineer will analyze operational requirements, designs, dimensions, materials, and specifications to make informed tooling and fixture decisions for both robotic and manual welding processes. Additionally, the engineer will provide support to KSM welding associates, focusing on quality and productivity improvements. In the realm of robotics, the engineer will actively contribute to the company's initiatives aimed at identifying and implementing automated welding solutions. This includes conducting project reviews and selecting appropriate equipment. Once the equipment is procured, the engineer will lead and support programming activities, demonstrating the ability to organize and formulate programs for welding robots and collaborative robots (cobots). The role may also expand into other automation applications, reflecting the company's commitment to innovation and efficiency. Key duties include discovering, developing, and delivering manufacturing processes that enhance safety, quality, delivery, and cost within the welding value stream. The engineer will collaborate cross-functionally to analyze data that identifies opportunities for manufacturing process improvements, prioritize development activities, and define implementation roadmaps. Building strong partnerships with Design Engineering, Quality, and Manufacturing Engineering will be essential for related Design for Welding activities and the development of engineering and drafting standards that support process and automation implementations. Furthermore, the engineer will work closely with the Sales and Leadership teams to create strategies that leverage core investments to drive increased returns on assets, including collaborating with manufacturing leaders on value flow activities, effective labor utilization, and skills development to support automation. The engineer will also play a crucial role in encouraging and educating leaders on advanced manufacturing technologies to accelerate their adoption.