General ResponsibilityThe Project Mechanical Engineer is a hands-on individual who will prepare specifications, 3D models and drawings for the design, manufacturing, and installation of material handling equipment used in airport baggage handling systems. This position requires good technical, organizational and communication. An ideal candidate will have previous education in mechanical designs broadened by experience in the material handling industry. The Engineer will work closely with other Mechanical Engineers, Sales, Project Management, and Procurement. This position will report to the BEUMER Group Office in Greenwood Village, CO. ResponsibilitiesProvide drafting and design expertise to assist Engineers of the Mechanical Engineering department for the creation of 3D models and production equipment.Assist Sales in the creation of equipment proposals by providing engineering and design expertise.Evaluate manufacturing feasibility, estimate cost requirements of a variety of material handling systems.Design systems layout and specific components on 2D and 3D CAD equipment and software Our products could include steel structures, sheet metal parts, mechanisms and other BEUMER products. Optimize for cost, functionality and manufacturability.Perform data entry functions to fully document engineering designs in the corporate database.Support existing Engineering processes and assist in the development of new processes.Prepare specifications for equipment purchase. Work with procurement to release equipment for quotation and procurement.Prepare written specifications for training and operation.Work with senior engineers to insure designs are prepared for manufacturing and assembly.Attend conference calls and on-site meetings with clients as directed by Manager.Working hours: Monday-Friday 8:30am-5:00pm.  Compensation Range: $70,000.00 - $90,000.00 Annually. 
The posted salary range reflects the compensation the company reasonably expects to offer for this position. Actual compensation will not be less than the posted minimum and will be based on multiple factors.
 
