Tool design engineer

Injection molding tools consider factors such as resin viscosity, material shrinkage, gate location, or specialty release mechanisms. Major considerations include:. The number of cavities - Depending on the expected production run, mold tool design specialists make molds with as many cavities as is safe and effective to improve production.

Draft - Included in a design for easy release of the part from the mold, the degree of the draft varies by part, surface finish, and other factors.

Tool material - Injection molding tools are generally machined from hardened or pre-hardened metals or alloys. The material chosen depends on cost and expected production volume. Steel tools are more costly but more durable; aluminum ones are less expensive but do not last as long. CAD models, sketches, simulations, etc. This engineer leads project tracking to ensure timely tooling design, fabrication, on-boarding and implementation.

If you are interested in this Tool Design Engineer role located in Salt Lake City, Utah please apply via the 'apply now' link provided. Belcan is a global supplier of engineering, technical recruiting, and IT services to customers in the aerospace, industrial, and government sectors. Belcan engineers" better outcomes through adaptive and integrated services-from jet engines, airframe, and avionics to heavy vehicles, chemical processing, and cybersecurity.

Belcan takes a partnering approach to provide customer-driven solutions that are flexible, scalable, and cost-effective. Tests, cleans and repairs swimming pools and spas. Paints designated areas. Repairs and finishes sheet rock. Repairs all types of wall coverings. Tool Design Engineer II Resume Headline : Develop new tools, methods, and procedures for analyzing athlete data to streamline the data acquisition process. Skills : Designing, Repairing.

Description : Provided technical and creative knowledge of up-to-date tool design standards and techniques, manufacturing processes, manages and supports tool design and build projects both in-house and outside vendors. Utilized an understanding of anatomy, biomechanical principles, experimental designs, and statistical procedures to deliver scientific insights pertaining to footwear innovations. Utilized an understanding of sports performance and injury mechanisms to develop data driven insights that influence product development.

Developed tools, methods, and procedures to increase the efficiency of scientific data processing. Provides real-time feedback, and create complex visualizations for non-scientific audiences. Coordinated with customers, project managers, manufacturing technicians, and suppliers to conceptualize, design, and manufacture various tools for aerospace industry. Tool Design Engineer III Resume Summary : Tool design in aircraft, assembly fixtures, machining fixtures, portable mechanical equipment, lay up molds for composite parts.

Conceptualized and designed holding fixtures for wings skins, nacelles, and straps for the JSF program. Actively contributed to defining and streamlining the process used in producing flat patterns and laser projection to improve manufacturing efficiency.

Generated laser programs for hand-layup composite parts for the Virtek Laser Systems. Provided technical support for advanced troubleshooting of the laser system to support manufacturing schedule. Supported development, layout, and qualification of laser systems on new contracts. Created NC programs for the Automatic Tape Layering machine for hot drape forming of transverse, overhead and floor beams for the , Spirit and Alenia programs.

Collaborated with large project development teams to produce space propulsion products for private and government customers, domestic and foreign. Designed work included direct and integrated teamwork among different engineering disciplines including quality, manufacturing, test, structural and thermal.

Required close, hands-on, involvement with the manufacture and implementation of tool designs, affording an effective understanding of the required processes and fostered close working relationships with the corresponding machinists, technicians, inspectors and assemblers. Concurrently managed multiple projects while upholding schedule, cost and quality considerations.

Developed tool and test equipment work instructions for internal and customer use. Experienced with a variety of manufacturing processes including milling, turning, CNC, EDM, GTA and orbital welding, furnace and induction brazing, assembly, 3D printing, laser marking, metal finishing and dimensional inspection.

Associate Tool Design Engineer Resume Headline : Tool Design Engineer in the area experienced in mechanical design, project management, and product development in both office and manufacturing environments.

Description : Designed custom parts and assemblies for holding customer gears while their teeth are cut, heat treated, finished, and tested. Managed projects from the quote stage through the entire engineering process with a strong focus on deadlines. Interacted with other engineers, sales, supply chain and manufacturing on design specifications, design viability, ease of manufacturing, assembly, and inspection. Visited customer facilities to better understand customer requirements and product lines.

Worked with a customer as their point of contact for that customer's tooling needs. Created quotes for sales department and customers. Skills : Windows, Autocad, Solidworks.

Description : Designed special cutting tools, work holding fixtures, gages and repair parts to support the production needs for gear blank machining.