• Designs truss components and truss repairs for MiTek customers and creatively solve engineering issues our customers have. • Creatively design field repairs for truss components in accordance with acceptable engineering principles and judgment. • Design truss components based on specified parameters from customers and use their knowledge of engineering and the building codes along with collaboration with other engineers in the office to ensure their designs protect the health safety and welfare of the public. • Discusses design modifications and reviews appropriate design methodologies with customers. • Assist, train and counsel customers in troubleshooting issues and design problems. • Review results of the truss design software for accuracy and collaborate with other engineers and with the software development team to determine how the software should function. • Collaborate with engineers, architects and building officials on customer component design projects.

• Responsible for the design of metal forming tools, including welding, EDM, and heat treat • Additional tool types will include assembly fixtures, mechanical equipment, and some robotics • Must be able to take a design from concept to drawing release • Evaluates requirements to develop tool concepts • Develops complex tool and equipment specifications • Develops concepts for complex tools and equipment and can present alternative concepts • Ability to manipulate data sets such as conceptual tool design models and deliverable designs • Will create and modify tool designs • Develops and implements alternative methods and interim solutions for damaged or unsafe tools and equipment to meet functional requirements • Participates in tool/equipment try-outs to ensure requirements have been satisfied • Evaluates and develops/revises preventative maintenance requirements for tools • Responds to requests for review and evaluates ability to produce proposed design with respect to forming, machining, and finishing by using in-house or supplier provided processes to support customer specifications • Assists in determining methodology for assembly of components and evaluates part-features required to support the proposed product • Investigates, develops, and verifies feasibility of tool concepts • Incorporates safety, ergonomic, and regulatory requirements in tool designs • Works well under general supervision • Directs work of others and acts as a lead • Performs other duties as required

• Develops conceptualized tooling solutions and creation of CAD models to support tooling requirements • Develop technical solutions to problems with a moderate level of complexity • Work both independently as well as part of a team to complete specific projects related to the design and development of tooling solutions • Evaluates requirements to develop tool concepts • Develops complex tool and equipment specifications • Assists in development of complex tool and equipment concepts and alternatives • Ability to manipulate data sets such as conceptual tool design models and deliverable designs • Creates and modifies tool designs • Develops and implements alternative methods and interim solutions for damaged or unsafe tools and equipment to meet functional requirements • Participates in tool/equipment try-outs to ensure requirements have been satisfied • Evaluates and develops/revises preventative maintenance requirements for tools • Responds to requests for review and evaluates ability to produce proposed design with respect to forming, machining, and finishing to support customer specifications • Assists in determining methodology for assembly of components • Investigates, develops, and verifies feasibility of tool concepts • Incorporates safety, ergonomic, and regulatory requirements in tool designs.

• Supporting NSWCPD with the following experience: Seven (7) years’ experience in the operation, maintenance, logistical support or testing of electrical or mechanical equipment onboard Navy Vessels or comparable equipment/systems.