Experienced and innovative Senior MCCB (Molded Case Circuit Breaker) R&D Engineer to play a key role in the development and enhancement of our Molded Case Circuit Breaker product portfolio.
Responsibilities
Participate in the review of product requirement specifications based on input from marketing and customers.
Investigate and analyze new materials and their appropriate applications within our product line, particularly contact materials.
Support other CPC projects by providing materials expertise for specification development and sourcing activities from an R&D perspective.
Participate in design reviews and other product development processes.
Design and develop new and innovative products in accordance with product specifications.
Requirements
Bachelor's degree in Mechanical Engineering
Nice to have: master’s degree in Mechanical Engineering
Nice to have: low-voltage electrical industry experience
Nice to have: hands-on experience with FEA and FMEA
Responsible for designing Surge Arrestor product per customer requirements and 5 Phase procedure; optimizing Surge Arrestor design with consideration of manufacturing, process, low cost and automation; providing technical support to customer.
Responsibilities
Independently lead Surge Arrestor development project to ensure on time, on cost and on quality product launch as project manager and NPD Engineer
Drive product design from conceptual stage to design frozen, process frozen, product validation and mass production
Work out accurate product cost by analyzing BOM, process and tooling with inputs from manufacturing engineer, process engineer and quality engineer to ensure enough product profitability
Conduct technical and cost feasibility for new business opportunities
Resolve complex electrical, thermal, mechanical, sealing, and reliability issues
This role supports the development and operations of New Glenn, a heavy-lift orbital launch vehicle, by structural subsystems using classical hand calculations and FEM simulations.
Compensation
Base Pay Range for: WA applicants is $121,023.00 - $169,433.00
Responsibilities
Perform detailed hand calculations and FEM analysis of primary and secondary aerospace structures for new designs, production support, and sustainment initiatives
Prepare formal analysis documents to support the release of engineering detail parts, assemblies, and installations
Conduct analysis checks and share best practices for designers and junior structural analysts in stress, stability, and fracture analysis
Provide technical guidance on design concepts, including risk, cost, and performance trade-offs
Regularly report status, risks, and opportunities to leadership
Requirements
B.S. degree or higher in aerospace engineering, mechanical engineering, or a related field
Nice to have: M.S. degree in engineering
Nice to have: composite structures analysis
Nice to have: large-scale structural testing and instrumentation
Hands‑on internship on the Kenworth Chillicothe Liaison Engineering team, coordinating with manufacturing, materials, and production departments to provide timely assistance, drive engineering issues to resolution, and communicate changes to engineering personnel.
Responsibilities
Provide assistance to Materials, Tooling and Production on product change implementations including prototypes, coordination and notification.
Work with Production to improve ease of installation, improve installation knowledge and improve production and customer quality.
Work with Vendors, Materials, Production, and Quality departments to approve or deny deviations to drawings.
Contact dealers, through Application Technician, on chassis related items.
Assist the Release Department with general information as needed for the release process.
Requirements
Progression towards degree in related engineering field
Nice to have: truck or automotive experience with demonstrated understanding of mechanical and electrical devices and manufacturing processes
Nice to have: understanding of the product development cycle
Hands-on internship on the Kenworth Chillicothe Design Engineering team with a focus on product design improvements, project implementation, prototype support, and support of other factory department goals.
Responsibilities
Proactive approach to defining issues and reaching early resolution and consensus
Provides engineering advice for specific design or installation problems encountered in manufacturing
Interacts with Division Engineering, Production, Manufacturing Engineering, Materials, and Quality Assurance to develop design improvements throughout various chassis systems and implementing new engineering projects
Runs prototype trials prior to project implementation
Supports kaizen, six sigma projects, warranty reduction, and quality improvement projects by providing appropriate engineering representation
Requirements
Progression towards degree in related engineering field
Nice to have: Truck or automotive experience
Nice to have: Understanding of mechanical and electrical devices
Nice to have: Manufacturing processes
Nice to have: Understanding of the product development cycle
Design, develop, and prototype precision optomechanical assemblies and mechanisms for next generation BBP wafer inspection systems.
Responsibilities
Design, develop, and prototype precision optomechanical assemblies and mechanisms for next generation BBP wafer inspection systems.
Drive mechanical design activities from concept development and feasibility assessment through detailed design, prototype build, testing, qualification, and release.
Develop complex 3D CAD models, assemblies, and detailed engineering drawings using Creo (Pro/ENGINEER).
Perform precision mechanism development, including actuator selection, tolerance analysis, lifetime evaluation, optics mounting, alignment, and adjustment mechanism design.
Conduct engineering analyses, including thermal and structural simulations; experience with flow analysis is a plus.
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Mechatronics, or a related engineering discipline.
Nice to have: CAE/FEA experience in thermal and structural simulation