Design, develop, validate, and support home comfort products from concept through production, focusing on injection-molded plastic components and mechanical assemblies.
Responsibilities
Design and develop mechanical components, assemblies, and systems for portable fans, heaters, air purifiers, and related home comfort products.
Create and maintain parametric 3D models, detailed part and assembly drawings, specifications, and bills of material using SolidWorks and Lasko’s product data management system.
Design injection-molded plastic parts and mechanical assemblies, considering material selection, tooling requirements, tolerances, appearance, structural performance, assembly, and high-volume production.
Translate product requirements, consumer insights, industrial design concepts, safety requirements, and cost targets into practical mechanical designs.
Perform tolerance stack-ups, engineering calculations, and mechanical and thermal evaluations to assess product fit, function, performance, and reliability.
Requirements
Bachelor’s degree in Mechanical Engineering or a closely related engineering discipline
Designs, analyzes, develops, integrates, tests, troubleshoots, and commissions complex electromechanical and robotic systems and subsystems for entertainment customers.
Responsibilities
Lead mechanical design decisions or support the Lead Mechanical Engineer
Develop integrated solutions with cross-functional engineering disciplines
Manage requirements and mechanical scope changes
Confirm compliance with applicable requirements and standards
Support development of system-level Hazard Analyses and FMEA
Requirements
Bachelor's degree in Mechanical, Aerospace, Industrial, or Mechatronics Engineering, or a related technical field
Nice to have: Advanced degree
Nice to have: Professional license
Nice to have: membership in an industry organization
Northrop Grumman is seeking Associate Structural Engineers and Structural Engineers to perform detailed design and analysis utilizing CAD software for spacecraft components.
Provide hands‑on engineering support for energetic materials production and related assemblies during second‑shift operations, ensuring safe, efficient, and reliable manufacturing.
Provide technical support during production events, troubleshoot issues on second shift, and coordinate follow‑up actions with day shift and supporting engineering organizations.
Develop, maintain, and improve process‑control documentation, standard work, operating procedures, work instructions, work measurement standards, and tooling‑use documentation.
Support the planning, design, launch, and improvement of manufacturing lines for new products and product upgrades, including facility, utility, equipment, tooling, and fixture requirements.
Assist with development and implementation of tooling components for energetic aerospace propulsion systems including molds, lifting devices, handling fixtures, test fixtures, and other production‑support equipment.
Support tool use, checkout, maintenance, and follow‑up in production; identify opportunities to improve existing tooling and production‑support designs.
At Northrop Grumman, the Principal or Senior Principal Mechanical Engineer will lead concept development, problem solving, technical planning, design development and integration & testing of undersea hardware, translating customer requirements into systems solutions while managing technical, schedule, and cost constraints.
Maintain calibration records and tool traceability to national standards, support quality audits, calibrate measurement tools, measure parts and assemblies, record data, run first article inspections, investigate out-of-tolerance parts, set up and operate coordinate measuring machines and optical comparators.
Create and revise detailed 3D CAD models, 2D drawings, fabrication and installation drawings, and layouts for mechanical equipment, components, and assemblies.
Develop practical equipment and piping solutions for steam and condensate systems, including equipment arrangements, piping routes, connections, and supports.
Support sound design decisions by applying stress analysis principles, performing or assisting with piping stress calculations, and preparing models for finite element analysis (FEA) and computational fluid dynamics (CFD).
Keep project information accurate and organized, including bills of materials, engineering changes, drawing files, equipment records, and technical documentation.
Contribute to innovation by collaborating with Engineering and R&D on new products, test equipment, design concepts, and product improvements.
Requirements
Associate degree
minimum two-year technical program in mechanical design, drafting, engineering technology, or a related field
Nice to have: SolidWorks experience
Nice to have: AutoCAD experience
Nice to have: experience with industrial equipment
Provide technical support during production events, troubleshoot issues on second shift, and coordinate follow‑up actions with day shift and supporting engineering organizations.
Develop, maintain, and improve process‑control documentation, standard work, operating procedures, work instructions, work measurement standards, and tooling‑use documentation.
Support the planning, design, launch, and improvement of manufacturing lines for new products and product upgrades, including facility, utility, equipment, tooling, and fixture requirements.
Assist with development and implementation of tooling components for energetic aerospace propulsion systems including molds, lifting devices, handling fixtures, test fixtures, and other production‑support equipment.
Support tool use, checkout, maintenance, and follow‑up in production; identify opportunities to improve existing tooling and production‑support designs.
Mechanical Engineer IINewLasko Products · West Chester, US
Senior Mechanical EngineerNewFalcon s Beyond Global · Orlando, US
Mechanical DesignerNewKadant Inc. · Three Rivers, US