Problem Solving × Career Path: Design Leader
28 matching jobs found.
Air Brake Design Engineer
Technical job that designs air brake systems for vehicles and industrial machinery to ensure performance and safety.
LCD Module Parts Designer
Technical role involving design, prototyping, and evaluation of parts for LCD modules including LCD panels, backlights, driver ICs, connectors, etc.
Outdoor Line Design Engineer
Technical job involving route design, laying planning, and drawing creation for outdoor wiring (outside lines) of communication infrastructure.
Circuit Design Engineer
Technical position responsible for electronic circuit design and analysis, prototype evaluation, and transition to mass production.
Machine Development Engineer
Machine development engineers are technical professionals who consistently handle tasks from conceptual design to detailed design, prototyping, and evaluation to improve the performance of products or equipment and introduce new technologies. They utilize 3D CAD and CAE analysis to handle mechanical mechanism design, material selection, strength calculations, and more.
Mechanical Design Engineer
A technical role that materializes the structure and function of mechanical products through mechanism design, drafting, analysis, and prototyping.
Crane Design Engineer
A technical position responsible for structural design of cranes, load calculations, and design based on safety standards.
Machine Tool Design Engineer
Technical role responsible for designing the structures and mechanisms of machine tools, creating drawings, and performing analyses for manufacturing and processing.
Bicycle Parts Development Engineer
Designs and develops bicycle parts such as frames, drivetrains, and brakes, handling everything from material selection to 3D modeling, prototyping and evaluation, and mass production design. A technical role that comprehensively optimizes performance, safety, and cost.
Automotive Exterior Parts Design Engineer
Technical position that designs automotive exterior parts (bumpers, fenders, door panels, etc.) using CAD and other tools, balancing strength, manufacturability, cost, and aesthetics.