With limited supervision, the Senior Industrial Design Engineer is responsible for the industrial design of tools and machinery for pipe and tube machining applications. The successful candidate will be self-motivated and have a voracious drive for learning and professional growth. This is a full-time position within the Engineering Department and is based at Tri Tool’s headquarters in Rancho Cordova, California.
- denotes essential job function
- *** **Collaborate and strategize with colleagues across engineering, production/manufacturing, product management, service, and repair departments to develop innovative, user-centered industrial tools and equipment.
- *** **Lead industrial design efforts from concept through production, including ideation, sketching, 3D modeling, physical prototyping, and design validation.
- *** **Apply human factors and ergonomics principles to develop products that are safe, intuitive, and optimized for use in demanding field environments.
- *** **Partner with mechanical engineers to ensure industrial design intent is faithfully translated into manufacturable product designs, balancing aesthetics with structural and functional requirements.
- *** **Complete manufacturing and assembly drawings per ASME Y14.5M standards using SolidWorks CAD software, with close attention to tolerancing and DFM (design for manufacturability).
- *** **Define and specify materials, surface finishes, textures, coatings, labels, and graphics to achieve durability and brand consistency across product lines.
- *** **Conduct and facilitate user research, field studies, and usability evaluations to inform design decisions and validate design solutions.
- *** **Manage medium and large design projects with a high degree of independence, from initial brief through final production release.
- *** **Maintain accurate component information, revisions, and bills of materials within Tri Tool’s ERP system (NetSuite).
- *** **Assist and/or lead proposal and business development deliverables, including product cost estimation and risk analysis.
- Participate in hands-on prototype assembly and testing within an R&D shop environment.
- Other duties as assigned.
MINIMUM QUALIFICATIONS
- Minimum two (2) years of applicable professional experience in industrial design, product design, or a related discipline within a manufacturing or industrial product environment. A Master’s degree in Industrial Design or a related discipline may be considered in lieu of years of experience.
- Demonstrated portfolio showcasing a breadth of industrial design work, from concept exploration through production-released products.
- Proficiency in SolidWorks or comparable 3D CAD and surface modeling tools for design development and engineering collaboration.
- Working knowledge of GD&T tolerancing methods and their appropriate application.
- High level of attention to detail and completeness of work.
- Strong visual communication skills, including sketching and digital rendering.
- A tenacious attitude and drive to deliver results on schedule.
PREFERRED QUALIFICATIONS
- Experience designing portable and/or in situ industrial tools for field use environments.
- Background in designing products subject to harsh environmental conditions (moisture, vibration, temperature extremes).
- Familiarity with CNC machining, sheet metal fabrication, casting, and other manufacturing processes.
- Experience with additive manufacturing for rapid prototyping and end-use part production.
- User research and usability testing experience in industrial or field settings.
- Familiarity with safety standards and regulatory requirements for industrial equipment (ANSI, OSHA, CE).
- Experience with electromechanical product design integrating motors, actuators, or electronic controls.
- Knowledge of pipe and tube machining or related industrial processes.
EDUCATION REQUIREMENTS
- Bachelor’s Degree in Industrial Design, Product Design, or a closely related field from an ABET-accredited college or university.
- Master’s Degree preferred.
You should be proficient in:
- 5 Why (Root Cause Analysis Method)
- Design for Manufacturability (DFM)
- Mechanical Design & Engineering
- Engineering Degree
