Working knowledge of mechanical principles and 3D models.
Excellent mathematical skills.
Knowledge of industry standards for safety and ergonomics.
Proficient in creating 2D detail prints emphasizing fit, form, and function.
Ability to apply engineering theories to design ergonomic systems and automated tooling.
Strong communication skills with diverse internal and external stakeholders.
Planning and organizational skills for task management.
Responsibilities
Design custom tooling, fixtures, and automation equipment for specific manufacturing applications.
Develop detailed SolidWorks models and manufacturing drawings following company standards.
Lead design concepts to enhance manufacturing efficiency, quality, and safety.
Engage with customers and stakeholders to define project requirements early on.
Travel to customer sites to understand needs and apply technical knowledge in design.
Participate in R&D initiatives to improve tooling and manufacturing processes.
Lead mechanical design integration for various automation technologies.
Support design reviews and feasibility evaluations throughout projects.
Benefits
Collaborative work environment with cross-functional teams.
Opportunities for travel to customer sites for hands-on experience.
Involvement in innovative R&D initiatives.
Focus on improving manufacturing efficiency and safety.
Potential for professional growth in a dynamic industry.
Full Job Description
DESCRIPTION Designers will apply engineering theories and real-world experience to design tooling for fully robotic automated welding cells and offline sub assembly welding cells. The processed cells will be a mix of resistance, MIG, laser and projection welding of many assembly types and materials. This role requires working knowledge of mechanical principles and an understanding of 3D models, layout drawings and engineering specifications.
ESSENTIAL DUTIES AND RESPONSIBILITIES
Design custom tooling, fixtures, gauges, and automation equipment for customer-specific manufacturing applications.
Develop detailed SolidWorks models, assemblies, and manufacturing drawings utilizing company standards and best practices.
Lead tooling design concepts that improve manufacturing efficiency, quality, ergonomics, and safety.
Engage with customers, project managers, manufacturing teams, and stakeholders to define project requirements and establish robust design concepts early in the project lifecycle.
Travel to customer sites as needed to understand customer needs and manufacturing processes; apply technical knowledge to develop tooling and automation concepts in sketches and SolidWorks models.
Take an active role in Research & Development initiatives by designing and improving tooling, fixtures, and manufacturing processes that support future growth opportunities.
Lead mechanical design integration for systems involving tooling, robotic cells, conveyors, assembly equipment, test stations, and related automation technologies.
Support design reviews, risk assessments, and manufacturing feasibility evaluations throughout the project lifecycle.
Schedule activities to complete assigned tasks and projects, communicate project status, and document required information per established Invio Automation policies and procedures.
Collaborate with manufacturing, machining, assembly, controls, and project management teams to ensure tooling designs meet performance, quality, cost, and delivery objectives.
Qualifications:
Technically proficient with SolidWorks
Working knowledge of mechanical principles, understanding of 3D models, layout drawings and engineering specifications
Excellent mathematic skills
Knowledge in industry standards for safety and ergonomics
Proficient in creating 2D detail prints with an emphasis on fit, form & function
Must be able to apply engineering theories and related knowledge to support the design of industrial ergonomic systems and automated tooling
Must be able to successfully communicate with internal and external customers who come from a broad spectrum of disciplines
Must be able to learn, understand and apply new technologies
Must possess planning and organizational skills
Must be able to take direction and effectively complete tasks in a high-pressure environment
EDUCATION
Prefer an Associate's degree in design, mechanical engineering, manufacturing or a related field or ten years or more experience in Body & white automotive tooling design. Requires at least five years of mechanical 3D solid modeling experience and proficiency in SolidWorks. Must have basic knowledge and experience in Microsoft Office.
