3 to 5 years of experience in automation, machine design, or robotics integration
Proficiency in SolidWorks for modeling and design
Knowledge of ASME Y14.5-2018 and ISO 286 standards
Understanding of industrial safety standards and risk reduction principles
Responsibilities
Design and develop custom automation equipment and electromechanical systems
Create and revise 3D CAD models and detailed drawings
Integrate robotics, sensors, and other automation hardware
Participate in component selection and design validation activities
Build and troubleshoot prototype and final equipment
Support commissioning and operator training at customer sites
Document design changes and resolve system performance issues
Benefits
Opportunities for continued education and professional development
Collaborative work environment with a project development focus
Access to cutting-edge technology and equipment
Involvement in innovative projects in automation and robotics
Strong focus on machine safety and regulatory compliance
Full Job Description
Key Responsibilities:
Design and develop of custom automation equipment, fixtures, workstations, and electromechanical systems as part of a project development team;
Create and revise 3D CAD models, detailed drawings, assemblies, and bills of materials for automation and mechatronic systems;
Assist with the integration of robotics, machine vision, servo actuators, pneumatic components, sensors, and other automation hardware;
Participate in concept development, component selection, design reviews, and design validation activities;
Build, troubleshoot, and refine prototype and final-deliverable equipment;
Support equipment commissioning, factory acceptance testing, site installation, startup, and operator training at customer sites;
Work with internal team members and customer team members to ensure designs are aligned with project requirements;
Document design changes, test results, and issues in a clear and timely manner;
Identify and resolve mechanical, integration, and system performance issues during development and deployment;
Follow company and customer requirements for machine safety, documentation, quality, and regulatory compliance;
Support continuous improvement of engineering standards, templates, design practices, and build processes.
Required Qualifications:
BS in Mechanical Engineering, MS Preferred;
3 to 5 years of relevant experience in automation, machine design, or robotics integration, with specific experience designing and deploying factory automation systems;
Proficiency with SolidWorks for assembly modeling and part design;
Proficiency in ASME Y14.5-2018 (R2024 and ISO 286;
Understanding of industrial safety standards and machine risk reduction principles.
Proven Experience:
3-5 custom automation machines as principal or lead engineer;
Cell layout and simulation;
Linear motion systems consisting of ball-screws, linear ways and servo motors;
Pick-and-place processes including feeder and gripper development;
Work-holding development for fixed applications and transfer systems;
Process development including:
Fastening;
Plastic joining such as ultrasonic welding;
Laser processes such as welding or trimming;
Welding and brazing;
Soldering including laser or selective;
Metal working processes such as cutting, shearing, machining, crimping or forming;
Hazard evaluation and safety system design;
Design and development of precision weldments, tooling and advanced alignment and work-holding technologies;
Equipment commissioning, debug, or startup in a production or customer environment.
Additional Skills:
Sizing and selecting servo motors and drive components;
Self-aligning design principles;
Basic understanding of robotics, servo motion systems, PLC based automation, and industrial controls integration;
Machine vision systems, industrial cameras, lighting, and inspection applications;
Familiarity with Beckhoff PLCs and robots made by Epson, Fanuc or ABB;
BOM management and revision control;
Tolerancing & design evaluation for tolerance stack-up, clearance and fit;
Design for manufacturability;
PFMEA;
FEA;
Knowledge of machine shop practices, including CNC milling, CNC turning, welding, grinding, and heat treatment.
