Aaron Johnson
Mechanical Automation Engineer | Equipment & Machine Design | Manufacturing & Process Engineering | Emerging Technologies | Integrator
- Role
- Principal Factory Automation Engineer at Resonetics
- Location
- Hanover, MN, US
- LinkedIn followers
- 500 followers
About Aaron Johnson
CORE COMPETENCIES-Automation and Machine Design, & equipment selection -Mechatronics engineering-Automated Manufacturing Process Development & Process Improvement -CAD 3D Modeling ( SolidWorks )-Comprehension of the “Big Picture” of Automation and Design for Manufacturability & Assembly-Product Design and Development -Problem Solver! Main strengths, experience, and interests are in 3 areas-1. MANUFACTURING PROCESS DEVELOPMENT & PROCESS IMPROVEMENT of new or existing products-2. AUTOMATED MACHINE DESIGN & Build based off the Mfg Process development. Also machine design for automating existing manual processes-3. PRODUCT DESIGN and DEVELOPMENT using Design for Manufacture and Assembly (DFMA). My background is primarily mechanical but I also spent several years in an electrical engineer role and continue to use that experience in my automation projects.I offer solid experience and belief in LEAN Manufacturing Principles. Specialties: Specialize in custom Automated Machine, Inspection, Processing, & Assembly Tool and fixture Design/Build/Test. Design For Manufacture and Assembly, LEAN, Process development, Cost Reduction in Product design and manufacturing. Strong 3D modeling skills, creative problem solver. Defense and Medical.
Experience
Principal Factory Automation Engineer
Sep 2021 — Present · Blaine, MN, US
Managing multiple complex projects simultaneously, supporting ~20 sites (domestic & International.• Performs mechanical design using SolidWorks, software/controls engineering methods• Develops automation systems with the goal of decreasing cost by eliminating labor, increasing throughput, and improving product quality by minimizing human error.• Design and develop manufacturing procedures, tooling, and fixtures that result in sufficient capacity to meet customer demand while also promoting product quality, process efficiency, and operator safety.• Evaluate process and design alternatives based on Design for Manufacturability principles.• Generate and modify manufacturing process documentation and assuring that manufacturing processes and related documentation.• Write and execute equipment validations, as well as associated risk management activities (PFMEA/Risk Assessment).• Selects process improvement techniques to solve technical problems and make sound equipment and process recommendations.• Designs and prepares engineering reports and communicates results to the technical and leadership audiences.• Manage multiple parallel projects with varying scopes and deadlines from concept to production release.• Create process documentation and training (Factory Automation Design Process, Automation, Setup, Preventive Maintenance etc.).• Strong cultural agent, actively develop and influence technology capability and roadmap.• Mentor colleagues
Education
University of Wisconsin-Stout
BS, Engineering Technology, Mechanical Design
Covenant Bible College
Certificate, Biblical Studies
Skills
- Solidworks
- Continuous Improvement
- Motion Control
- Product Development
- Product Design
- Servo
- Design for Manufacturing
- Ladder Logic
- Pneumatics
- Manufacturing Engineering
- Design of Experiments
- Manufacturing
- Lean Manufacturing
- Medical Devices
- Tooling Design
- Solid Modeling
- Machining
- Fmea
- Tooling
- Machine Tools
- Testing
- Fixture Design
- Automation
- Machine Design
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