Michigan

Supervisory Responsibilities:

• Oversee daily work and schedules of technicians.
• Assist with performance evaluations that are timely and constructive. Responsibilities:
• Collaborate with developers, fellow engineers, project managers, clients, and other stakeholders to understand the requirements and scope of the robotics project.
• Drafts blueprints, sketches, or other documentation demonstrating proposed ideas and prototypes, modifying based on feedback and simulation results.
• Design and develop robotic simulations.
• Design and develop PLC ladder logic for automation processes.
• Configure, test, and debug robots and robotic systems.
• Debug and test PLC logic mainly Allen Bradley but also on Siemens controllers with TIA Portal.
• Install and calibrate robots.
• Ensure that robotic machines operate safely, dependably, and with precision; identifies and implements modifications.
• Provide technical support and troubleshooting services for robotic and control systems.
• Recommend, develop, and implement enhancements and improvements to increase production volume or precision in high-throughput operations.
• Maintain documentation of development process, modifications, maintenance requirements, and other data.
• Assist with cost estimates and project calculations.
• Maintain knowledge of existing and developing technology and trends in robotics.

Hudsonville, MI

• Create robotic simulations for ongoing/ future projects.
• Collaborate with Mechanical and Controls engineers in existing or future projects.
• Collaborate with Application engineers on future projects.
• Generate IO Mapping for all projects.
• Gathered information necessary to initiate designs.
• Contacted vendors for information needed.
• Programmed logic and any other components necessary including, but not limited to Robots, Vision Systems, Allen Bradley PLC’s, and Communication Devices.
• Progressed with designs of multiple machines.
• Reviewed, resolved, and investigated opportunities that arise pertaining to active jobs.
• Reviewed procedure and made suggestions for company standard procedures.
• Maintained network files as required for the controls/robot’s design department.
• Evaluated new and/or additional software.
• Reviewed with mechanical engineering intent for machine construction.
• Directly participated in the construction of machine manuals.
• Resolved problems encountered by manufacturing.
• Troubleshoot machines at the customer’s facility.
• Conducted operator and maintenance training.
• Travelled as needed.

Buchanan, MI

• Managing a team of employees on multiple shifts, including employee development and performance management.
• Create, train, audit, and improve standardized work.
• Provide coaching, training, and development for non-exempt Partners (this is done without prompting from higher level leadership).
• Lead and direct the workforce in problem identification, problem solving and implementing continuous improvement measures.
• Responsible for mentoring and developing junior level Maintenance Leaders and Technicians.
• Evaluating, addressing, and supporting employee suggestions and ideas for continuous improvement.
• In collaboration with the rest of the team, design, develop and deliver new automated objects and processes that are efficient, well structured, maintainable, and easy to understand.
• Ability to translate business requirements to optimum solutions, complying with departmental and product standards.
• Produce estimates for projects and change requests.
• Complete post implementation project reviews detailing and measuring the key benefits delivered.
• Serve as a focal point to communicate and resolve interface and integration with other team members.

Saint Joseph, MI

• PLC Programming: Allen Bradley.
• HMI Development: FactoryTalk, Microsoft Frontpage, Keyence Vision, Fanuc HTML Operator Panel.
• Keyence Products: XG-X Vision System, CV-X Vision System, IV Sensor. Technology, IM CMM Series, XM Handheld CMM Series.
• Fanuc Robotics Programming.
• Universal Robotics Programming.
• Foerster Eddy Current.
• Automated Auto Gauging machines.
• SolidWorks Mechanical and Electrical Suite.
• Weiss ST Servo Motors.
• B&R CPU, Servo Drives and IO link modules.
• Designed control systems for new or existing machinery, including electrical systems, programming logic, robotics systems, Non-Contact Gauging/Contact Gauging and Vision Inspection development.
• Wrote, modified and problem solved machine ladder logic, PLC, Servo Motor & HMI programs for new and current machines.
• Provided engineering support to production equipment and processes, including advising maintenance on electrical/programming issues, as well as training all necessary personnel on New/Improved equipment and processes.
• Required to demonstration applications of technical electrical & controls engineering expertise/knowledge .
• Wrote, modified, and standardized Fanuc robot programs for new or existing process applications.
• Supported in the installation and integration of Vision systems on various applications such as (Fanuc iRVision, Keyence, Cognex).
• Interpreted and assured compliance with all national, state, RIA, and OSHA electrical standards on plant automation equipment.
• Coordinated automation campaigns.

Bridgman, MI

• Performed Robotics Automation Engineering functions for the development of complex automation systems and the commissioning of custom process applications.
• Performed the specification, test and integration of machine and plant automation, coding, implementation, and documentation.
• Collaborated with other engineers on design and integration of cellular production work centers.
• Developed relationships, in conjunction with purchasing, suppliers, and identified manufacturers and technology of interest.
• Designed Allen Bradley PLC applications.
• Knowledge and proficiency in the design and selection of Sensors (temperature, pressure, absolute position, etc.).
• Detail oriented in the organization of documentation related to proposal definition, design concepts, validation, and system release requirements.

Rochester Hills, MI

• Develop and create robotics software from core with Karel, HTML, and C++ programming software.
• Update program machine control (PMC) FLAPT LADDER programs.
• Create and update TPP+ programs.
• Create customer specific robot programming guides. Included I/O Bitmap list, subroutines, and ladder logic.
• Develop software personalities according to specific customer requirements.
• Create image files for production robots.
• Work as a liaison between Software Development and Product Development

Benton Harbor, MI

• Provided support in an advanced robotics experience including programming, equipment integration, specifying robots, retrofitting end of arm tooling (EOAT), and writing related documentation.
• Performed equipment failure analysis, repair, and implementation of preventative maintenance measures for robotic systems.
• Performed new product development utilizing Fanuc software. Which included creating new programs/improving them for manufacturing readiness.
• Programmed with TPP, Karel, and basic C++.
• Performed troubleshooting and repair electrical systems, control panels, cable harnesses, and interconnected wiring. Performed work from drawings and applicable codes and standards.
• Design, developed and made modifications to Allen Bradley PLC Logic.
• Strong mechanical aptitude to understand electro-servo-mechanical assemblies and design / function of mechanical, electrical, and fluid systems.
• Approached complex issues by identifying viable solutions that can be put into writing and implemented plant wide.
• Worked with both customers and vendors to resolve issues and complete projects.
• Updated technical manuals and programs for automated equipment.
• Used measuring instruments including Ohmmeters, multimeters (current, voltage, resistance measurements), calipers, and indicators.
• Team-player mentality, with ability to work interdependent as well as independently.

Bristol, IN

• Troubleshoot electrical and mechanical defects in Fanuc robotics.
• Implement maintenance of Fanuc robotics programs.
• Made modifications to Allen Bradley ladder logic.
• Fulfilled customer expectations by maintaining equipment to produce quality products.
• Troubleshoot and repair mechanical failures.
• Processed work orders and prioritize tasks.

Edwardsburg, MI

• Troubleshoot electrical and mechanical defects in Fanuc and ABB robotics.
• Implement maintenance of Fanuc and ABB robotics programs.
• Identified mechanical problems and performed repair tasks.
• Processed work orders and prioritized tasks.

Elkhart, IN

• Troubleshoot electrical and mechanical defects in Fanuc robotics.
• Develop TPP programs.
• Made modifications to Allen Bradley logic.
• Implement maintenance of Fanuc robotics programs.
• Fulfilled customer expectations by maintaining equipment to produce quality products.
• Troubleshoot and repair mechanical failures.
• Processed work orders and prioritized tasks.
• Performed CMM Faro Arm Layout and Programming

Elkhart, IN

• Assisted in building layouts.
• Erected steel strut buildings.
• Completed other tasks as directed.

Elkhart, IN

• Provided troubleshooting support for robotic systems using knowledge of microprocessors, PLC, Programmable Controllers, Electronics, Circuit Analysis, Mechanics, Sensor, Feedback systems, Hydraulics or Pneumatics, Conveyor systems.
• Disassembled and Reassembled robots or peripheral equipment to make repairs such as replacement of defective circuit boards, sensors, controllers, encoders, and servomotors.
• Performed preventive or corrective maintenance on robotic systems or components.
• Maintained service records of robotic equipment or automated production systems.
• Installed, programed, and repaired programmable controllers, robot controllers, end-of-arm tools, or conveyors.
• Documented robotics test procedures and results. Align, fit, or assemble component parts using hand tools, power tools, fixtures, templates, or microscopes.
• Networked between controllers, Test performance of robotic assemblies, using instruments such as oscilloscopes, electronic voltmeters, or bridges.
• Develop robotic path motions to maximize efficiency, safety, and quality.