Joe schmidbauer

• General Mills - Production/Technician - capability coach - (Field Technician / Maintenance Mechanic) Troubleshoot problems with machinery to resolve issues; Participate in startup, changeover, and shutdown of operating equipment. Diagnose and troubleshoot problems in equipment operation. Remove and replace motors, starters, belts, bearings, chains, and other manufacturing parts. Perform preventative and breakdown maintenance. Work on packaging equipment, conveyors, bearings , gearboxes, motors, servos, belt, conveyors, air cylinders, welding, fabrication, train other technicians, and repair capabilities. And Maximo training Microsoft Word and Excel training, scissor lift training, received two awards premier contribution award for operations given out to one person every quarter received the award twice. in charge of breakdown system elimination at general mills. in charge of finding root causes of breakdowns and finding permanent solutions to prevent breakdowns from happening again.
• Conducted regular maintenance on General Mills production equipment and packaging lines to ensure optimal performance.
• Diagnosed mechanical failures on conveyors, motors, and pumps to restore optimal function.
• Performed preventive maintenance on plant machinery and systems.
• Repaired pneumatic components, belts, bearings, and sensors.
• Documented work orders in CMMS and maintenance logs.
• Supported food safety, sanitation, and GMP requirements.
• Coordinated repairs with operators, supervisors, and production teams.
• Inspected equipment for wear, leaks, and safety issues.
• Operated hand and power tools to complete repairs.
• Resolved emergency breakdowns swiftly, reducing equipment downtime and maintaining production flow.
• Removed blockages from clogged drains and installed new valves, faucets, and fixtures to restore functionality.
• Maintained accurate records of all maintenance activities performed.
• Repaired or replaced faulty wiring, switches, relays, and other electrical components.
• Replaced defective parts such as bearings, seals, gears, valves.
• Installed new systems, replacement parts, and components to maintain proper operation.
• Performed preventive maintenance tasks, including lubrication and cleaning of machines and equipment.
• Inspected grounds and buildings to identify, minimize and correct hazardous property conditions or liability concerns.
• Diagnosed mechanical problems using visual inspections and test instruments.
• Assisted in the installation of new machinery and equipment.
• Read and interpreted equipment and work orders to properly perform required maintenance services.
• Collaborated with building managers to assess ongoing needs and plan preventive maintenance schedules.
• Responded to personnel queries and troubleshooting requests to provide repair services to improve operations.
• Troubleshot complex electrical and mechanical issues with minimal downtime.
• Disassembled appliances to diagnose problems and facilitate repairs.
• Changed HVAC filters and cleaned condensation drains to perform preventive maintenance on HVAC systems.
• Routinely inspected plant equipment for signs of wear or malfunctioning parts.
• Conducted performance and safety inspections on equipment and machinery to maintain operational baseline.
• Adjusted machine settings according to manufacturing specifications.
• Installed new pumps, compressors, boilers and other mechanical systems.
• Trained junior technicians on best practices for machine operation and repair, enhancing team capabilities.
• Ensured proper functioning of facility's HVAC system by performing regular maintenance checks.
• Worked closely with engineering team to develop innovative solutions for existing problems.
• Developed preventative maintenance plans for various types of machinery.
• Calibrated instruments used in testing processes to ensure accuracy of results.
• Implemented troubleshooting techniques to resolve issue.
• Repaired machines, equipment or structures using tools or equipment.
• Performed routine maintenance by inspecting drives, motors or belts.
• Cleaned or lubricated shafts, bearings or other parts of machinery.
• Inspected, operated or tested machinery or equipment to diagnose machine malfunctions.
• Adjusted devices or control instruments using hand tools, levels or straightedges.
• Assembled, installed or repaired electrical or electronic components and pipe systems.
• Planned and laid out repair work using diagrams, drawings or schematic diagrams.
• Aligned and balanced new equipment after installation.
• Installed equipment to improve energy or operational efficiency of residential or commercial buildings.

assembled vehicles and repaired cars and equipment to ensure operational readiness

• Contributed innovative ideas and solutions to enhance team performance and outcomes.
• Worked successfully with diverse group of coworkers to accomplish goals and address issues related to our products and services.
• Completed day-to-day duties accurately and efficiently.
• supported team operations across multiple functions at FCA.

• Operated on assembly line and inspected quality of car repairs, ensuring effective facility maintenance.
• Performed routine responsibilities to ensure smooth operations.
• Contributed innovative ideas and solutions to enhance team performance and outcomes.
• Collaborated with diverse team to achieve shared goals and resolve product-related issues.

• Identified problems using computerized diagnostic equipment to ensure accurate repairs
• Plan work procedures, using charts, technical manuals, and experience
• Test parts and systems to ensure that they work properly
• Follow checklists to ensure that all critical parts are examined
• Performed basic care and maintenance tasks, including oil changes, fluid level checks, and tire rotations, to ensure vehicle reliability
• Executed repairs or replacements of worn components to maintain vehicle functionality worn parts, such as brake pads, wheel bearings, and sensors
• Executed routine maintenance on vehicles, such as changing oil and checking fluid levels, to promote reliability and maintenance, including changing oil, checking fluid levels, and rotating tires
• Explained automotive problems and repair options to clients, enhancing their understanding and trust
• Although service technicians work on traditional mechanical systems, such as engines, transmissions, and drivebelts, they also must be familiar with a growing number of electronic systems. Braking, transmission, and steering systems, for example, are controlled primarily by computers and electronic components. Other integrated electronic systems, such as accident-avoidance sensors, are becoming common as well. In addition, a growing number of technicians are required to work on vehicles that use electricity or alternative fuels, such as ethanol. Service technicians use many different tools, including computerized diagnostic tools and power tools such as pneumatic wrenches, lathes, welding torches, and jacks and hoists. These tools usually are owned by their employers. Service technicians also use many common hand tools, such as wrenches, pliers, and sockets and ratchets. Service technicians generally own these tools themselves. In fact, experienced workers often have thousands of dollars invested in their personal tool collection. For example, some invest in their own set of pneumatic tools such as impact wrenches powered by compressed air. The following are examples of types of service technicians: Automotive air-conditioning techniciansinstall and repair air-conditioners and parts, such as compressors, condensers, and controls. These workers must be trained and certified in handling refrigerants. Brake techniciansdiagnose brake system problems, adjust brakes, replace brake rotors and pads, and make other repairs on brake systems. Some technicians specialize in both brake and front-end work. (See Front-end technicians.) Drivability technicians,also known asdiagnostic technicians, use their extensive knowledge of engine management and fuel, electrical, ignition, and emissions systems to diagnose issues that prevent engines from performing efficiently. They often use the onboard diagnostic system of a car and electronic testing equipment such as scan tools and multimeters to find the malfunction. Front-end techniciansdiagnose ride, handling, and tire wear problems. To correct these problems, they frequently use special alignment equipment and wheel-balancing machines.