Maintain and repair plant equipment, perform predictive maintenance, troubleshoot mechanical and electrical issues, and support continuous improvement initiatives at a dairy manufacturing facility.
Responsibilities
Oversee repair/install and maintenance of plant equipment
Complete predictive maintenance activities on a routine schedule
Inspect manufacturing line and communicate deficiencies
Write and complete work orders
Identify and recommend spare parts
Requirements
High school diploma or equivalent
Nice to have: Apprenticeship program or technical background
Nice to have: 3-5 years of experience with computerized CMMS work order system
Nice to have: Above average computer skills including MS Word & MS Excel
Responsible for repairing, maintaining, installing, and troubleshooting industrial equipment such as washers, dryers, steam tunnels, conveyor systems, and boilers.
Compensation
Starting pay: $23–$25 an hour, based on education, experience, other qualifications, and location of assignment
Responsibilities
Perform routine preventive maintenance on the property to ensure plant machines continue to run smoothly
Morning start-up and evening shutdown of equipment, including the boiler, air compressor, power, pumps, and valves
Maintenance of lint traps, shaker screen barrels, oil levels, grease fittings, and water levels
General and basic repairs on the machinery
Follow manufacturer's recommended maintenance schedule and document the process
Industrial Maintenance Technician responsible for the maintenance of a distribution and manufacturing facility, including preventive maintenance, troubleshooting, repairs, and installation of machinery related to food processing equipment.
Compensation
Compensation: Based off experience
Responsibilities
Inspect, test, troubleshoot, repair, and install machinery and equipment
Monitor equipment to detect malfunctions
Discuss machine operation variations with a supervisor or other team members to diagnose problems and repair machines
Install, repair, or replace electrical devices such as transformers, relays, circuit breakers, starters, and safety and limit switches
Layout, assemble, install, and maintain pipe systems and related hydraulic and pneumatic equipment
Requirements
HS Diploma
Nice to have: Basic understanding of refrigeration
Responsible for applying engineering theory, manufacturing methods and problem‑solving techniques to improve operating equipment performance and related processes.
Responsibilities
Partner with Engineering, Production, and Quality teams to identify and implement long‑term improvements that enhance safety, reliability, efficiency, and cost control.
Lead and perform advanced preventative and predictive maintenance programs for machinery, equipment, and plant systems; ensure documentation and follow‑up on identified trends.
Conduct root cause failure analysis on recurring or complex equipment issues and develop permanent corrective actions, including design modifications or process adjustments.
Plan and execute major equipment overhauls, rebuilds, and system upgrades to extend asset life and minimize downtime.
Serve as a technical resource for troubleshooting, mentoring shift technicians on advanced diagnostic and repair methods.
Lead the design and implementation of production automation equipment for advanced manufacturing.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Develop analytical models for takt time, cycle time, OEE, capacity, buffers, labor, utilities, reliability, and overall automation‑system performance.
Research and qualify advanced automation technologies that improve manufacturability, process capability, throughput, safety, and maintainability.
Lead process definition, concept development, and detailed engineering design for automation cells, tooling, fixtures, robot end effectors, motion systems, material handling, guarding, and service access.
Develop RFQs, equipment and functional specifications, interface requirements, procedures, verification plans, and FAT/SAT acceptance protocols.
Define integrated mechanical, electrical, controls, robot, vision, servo‑motion, recipe, traceability, fault‑recovery, and Digital Factory interface requirements.
Requirements
Bachelor's degree in Mechanical, Manufacturing, Mechatronics, or a related engineering discipline
Nice to have: automated electromechanical assembly
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