A Building and General Maintenance Technician performs building maintenance and appliance repairs for an apartment complex, housing division, residential center or business, as directed by a property manager.
Non-Exempt About the Company Our client is a pioneering sustainable manufacturing company transforming carbon-negative switchgrass into compostable molded fiber packaging, non-wood pulp, and innovative biomaterials. Through regenerative agriculture, advanced manufacturing, and environmental stewardship, the company is creating renewable alternatives to traditional materials while building a cleaner, more sustainable future. Our client's values guide everything they do: People Matter Safety Matters Integrity Matters Leadership Matters Accountability Matters Position Summary The Maintenance Mechanic - Tool & Die is responsible for maintaining, repairing, fabricating, troubleshooting, and improving tooling used in the company's molded fiber manufacturing operations. This position ensures dies, molds, fixtures, cutting tools, trim tools, and associated equipment remain in optimal operating condition to support production efficiency, product quality, and equipment reliability. This role requires exceptional mechanical aptitude, precision machining skills, and the ability to work closely with Engineering, Operations, Quality, and Maintenance teams to continuously improve tooling performance. Essential Duties & Responsibilities Maintain, troubleshoot, repair, and rebuild production tooling, molds, dies, trim tools, fixtures, and precision components. Perform preventative and predictive maintenance on tooling systems. Diagnose tooling wear, damage, alignment issues, and performance concerns. Fabricate replacement components using manual machine tools and precision measuring equipment. Modify tooling to improve efficiency, product quality, equipment reliability, and manufacturability. Install, align, and commission new tooling during production changeovers. Assist with mold and die setup for production runs. Perform polishing, fitting, grinding, welding, and finishing of tooling components. Work from engineering drawings, blueprints, CAD prints, and technical specifications. Measure and inspect tooling using precision measuring instruments including: Micrometers, Dial indicators, Height gauges, Bore gauges, Calipers, Surface plates. Identify root causes of tooling failures and recommend corrective actions. Maintain proper tooling inventory and spare parts. Assist Engineering with tooling improvements and prototype development. Support new equipment installation and startup activities. Complete work orders and maintenance documentation using the company's CMMS system. Maintain clean, organized, and safe work areas. Participate in continuous improvement and Lean Manufacturing initiatives. Support production during scheduled shutdowns and emergency repairs. Work overtime and weekends as needed. Required Knowledge, Skills & Abilities Strong mechanical aptitude. Extensive knowledge of tool and die maintenance practices. Ability to troubleshoot complex tooling issues.
Experience working with:
Progressive dies, Trim dies, Molds, Fixtures, Precision assemblies. Ability to operate manual machine tools including: Engine lathes, Vertical mills, Surface grinders, Drill presses, Band saws. Experience with precision fitting and alignment. Knowledge of bearings, bushings, guide pins, punches, inserts, springs, and wear components.
Ability to read and interpret:
Blueprints, Mechanical drawings, GD&T, Technical manuals. Strong welding and fabrication skills preferred. Basic computer skills. Ability to prioritize work in a fast-paced manufacturing environment. Excellent communication and teamwork skills. Strong problem-solving abilities. Commitment to safety and quality. Minimum Qualifications High school diploma or GED required. Technical certificate in Tool & Die, Precision Machining, Industrial Maintenance, or related field preferred. Minimum 5 years of Tool & Die maintenance experience in a manufacturing environment. Experience supporting automated manufacturing equipment preferred. Experience with molded fiber, plastics, paper, packaging, or high-volume manufacturing is highly desirable.
Preferred Qualifications Experience with:
CNC machining, Mold maintenance, Hydraulics, Pneumatics, Servo systems, Robotics, Laser alignment, Precision machining, Lean Manufacturing, Root Cause Analysis, Continuous Improvement methodologies. Physical Requirements Frequently lift up to 50 pounds. Occasionally lift up to 75 pounds with assistance. Stand, walk, bend, kneel, squat, climb ladders, and reach throughout the shift. Work in hot, humid, noisy manufacturing environments. Ability to wear required PPE. Ability to work in confined spaces and elevated work platforms when necessary. Work Environment This position works in an industrial manufacturing facility with exposure to: Moving mechanical equipment, High temperatures, Dust, Noise, Lubricants, Hydraulic systems, Electrical equipment, Forklift traffic. Strict adherence to all safety procedures and PPE requirements is mandatory. Success Factors Successful employees in this role demonstrate: Strong craftsmanship, Attention to detail, Reliability, Initiative, Mechanical creativity, Safety-first mindset, Accountability, Teamwork, Continuous learning, Pride in producing high-quality work. Why Join This Team? You'll help build the future of sustainable manufacturing while working with innovative technologies and a team committed to making a positive environmental impact. The company invests in its employees through professional development, collaborative teamwork, and opportunities for advancement.
Pay:
$26.00 - $28.00 per hour
Benefits:
Dental insurance Health insurance Life insurance Application Question(s): Walk me through your hands-on experience with dies and molds specifically — progressive dies, trim dies, or mold maintenance. What did that work actually involve day to day? What manual machine tools are you comfortable running on your own — lathes, mills, surface grinders, drill presses? And have you used precision measuring instruments like micrometers, height gauges, or bore gauges? Can you read GD&T on a blueprint, or work from engineering drawings and CAD prints to fabricate or repair a component?
