Timothy Lindert
Horicon,WI
Overview
29
29
years of professional experience
Work History
Tool Maker
John Deere Horicon Works
Horicon, WI
06.2016 - Current
- Ensured accurate measurements for tool making with the use of micrometers, calipers, and other precision measuring instruments.
- Utilized expertise in materials science when selecting appropriate raw materials for tool making, optimizing performance, and durability in various applications.
- Consistently met deadlines for project completion through effective time management and organizational skills.
- Maintained clear communication with team members throughout projects to ensure all requirements were met accurately and efficiently.
- Developed new project tooling to meet exact tolerances.
- Improved production efficiency by maintaining and repairing precision tooling components.
- Reduced downtime and increased productivity by promptly troubleshooting and resolving technical issues in the manufacturing process.
- Actively participated in lean manufacturing initiatives to identify and eliminate waste thus achieving sustainable cost reductions.
- Participated in cross-functional teams to develop solutions for complex manufacturing challenges that improved workflow speed while maintaining high-quality standards.
- Seamlessly interacted with quality control team ensuring adherence to specifications and contributing to a reduction in the number of rejected products.
- Implemented continuous improvement initiatives by analyzing current processes and suggesting enhancements for greater efficiency.
- Enhanced workplace safety by regularly inspecting tools and equipment to ensure optimal working conditions.
- Utilized CAD software to create detailed drawings of parts before manufacturing them using CNC machines or manual methods as required.
- Collaborated with engineers to design, build, and test new tools for better performance in various applications.
- Contributed to cost savings by reworking existing tools instead of purchasing new ones when possible.
- Conducted root cause analysis on recurring issues within the production process leading to targeted improvements which resulted in minimization of defects produced.
- Kept track of material and supply inventories.
- Assisted in training new employees on proper tool making techniques, resulting in a more skilled workforce.
- Increased product quality through meticulous attention to detail during tool fabrication and assembly processes.
- Streamlined processes through the development of custom jigs, fixtures, and templates for easier production tasks.
- Polished and refined tool surfaces, both flat and contoured using abrasive stones, power grinders and emery cloths.
- Adjusted and ground dies, tools and parts after production to assure quality control and usability.
- Computed dimensions, shapes and specific sizes for dies based on design outlines.
- Assembled, maintained, and operated drill presses to drill holes in products throughout assembly.
- Selected specific metals and other materials for tools depending on heat tolerance and durability, according to tool functions.
- Conceptualized and designed new products using computer software and 3D imaging to assess validity.
- Measured and scribed plastic and metal stock with extreme accuracy to prepare for automated machine production.
- Inspected final products for quality and functionality.
- Inspected items for safety and operability.
- Monitored production and made improvements for quality and productivity.
- Requisitioned replacement tools, parts and equipment.
- Created blueprints for new tool designs.
Tool Die Maker
API Heat Transfer
Iron Ridge, WI
08.1996 - 06.2016
- Maintained a safe work environment by adhering to safety regulations and proper equipment handling procedures.
- Reduced machine downtime by performing regular maintenance and repairs on die sets and equipment.
- Supported continuous improvement initiatives by actively participating in root cause analysis and problem-solving efforts.
- Enhanced production efficiency by designing and fabricating custom tooling for manufacturing processes.
- Polished and refined tool surfaces, both flat and contoured using abrasive stones, power grinders and emery cloths.
- Maintained accurate documentation of all tooling specifications, modifications, and maintenance records for future reference and analysis.
- Contributed to successful product launches by working closely with cross-functional teams during the development process.
- Collaborated with engineering teams to develop new tools, dies, and fixtures for improved product quality.
- Optimized machining operations using advanced techniques such as wire EDM, CNC milling, and grinding machines.
- Assisted in employee development through on-the-job training of apprentices and junior toolmakers on industry best practices.
- Adjusted and ground dies, tools and parts after production to assure quality control and usability.
- Computed dimensions, shapes and specific sizes for dies based on design outlines.
- Improved team performance through effective communication, collaboration, and knowledge-sharing among colleagues.
- Assembled, maintained, and operated drill presses to drill holes in products throughout assembly.
- Increased productivity by troubleshooting and resolving complex tooling issues during production runs.
- Assessed need and resourcefully designed jigs, fixtures and templates to aid in production efficiency.
- Developed expertise in various materials properties including steel alloys, aluminum, brass, plastics, allowing for appropriate selection based on project requirements.
- Managed inventory of tools, dies, and components for timely availability in support of production schedules.
- Selected specific metals and other materials for tools depending on heat tolerance and durability, according to tool functions.
- Conceptualized and designed new products using computer software and 3D imaging to assess validity.
- Achieved high levels of dimensional accuracy through meticulous attention to detail when crafting custom tools and dies.
- Measured and scribed plastic and metal stock with extreme accuracy to prepare for automated machine production.
- Evaluated existing tooling designs for potential improvements or modifications to enhance overall performance.
- Developed cost-effective solutions for tooling projects, optimizing materials usage while maintaining high-quality standards.
- Streamlined production workflows by implementing lean manufacturing principles in tool making processes.
- Delivered consistent results under tight deadlines, ensuring minimal impact on production timelines.
- Inspected final products for quality and functionality.
- Inspected items for safety and operability.
- Monitored production and made improvements for quality and productivity.
- Requisitioned replacement tools, parts and equipment.
- Created blueprints for new tool designs.
- Read and stuck to detailed production schedules.
- Calibrated [Type] and [Type] instruments.
Education
Technical Diploma - Tool And Die Technologies
Moraine Park Technical College, West Bend Wi
West Bend, WI05-2000
General Studies
Horicon High School
Horicon, WI05-1998
Timeline
Tool Maker
John Deere Horicon Works
06.2016 - Current
Tool Die Maker
API Heat Transfer
08.1996 - 06.2016
Technical Diploma - Tool And Die Technologies
Moraine Park Technical College, West Bend Wi
General Studies
Horicon High School