Darryl Lotten

Responsible for inspection, repairing and maintain engine and mechanical components of diesel locomotive.

Repair running gears

Wheels, springs, hangers, brakr rigging and traction motors

Test and repair brake system

Couplers

Draft system

Air compressors

Safety valves

• Completed projects safely by closely monitoring conditions when lighting torches and using tools.
• Inspected parts and components for defects in soldering process.
• Detected faulty operation of equipment and defective materials and promptly resolved issues.
• Inspected pieces for defects, measured, and checked with straightedges or templates for compliance with specifications.
• Cleaned material surfaces to remove dirt or excess acid using chemical solutions, wire brushes and grinders.
• Chipped away debris and thick crusts of rust, slag, and other materials to ready surfaces for welding.
• Avoided warping, shrinkage, and distortion by carefully controlling welding processes.
• Welded various connections with high-quality final results.
• Inspected welds for accuracy and conformance to specifications.
• Selected and operated shielded metal arc and gas metal arc welding equipment.
• Prepared for assembly by positioning, aligning and securing parts using tools such as jigs and vises.
• Maintained safety by wearing protective equipment, staying alert and following procedures.
• Bolted, clamped and tack-welded parts to secure components prior to welding.
• Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
• Welded metal components in vertical, overhead and flat positions.
• Aligned fabrication activities with overarching project objectives, contributing to seamless integration across multiple components.
• Developed strong working relationships with vendors and suppliers, enhancing communication channels for streamlined procurement processes.
• Provided input into selection of welding supplies, negotiating best deals to make welding process efficient and cost-effective.
• Tested strength and quality of welds using tension, bend and penetration tests.
• Expanded skill set by participating in ongoing professional development opportunities, including workshops and seminars.
• Supported quality assurance initiatives through thorough inspection of completed work, ensuring compliance with industry standards.
• Consistently met or surpassed production targets while maintaining an unwavering commitment to safety and quality standards.
• Developed and implemented methods to increase efficiency in welding and fabrication.
• Measured and cut metal pieces to correct length and angle to attain proper fit and alignment of pieces.
• Maintained high-quality workmanship through consistent attention to detail and adherence to specifications.
• Maintained clean and organized work area to prevent workplace accidents.
• Read and followed blueprints and weld diagrams.
• Finished welding and fabrication projects using grinders.
• Utilized various tools, such as grinders and cutting torches, for proper preparation of materials prior to welding processes.
• Used cutting torches to shape and cut metal for fabrication projects.
• Demonstrated versatility in welding techniques, applying appropriate methods for each specific project requirement.
• Communicated with supervisors and engineers to verify quality of finished work met specifications.
• Collaborated with team members to streamline workflow and increase overall project efficiency.
• Reviewed blueprints and schematics to ensure accurate fabrication according to design specifications.
• Prepared surfaces for welding by smoothing and removing debris to achieve proper adhesion and weld quality.
• Documented welding on specified work order.
• Contributed to the successful completion of large-scale projects by efficiently collaborating with multidisciplinary teams.
• Performed preventative maintenance and minor repairs on welding and fabrication equipment to keep in optimum working condition.
• Increased customer satisfaction with timely delivery of high-quality products that met or exceeded expectations.
• Ensured safety compliance by adhering to industry standards and company guidelines in all tasks performed.
• Resolved weld-related problems by researching and using appropriate repair practices.
• Reduced material waste for improved cost savings with precise fabrication measurements.
• Checked cut length frequently for deviations in cut length specs.
• Optimized equipment performance by performing routine maintenance checks and promptly addressing issues as they arose.
• Improved project timelines by regularly evaluating progress against established goals and adjusting strategies as necessary.
• Implemented innovative solutions for complex fabrication challenges, resulting in increased efficiency without sacrificing quality.
• Completed complex projects on time by effectively prioritizing tasks and managing resources.

• Inspected and tested equipment to locate worn and damaged parts.
• Replaced damaged, missing, or defective parts with new and refurbished components.
• Performed diagnostic and troubleshooting procedures to find and identify root causes of mechanical issues.
• Performed preventative maintenance oil changes and brake jobs to preserve performance and reliability of vehicles.
• Completed full vehicle inspections to check for leaks, damage, or other issues of concern.
• Disassembled defective parts to make proper repairs.
• Maintained a safe working environment at all times by adhering to company guidelines and OSHA regulations, reducing workplace accidents.
• Kept equipment in good working order by following operating instructions, troubleshooting breakdowns, and maintaining supplies.
• Improved vehicle performance by conducting thorough inspections and identifying necessary repairs.
• Inspected and tested vehicles and completed preventive maintenance such as engine tune-ups, oil changes, tire rotations, wheel balancing, and filter replacement.
• Analyzed and located malfunctions in brakes, motors, switches, and control systems.
• Maximized engine efficiency with routine tune-ups, oil changes, and filter replacements.
• Reduced downtime for clients by efficiently completing maintenance tasks and repairs on time.
• Maintained accurate records of completed work orders, ensuring transparency for customers and management alike.
• Performed emissions tests according to standard procedures.
• Utilized special alignment equipment and wheel-balancing machines to align wheels, axles, frames and steering mechanisms of automobiles.
• Explained estimates and determined repair timelines to manage customer expectations.
• Tuned automotive systems and components to optimize functionality and prolong life of each piece.
• Coordinated with parts department to determine availability of necessary components.
• Corrected faults and maximized performance by rebuilding systems and individual components.
• Inspected damaged vehicles to estimate repair labor cost and required parts expense.
• Tore down, repaired and rebuilt faulty assemblies such as power systems, steering systems and linkages.
• Investigated customer complaints to identify cause of malfunctions.
• Explained maintenance and repair needs to customers and offered advice on preventative maintenance.
• Analyzed vehicle data using advanced diagnostic equipment.
• Serviced air conditioning systems, changed and topped off fluids and completed maintenance inspections.
• Checked brake systems and determined need of pad replacement, disc turning or other maintenance requirements.
• Repaired brake, exhaust, electrical and other systems for domestic automotive brands.
• Read and followed technical documentation to complete accurate repairs.
• Repaired and replaced worn and damaged components.
• Participated in ongoing training programs to stay current on industry trends and best practices.
• Strengthened relationships with suppliers by negotiating favorable pricing on parts, leading to cost savings for the company without compromising quality.
• Researched parts availability and pricing to stay on par with competitors and offer best services.
• Calculated costs of materials and labor to prepair detailed repair estimates.
• Increased tire lifespan by accurately aligning wheels, balancing tires, and performing rotations as needed.
• Raised safety standards for vehicles by performing comprehensive brake system repairs and replacements.
• Consistently met or exceeded company performance metrics through diligent work ethic and attention to detail in all repair tasks.
• Mentored junior mechanics in proper diagnostic techniques, tool usage, and workplace safety practices to foster their growth within the company.
• Diagnosed electrical problems using advanced diagnostic tools; repaired or replaced faulty wiring harnesses as needed for optimal functionality.
• Utilized computerized diagnostic equipment to conduct thorough inspections and determine outcomes.
• Streamlined repair processes by maintaining a well-organized and clean workspace, contributing to increased productivity.
• Enhanced vehicle longevity through meticulous attention to preventive maintenance tasks such as fluid checks, belt replacements, and battery testing.
• Upheld quality control standards for all completed work, ensuring each vehicle left the shop operating at peak performance.

• Maintained a clean work environment that promoted safety while enhancing overall productivity.
• Reduced machinery downtime by swiftly diagnosing issues and implementing effective repair solutions.
• Analyzed malfunctioning equipment and determined type of repairs required.
• Removed worn or faulty components for replacement or repair.
• Troubleshot equipment malfunctions utilizing diagnostic tools and technical manuals.
• Replaced defective wiring systems, hydraulics, and braking systems to return machines to service.
• Maintained meticulous records of all repair work that was made to machines and equipment.
• Inspected and tested heavy equipment components to certify proper operation and safety.
• Diagnosed and repaired hydraulic and electrical systems to maintain equipment function.
• Repaired and replaced engine parts such as pistons, cylinders and liners to restore function.
• Read and understood technical drawings, schematics, and manuals in order to make accurate updates.
• Optimized machine operations, executing regular tune-ups and adjusting hydraulic systems as needed.
• Upheld safety standards by meticulously following industry guidelines for equipment handling, maintenance, and repair procedures.
• Reassembled and tested equipment after repairs to verify function and performance.
• Fabricated and installed custom parts and components to meet specific equipment needs.
• Collaborated with a team of mechanics to troubleshoot complex mechanical problems and devise appropriate repair strategies.
• Selected hand tools, power tools and precision measuring instruments according to task requirements.
• Streamlined workflow processes through effective communication with team members regarding equipment status updates and project timelines.
• Leveraged diagnostic tools such as multimeters and pressure gauges to accurately identify malfunctions in electrical systems.
• Implemented cost-saving measures through resourceful procurement of alternative parts when necessary.
• Increased customer satisfaction through timely completion of repair projects while adhering to high-quality workmanship standards.
• Developed custom solutions to address unique challenges posed by complex or outdated machinery.
• Enhanced equipment performance by conducting thorough inspections and executing comprehensive preventive maintenance tasks.
• Participated in ongoing professional development opportunities to stay current with industry advancements.
• Changed oils, inspecting brakes and replace filters to perform preventive maintenance services on heavy equipment.
• Evaluated heavy equipment to determine necessary repairs and maintenance requirements.
• Collaborated with team of technicians to complete projects and meet deadlines.

• Achieved consistent weld quality through careful preparation of materials and attention to detail during execution.
• Advanced skills in various welding techniques including MIG, TIG, stick welding, and plasma cutting.
• Improved welding quality by performing precise cuts, bevels, and welds on various metals.
• Maintained superior craftsmanship standards while working under tight deadlines in a fast-paced environment.
• Reduced material waste by accurately measuring and cutting materials for each project.
• Completed complex fabrication projects with precision, ensuring the final product met client specifications.
• Read and followed blueprints and weld diagrams.
• Developed a strong understanding of blueprints and technical drawings to ensure accurate fabrication outcomes.
• Enhanced workplace safety by adhering to strict safety guidelines and wearing appropriate protective gear.
• Ensured optimal performance from all tools and equipment through routine inspection, cleaning, and maintenance.
• Resolved design issues proactively during the fabrication process to avoid delays in project timelines.
• Supported team members by sharing expert knowledge of welding techniques and best practices.
• Contributed to the successful completion of large-scale projects as an integral member of a highly-skilled team.
• Increased production efficiency by maintaining and repairing welding equipment regularly.
• Mentored junior welders, providing guidance on proper techniques for achieving high-quality results.
• Assisted in the continuous improvement of shop procedures by suggesting innovative ideas that increased efficiency.
• Checked cut length frequently for deviations in cut length specs.
• Exceeded client expectations for custom projects through effective communication and collaboration with stakeholders.
• Streamlined workflow processes, implementing efficient organization methods in the workshop area.
• Used cutting torches to shape and cut metal for fabrication projects.
• Maintained clean and organized work area to prevent workplace accidents.
• Documented welding on specified work order.
• Measured and cut metal pieces to correct length and angle to attain proper fit and alignment of pieces.
• Prepared surfaces for welding by smoothing and removing debris to achieve proper adhesion and weld quality.
• Developed and implemented methods to increase efficiency in welding and fabrication.
• Detected faulty operation of equipment and defective materials and promptly resolved issues.
• Inspected parts and components for defects in soldering process.
• Assisted in training new solderers on soldering procedures.
• Evaluated and tested various soldering materials for accuracy.
• Suggested improvements to soldering process to increase efficiency.
• Completed projects safely by closely monitoring conditions when lighting torches and using tools.
• Inspected pieces for defects, measured, and checked with straightedges or templates for compliance with specifications.
• Cleaned material surfaces to remove dirt or excess acid using chemical solutions, wire brushes and grinders.
• Replaced faulty parts and components in soldering process.
• Avoided warping, shrinkage, and distortion by carefully controlling welding processes.
• Welded various connections with high-quality final results.
• Chipped away debris and thick crusts of rust, slag, and other materials to ready surfaces for welding.
• Selected and operated shielded metal arc and gas metal arc welding equipment.
• Bolted, clamped and tack-welded parts to secure components prior to welding.
• Maintained safety by wearing protective equipment, staying alert and following procedures.
• Prepared for assembly by positioning, aligning and securing parts using tools such as jigs and vises.
• Inspected welds for accuracy and conformance to specifications.
• Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
• Welded metal components in vertical, overhead and flat positions.
• Provided input into selection of welding supplies, negotiating best deals to make welding process efficient and cost-effective.
• Communicated with supervisors and engineers to verify quality of finished work met specifications.
• Performed preventative maintenance and minor repairs on welding and fabrication equipment to keep in optimum working condition.
• Tested strength and quality of welds using tension, bend and penetration tests.
• Finished welding and fabrication projects using grinders.

• Advanced skills in various welding techniques including MIG, TIG, stick welding, and plasma cutting.
• Improved welding quality by performing precise cuts, bevels, and welds on various metals.
• Maintained superior craftsmanship standards while working under tight deadlines in a fast-paced environment.
• Reduced material waste by accurately measuring and cutting materials for each project.
• Completed complex fabrication projects with precision, ensuring the final product met client specifications.
• Read and followed blueprints and weld diagrams.
• Developed a strong understanding of blueprints and technical drawings to ensure accurate fabrication outcomes.
• Enhanced workplace safety by adhering to strict safety guidelines and wearing appropriate protective gear.
• Ensured optimal performance from all tools and equipment through routine inspection, cleaning, and maintenance.
• Resolved design issues proactively during the fabrication process to avoid delays in project timelines.
• Contributed to the successful completion of large-scale projects as an integral member of a highly-skilled team.
• Increased production efficiency by maintaining and repairing welding equipment regularly.
• Mentored junior welders, providing guidance on proper techniques for achieving high-quality results.
• Collaborated with engineers to develop custom solutions for unique structural challenges.
• Assisted in the continuous improvement of shop procedures by suggesting innovative ideas that increased efficiency.
• Checked cut length frequently for deviations in cut length specs.
• Exceeded client expectations for custom projects through effective communication and collaboration with stakeholders.
• Streamlined workflow processes, implementing efficient organization methods in the workshop area.
• Identified potential areas for cost savings without compromising product quality or safety standards.
• Used cutting torches to shape and cut metal for fabrication projects.
• Maintained clean and organized work area to prevent workplace accidents.
• Documented welding on specified work order.
• Measured and cut metal pieces to correct length and angle to attain proper fit and alignment of pieces.
• Prepared surfaces for welding by smoothing and removing debris to achieve proper adhesion and weld quality.
• Finished welding and fabrication projects using grinders.
• Performed preventative maintenance and minor repairs on welding and fabrication equipment to keep in optimum working condition.
• Communicated with supervisors and engineers to verify quality of finished work met specifications.
• Provided input into selection of welding supplies, negotiating best deals to make welding process efficient and cost-effective.
• Welded metal components in vertical, overhead and flat positions.
• Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
• Inspected welds for accuracy and conformance to specifications.
• Selected and operated shielded metal arc and gas metal arc welding equipment.
• Chipped away debris and thick crusts of rust, slag, and other materials to ready surfaces for welding.
• Welded various connections with high-quality final results.

• Delivered exceptional results under tight deadlines by efficiently coordinating efforts with other departments for seamless project execution.
• Established credibility as a reliable aluminum welder by consistently delivering projects that met or exceeded client specifications.
• Maximized material usage and minimized waste with accurate measurements, cutting, and assembly before welding operations.
• Improved overall project quality through meticulous visual inspections before final approval from supervisors or clients.
• Used hand and power tools to grind, buff, polish and otherwise finish pieces.
• Collaborated with team members to complete complex projects on-time while meeting high-quality standards.
• Increased production efficiency by effectively managing time and prioritizing tasks in a fast-paced environment.
• Replaced faulty parts and components in soldering process.
• Inspected parts and components for defects in soldering process.
• Detected faulty operation of equipment and defective materials and promptly resolved issues.
• Completed projects safely by closely monitoring conditions when lighting torches and using tools.
• Chipped away debris and thick crusts of rust, slag, and other materials to ready surfaces for welding.
• Selected and operated shielded metal arc and gas metal arc welding equipment.
• Avoided warping, shrinkage, and distortion by carefully controlling welding processes.
• Prepared for assembly by positioning, aligning and securing parts using tools such as jigs and vises.
• Inspected welds for accuracy and conformance to specifications.
• Welded various connections with high-quality final results.
• Maintained safety by wearing protective equipment, staying alert and following procedures.
• Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
• Welded metal components in vertical, overhead and flat positions.
• Applied knowledge of correct gasses and filler materials for use with different alloys.
• Maintained a clean work area to facilitate efficient workflow while adhering to established health and safety regulations.
• Ensured workplace safety by following strict guidelines, wearing appropriate protective gear, and promoting awareness among colleagues.
• Mentored new hires in the art of aluminum welding, fostering a supportive learning environment that promoted skill development.
• Assembled products by hand or with assistance of fixtures.
• Contributed to company growth through dedication towards continuous improvement in skills and knowledge as an aluminum welder.
• Dismantled and reshaped products to correct problems.
• Enhanced communication within the team by providing clear instructions and actively participating in discussions to resolve any issues promptly.
• Set appropriate parameters for fixturing and welds.
• Streamlined welding processes by staying current on industry trends, techniques, and advancements in technology.
• Enhanced welding quality by consistently maintaining proper settings and adhering to industry best practices.
• Reduced equipment downtime with regular inspection, maintenance, and prompt troubleshooting of aluminum welding machines.
• Championed a positive work culture through active participation in team-building activities, leading to increased camaraderie among colleagues.
• Optimized project outcomes through effective collaboration with engineers, architects, and other professionals to ensure alignment with design plans and quality standards.

• Delivered high-quality finished products through precise measurements, cutting, and assembly of aluminum components.
• Enhanced production efficiency with proper maintenance of fabrication equipment and tools.
• Upheld a clean and organized workspace environment conducive to efficient fabrication processes and improved safety conditions.
• Ensured safety compliance throughout the fabrication process, minimizing workplace accidents and injuries.
• Improved product quality by conducting regular inspections and implementing corrective actions when needed.
• Elevated team performance through open communication channels, fostering constructive feedback among colleagues for continuous improvement opportunities.
• Demonstrated flexibility by adapting quickly to changing project requirements while maintaining strict attention to detail at all times.
• Maximized resource utilization with effective management of materials inventory, preventing shortages or delays in production schedules.
• Reduced material waste by optimizing raw material usage during the cutting and bending processes.
• Expedited order fulfillment through diligent coordination between departments involved in the manufacturing process from start to finish line stages.
• Played a key role in successful project completion by working closely with engineers, architects, and construction professionals for accurate specifications.
• Stayed up-to-date on industry trends, incorporating new techniques into daily operations as needed for improved efficiency or product quality.
• Contributed to increased customer satisfaction by ensuring timely delivery of fabricated aluminum products.
• Streamlined workflow processes, resulting in faster turnaround times for project completion.
• Increased overall productivity by providing guidance and training to junior fabricators on best practices and techniques.
• Developed lasting relationships with suppliers, resulting in more favorable pricing on high-quality raw materials for aluminum fabrication projects.
• Assisted in cost reduction efforts by identifying areas for improvement in the fabrication process and recommending appropriate changes.
• Maintained detailed documentation of completed projects to facilitate easy referencing in future assignments or revisions.
• Performed quality finishes by trimming and deburring to create smooth surfaces and joints of assembled parts.
• Used rulers, squares and scribes to measure and mark dimensions and reference lines on materials.
• Selected gauges and types of sheet metal or non-metallic material to meet product specifications.
• Used Type and Type machine tools to shape metal material over blocks and other structures.
• Fastened joints and seams together to assemble components into sheet metal products.
• Measured parts using calipers, gauges and micrometers to confirm adherence to quality standards on final inspections.
• Collaborated effectively with team members to complete complex projects within tight deadlines.