Nathaniel Jason D. Email & Phone Number

Littleton, Colorado, United States

Centennial, Colorado, United States

I've been at the forefront of pioneering cost-saving measures and enhancing reliability across our manufacturing operations. My role involves the proper identification and integration of superior components and materials, coupled with rigorous testing to set robust engineering standards. This process is critical in driving the execution of change orders, significantly elevating product quality and bolstering supply chain resilience.A key part of my responsibilities includes standardizing models and technical drawings. Through strategic modifications and updates, I ensure clarity and uniformity across all manufacturing operations. This effort is concentrated on refining the review and release process, which has been instrumental in streamlining production and improving operational efficiency. My commitment to innovation and excellence continues to contribute to NUBURU's standing as a leader in our industry.• Gained promotion from Senior Manufacturing Engineer to Production Manager to streamline operational efficiency and team synergy by integrating legacy responsibilities with new challenges, accelerating project timelines and improving cross-departmental collaboration.• Standardized the Epicor MES and MRP system by overseeing the transition phase and leveraging new functionalities to enhance operational efficiency and data-driven decision-making across the production lifecycle.• Operated as a vital resource across all departments for expertise in diverse areas, including LASER safety, optics, liquid cooling systems, enclosure design, environmental controls, and electronics, fostering an environment of continuous improvement and knowledge sharing.• Created the prototype assembly process for the new generation BL-250 high-power blue LASER andassociated electronics to facilitate a swift transition to full production scale by employing 6S methodologies, reducing setup times and increasing manufacturing throughput.

As a Senior Manufacturing Engineer at NUBURU, Incorporated, my expertise lies in diagnosing and resolving complex system issues to enhance manufacturing precision and quality. Through thorough troubleshooting and analyzing failure points, I've been instrumental in identifying the root causes of system failures. My approach involves generating detailed non-conforming material reports and applying targeted corrective actions, significantly reducing the recurrence of such issues.A key aspect of my role has been to pinpoint potential risks within production instructions and mitigate these by incorporating in-process testing and enforcing stringent quality control measures. This has been particularly effective in addressing and mitigating challenges related to LASER integration, thereby ensuring the highest standards of manufacturing precision and product quality. My efforts have contributed to sustaining and elevating the operational excellence at NUBURU, Incorporated.• Slashed production times for electronics and enclosure subassemblies by 45% through the strategic design of workstations based on 6S methodology, implementation of effective inventory control systems, and the initiation of engineering changes to optimize assembly processes.• Coached technicians to operate autonomously by providing in-depth training on work instructions and technical drawings while fostering a culture of continuous improvement and encouraging proactive problem-solving and innovation.• Accomplished annual company objectives by spearheading the development of a prototype 650Watt LASER, designing specialized manufacturing workstations, and formulating a comprehensive production schedule, resulting in the on-time delivery of all units without any manufacturing defects.• Headed the adoption of laser safety controls within manufacturing and testing environments for NUBURU’s class 4 lasers.

Englewood, Colorado, United States

During my tenure as a Controls Engineer, I was deeply involved in engineering efforts to seamlessly integrate diverse external equipment with Mikron’s base cell systems. My focus was on incorporating cutting-edge technology such as LASER engravers, servo motors, Cognex camera inspection systems, and pneumatic devices. This integration was pivotal in ensuring high-quality testing and enforcing rigorous pass/fail standards, ultimately maximizing product reliability and customer satisfaction.My role demanded a detailed approach to system compatibility and performance optimization. By closelycollaborating with cross-functional teams, I was able to identify and address potential integration challenges, ensuring a smooth and efficient production process. This not only contributed to enhancing the operational efficiency of Mikron’s manufacturing operations but also played a significant role in upholding the company’s reputation for delivering reliable and high-quality products to our customers.• Led the development cycle of automation software, from initial code writing to final implementation to meet and exceed customer production speed targets and minimize scrap rates by incorporating troubleshooting, data verification, and optimizations.• Set sophisticated automated assembly equipment using Allen Bradley’s RS Studio 5000 Logix Designer to facilitate high-volume manufacturing processes by adhering to Mikron’s certified kernel standards.• Employed a broad array of technical documentation, such as electrical schematics, mechanical drawings, and Process and Instrumentation Diagrams (P&ID) to diagnose a wide range of issues, validating optimal functionality and reliability of assembly equipment.• Performed calculations of Process Levels using SISTEMA software to validate compliance with EN ISO 13849-1 safety standards, demonstrating a proactive approach to retain the highest levels of safety and regulatory adherence in all engineering solutions.

Greater Denver Area

My role was crucial in overseeing the creation of specialized parts, ensuring they met our high standards for quality control and were delivered in a timely manner to meet production demands.A significant part of my job involved collaborating on the intricate design of PCB (Printed Circuit Board)assemblies and their integration with enclosures. This process was key to enhancing product functionality and reliability. Through interface engineering and thoughtful design considerations, we were able to address and solve complex challenges, ensuring that our products not only met but exceeded industry standards. My contributions during this period were instrumental in streamlining our manufacturing process and improving the overall quality and reliability of our products, marking a period of significant growth and innovation at NUBURU, Incorporated.• Contributed to a productive team effort that successfully developed NUBURU's first reliable high-power blue LASER, showcasing collaborative engineering and innovative problem-solving to achieve a significant technological milestone.• Offered a pivotal role in a dynamic 2-person team that rapidly designed, developed, and tested essential production electronics for LASER control and monitoring, compensating for the shortcomings of an external contractor and assuring project continuity.• Created and instituted standard operating procedures, inspection routines, and preventative maintenance schedules, minimizing downtime and assuring consistent quality and safety across manufacturing operations.• Identified critical safety, technical, and cost-efficiency challenges in prototype manufacturing stations by conceptualizing strategic solutions that enhanced equipment safety and reliability while achieving cost reductions of up to 70%, lowering development expenses.

Westminster, Colorado

As an Electrical Engineer & Project Manager, I specialized in troubleshooting and upgrading electrical wiring and systems in the field. My approach involved providing expert analysis and implementing innovative solutions aimed at improving system efficiency and reliability. This hands-on experience allowed me to directly impact the operational performance of the systems we worked on, which in turn elevated customer satisfaction.My role demanded a deep understanding of complex electrical systems and the ability to identify and resolve issues efficiently. The solutions I developed not only addressed immediate concerns but also anticipated future needs, ensuring that the systems were not just fixed for the moment but improved for long-term performance. This strategic approach to problem-solving and system enhancement was key in strengthening our relationships with clients and establishing a reputation for reliability and excellence in service at Serpentix Automation.• Formulated an extensive AutoCAD library and developed control panel design documentation and training materials for new employees to improve the onboarding process and assure consistent quality and knowledge transfer within the team.• Executed effective quality control procedures and designed a versatile testing station capable of verifying control panel operation through simulation of input/output signals and test loads, guaranteeing each panel surpassed client specifications prior to deployment.• Tested advanced control technologies, including ABB variable frequency drives and Allen Bradley PLCs to validate system performance against stringent requirements by conducting thorough testing, guaranteeing product reliability and client trust.• Brokered with vendors to establish performance standards and develop control and instrumentation solutions for a variety of applications, including HVAC systems, liquid pumps, and conveyor belts, delivering tailored solutions that met diverse client needs.

Arvada, Colorado

• Created custom robotic systems to meet complex motion requirements in atmospheric and vacuum environments for clients including: the National Institute of Standards and Technology (NIST), FujiFILM-Dimatix, Nikon, Nova Measurement Instruments, imaging Technology international (iTi), Parker, Cox Automation/Ixmation, LASER2000, SQS, ficonTEC, Ball Aerospace, Lockheed Martin, Argonne National Laboratory, Carnegie Mellon University and Automation Engineering Inc. (AEI).• Significantly improved existing LASER interferometer and capacitive metrology techniques resulting in more consistent measurements. Arguably one of the most precise motion companies on the planet with NIST traceable data to prove it.• Diligently managed motion system assembly, external electronics integration, programming, testing, and troubleshooting from project conception to completion.• Integrated Delta Tau and ACS motion controllers with linear motors, stepper motors, voice coil motors and torque motors using optical high-resolution encoders and a variety of precision bearing types.• Facilitated complex system integration with external devices.• Authored system manuals, standard operating procedures, and summary testing reports resulting in higher efficiency and productivity for ALIO and the end customer.• Designed and implemented easily customizable testing stations utilized by assembly technicians to verify performance on motion systems provided to clients without electronics.

Arvada, Co

• Stepped into technical sales role and assessed project requirements. • Reviewed client's needs and recommended upgrading to ALIO products when necessary.

Commerce City, Co

• Created high precision cast and machined parts using a variety of metals for clients including: Boston Dynamics, the Buell Motorcycle Company, John Deere, Caterpillar, L-3 Communications, Lockheed Martin, and Northrop Grumman.• Led projects from initial pattern design, tool ordering, process design and small quantity production runs.• Programmed and operated Mori Seiki and Cincinnati CNC milling machines and manual mill and lathe machines for complex parts with tight tolerances and unique engineering requirements.• Developed standard operating procedures, inspection routines and preventative maintenance documents.• Created quality control checks in tooling, mold making, metal pouring, and machining resulting in higher quality parts and less waste.