As an Operational Excellence Engineer at an international nuclear engineering and manufacturing company, I help ensure the safety and efficiency of our processes by identifying and reducing waste. I specialize in facilitating A3 Projects and Makigami value stream maps to identify areas for improvement and enhance process flow. I also have extensive experience in facilitating Failure Mode and Effect Analyses (FMEAs) to identify potential failure and risks in new processes and plan preventative actions before implementation. As a key member of the operational excellence team, I support the business unit in achieving their annual objectives by identifying process improvements and implementing solutions.

As a process engineer with a background in healthcare, I am experienced in using Lean methodologies to identify and reduce waste, improve productivity, and streamline work processes. Additionally, I am trained in the Joint Commission Root Cause Analysis (RCA2) framework, specifically in the use of the Event Causal Factors Chart to investigate sentinel events.In my previous role, I worked closely with the nursing unit of a hospital to develop and implement Lean-based solutions to improve patient care, reduce costs, and enhance operational efficiency. I provided guidance and support to leadership and staff regarding Lean thinking and demonstrated the application of Lean tools and methods.As part of my role, I also led investigations into sentinel events using the RCA2 framework, utilizing the Event Causal Factors Chart to identify the underlying causes and develop effective solutions to prevent their recurrence. Through these investigations, I gained a deep understanding of the complex systems and processes that exist within healthcare organizations and the importance of collaboration and communication in driving continuous improvement.Furthermore, I have mentored leaders in Lean methodologies and provided coaching and training to help them effectively implement Lean-based solutions. I am passionate about fostering a culture of continuous improvement and using my skills and experience to help organizations achieve operational excellence.

As a passionate archer, I started my career as a product development engineer at Quality Archery Designs, where I led the design and development of innovative archery accessories. I designed and patented the Ultrarest Integrate MX, a fall-away arrow rest with a dove-tail mounting system that delivers precise and secure attachment to the bow. I also developed the Ultrarest MXT, the most precise micro-adjust system in the archery industry. In addition, I proposed a component change that led to a 95% reduction in machine runtime, a 66% reduction in material costs, and over $230,000 in annual savings for the company.I collaborated with manufacturing, operations, sales, and marketing departments to bring new products to market, and represented the company at trade shows, providing technical support and demonstrations of new products. I implemented standardized processes, including Engineering Change Requests, Engineering Proposals, and Test Reports, and maintained the production drawing and 3D CAD model libraries.My technical expertise in 3D CAD modeling, drafting, and engineering tools and software, as well as my understanding of manufacturing processes and materials, allowed me to create high-quality products that met the needs and preferences of archery enthusiasts and professionals. I also possess strong communication skills, presenting technical information to non-technical audiences, and collaborating effectively with different departments and stakeholders. My passion for archery and customer focus drives me to continuously improve and develop new products that elevate the sport.

As a Lean Engineer Co-op at Parker Hannifin's Integrated Sealing Systems Division, I was responsible for identifying and implementing process improvements using Lean methodologies. Key accomplishments include reducing purge scrap by 92% by modifying decompression nozzles to fit mold manifolds, resulting in annual savings of over $135,000 in raw materials. Additionally, I directed time studies to generate standard work instructions and establish performance baselines, led an A3 project to reduce defects in the rework process, and participated in Kaizen events to continuously improve processes. I also evaluated the cost of poor quality products and developed strategies to reduce scrap and defects. Through these experiences, I gained valuable skills in project management, data analysis, and cross-functional collaboration.

As an AutoCAD Technician at Master Engineers, I collaborated with a multidisciplinary team of engineers, architects, and contractors on large-scale projects with strict deadlines. I provided drafting support for notable historical buildings, such as the Academy of Music & Fine Arts in Lynchburg, VA and St Andrew's Catholic Church in Roanoke, VA, as well as commercial projects, such as the Tower Theater at Liberty University and the Fellowship Hall at Thomas Road Baptist Church.During my tenure, I contributed to the successful completion of several high-profile projects. For instance, I played a key role in the installation of two new furnaces at the Grede Foundry in Radford, VA. Additionally, I assisted the senior structural engineer in conducting condition assessments and generating recommendations for the Benjamin Franklin Post Office in Washington, D.C.Overall, I am a collaborative and detail-oriented team player with a proven track record of meeting project requirements and delivering high-quality work on time.

Submitted a proposal to reduce the travel time to transfer components between contracts, resulting in a Lean Six Sigma yellow belt certification.Worked in Non-Destructive Testing (NDT) using ultrasonic testing equipment to ensure components were not defective.Worked with senior engineers to revise Operating Procedures (OPs) to improve safety and efficiency in the workplace.Drafted Requests for Engineering Changes (RECs) seeking customer approval to modify contracts as necessary.

Created AutoCAD library for control cabinet components, standardizing commonly used parts to reduce drawing time while maintaining accuracy and repeatability.

Supported crew to survey residential and industrial properties locating landmarks and property boundaries.Completed topographical surveys to identify changes in elevation.