ABOUT
From my first attempt at assembling a LEGO robotics kit at age 10 to leading high-impact engineering initiatives, my journey has been defined by problem-solving, innovation, and continuous improvement. As a results-driven Engineer specializing in Data Analytics, Quality Management, and Project Management, I have a proven ability to automate processes, enhance efficiency, and drive operational excellence. My expertise lies in leveraging technology to optimize workflows, streamline decision-making, and deliver measurable improvements. Recognized for leading cross-functional teams through complex projects, I excel at implementing data-driven solutions that generate tangible business value.Beyond my professional pursuits, I am passionate about exploring new ideas and innovations. In my free time, I enjoy painting, photography, calisthenics, and grilling.
EXPERIENCE
CUMMINS INC. | Fridley, MN, April 2024 - Current
Plant Quality EngineerPlant Quality Engineer with proven success improving operations through data driven problem solving and digital solutions. Known for bridging Quality, Engineering, and Operations by simplifying complexity into actionable direction. I've succeeded in turning recurring quality issues and gap filled processes into measurable and automated solutions using the Power Platform Products.SKILLS AND KEY STRENGTHS:
- Data-Driven Problem Solving (Lean Six Sigma, DMAIC)
- Project Leadership across Quality, Operations, and Engineering
- Strong Initiative: Closed process gaps within Quality workflows by leveraging
Microsoft Power Platform
- Communicator: Provide cross-functional leadership by simplifying complex
information into practical direction for operations and leadership
- ERG Leadership: Active member of Cummins Black Network - Minnesota,
planning and leading numerous cross-functional events that strengthened
engagement and community
St. Anthony Falls Laboratory | Minneapolis, MN, 2023 - 2024
Engineering TechnicianDuring my time at St. Anthony Falls Laboratory, I was given the opportunity to assist professors with their research initiatives. I provided support for data collection, system testing, and prototype R&D. I applied mechanical aptitude and problem-solving skills in preliminary data analysis resulting in lower testing material usage.I oversaw the "sediment transport" flume that can continuously move sand past hydropower dams. The flume is able to accommodate natural bed slopes up to 2% and includes sediment feeder and recirculation system. The project aimed to reverse the effects of dams causing downstream erosion by simulating a sand bed river and dam. I conducted tests to improve a hydrosuction prototype that worked as a sediment vacuum built to continuously suction sediment from upstream and deposit it downstream, mimicking the natural flow of a river and avoiding buildup.Another project was streambank erosion that often leads to near-hillslope destabilization threatening the health of Minnesota's water bodies and damaging nearby infrastructure. Laboratory tests mimicked miniature geography layout of a steambank. I assisted with sediment creation, geography positioning, and data collection. The project aimed to cover the impact of freeze/thaw cycles on bank stability, erosion related to dynamics, and the influence of flood-drought cycles on embankment strength in order to help inform the timing of mitigation efforts.
EDUCATION
The University of Minnesota - Twin Cities | Minneapolis, MN, 2020 - 2023
Degree: BSc in Mechanical Engineering, Minor in FinanceI earned a Bachelor of Science in Mechanical Engineering with a minor in Finance from the University of Minnesota. While passionate about manufacturing and R&D, I also developed a strong interest in business. My academic journey included coursework in supply chain management, project management, corporate finance, portfolio management, and performance evaluation—providing a well-rounded technical and financial foundation.Beyond academics, I actively participated in various leadership roles within organizations such as the National Society of Black Engineers, Black Student Association, African Student Association, National Association of Black Accountants, and the Solar Car Team. These experiences enriched my technical knowledge while honing essential skills in negotiation, delegation, and effective management—critical competencies for driving engineering innovation.With this diverse background, I am equipped to contribute to complex engineering projects with a strategic and results-driven approach.
NETWORKS
NSBEtcpc Professionals | Minneapolis, MN, 2024 - 2026
Title: TreasurerAs President of the National Society of Black Engineers (NSBE) Twin Cities chapter, I redefined organizational priorities to drive membership growth, enhance structural efficiency, foster community engagement, and expand internship opportunities. This strategic transformation resulted in a significant increase in volunteering initiatives, new corporate partnerships for on-campus engagements, and strengthened collaborations with the University and other student organizations.Key achievements include:
- Raised $16,000
- Solidified commit of $30,000 from partners and sponsors
- Supported two community events per month. Most notable, Introduce a Girl to Engineering Day partnered with Girl Scouts River Valleys, Minnesota Timberwolves Partnership, Meet the Professionals
NSBE (National Society of Black Engineers) - COLLEGIATE | Minneapolis, MN, 2020 - 2023
Title: President, PR Chair, IT Chair, Financial Zone InternAs President of the National Society of Black Engineers (NSBE) Twin Cities chapter, I redefined organizational priorities to drive membership growth, enhance structural efficiency, foster community engagement, and expand internship opportunities. This strategic transformation resulted in a significant increase in volunteering initiatives, new corporate partnerships for on-campus engagements, and strengthened collaborations with the University and other student organizations.Key achievements include:
- 133% growth in active chapter membership and 71% increase in total membership.- Spearheading three corporate information sessions per month, connecting students with industry leaders.- Facilitating volunteering opportunities with local high schools and elementary schools to promote STEM engagement.- Initiating cross-campus collaborations, further solidifying the chapter’s presence and impact.Through these initiatives, I contributed to the long-term success and sustainability of the chapter, positioning it as a hub for professional development and community impact.
SELECTED PROJECTS
Autonomous Robot
Tasked with the goal of creating an autonomous robot a Roomba inspired robot was designed. I applied arduino programming, java coding, and CAD to develop a prototype equip with ultrasonic sensors and rear wheel drive. Upon completion, I gained fundamental programming skills in electrical circuits.
ThermoKing Solar Panel
In response to the energy challenges faced by Thermo King railway refrigeration units, our team devised an innovative solution by integrating a linear actuator onto the existing system to optimize energy capture. The chosen design allows the solar panel to tilt between 10 and 45 degrees, resulting in a 60% increase in solar energy. Structural analysis guarantees a design with a minimum fatigue life of 32 years and an estimated manufacturing cost of $187.94. The entire mounting system and solar panel can be easily assembled and offered as a kit, providing a practical and accessible enhancement for Thermo King's Advancer unit.
Stabilizer Bar Fatigue for Polaris RZR Pro R 4 Ultimate
High-performance off-road vehicles such as the Polaris RZR PRO, require exceptional suspension parts for conquering tough terrains. A stabilizer bar reduces the vehicles body roll when traversing uneven roads. My team and I designed a real stabilization bar, modeled using MATLAB to address the ever-growing challenges of off-road traveling. Through research and calculations, we modeled the optimal design for fatigue and damper heat transfer. By choosing a 0.75-inch diameter solid round bar made from 4140 annealed cold-rolled steel, we achieved an estimated lifetime of 1208 hours.
Last-Mile Delivery Optimization Logistics
The evolution of last-mile delivery, driven by crowdsourcing, is reshaping business-to-consumer e-commerce. In our analysis, we focused on optimizing last-mile grocery deliveries through a model that demonstrated the effectiveness of accepting and delivering multiple orders consecutively. Modeled in MATLAB, the last-mile delivery optimization mode, utilized datamining methods to collate large pools of data to discern trends and patterns in customer/vendor behavior to optimize delivery times by 10%. The logical consideration of delivering multiple orders, even if farther from the store, proves beneficial by saving time and enhancing profitability. This data-driven approach offers valuable insights into logistics, optimization, and technology within the rapidly evolving field of last-mile delivery.
Sound Absorption of Household Materials Final Report
The field of soundproofing technology holds widespread applications in various industries, addressing the escalating issue of noise pollution resulting from population growth and increased machinery use. This study aimed to determine frequency characteristic curves of sound absorption coefficients for different materials, emphasizing the importance of sound absorption over soundproofing in creating quiet environments. By conducting experiments with diverse materials, such as felt sheets, carbon filters, and foam sheets, the experiment indicated that felt sheets demonstrated superior sound absorption, particularly around 1200Hz.