Huntsville, Alabama, United States
A recent graduate with a Bachelor of Science in Mechanical Engineering from Alabama A&M University, currently serving as a CAD/Drafting Technician II at SAIC. Proficient in SolidWorks, reverse engineering, and collaborative platforms like Microsoft Azure DevOps, they actively support mission-critical programs including IFTE, M-LIDS, NDTE, and AMDPCS. Their academic foundation, combine d with hands-on industry experience, equips them to deliver accurate 3D models, detailed BOMs, and optimized files for 3D printing. At SAIC, they collaborate closely with engineers to design and refine innovative field-ready solutions such as collapsible sheet metal components and reverse engineered mechanical parts ensuring functionality, efficiency, and adaptability. Known for a proactive attitude and a dedication to continuous learning, they thrive in team oriented environments and are driven to support organizational success. Their active engagement in community service underscores a strong commitment to inclusivity, integrity, and teamwork.
IFTE Program: Modeled a SuperMicro computer chassis in SolidWorks using precise dimensions, developed a Bill of Materials (BOM), and the design was approved and used in production. M-LIDS Program: Worked with engineers to develop and build a collapsible, magnetic sheet metal vehicle door panel to improve cooling, including air conditioning access ports based on field requirements. NDTE Program: Reverse-engineered armor testing machine parts using SolidWorks and produced 3D models from physical components. I was responsible for generating STL files for 3D printing, monitoring tasks and updates in Azure DevOps, and participating in agile scrum sessions. AMDPCS Program: Modeled complex components in SolidWorks under the supervision of a senior engineer, learned efficient part-drawing procedures, and increased modeling speed and accuracy. Key skills: SolidWorks, Azure DevOps, 3D modeling, BOM creation, mechanical drafting, Agile methodology, and reverse engineering.
Led and supported user-centered product design initiatives aimed at enhancing accessibility for individuals with disabilities, improving everyday appliance usability, and advancing the principles of universal design to reach broader user demographics. Collaborated in cross-functional teams during a competitive national case study event, applying strategic thinking, rapid prototyping, and data-driven decision-making to solve real-world product challenges and present feasible, impactful solutions to Whirlpool executives. Conducted in-depth industry research on emerging trends in assistive technology, inclusive design, and consumer behavior, aligning project solutions with current market demands and future-forward product strategies. Engaged in high-impact networking with engineers, UX designers, and innovation leaders, gaining actionable insights into product development pipelines, design validation processes, and corporate sustainability initiatives. Contributed practical and innovative recommendations that supported Whirlpool's goals of designing for all while reinforcing its brand commitment to social responsibility, inclusive innovation, and product excellence.