● Implemented and maintained quality assurance processes in accordance with AS9100 standards for aerospace manufacturing.● Conducted root cause analysis (RCA) using methodologies such as 5 Whys & 8D Problem Solving to identify and address quality issues, resulting in a reduction in non-conformances.● Utilized statistical process control (SPC) techniques to monitor and optimize manufacturing processes, ensuring consistent quality and adherence to specifications.● Lead customer audits and addressed quality-related inquiries to ensure customer satisfaction.● Collaborated with cross-functional teams to develop and update quality control plans and inspection procedures.● Generated and maintained quality documentation, including inspection reports, non-conformances reports (NCRs), and quality metrics, facilitating compliance and effective communication.● Drove continuous improvement initiatives to enhance quality, optimize processes, reduce defects, and improve overall operational efficiency

• Developed expert-level product knowledge of motorcycle gear and parts and used understanding of products and customers' desires to exceed personal sales goals for eight consecutive months• Gained in-depth knowledge of company's product offerings to provide reliable and trusted assistance to ~50 customers daily, helping them make informed decisions• Increased add-on sales by becoming a master of the store's inventory, suggesting different items that fit customer needs quickly and efficiently

● Spearheaded development and fine-tuning of a propulsion system for evaluating a novel football helmet designed to mitigate rotational spinal cord injuries among football players.● Designed and optimized sled structure, allowing the assessment of diverse helmet-to-helmet impact angles.● Analyzed trajectory of the test dummy via LoggerPro software to refine the propulsion system's platform forperformance.

● Developed innovative blade designs optimized for low, turbulent wind speeds unique to Venus using airfoil databases and Solidworks.● Optimized a MATLAB code to implement Blade Element Momentum theory for performance prediction for the chosen three-blade design.● Designed and constructed a modular testing platform and integrated it onto a boat to facilitate experimentation with three-bladed turbine design, simulating Venusian conditions.● Collaborated with team members to integrate electrical components for power generation and transmission

• Attend targeted English class, take notes, and participate in discussions.• Conduct two full 50 minute weekly sessions for each section throughout the semester.• Plan SI sessions using a wide variety of interactive learning strategies (without re-teaching, lecturing, or completing students' assignments for them).• Prepare handouts, informal quizzes, and other learning aids for SI sessions.

• Drive AE brand loyalty through being knowledgeable about all AEO loyalty programs and consistently informing customers of each program.• Consistently provide support to fellow employees through sharing of knowledge, helping to complete tasks and/or assisting in customer interactions.• Outfit the customer by suggesting key looks and incorporating the latest trends and current promotions based on the customer's individual style.• Proactively resolve customer concerns in a manner consistent with company policy, and with customer satisfaction in mind; partner with the store leadership team on elevated customer issues.

• Consulted 6 project managers overseeing the satellite development sector and inspected the project planning process.• Researched competitor companies’ different leading satellite rockets and analyzed the differences between those and Boeing’s leading rockets.• Supervised satellite testing alongside a project manager and investigated why certain testing methods were utilized.