overview
• Applied knowledge of engineering principles and design practices to create optimized mechanical design concepts, meeting cross-functional requirements including assessment of alternative design concepts. Creation of engineering drawings, modifications of parts, comparison of tolerances and welds, and implementation of tolerance analyses, static analyses, and dynamic analyses, are some of the examples that led to optimized design concepts and met mechanical design specifications, including application, cost, weight, performance, reliability, durability, manufacturing, assembly, and serviceability.
• Effectively communicated the capability of the competitive design concepts that were developed to meet cross-functional requirements. Hosted weekly meetings to communicate progress, ideas, results, and/or concerns of the project, and created technical reports that validated product issue resolutions following corporate procedures.
• Worked effectively across cross-functional disciplines, including design, manufacturing, and analyst teams, to meet corporate, customer, environmental, reliability, and performance requirements. Resolved product issues, such as minimizing welds stress by modeling and analyzing different configurations to come up with quantitative-based conclusions and present them to the teams of impacted project