• Working with management, engineers and procurement to develop Face shield PPE design, process implementation and process flowcharts to help medical workers. • Made a due date matrix including information such as capacity of machines, tooling order and samples due date to accelerate mass production of Face shield to fight COVID-19 outbreak. • Reviewed production schedules, engineering specifications, process flows, and other information to understand methods and activities in the manufacturing process.• Developed strategies and programs that improve the productivity and efficiency of the various work processes of the company.• Employing six sigma techniques to enable continuous improvement of manufacturing processes and lead engineering department in equipment qualification. • Validating quality control procedures to resolve production problems and/or minimize costs. Gather information to evaluate current work processes in order to determine the flow of work, time requirements, costs and duration. • Created a production schedules to batch the minimum order quantity (MOQ) orders and increased profit $1,500 monthly. • Applied Lean Six Sigma and other productivity techniques to evaluate the improvement of recommended strategies and programs. • Validate the industrialization process and equipment required for new procedure, improvement of warehouse and manufacturing processes for existing products, research and cost benefit analysis for capital expenditures required to improve installed and available capacity using PDCS & KPI's which are the core components of the lean manufacturing. • Instructed others in continuous process improvements, including the use of various problem solving and productivity techniques such as cost time management.• Determines how to manufacture parts with maximum efficiency and keeping safety in mind.

Designed, explored, and evaluated Head-up display experiments with driving simulator by identifying ergonomics needs. • Conducted literature searches on ADAS, Sensor technology and Graphic based Navigation systems as well as, helped in conducting quantitative analytical processes of data using Statistical Analysis Software (SAS) to test. • Collected and analyzed user behavior via quantitative, qualitative methods, task analysis and lab studies.• Analyzed Lean UX methodologies and able to write cohesive hypothesis statements.• Created aluminum frame design in CATIA V5 and experiment design – 2*3 within-subject analysis of variance performed.• Provided input on HMI interface design with respect to customer usability of the participate interface in user research.• Developed navigation system using a photoshop, movavi video editor and V-model for the automotive ergonomic evaluation.• Created Virtual HHUD prototype from Teamcenter Visualization Jack to perform more specialized studies, such as ergonomics and path planning.• Improved experiment methods on how to analyze simulator (Virtual reality city car driving simulator using HTC Vive) and naturalistic driving data (visual, manipulative, auditory, physiological, and cognitive data).• Used real-time Teamcenter digital mockup tools to detect and resolve design issues using the product digital before making a final product.• Recruited participants, ran experiments, collected data, verification and validation.• Provided mechanism of user behavior, on the top of providing descriptions of behavior.• Experienced with an extensive variety of usability tools, HMI modeling (CGI Studio, photoshop) and methods (user-centered design processes), and involvement in running a variety of tests. • Developed user demographic and post-test questionnaires, and Morae usability testing methodology.

• Introduce new students to the college and helped them get accustomed to a new academic and cultural environment.• Meet with orientation students into the semester to encourage and mentor them.• Plan group outings and activities to have new students stay connected to each other and to campus.