- Collaborating with cross-functional teams to design and develop engine systems and components for various customer applications.- Design engine components such as air handling systems, fuel systems, exhaust systems, and cooling systems.- Perform analysis and testing to validate the design including simulations, DFM, Prototyping, and testing. Ensure compliance with relevant regulations, standards, and company policies.

- Participate and direct in complex engineering projects including design, test, and development of new product concepts for release to production in a manner that ensures those products provide superior performance, durability, quality, and serviceability.- Conducts Technical evaluations of major systems on competitive products. Coordinate product tests with proven design and prototype build-up and test area.- Implement technical expertise and product knowledge in the problem resolution process when interfacing with test and evaluation, service, plant personnel, and suppliers.

- Refined and learned the process of designing code-compliant residential solar photovoltaic systems following engineering department policy.- Developing an understanding of structural and electrical engineering concepts and calculations. Adhere to PV system design criteria including structural, electrical, equipment, and installation parameters. Meet deadlines in a fast-paced environment with high fluctuations in work volume.- Advance towards a promotional path of PV designer by gaining efficiencies in PV design processes, completing more complex designs, and participating in customer huddles.

- Provided technical expertise required to design, develop, and implement manufacturing processes/systems related to the machining and grinding of various components across the company.- Worked as specialist and subject matter expert for technical planning capable of meeting or exceeding customer requirements. Worked independently as well as as a part of the team to maintain and improve processes and systems used in manufacturing.- Implemented creative solutions and validated the effectiveness of changes including documentation and training of those improvements. Identified root causes and implement corrective actions to address safety, quality, velocity ad cost opportunities through the projects.

Designing, Drafting specimens for 2D tolerance stack-up analysis.Collaborated with members to design a centrifugal pump using Autodesk Inventor.Performed stress analysis to validate the calculations.

Worked closely with Dr. Robert Woods, Department of Mechanical & Aerospace Engineering to develop teaching materials for the Design Project course -quizzes, assignments, and exams meeting the course objectives.• Managed a class 3 hours a week of 64 students from both undergrad and graduate programs.• Graded tests and quizzes; provided detailed feedback to help students move on to the next assignments and gain an overall understanding of the subject to be successful toward graduation.• Got verbally acknowledged and appreciated by the professor and the students.

•Assisted manager, plan workforce uses and equipment layout to optimize workflow, leading to 6% increase in production capacity.•Evaluated the final product’s overall performance, audits, reliability & safety to assure a safe product that meets ASME standards.•Reduced equipment breakdown instances by 70% by implementing preventive maintenance (PM) schedules & risk analysis.•Assisted production team in increasing production efficiency by 14% through minimization of bottlenecks.•Assisted manager to manage and execute on projects to drive improvements in productivity, quality, and cost.•Developed and documented Standard Operating Procedures (SOPs).•Identified and implemented opportunities to improve continuous improvement processes, practices, and results in value stream.