Responsible for representing the graduate students from the Mechanical Engineering department on Indianapolis CampusGrant Review and Allocations Committee (GRAC): Responsible for overseeing the review, evaluation, and allocation of funds for grants and initiatives that support the graduate student community.managing funding programs such as travel and professional development grants, evaluating proposals based on eligibility and alignment with PGSG’s goals, and ensuring transparency and equity in decision-making.

- Developing Analytical and Computational models of the generation of head vortex rings in transient traversing confined jet ignition - Converge CFD Software- Computational model of combustion in the pre-chamber - Converge CFD Software

- HVAC - Lecturing some topics including Psychiometrci charts, thermal and cooling load calculation, weather data, and Heat Exchangers (Fall 2024 semester)- NX and Ansys Instructor - Teaching students to create complex geometries in NX software and do Finite Element Analysis with Ansys (Fall 2024 semester)- Advanced Thermodynamics TA - Graduate Level Course - Homework recitation sessions & grading (Spring 2023 & Spring 2024 semesters)- Combustion TA - Graduate Level Course - Lecture several topics including Premixed Flames, Homework recitation sessions, and Grading (Fall 2023 semester)- LabView & MATLAB Simulink Instructor - Show students how to use LabVIEW for hardware interfacing and data acquisition and teach MATLAB Simulink for system simulation, control design, and dynamic modeling (Spring 2023 semester)

Mentoring an undergraduate student’s research project in as following:- Use existing documentation and collect own measurements to accurately obtain all relevant dimensions of the combustion chamber (pre-chamber)- Use the information gained to create an accurate and detailed model of the combustion chamber in NX12. This model contain the location where all the major features (spark plug, fueling ports, and nozzle/pressure transducers) are located- Design the model in a way that can be used in Converge software for simulation research- Analyzing the outcoming results through Converge software should and visualizing by TECPLOT post-processing tools.

Conducted heating and cooling load calculations for residential and commercial buildings using Carrier HAP software, ensuring energy-efficient designs and compliance with standards.Designed comprehensive water and sewage systems tailored to the requirements of residential and industrial projects.Evaluated ventilation air needs and developed optimized air distribution (duct) systems for:- A cosmetic factory enhances production environment quality and efficiency.- An operation room in a hospital, ensuring compliance with strict air quality and ventilation standards critical for patient safety.