TA for Introduction to Applied Statistics.

- Assisted Prof. Steven Ouellette in managing the course: EMEN 5005 Introduction to Applied Statistics.- Evaluated and graded student assignments, providing constructive feedback to enhance learning outcomes.- Monitored late submissions to maintain course integrity.- Provided assistance to students, resolving queries promptly and fostering a supportive learning environment.

Grading TA for Prof. Carmen Pacheco-Borden for her MCEN 1024 "Chemistry for Energy and Materials Science" course. The course covers the basic physical and chemical fundamentals. These fundamentals include atomic structure, stoichiometry, the periodic table, chemical bonding, states of matter, thermochemistry and chemical reactions.My responsibilities include grading weekly worksheet assignments, helping students with their final project, and moderating the class slack channel.

As an usher, my primary responsibility was to provide excellent customer service to patrons attending performances or events. I greeted guests, assist them with seating arrangements, answer questions, and address any issues or concerns. Additionally, I helped to maintain a clean and safe environment by monitoring audience behavior.

Teaching Assistant for Prof. Carmen Pacheco-Borden for her MCEN 4228 & 5228 "Design of Coffee" course. The course focuses on demonstration of key engineering principles in subject areas such as heat transfer, mass transfer, thermodynamics, materials science, sustainability, water quality, biomedical engineering and device design evaluation.As a TA, I am responsible for assisting the instructor in the delivery of the course materials and providing support to the students. This includes grading weekly pre-lab quizzes and lab reports, moderating the class' Slack channel to answer questions and provide guidance, and assisting the students during the experiments.

- I was responsible for creating clear, concise, and accurate solutions to math problems that are suitable for digital media.- Reviewed solutions provided by other interns to find discrepancies as per the feedback fromthe clients.- Maintained a merit score of more than 100 (100= meeting the target) which was based on 3parameters: communications, consistency, and acumen in solving questions.- Helped to provide valuable resources to students, educators, and others who are seeking to improve their understanding of mathematics.

- Taught the fundamentals of Mathematics to students.- Joined the organization during the pandemic to help lower middle-class background studentswith no access to digital learning.

Hydro-thermal analysis of the effect of curvature and corrugation on the performance of Solar Air Heater (SAH).- Geometry was divided into three sections: inlet plenum, heater duct and outlet plenum with the lengths as 650 mm, 1200 mm and 350 mm respectively and the cross-sectional area of 300×50 mm2. - A finite volume based numerical study of the incompressible forced flow through the duct of SAH was carried out using codes of ANSYS on Google Virtual Machines for a fine discretization with about 5 Million elements. - The fluid domain was validated from the results of correlation equations for the Nusselt number and friction factor.- Analysis was done for Reynolds numbers (4000-8000), heat flux (800-1200 W/m2), and 5 different radii of curvature.- Found the optimized geometry based on the outlet temperature and thermohydraulic performance parameter,- The study aimed to optimize the conversion of this renewable energy based on the application sector.

Designed a test jig for testing main gear box and steering gear box of armored vehicles as a project in 510 Army Base Workshop’s summer training.