o   Developed and taught the following courses at the UHCL                                           

·         Mechanical Engineering Capstone – I, Fall 2023

·         Senior Design Projects – I, Fall 2023

·         Solid Mechanics, Fall 2021, 2022, 2023

·         Intro to Manufacturing Processes with Lab, Spring 2022, 2023, and Summer 2022

·         Senior Elective – Additive Manufacturing, Spring 2023

·         Graphics for Mechanical Engineers, Spring 2022, 2023

·         Statics, Fall 2022

·         Computing for Engineers with Lab, Fall 2021

·         Introduction to Engineering with Lab, Fall 2022

o   Prepared and delivered lectures, assignments, quizzes, exams, and in-class activities in both in-person (face-to-face) and virtual sessions.

o   Developed course modules using online platforms – Blackboard (now in Canvas), and YouTube

o   Developed manufacturing processes lab to teach and demonstrate lab class for 120+ students.

o   Conducted engineering education research to improve teaching pedagogy.

• Developed the online course module for 28 undergraduate students

• Prepared and delivered lectures, assignment, quiz, exams, and projects via online platform Blackboard and YouTube

• Implemented flip class room activities by recording and delivering lectures and solution class in YouTube

• Graded and evaluated students work and provided feedback on the performance

• Maintained regular office hours and tutoring hours to facilitate the learning experience/opportunity

• Conducted in-class survey to increase the teaching effectiveness and tuned the course content

• Overall evaluation score of instructor is 4.77 (5.00) and course is 4.67 (5.00)

Evaluation Report:   https://drive.google.com/file/d/1OE0kHuGe_U75ZA0N1Gak1R39yonLgB5s/view?usp=sharing

YouTube Channel Link:  https://www.youtube.com/channel/UC9oiZy19cp4o3ep1Am2ilDg?view_as=subscriber

• Co-led in developing course content and syllabus focusing subtractive and additive manufacturing

• Developed project-based curriculum to facilitate the hands-on experience in 3D printing and CNC machining

• Prepared and delivered lectures on the fundamentals of manufacturing technologies and applications

• Conducted laboratory session on CNC and 3D printing machines and software

• Prepared quizzes, exams, proctoring, grading, and evaluated the class to increase teaching effectiveness

Tools/machines/software used in class:

• Mechanical Engineering Machine Shop: Surface roughness tester, Tormach CNC, HASS CNC, Bench Top Lathe, Grinding Machine, Bench Top Saw

• Lockheed Martin Design Studio: Stratasys Makerbot and U-print 3D printer

• CAD, CAM, and slicing software: SolidWorks,  Autodesk Fusion 360, CURA, Simplify3D, and Insight  

• Co-led in adapting and developing lectures by collaborating with Autodesk Fusion 360 team at Dallas Texas

• Developed and constructed 2D, 3D and assembly design exercises for roughly 70 students

• Co-taught and prepared the lecture modules, quizzes, exams, and projects based on the CAM in Fusion 360

• Implemented cloud-based design exam and maintained students records in Autodesk Cloud and Blackboard

• Provided lab safety training and instruction on MakerBot 3D printer and Tormach CNC machine for final project at Lockheed Martin Design Studio

Machine Shop and Software used in class:

• Mechanical Engineering Machine Shop

• Autodesk Fusion 360  

• Tutored students in the above-mentioned courses in the Advancement Center for Engineering Students (ACES)

• Assisted in preparing questions, solutions, grading, and occasionally delivered lectures on behalf of Instructor

• Developed and delivered lecture modules, exams, projects, and targeted discussions for each class

• Demonstrated laboratory classes to perform the experiment, data collection, error analysis, and report writing

• Volunteered in organizing workshops on Higher Education Quality Enhancement Project (HEQEP, UGC)