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I have developed an engaging teaching technique that simplifies the scientific principles for easier understanding. Students understand the physics behind each equation. They see the impact of what they are studying on everything around them.
I teach several undergraduate courses for the Mechanical Power Engineering program. All courses are recorded live and available on YouTube or this dedicated website.
I am also trying to convert traditional lectures to a more attractive and interesting form using "Doodles". You can check my first attempts here. Your feedback is highly appreciated 😀.
Second-year Mechanical Engineering students
Measurements basics and procedure
Measurements' uncertainties and error propagation
How to measure: Temperature, pressure, flow rate, flow velocity
Troubleshooting measurements
Measurements' precautions
Third-year Mechanical Engineering students
Using different software to extend the students' understanding of already taught engineering topics
Using MS Excel:
To analyze the gathered data
To reach optimum designs of thermal systems
Using f-chart Engineering Equation Solver (EES)
To study complicated systems that cannot be analyzed manually.
To get accurate thermo-physical properties
Using ANSYS Mechanical to numerically solve heat transfer problems in solids with complicated geometries
Third-year Mechanical Engineering students
Basics of gas flow and how it differs from liquid
Subsonic and supersonic flow
How gas behaves in a variable-area duct
Nozzles and diffusers
Critical pressures of a supersonic nozzle
How nozzles generate thrust in rockets and planes
Waves in supersonic flow
Normal shock waves
Oblique shock waves
Prandtle-Meyer waves
Waves in supersonic nozzles used with rockets
How friction in ducts affects gas flow
How heat transfer in ducts affects gas flow
Fourth-year Mechanical Engineering students
Steam turbines
Basic principles of operation
Steam turbines types
Blade angles and their constraints
Analysis of performance (Output power - Axial thrust - Efficiency)
Matching of turbojet engines
Surge line
How different components operate with each other
Gas Power cycles with its modifications
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