Will teach very patiently and indepth, ensuring the learner understands the concepts clearly and able to apply new problems / questions. With rich experience, covers all topics in a systemeatic approach and provides simple learning materials for easy understanding. Can score good marks, with minimum effort as top-down pedagagy is followed. Flexible timings and alter / additional classes free of charge will be handled. The students will be provided with materials through Google Classroom, and then class will be taken. A simple reflection Quiz will be posted at the end of every session, and periodic assesment will be conducted to improve the learning experience. For a 3 credit UG Course, about 40 hours will be spared for completion.

Subjects

All subjects for B.Tech in Mechanical Engineering
Applied Thermodynamics and heat transfer Beginner-Expert
Fluid Mechanics & Machinery Beginner-Expert
Mechanics and Strength of Materials Beginner-Expert
Mathematics (10+2)

Experience

Senior Lecturer (Jun, 1994–May, 2010) at 16 Years Teaching experience in UG level Mechanical Engineerimng

Handling various subjects, and administration

Education

Engineering Mechanics, Strength of Materials, Applied Thermodynamics (Jan, 2023–May, 2024) from IIT NPTEL
M.Tech. (Jul, 2008–May, 2010) from Anna University
B.E. Mechanical Engineering (Jul, 1990–Apr, 1994) from MADURAI KAMARAJ UNIVERSITY, Madurai

Fee details

₹500–900/hour (US$5.26–9.47/hour)

For problem based UG subjects like Mechanics of Materials, Fluid Mechanics, Finite Element Analysis, etc. - For 40 hour full term fee Rs. 800/- hour, for less than 40 hour, Rs. 900/- hour. For School and Diploma level Rs. 500/- hour

Courses offered

Mechanics of Materials
- ₹800
- Duration: 40 Hours
- Delivery mode: Online
- Group size: Individual
- Instruction language: English
- Certificate provided: No
This course will cover basic concept of force, displacement, strain and stress and related governing equations. Stresses in uni-axial, bi-axial and due to thermal effects will be discussed, followed by bending and shear stresses due to direct and torsional loads. Pressure vessels and column buckling will also be covered. Failure theories will be taught based on requirement.