Mechanical Engineering – (FM, Thermodynamics, SOM, Design & TOM)- Mandeep Kumar

This Mechanical Engineering Online Coaching Program, taught by Mandeep Kumar, is designed for B.Tech Mechanical students and learners who want strong conceptual understanding and problem-solving skills in core mechanical subjects. Covering essential areas such as Fluid Mechanics, Fluid Machines, Thermodynamics, Applied Thermodynamics, Strength of Materials, Machine Design, Theory of Machines, and supporting Physics, this course helps students excel in university exams and build a solid engineering foundation.

Whether you are preparing for semester exams, competitive exams, or require conceptual clarity for project and industry readiness, this course provides clear explanations, numerical solving techniques, and structured learning aligned with modern mechanical engineering education.

What Students Will Learn

⭐ Fluid Mechanics (FM)

Properties of fluids

• Fluid statics & pressure measurement

• Bernoulli’s theorem & applications

• Flow through pipes & losses

• Boundary layer theory

• Dimensional analysis & similarities

Outcome:
Students gain conceptual clarity and develop the ability to solve FM problems accurately.

⭐ Fluid Machines

• Impact of jets

• Pelton, Francis & Kaplan turbines

• Centrifugal and reciprocating pumps

• Performance curves

• Efficiency and characteristic equations

Outcome:
Learners understand machine behavior, power calculations, and performance evaluation.

⭐ Thermodynamics

• Laws of thermodynamics

• Properties of pure substances

• Work & heat transfer

• Thermodynamic cycles (Carnot, Otto, Diesel)

• Entropy, availability & irreversibility

Outcome:
Strong fundamentals for both theory and numerical analysis.

⭐ Applied Thermodynamics

• IC engines

• Boilers & turbines

• Refrigeration & air conditioning cycles

• Steam properties & steam tables

• Compressor theory

Outcome:
Students connect thermodynamic principles with real engineering systems.

⭐ Strength of Materials (SOM)

• Stress & strain

• Shear force & bending moment diagrams

• Torsion

• Deflection of beams

• Principal stresses & theories of failure

Outcome:
Learners develop competence in analyzing real-world structural problems.

⭐ Machine Design

• Design philosophy & factor of safety

• Design of shafts, joints, springs, gears & bearings

• Static & fatigue loading

• Material selection principles

Outcome:
Students learn to design safe, efficient mechanical components.

⭐ Theory of Machines (TOM)

• Kinematics of machines

• Gear trains, cams & followers

• Governors & flywheels

• Balancing of rotating & reciprocating masses

• Vibrations

Outcome:
Builds intuition about machine dynamics and motion.

⭐ Physics (Supporting Subject)

• Mechanics

• Fluid & thermal physics

• Waves & vibrations

• Modern physics basics

Outcome:
Strengthens foundational understanding relevant to mechanical topics.

Teaching Method

✔ Concept-Oriented Approach

Step-by-step explanation of all topics

• Simplified diagrams and engineering sketches

• Real-life engineering applications

✔ Numerical Problem-Solving

• University-level numerical practice

• GATE-style and conceptual problems

• Formula derivation and usage techniques

✔ Structured Notes & Revision

• Topic-wise notes

• Summary sheets for quick revision

• Assignment sheets

✔ Personalized Support

• Doubt-clearing sessions

• Guidance for weak topics

• Homework review and feedback

Who Should Join This Course?

B.Tech Mechanical Engineering students (all semesters)

• Diploma mechanical students

• Learners preparing for GATE foundation

• Students needing support in core mechanical subjects

• Anyone wanting clear understanding of mechanical concepts

Benefits & Outcomes

By the end of this course, students will:

Develop strong conceptual and numerical problem-solving skills

• Understand core mechanical engineering subjects in depth

• Improve their performance in semester and university exams

• Strengthen fundamentals for GATE, ESE, and industry applications

• Gain confidence in analyzing and designing mechanical systems

This course prepares students for academic excellence and professional competence.