Engineering Thermodynamics: 220+ Questions & Solved Problems

This comprehensive engineering thermodynamics course provides 220+ practice problems with detailed solutions to help you master foundational and advanced concepts. Designed for students and professionals, the course systematically covers problem-solving techniques for real-world applications through a carefully structured curriculum that progresses from basic principles to complex system analysis.

Key topics include:

• Fundamental laws of thermodynamics (Zeroth, First, Second Laws) and their applications

• Comprehensive analysis of power cycles (Rankine, Brayton, Otto, Diesel) with efficiency calculations

• Refrigeration systems and heat pump performance metrics (COP, capacity, efficiency)

• Properties of pure substances using steam tables and phase change diagrams

• Psychrometric processes and air conditioning load calculations

• Exergy analysis and irreversibility in thermal systems

Each section combines concise theoretical explanations with progressively challenging problems to build your problem-solving skills. The course includes 6 timed practice tests to simulate exam conditions, along with step-by-step video solutions for every problem. Additional resources include downloadable reference charts, property tables, and formula sheets for quick review.

Ideal for mechanical, chemical and aerospace engineering students preparing for university exams (GATE, FE) or professionals needing certification prep, this course bridges theory and practice through industry-relevant examples from power plants, HVAC systems and automotive engineering. The problem set includes both SI and Imperial unit calculations to prepare you for global engineering standards.

With lifetime access to all materials and regular updates based on student feedback, this course grows with your learning needs while helping you develop the analytical skills engineering employers value most.