Thermodynamics II (2 Hours)

Thermodynamics I (4 Hours)

Fluid Mechanics I (5 Hours)

Heat Transfer (5 Hours)

Fluid Mechanics II (4 Hours)

Heat Conduction Equation Explained: Fourier's Law, 1D/2D/3D & Boundary Conditions

Entropy Analysis: Thermodynamics I

Entropy: Thermodynamics I

The Second Law of Thermodynamics: Thermodynamics I

Mass and Energy Analysis of Control Volumes: Thermodynamics I

Energy Analysis of Closed Systems: Thermodynamics I

Gas Power Cycles: Thermodynamics II

Energy, Energy Transfer, and General Energy Analysis: Thermodynamics I

Properties of Pure Substances: Thermodynamics I

Introduction and Basic Concepts: Thermodynamics I

Gas-Vapor Mixtures and Air-Conditioning: Thermodynamics II

Chemical Reactions: Thermodynamics II

Thermodynamic Property Relations: Thermodynamics II

Gas Mixtures: Thermodynamics II

Vapor and Combined Power Cycles: Thermodynamics II

Refrigeration Cycles: Thermodynamics II

Navier-Stokes Equation: Fluid Mechanics II

Turbomachinery: Fluid Mechanics II

Internal Flow: Fluid Mechanics I

External Flow Drag and Lift: Fluid Mechanics II

Compressible Flow: Fluid Mechanics II

Dimensional Analysis and Modeling: Fluid Mechanics I

Fluid Kinematics: Fluid Mechanics I

Pressure and Fluid Statics: Fluid Mechanics I

Bernoulli and Energy Equations: Fluid Mechanics I

Momentum Analysis of Flow Systems: Fluid Mechanics I

Properties of Fluids: Fluid Mechanics I

Introduction and Basic Concepts: Fluid Mechanics I

Radiation Heat Transfer: Heat Transfer

Fundamentals of Radiation: Heat Transfer

Heat Exchangers: Heat Transfer

Natural Forced Convection: Heat Transfer

Fundamentals of Convection: Heat Transfer

Internal Forced Convection: Heat Transfer

External Forced Convection: Heat Transfer

Introduction and Basic Concepts: Heat Transfer

Heat Conduction Equation: Heat Transfer

Steady Heat Conduction: Heat Transfer

Transient Heat Conduction: Heat Transfer

PDD UKTPT SERDOS 2026 | UNSUR PENGAJARAN | IBHAM VEZA UBK

Why Decentralized HVAC is the FUTURE of Building Design

Hydronic Systems Explained: Closed Loops, Pump Curves & Primary-Secondary Pumping

HVAC Decoupling Explained: DOAS, Chilled Beams & The End of Reheat Systems

HVAC System Design: VAV vs. Reheat vs. Dual Stream - Thermodynamics Explained

Fan & Duct System Design: Static Pressure, Total Pressure & System Curves Explained

Building Energy Modeling Explained: Degree Days, Bin Method & Hourly Simulation

HVAC Load Calculation: Space Load vs. System Load & Ventilation Penalty Explained

Heating vs. Cooling Load Calculation: Steady-State, Thermal Mass & Time Lag Explained

Thermal Comfort & HVAC Design: Operative Temperature, ASHRAE 55 & Climate Data Explained

HVAC Psychrometric Cycle: Cooling Coils, Mixing Air & The 1.10 and 4840 Constants

Psychrometric Chart Explained: HVAC Thermodynamics, Humidity & Enthalpy

HVAC & Building Energy: Why Buildings Consume 60% of Global Electricity

Moment of Inertia: Area and Mass Properties for Engineers

Center of Gravity, Centroid & Center of Mass Explained Simply | Mechanics Essentials

Friction Explained: Static, Kinetic, Rolling Resistance & Engineering Applications