Description

Theory
2

Laboratory
2

Instructors

Fátima Coelho

Contents

Chapter 1: Vibrations and Waves (50%): simple harmonic motion, damped motion and forced motion key concepts, sound waves and sound intensity, superposition of waves, Doppler effect and sound reverberation.
Chapter 2: Heat Transfer (25%): fundamental concepts, thermal energy transfer processes, heat flux, thermal resistance, and external conductivity.
Chapter 3: Light and Optics (25%): wave optics, geometric optics, natural and artificial lighting.
 

Learning Outcomes

OB1: Explain the fundamental principles of wave propagation, sound, heat transfer, and optics.

OB2: Analyse physical phenomena related to waves, acoustics, heat transfer, and lighting systems.

OB3: Apply theoretical physics models to interpret and solve practical problems in the built environment.

OB4: Identify the factors that influence physical phenomena and evaluate their effects in engineering applications.

OB5: Apply appropriate physical concepts and methods to analyse real-world situations and support problem-solving.

OB6: Develop scientific reasoning and critical thinking skills in the interpretation of physical phenomena.