Program Overview

Introduction to Physics with Renewable Energy Science BSc (Hons)

The Physics with Renewable Energy Science BSc (Hons) program is offered by the School of Science and Engineering at the University of Dundee. This program is designed to provide students with a comprehensive understanding of physics and its applications in renewable energy science.

Teaching and Assessment

Most of the teaching takes place in small groups, allowing for easy access to staff and a personal approach to lectures, tutorials, and practical work. Students will have the opportunity to perform experiments in dedicated labs. A variety of assessment methods are used, including:

• Coursework
• Laboratory reports
• Exams
• Discussions about what students have achieved

Core Modules

The program consists of several core modules, which are essential parts of the course. These modules are divided into different levels, each with its own set of requirements and topics.

Level 1 Modules

• Mechanics (EG11008): 10 credits, Semester 1
  • This module covers the basics of mechanics, including the motion of objects and the forces that act upon them.
• Core Mathematics I (MA11001): 20 credits, Semester 1
  • This module introduces fundamental mathematical concepts, such as algebra, calculus, and geometry.
• Fundamental Algebra and Calculus (MA11002): 10 credits, Semester 1
  • This module provides a refresh of the maths taught at high school, covering topics such as algebra and calculus.
• Core Mathematics II (MA12001): 20 credits, Semester 2
  • This module builds on the foundational concepts introduced in Mathematics 1A, covering topics such as matrices, vectors, and differential equations.
• Statistics and Probability (MA12003): 20 credits, Semester 2
  • This module introduces students to statistics and probability, including data collection, analysis, and interpretation.
• Professional Skills (PH11002): 20 credits, Semester 1
  • This module develops analytical approaches to problem-solving and communication skills that employers value.
• Space Physics and Astronomy (PH12003): 10 credits, Semester 2
  • This module applies the laws of physics to understand orbits, the formation and evolution of stars, and the structure of galaxies and the Universe as a whole.
• Waves and Mechanics (PH12005): 10 credits, Semester 2
  • This module explores how forces, fluids, and waves shape the world around us.
• Personal Development Planning (SD10001): 5 credits, Both Semester 1 and 2
  • This module helps students develop important life and study skills that will help them succeed in their academic and professional careers.

Level 2 Modules

• Core Mathematics III (MA21001): 20 credits, Semester 1
  • This module covers key structures in mathematics, including vector spaces.
• Core Mathematics IV (MA22001): 20 credits, Semester 2
  • This module explores concepts such as linear independence, basis, and null spaces in the context of matrix algebra.
• Electromagnetism and Light (PH21001): 20 credits, Semester 1
  • This module describes the physics of electric and magnetic fields and how they are connected.
• Introduction to Programming (PH21002): 20 credits, Semester 1
  • This module teaches programming in Python and MATLAB through hands-on labs.
• Classical and Quantum Matter and Radiation (PH22001): 20 credits, Semester 2
  • This module explores the microscopic and sub-atomic world, including quantum mechanics and nuclear and particle physics.
• Fundamental Experimental Physics (PH22003): 20 credits, Semester 2
  • This module provides hands-on experience with experimental physics.
• Personal Development Planning (SD20001): 5 credits, Both Semester 1 and 2
  • This module builds on the foundations set in the first year, helping students take their development to the next level.

Level 3 Modules

• Quantum Mechanics I (PH31005): 15 credits, Semester 1
  • This module introduces the behavior of matter and energy at the atomic and subatomic levels.
• Electrodynamics I (PH31007): 15 credits, Semester 1
  • This module investigates fundamental aspects of electricity and magnetism, including Maxwell's equations.
• Mathematical Methods for Physics (PH31008): 15 credits, Semester 1
  • This module develops essential mathematical skills for classical and modern physics.
• Optics and Photonics (PH31017): 15 credits, Semester 1
  • This module discovers how light behaves and how we use it in everything from laser systems to fibre optics.
• Advanced Experimental Physics (PH32006): 15 credits, Semester 2
  • This module builds upon the learning from Level 2, testing theories of the physical world around us.
• Quantum Mechanics II - Atoms and Molecules (PH32008): 15 credits, Semester 2
  • This module applies quantum mechanics knowledge to study atomic and molecular structure.
• Classical Mechanics and Relativity (PH32017): 15 credits, Semester 2
  • This module explores how motion, forces, and energy work at every scale, linking classical mechanics with relativity.
• Power Engineering and the Grid (RE32002): 15 credits, Semester 2
  • This module equips students with a competent understanding of AC electrical power and electromechanical energy conversion.

Level 4 Modules

• Physics Project (PH40006): 30 credits, Both Semester 1 and 2
  • This module allows students to undertake a supervised but independent project that is laboratory-based, computational, or theoretical.
• Optics and Photonics I (PH41005): 15 credits, Semester 1
  • This module covers contemporary optics and photonic systems, exploring laser physics, polarization, diffraction, interference, and optics concepts.
• Condensed Matter Physics I (PH41007): 15 credits, Semester 1
  • This module discovers how atoms and electrons shape the properties of materials, covering crystals, conductivity, semiconductors, and magnetism.
• Nuclear and Particle Physics (PH42006): 15 credits, Semester 2
  • This module explores the physics of the nucleus, particle interactions, and nuclear fusion.
• Classical Mechanics and Relativity (PH42008): 15 credits, Semester 2
  • This module explores how motion, forces, and energy work at every scale, linking classical mechanics with relativity.
• Solar Energy (RE41002): 15 credits, Semester 1
  • This module explores how solar energy is a vital part of renewable energies, covering the physics and technology behind it.
• Wind and Marine Energy (RE42002): 15 credits, Semester 2
  • This module focuses on renewable energy sources, specifically wind and marine energy, complementing interest in sustainable technologies or engineering fields.