Chemical Physics

In Chemical Physics, you’ll develop the analytical and critical thinking skills needed to understand complex physical and chemical phenomena, preparing you for a wide range of careers in science and industry — and to make an impactful contribution to your field.

Overview

Chemical Physics examines the intersection of chemistry and physics to understand the fundamental principles that govern matter and energy. At Lisburn University, we explore how the laws of physics apply to chemical systems, and how this understanding can lead to advancements in technology, medicine, and materials science.

In class, your professor might present a challenging physical chemistry concept or a real-world problem, such as the behavior of molecules in a reaction or the properties of materials at the atomic level. You and your classmates analyze, model, and discuss these scenarios, exploring the underlying principles of quantum mechanics, thermodynamics, and kinetics. Then, you apply your newfound knowledge to solve practical problems in experimental setups or simulations.

Career Opportunities

Our graduates work and intern in a wide array of fields, including research and development, pharmaceuticals, materials science, environmental science, energy, and nanotechnology. Many have pursued careers in academic or industrial research, working on cutting-edge technologies that impact industries like healthcare, energy production, and manufacturing. Additionally, some of our graduates have gone on to pursue advanced degrees in physics, chemistry, engineering, and other related disciplines, furthering their expertise and contributing to scientific advancements.

Program Learning Outcomes

Demonstrate an understanding of the fundamental principles of chemical physics, including the relationship between the microscopic properties of materials and their macroscopic behavior.

Be able to apply a variety of scientific methodologies, such as spectroscopy, thermodynamics, and quantum mechanics, to analyze and solve complex physical and chemical problems in both laboratory and theoretical settings.

Demonstrate an understanding of the advancements and challenges in chemical physics, with the ability to contribute to innovations in fields like nanotechnology, materials science, and energy solutions, working towards a more sustainable and technologically advanced world.

Programme

Semester 1CreditsNumber
Introduction to Chemical Physics4CPH 101
General Chemistry I2CPH 102
Classical Mechanics4PHYS 101
Semester 2CreditsNumber
Quantum Mechanics for Chemical Physics4CPH 201
Thermodynamics and Statistical Mechanics4CPH 202
Electromagnetism2PHYS 202
Semester 3CreditsNumber
Chemical Kinetics and Dynamics4CPH 301
Spectroscopy and Optical Properties2CPH 302
Mathematical Methods in Physics4MATH 201
Semester 4CreditsNumber
Advanced Quantum Chemistry4CPH 401
Solid-State Physics and Materials Science4CPH 402
Laboratory Techniques in Chemical Physics2CPH 403
Total for the entire period of study40 

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Unit 1 44-550 Longstone Street, Lisburn BT28 1TP Northern Ireland

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