Physics and Mathematics BSc (Hons)drafted

Program Overview

Coventry University's Physics and Mathematics BSc (Hons) program combines a solid foundation in physics with a strong understanding of mathematics, programming, and numerical methods. Through hands-on learning and research opportunities, students develop problem-solving, analytical, and experimental skills, preparing them for careers in science, engineering, teaching, and beyond. The program is taught by active researchers, ensuring students benefit from the latest advancements in the field.

Program Outline

Physics and Mathematics BSc (Hons) - Coventry University

Degree Overview:

• You will learn how to translate concepts in physics into mathematical and computational models, allowing you to solve various physical and real-world problems.
• An essential part of the course relies on understanding numerical and experimental processes and the uncertainties inherent to measurements.
• You will engage with real-world data analysis and experimental techniques using activity-led learning, lab-before-lecture, and flipped learning techniques.
• Learn analytical and numerical tools for solving problems in statistical mechanics, cosmology, or quantum mechanics.

This may open the door to careers in all areas of science, engineering, and teaching. Thanks to the transferable nature of the skills developed, graduates are also much appreciated in areas as diverse as data science, actuarial science, finance, and banking.

Outline:

The structure focuses on core physics and mathematics concepts, alongside practical skills development and research opportunities.

Year One:

• Calculus: Covers core calculus and explores advanced concepts needed for further study.
• Algebra: Introduces the fundamentals of algebra and linear algebra.
• Programming 1: Concepts and Algorithms: Learn the basics of coding and apply them to solve mathematical problems.
• Probability and Statistics: Teaches you the concepts of probability, random variables, probability distributions, estimation, and hypothesis testing.
• Mechanics and Numerical Methods: Introduces Newtonian mechanics and various mathematical modeling tools, emphasizing computational tools.
• Mathematical Case Studies: Solve challenging problems in mathematics, statistics, and physics through project-based learning.

Year Two:

• Further Calculus and Complex Analysis: Extends the ideas from year one to study fields and complex variables.
• Linear Algebra and Differential Equations: Explores the relationships between linear algebra and differential equations.
• Labs: Develops experimental and computational skills through practical exercises in various areas of physics.
• Partial Differential Equations and Analytical Mechanics: Introduces the vast fields of Partial Differential Equations (PDEs) and Analytical Mechanics.
• Electrodynamics: Explores the mathematics and physics of Maxwell's equations.
• Waves and Optics: Covers the propagation of sound waves and the principles of geometrical and physical optics.

Year Three:

• Computational Physics: Learn advanced methods and algorithms to study and model complex systems.
• Thermodynamics and Statistical Physics: Introduces the fundamentals of thermodynamics and statistical physics.
• Quantum Mechanics: Explores the fundamental concepts of quantum mechanics, including the mathematical framework for studying quantum systems.
• Quantum Information and Quantum Computation: Introduces the main ideas and techniques of quantum computation and quantum information.
• Advanced Topics in Physics: Explores advanced concepts in physics, such as phase transitions and critical phenomena, and emergence and complexity.
• Project: Conduct in-depth research in an area of physics or applied mathematics under the supervision of a research-active academic.
### Assessment:

Assessment methods vary depending on the module and may include:

• Formal examinations
• Phase tests
• Essays
• Group work
• Presentations
• Reports
• Projects
• Coursework
• Individual assignments
### Teaching:

Learning is facilitated through a variety of methods, including:

• Lectures
• Seminars
• Labs
• Workshops
• Online activities
• Group work
• Self-directed learning
• Work placement opportunities

Careers:

Upon successful completion of this course, you will be able to:

• Apply physical principles to diverse areas of Physics and Mathematics
• Solve problems in Physics by choosing appropriate mathematical and physical techniques
• Analyze experimental results and place them in their context
• Use mathematical or computational techniques to model physical phenomena
• Communicate scientific information in a clear and accurate way
• Work cooperatively on a project
• Create working solutions to computational and real-world problems
• Plan and execute an open-ended research project

You may be employed in roles such as research scientist, actuary, computer programmer, data analyst, or teacher.

Previous graduates have worked at a wide range of employers including IBM, GSK, Pfizer, Cummins, Scottish Power, and Warner Bros.

Other:

• Students can benefit from the Sigma Centre, an award-winning mathematics support centre, which provides a wide range of learning resources in mathematics and statistics.
• Students have access to extensive social learning facilities, well-equipped laboratories, and lecturing facilities.
• The program boasts a strong record of student satisfaction and graduate employability.
### Conclusion:

Tuition Fees and Payment Information:

• UK, Ireland , Channel Islands or Isle of Man: £9,250 per year
• £19,850 per year without EU support bursary
• International: £19,850 per year