MMath/MPhys (Hons) Mathematics and Physicsdrafted

Program Overview

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The Mathematics and Physics program at the University of York is an integrated undergraduate course that combines both disciplines. It provides students with a strong foundation in both areas, allowing them to delve deeper into advanced concepts in later years. The program emphasizes the mathematical structure of physical theory, preparing graduates for further research or careers in various fields. Graduates are highly sought-after in diverse industries due to the valuable analytical, mathematical, and problem-solving skills developed throughout the program.

Program Outline

Degree Overview:

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Mathematics and Physics (MMath/MPhys) - Undergraduate, University of York

This program is an integrated course, combining both Mathematics and Physics at an undergraduate level. It provides students with a strong foundation in both disciplines, allowing them to delve deeper into advanced concepts in later years. The curriculum emphasizes the mathematical structure of physical theory, preparing graduates for further research or careers in various fields.

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Objectives:

• Equip students with a strong mathematical foundation for understanding physics.
• Develop expertise in both Mathematics and Physics through rigorous training.
• Provide the skills necessary to probe the nature of physical reality and push research boundaries.
• Prepare students for postgraduate studies or a range of career opportunities.

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Description:

• The program emphasizes an integrated approach, blending Mathematics and Physics seamlessly.
• Students acquire expertise from staff actively engaged in cutting-edge research, ensuring access to the latest knowledge and techniques.
• The curriculum focuses on foundational principles in physics, mathematical grounding, and advanced concepts through optional modules.
• Students gain experience with cutting-edge mathematical and theoretical physics techniques for exploring physical reality.
## Outline:

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Year 1:

• Focuses on core modules that consolidate existing knowledge and prepare for advanced study.
• Includes: Classical Mechanics and Laboratories, Classical and Quantum Waves, Foundations and Calculus, Electromagnetism and Relativity, Mathematical Programming and Skills, Multivariable Calculus and Matrices, and an Academic Integrity module.

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Year 2:

• Deepens understanding of fundamental physical laws, processes, and techniques.
• Core modules include: Thermodynamics and Electromagnetism, Electromagnetism, Classical Dynamics, Vector and Complex Calculus, Statistical and Solid State Physics, Quantum, Atomic, Nuclear and Particle Physics, and Quantum and Continuum Dynamics.

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Year 3:

• Introduces advanced concepts, building upon previously acquired expertise.
• Students choose six option modules from various topics like Plasma Physics and Fusion, Quantum Mechanics, Advanced Theoretical Techniques and Modelling Matter, Relativity and Cosmology, Medical Physics, Nuclear and Particle Physics, Quantum Science and Technologies, Integral Transforms and Complex Methods, Mathematical Modelling: Nonlinearity, Uncertainty, and Computational Methods, Partial Differential Equations, Quantum Theory and Quantum Information, Cryptography, Numerical Analysis, Classical and Biological Fluid Dynamics, and Mathematical Ecology, Epidemiology and Evolution.
• Optionally, an elective module can replace an option module to explore a different subject, language, or interdisciplinary area.

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Year 4:

• Focuses on specialization through advanced option modules and a major research project.
• Core modules include: MPhys Research Project and Skills or Extended Independent Project in Mathematics.
• Students undertake independent research under the guidance of experts, conducting original investigations on current problems or bringing fresh perspectives to familiar topics.
• They may design, build, and evaluate equipment for specific experimental purposes.
• Optionally, an elective module can replace an option module to explore a different subject, language, or interdisciplinary area.

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Some recent research project examples:

• Shape coexistence in thallium and bismuth isotopes studied by laser spectroscopy.
• Exploring Exotic Nuclear Shapes and Structures.
• Nuclear Instrumentation Solutions for Industry.
• Construction of a polarised TIRF microscope to probe membrane diffusion.
• Exotic nuclei studied with knockout and fragmentation reactions.
• Strain control of a magnonic crystal.
• Students also develop research skills through a professional skills module, including literature surveys, review essays, project plans, and conference presentations.
## Assessment:

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Formal Examinations:

• Comprise a significant portion of assessment.

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Regular Problems:

• Include practice questions and lab work to test understanding and application of concepts.

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Coursework and Formal Reports:

• Assess writing and presentation skills in conveying scientific findings.

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Weekly Practice Questions:

• Help solidify understanding through regular engagement with material.

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Presentations:

• Develop communication skills by explaining complex topics clearly.

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MPhys or MMath Project:

• Contributes significantly to the final year mark, assessing laboratory work, dissertation, and oral examinations.

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Prompt and Regular Feedback:

• Guides student progress and provides opportunities for individual attention.
## Teaching:

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Lectures:

• Form the backbone of the teaching, based on cutting-edge research conducted by faculty.

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Small Group Discussions:

• Facilitate deeper engagement with material and exploration of broader implications.

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Personal Academic Supervision:

• Offers guidance, support, and mentorship throughout the course.

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Timetable and Independent Study:

• Students manage their learning schedule, balancing classes, independent study, and assessments.

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Facilities and Equipment:

• Include state-of-the-art laboratories for experiments and advanced software tools for complex simulations.

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Support:

• Dedicated tutors provide assistance during lab sessions, ensuring a comfortable and productive learning environment.
## Careers:

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Graduates are highly sought-after

in diverse industries due to the valuable analytical, mathematical, and problem-solving skills developed throughout the program. These skills find application in finance, software development, research, and numerous other fields.

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Companies hiring York Physics graduates:

• BAE Systems
• E.ON
• De Vere
• The Home Office
• Jaguar Land Rover
• John Lewis
• The Science and Technology Council
• Virgin Money

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Career opportunities:

• Accelerator physicist
• Engineer
• Scientist
• Financial coordinator
• IT analyst and consultant
• Teacher
• Electrical engineer
• Environmental modeller
• Accountant

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Transferable skills:

• Self-management
• Communication skills
• Team working
• Problem solving
• Creativity and innovation
• IT literacy
• Mathematics

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Tuition Fees and Payment Information:

UK (home) fees: £9,250 per year International and EU fees: £28,800 per year Fees for subsequent years UK (home) fees may increase within the government fee cap in subsequent academic years. We will notify you of any increase as soon as we can. International fees are subject to increase in subsequent years in line with the prevailing Consumer Price Index (CPI) inflation rate (up to a maximum of 10%).