36 monthsProgramme duration
27,300 GBPTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Physics and Astronomy
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Physics and data science are transforming how we explore and explain the world, from modelling climate systems to decoding signals from distant galaxies. This course combines a deep understanding of core physics with advanced mathematical and computational techniques. If you’re keen to study physics but fascinated by data analysis and machine learning, this course is for you.
Technological advancements in physics and data science methods allow us to respond to a wide range of problems. These include modelling disease evolution and optimising business models. You’ll study the fundamentals of both subjects and develop the skills to tackle some of the biggest data driven challenges in modern science.
Options enable you to specialise in areas you find most fascinating. They include:
In your final year project, you could be working with our expert physicists and data scientists. Our faculty are at the forefront of their fields. Their work includes developing next generation quantum computers, exploring dark energy and quantum effects in black holes, searching for fundamental particles at CERN, and working with NASA’s James Webb Telescope.
By graduation you’ll have gained skills much in demand by employers, including computer programming skills, data analysis and solid research skills. Career options include work in finance, data analytics and software development.
Our department is a friendly, close-knit community. Our lecturers take time to get to know you and are available to offer support. So, you’ll always find help, if you need it.
Technological advancements in physics and data science methods allow us to respond to a wide range of problems. These include modelling disease evolution and optimising business models. You’ll study the fundamentals of both subjects and develop the skills to tackle some of the biggest data driven challenges in modern science.
Options enable you to specialise in areas you find most fascinating. They include:
- quantum mechanics
- scientific computing
- electrodynamics
- data structure and algorithms.
In your final year project, you could be working with our expert physicists and data scientists. Our faculty are at the forefront of their fields. Their work includes developing next generation quantum computers, exploring dark energy and quantum effects in black holes, searching for fundamental particles at CERN, and working with NASA’s James Webb Telescope.
By graduation you’ll have gained skills much in demand by employers, including computer programming skills, data analysis and solid research skills. Career options include work in finance, data analytics and software development.
Our department is a friendly, close-knit community. Our lecturers take time to get to know you and are available to offer support. So, you’ll always find help, if you need it.
Programme overview
Main Subject
Physics and Astronomy
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
Physics and data science are transforming how we explore and explain the world, from modelling climate systems to decoding signals from distant galaxies. This course combines a deep understanding of core physics with advanced mathematical and computational techniques. If you’re keen to study physics but fascinated by data analysis and machine learning, this course is for you.
Technological advancements in physics and data science methods allow us to respond to a wide range of problems. These include modelling disease evolution and optimising business models. You’ll study the fundamentals of both subjects and develop the skills to tackle some of the biggest data driven challenges in modern science.
Options enable you to specialise in areas you find most fascinating. They include:
In your final year project, you could be working with our expert physicists and data scientists. Our faculty are at the forefront of their fields. Their work includes developing next generation quantum computers, exploring dark energy and quantum effects in black holes, searching for fundamental particles at CERN, and working with NASA’s James Webb Telescope.
By graduation you’ll have gained skills much in demand by employers, including computer programming skills, data analysis and solid research skills. Career options include work in finance, data analytics and software development.
Our department is a friendly, close-knit community. Our lecturers take time to get to know you and are available to offer support. So, you’ll always find help, if you need it.
Technological advancements in physics and data science methods allow us to respond to a wide range of problems. These include modelling disease evolution and optimising business models. You’ll study the fundamentals of both subjects and develop the skills to tackle some of the biggest data driven challenges in modern science.
Options enable you to specialise in areas you find most fascinating. They include:
- quantum mechanics
- scientific computing
- electrodynamics
- data structure and algorithms.
In your final year project, you could be working with our expert physicists and data scientists. Our faculty are at the forefront of their fields. Their work includes developing next generation quantum computers, exploring dark energy and quantum effects in black holes, searching for fundamental particles at CERN, and working with NASA’s James Webb Telescope.
By graduation you’ll have gained skills much in demand by employers, including computer programming skills, data analysis and solid research skills. Career options include work in finance, data analytics and software development.
Our department is a friendly, close-knit community. Our lecturers take time to get to know you and are available to offer support. So, you’ll always find help, if you need it.
Admission Requirements
3+
59+
26+
169+
6+
1300+
80+
32+
85+
4+
3 Years
Sep
Tuition fees
Domestic
9,535 GBP
International
27,300 GBP
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