Physics with Astronomy with Professional Placement (BSc)

Program Overview

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The BSc Physics with Astronomy with Professional Placement is a four-year program that combines astrophysics and physics, with a focus on research and practical problem-solving. Students develop a strong foundation in physics and astronomy, gain hands-on experience through a professional placement year, and specialize in advanced topics in their final year. The program prepares graduates for careers in research, education, industry, and other fields requiring strong analytical and problem-solving skills.

Program Outline

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Degree Overview:

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Overview:

The BSc Physics with Astronomy with Professional Placement is a four-year program designed for individuals who are passionate about astronomy and seek a hands-on approach to problem-solving. This course emphasizes astrophysics, observational techniques, and offers a professional placement year in industry, commerce, or government.

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Objectives:

• Prepare students for careers in industrial or academic research and development, education, or other sectors requiring practical, analytical problem-solving skills.
• Equip students with key skills in physics, mathematics, and computing.
• Provide students with the opportunity to conduct research in astrophysics and gain practical experience through a professional placement.

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Distinctive features:

• Strong emphasis on research with connections to one of the UK's leading Astronomy research groups.
• Blend of astrophysics and physics, allowing students to explore their passion for astronomy while developing core physics skills.
• Active participation of research-active staff in course design and delivery.
• Extensive opportunities for practical work in dedicated laboratory facilities.
• Emphasis on independent learning and a professional placement year.

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Accreditation:

• Institute of Physics (IOP)

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Outline:

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Year One:

• Focuses on developing a solid foundation in fundamental physics and astronomy.
• Introduces key concepts like mechanics, electricity, magnetism, waves, and computational skills.
• Includes introductory modules on astrophysics and observational techniques.

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Year Two:

• Builds upon the core physics and astrophysics material from year one.
• Introduces students to observational techniques in astronomy, including the theory and practice of astronomical observations and interpretation.
• Offers opportunities to specialize through optional modules like "The Stars and their Planets" and "Physics in Action: Real-World Problem Solving."

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Year Three:

• Dedicated to a professional placement year, where students gain valuable experience in industry, commerce, or government.
• Aims to develop problem-solving skills, encourage initiative, and provide practical experience in a professional setting.
• Placements typically last nine months and allow students to reflect on their strengths and weaknesses.

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Year Four:

• Allows students to specialize and study advanced topics in astrophysics and physics in depth.
• Includes modules on atomic and nuclear physics, particle physics, astrophysics, and a research project.
• Offers a wide range of optional modules, including "Condensed Matter Physics," "Cosmology," and "Radiotherapy."

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Assessment:

• Combines continuous assessment and end-of-semester exams, with some modules solely based on continuous assessment.
• Continuous assessment includes exercises, laboratory work, and accounts for 40% of marks in year one.
• Involves open-ended investigations, where students tackle complex research questions.
• Year three placement includes a reflective assessment, initial and final reports, and an oral presentation.

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Teaching:

• Utilizes various teaching methods, including lectures, tutorials, laboratory work, computer-based exercises, projects, and skills-based activities.
• Provides regular small-group tutorials for personalized feedback and discussions.
• Integrates recent research results into the delivery of the program.
• Offers access to a virtual learning environment with multimedia materials, presentations, lecture handouts, and online discussion forums.

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Careers:

• Graduates are well-equipped for careers in research, education, industry, and other fields requiring strong problem-solving skills.
• The program prepares students for various roles such as Research Scientist, Statistician, Data Analyst, Science Communicator, Finance and Banking professional, Airline Pilot, Software Engineer, and Teacher.
• The professional placement year provides valuable work experience, enhances CVs, and potentially leads to direct employment opportunities.

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Other:

• The program emphasizes the development of valuable skills such as experimental, analytical, and investigative abilities.
• Students gain experience designing experimental equipment, using computer software, and conducting research using various resources.
• The program fosters communication, teamwork, critical thinking, independent learning, and time management skills.