Professional Skills module (PH11002)

What makes a good problem solver? In this module, you’ll develop practical skills that mathematicians and physicists use daily, such as analysing complex problems, working in teams, presenting your work clearly, and managing your time.

You will work on mathematical and physical problem-solving challenges, learning how to break problems down, test solutions, and reflect on your reasoning. You will gain hands-on experience in data collection and analysis, develop your technical writing and presentation skills, and explore the importance of working ethically and responsibly.

You will also spend time contemplating your future. What careers are open to mathematicians and physicists? How do professionals communicate? What skills do employers seek? Whether you are pursuing research, industry, or education, this module will help you develop confidence and essential skills to succeed.

What you will learn

In this module, you will:

• explore strategies for solving mathematical and scientific problems
• work in teams to test ideas, compare solutions, and reflect on your problem-solving strategies
• practise technical writing and presentation skills for academic and general audiences
• gain experience in designing, performing, and analysing experiments
• learn about ethics, academic integrity, and the role of scientists in society

By the end of this module, you will be able to:

• apply structured approaches to solving unfamiliar problems
• communicate clearly through technical writing and oral presentations
• collaborate effectively and give constructive feedback
• understand the importance of research ethics and responsible data handling
• recognise the wide range of careers open to maths and physics graduates

Assignments / assessment

• coursework (100%)
  • oral presentation and peer review activities
  • problem solving and technical writing

This module does not have a final exam.

Teaching methods / timetable

In-person, hands-on learning opportunities, including:

• Problem-solving seminars
  • Collaborative and team-working exercises
  • Peer review activities
• Professional skills workshops
  • Activities focused on writing, presentation, and communication
  • Career development and professional organisations
  • Ethics and scientific practice, including the responsible use of AI tools
• Data collection and analysis field trip