Systems – the Science of Everything

Why should I take this Trinity Elective?

The world’s most pressing challenges—climate change, pandemics, and economic instability—cannot be solved by any one discipline alone. To address complex, interconnected problems, we need to think beyond traditional academic boundaries. This module introduces you to systems thinking, an interdisciplinary approach that reveals the shared dynamics underlying everything from ecological networks to economic systems, neural circuits to social structures. By exploring the universal principles that govern these systems, you will gain insights into problem-solving strategies that can be applied across a range of fields, including business, science, engineering, healthcare, and policymaking. If you are ready to think beyond your own discipline and explore how knowledge connects across fields, this is the Trinity Elective for you.

What will I learn?

• The core theories and concepts of systems thinking, applicable across disciplines.
• How to model and analyze complex systems, enabling you to approach real-world problems with a broader perspective.
• Critical thinking and problem-solving skills that will enhance your ability to tackle interdisciplinary challenges.

What will I do?

• Participate in online activities, face-to-face discussions, and interdisciplinary group work.
• Use NetLogo, an intuitive software platform, to model and visualize system dynamics (no prior programming or mathematical experience required).
• Work in teams to explore real-world applications of systems theory and present findings.

How will this be delivered?

• A blended learning format with preparatory reading and recorded lectures before each session.
• Online discussion forums to engage with peers and explore key concepts.
• Interactive, face-to-face sessions with lecturers from diverse disciplines.
• Group projects using NetLogo to simulate and analyze different types of systems.

How will this be assessed?

• Engagement (20%): Active participation in discussions, online activities, and group work.
• Group work and presentation (40%): A team project using NetLogo to explore and simulate a system, presented in class.
• Individual reflective essay (40%): A final essay applying systems thinking to a chosen topic, with a reflection on personal learning and interdisciplinary insights.

Who can take this Trinity Elective?

This module is open to students from all disciplines, offering a unique opportunity to explore connections between diverse fields and develop a transdisciplinary approach to problem-solving.