Mechanics (JEP) module (BE12008)
Develop a firm grounding in mechanics as a foundation for engineering and physics. You will study Newton's Laws, energy conservation, momentum, and rotational dynamics
Mechanics governs the behaviour of physical systems at every scale. This module gives you the conceptual and mathematical tools to analyse and solve a wide range of mechanical problems, laying the groundwork for further study in engineering and physics.
You will study linear motion in two and three dimensions, Newton's Laws for linear and planar motion, work and energy, conservation laws, linear momentum, impulse and collisions, and rotational dynamics including torque and angular momentum.
Teaching combines lectures with workshops and tutorials that reinforce concepts and address areas of difficulty. Online adaptive exercises through Mastering Physics tailor practice to individual needs. Applications to biomedical engineering are highlighted throughout.
What you will learn
In this module, you will:
- build a grounding in mechanics, covering motion, forces, energy, momentum, and rotation
- develop systematic problem-solving skills and apply mechanical principles to engineering contexts
By the end of this module, you will be able to:
- interpret and use units, physical quantities, and vectors to study motion
- explain and apply Newton's Laws of Motion for linear and planar motion of rigid objects
- apply the concepts of work, energy, and energy conservation to mechanical systems
- interpret and solve problems involving linear momentum, impulse, and collisions
- explain the principles of rotational motion dynamics, including torque and angular momentum
Assignments / assessments
- Coursework (20%)
- Final exam (80%)
Teaching methods / timetable
- Lectures
- Workshops and tutorials
- Online adaptive exercises (Mastering Physics)
Delivered at the NEU campus in Shenyang in Semester 2 by a University of Dundee academic.
Module lead
- Type
- Person