¹û¶³Ó°Ôº

This module teaches the main concepts of engineering materials in the nanoscale, and size-dependence of material properties between the atomistic and bulk scales (nanoscale physics). It contains examples of engineering materials in the nanoscale for mechanical, tribological, electrical, and optical properties, and applications thereof. It also provides an introduction to nanoscale manufacturing technologies (top-down and bottom-up) and related challenges (e.g., nanosystems integration across the scales).

Ìý

Aims of the module

The aim of this module is to provide in-depth knowledge on engineering of nanomaterials and their nano-enabling properties to create transformative solutions to ongoing challenges, as well as how to manufacture them. Students will understand the effects of atomic and molecular arrangements on material properties. It will help students to describe and develop engineered approaches to design scalable manufacturing methods and robust material designs for sustainable future. A ‘research-led teaching’ of this module will also help in their current and future research projects.

Ìý

Intended learning outcomes

On completion of this module, students will be able to:

1. Understand the structure of materials at the nanoscale and its role in determining material properties
2. Identify types of nanomanufacturing techniques and the related challenges
3. Perform analyses to predict structure-property relationships (fundamental changes in nanoscale)
4. Demonstrate knowledge of analytical techniques to assess the impact of nanomaterials on environment and human health
5. Summarise and present technical content on nanomanufacturing techniques clearly and effectively to scientists and general audience.
6. Demonstrate hands-on skills in nanomanufacturing techniques