Nanotechnology & Additive Manufacturing II
Module code: MEU44MM1 (2025/26 papers filed as MEU44M11) · Semester: Semester 2
Themes: MAI track · Theme 1: Energy; MAI track · Theme 2: Bioengineering/Manufacturing; MAI track · Theme 3: Mechanical/Manufacturing; BSc track · Theme 1: Energy/Fluids/Manufacturing; BSc track · Theme 2: Bioengineering/Manufacturing; BSc track · Theme 3: Mechanical/Manufacturing
Resources
Questions by Year
Topics
- Nanomaterials, nanostructured surfaces and nanoscale interactions LO1
- Nanoscale manufacturing and characterisation LO2
- Applications of nanotechnology LO3–4
- Additive manufacturing principles and applications LO5
- Polymer, ceramic, semiconductor and nanomaterial AM processes LO5–6
- Economics of AM and nanotechnology LO4
Learning outcomes
- Understand how materials behave at the nanoscale compared with bulk
- Understand how nanomaterials and nanostructured surfaces are made and characterised
- Know the principles of nanotechnology and nanoscale devices
- Explore the impact of nanotechnology on electronics, energy, medicine and AM
- Understand additive manufacturing based on photopolymers, ceramic sintering and metal melting
- Compare SLM, inkjet, stereolithography and FDM and their parameters