Study with Colm Durkan from University of Cambridge
Nanotechnology & electric vehicle Battery Technologies
Prof. Dr. Colm Durkan
Program Background
With the continuous progress of science and technology, especially in the electronic industry, which is a sunrise industry, nanotechnology has been greatly developed, mainly focused on the electronic composite film, the use of ultramicron particles to improve the electrical, magnetic and magneto-optical properties of film materials, in addition to magnetic records, nano sensitive materials, etc.. With the increasing improvement of people's living standards, and people's attention to environmental protection has been strengthened.Air quality and industrial wastewater treatment have become a symbol of the quality of life in cities. Nanomaterials have great prospects in air purification and industrial wastewater treatment because of their special surface adsorption properties.
40
Advanced Research & Lectures
Hours
10
Neuroeconomics & Decision Science Topics Covered
95%
Previous Students Satisfaction Rate
100%
Program Description
We will take a look at Nanotechnology in everyday use, gain an understanding of the basic underpinning principles and see where this exciting field is heading. We will start by looking at the origins of nanotechnology, deep in the mists of time when science thought it had all the answers, and then it became clear from one discovery after another that this was not the case. From Quantum mechanics to relativity, science was shaken at its roots over a century ago, and this led to the interest in all things small. We will then look at what nanotechnology really is, and how and why the properties of nanometer-sized objects are fundamentally different to larger things, and how we can take advantage of this. We will look at specific examples of nanotechnology applications in healthcare, electronics, textiles, defence, automotive industry, fuels, food, etc. We will then delve into looking at electric vehicle battery technologies, and will look at Tesla’s new Silicon-nanowire anode technology.

Who can join the programme?
- High school students
- University students
- Students interested in nanotechnology, new energy technologies, electric vehicle battery technology, or related fields


Müfredat
Programme Schedule
| Date | Time | |
| Lesson 1 | 28 February 2027 | 10am - 12pm London time |
| Lesson 2 | 07 March 2027 | 10am - 12pm London time |
| Lesson 3 | 14 March 2027 | 10am - 12pm London time |
| Lesson 4 | 21 March 2027 | 10am - 12pm London time |
| Lesson 5 | 28 March 2027 | 10am - 12pm London time |
| Lesson 6 | 04 April 2027 | 10am - 12pm London time |
| Lesson 7 | 11 April 2027 | 10am - 12pm London time |
| Lesson 8 | 18 April 2027 | 10am - 12pm London time |
| Lesson 9 | 25 April 2027 | 10am - 12pm London time |
| Lesson 10 | 02 May 2027 | 10am - 12pm London time |
Published Research Paper Option
Once students have completed the final draft of their papers, they may choose to submit their work to international academic journals indexed by CPCI or EI. We provide guidance and support throughout the submission process for these indexed publications.
The publication fee is £690 per research article, as determined by the journal. Once an article is accepted, it typically becomes searchable on Google and on the journal’s platform approximately seven months after the publication offer is made.










