Assoc. Prof. Muhammet ToprakKTH, FNM

D level course Compulsory for Nanotechnology Program Year 1 – Period 1

Grading scale: A-F  Examination: Total 7.5p Participation (min 80%): Assignments TUT1, TUT2: 1p each: 2p Project report + Oral Presentation: 3p Final Exam (based on the #stdnts)

2.5p

Lecturer/Examiner:Assoc. Prof. Muhammet Toprakoffice: room 3210 – Electrum 229e-mail: toprak@kth.se

tel: 08 7908344Mobile: 0735519358

Address:

ICT SchoolFunctional Materials Division, Isafjordsgatan 22-24, 16441 Ksita

https://www.kth.se/social/course/IM2655/

Förnamn Efternamn Epost ProgramTeuku Fawzul Akbar tfakbar@kth.se TNTEM Ahmed Al-Askalany ahmedaa@kth.se TNTEM Ahmed Shariful Alam alam5@kth.se TNTEM Jonatan Alvelid jalv@kth.se TNTEM Mohamed Atwa atwa@kth.se TNTEM Vladimir Banovic banovic@kth.se TNTEM Nathalie Carrier carrier@kth.se CTFYS Max Chuan Chen chuanc@kth.se CMIEL INKISihui Chen sihuic@kth.se TNTEM Youssef Dhraief dhraief@kth.se CMIEL

Gonzalo Fernandez De Santaella Roa gfdsr@kth.se Rikard Friberg rikardfr@kth.se CMIEL Javier García Pérez javgp@kth.se Hugo Godoy hgodoy@kth.se Mahmudul Hasan mahhas@kth.se TNTEM Mouinul Islam mouinul@kth.se TNTEM Johnny Israelsson johnnyi@kth.se CMIEL Ge Jiang gej@kth.se TNTEM Aria Khalili akhalili@kth.se TNTEM Faraz Khavari farazk@kth.se TNTEM Nikolaos Konstantopoulos nkon@kth.se TNTEM Praween Kumar praween@kth.se TNTEM Mehedi Mamun mehedim@kth.se TNTEM Sumit Mohanty sumitm@kth.se TNTEM Kittanai Patoomvasna kittanai@kth.se Xiaoyu Piao xiaoyup@kth.se TNTEM Stefano Prevosti prevosti@kth.se TNTEM Sara Saki ssaki@kth.se TNTEM Jesper Scott-Robbert jespersr@kth.se CELTE Zulfiqar Hussain Shah zhshah@kth.se TNTEM Sergey Shishkin shishkin@kth.se TNTEM Karthik Srinivasan karthiks@kth.se TNTEM Carl Von Treskow carlvt@kth.se TNTEM Ming Zhu mingzhu@kth.se Laura Zurauskaite lauraz@kth.se TNTEM

Schedule

◦ Conflicts with other courses?◦ http://www.kth.se/schema/?showweekend=false&start=2014-09-01&end=2014-10-

31&freetext=IM26%3F5&outputview=oneweek

◦ New Scheme Suggestions?

Kurs     IM2655    Introduction to Nanomaterials and Nanotechnology

   

Exam: Seminars in lecture periods…

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Compulsory (80%)

Currently 20 participants

Main content: The new concepts of nanotechnology and the change into a new

interdisciplinary paradigm contemporary and in line with students’ future studies will be discussed. The recent scientific and technology work in the nano world will be presented to demonstrate the potential of nanoscience and industrial applications of nanotechnology.

The course will also have a part for introducing the KTH library services and scientific information search on different databases. Introduction to scientific report writing is also an integral part of the library program.

 Course Literature: Introduction to Nanotechnology, by Frank J. Ovens Lecture notes and reference literature.

This course will give a general but advanced introduction to the field and discuss paradigm shifts as scientific frameworks from physics, chemistry and biology as well as from materials science.

After a successful completion of the course, students should be able to:

Define Nanotechnology.

Define Nanomaterials based on their dimensionality.

Explain the importance of reduction in materials dimensionality, and its relationship with materials properties.

Give examples on size-dependant phenomena.

Explain top-down approaches for Nanomaterial fabrication, and give some examples.

Explain bottom-up approaches for Nanomaterial fabrication, and give some examples.

Give examples on the use of Nanotechnology in biomedical applications.

Give examples on the use of Nanotechnology in optical applications.

Give examples on the use of Nanotechnology in microelectronics applications.

Perform a literature survey on a chosen topic in the scientific literature.

Present results of a research in the form of a written report.

 Present results of a research in the form of an oral presentation.

 

23-04-20IM2655 Intro to nanotech 12

INTRODUCTION TO NANOTECHNOLOGY by Poole Jr and OwensWiley (2003)

                        NANOMATERIALS: Synthesis, Properties

and Applications. Ed. Edelstein and CammarataIOP-Publications.

Hand outs

Work in groups of 2

Project topcs will be provided for selection

A written report has to be handed in

Oral presentation (ppt) before the class

◦ 15 min for groups of two

◦ 20 min for groups of three