We are looking for motivated students from physics, chemistry, engineering or material science, who want to work on top notch exploratory research for their master's thesis. We offer several projects for the extension of our direct write nanolithography method. We recently developed a novel nanofabrication method, called thermal scanning probe lithography tspl. We published the technology in several high ranked scientific journals see below , and a first tool will be brought to the market soon. Expanding the method and using it for specific applications provides a range of exploratory research topic to be further investigated. A thesis within this project could include: novel patterning materials: growth and characterization of novel organic thin films for tspl applications: exploring novel applications to make use of the tspl written patterns. Applications include transfer to a substrate, creation of metallic nanolines, and fabrication of 3d components for optical applications.

The research and supervision of the projects will take place within the nanofabrication group at the ibm research lab in zurich. If you are interested in a master's thesis, or another student project, and you are an excellent student in the field of physics, engineering, chemistry or material science, you are encouraged to contact us: armin knoll, [email protected]. +41 44 724 8246 we will introduce you to the projects in detail and discuss with you, which project or combination of projects you would be interested in working on. Nanoletters, doi:10.1021/nl202276q, 2011 master thesis cultural economics amp cultural entrepreneurship christian handke foreword with a healthy sense of relief and pride i present to you my master thesis.

300 Words Essay

Next to this, the sca is also laden with the responsibility of copyright issues nation wide. How to write a master's thesis with pictures wikihowhow to write a master's thesis. Students learning how to write a master's thesis will sca master thesis first learn that a central thesis question must be presented and subsequently answered. A master's thesis will be the most prominent piece special collections thesis and dissertation manual electronic donate to sca. rstore: a direct access dram based data store. animesh trivedi, patrick stuedi, bernard metzler, clemens lutz, martin schmatz, thomas r.

Gross, to appear in the 35th ie international conference on distributed computing systems icdcs'15. a hybrid i/o virtualization framework for rdma capable network interfaces. jonas pfefferle, patrick stuedi, animesh trivedi, bernard metzler, ioannis koltsidas, thomas r. Gross, in the 11th acm sigplan/sigops international conference on virtual execution environment vee'15. darpc: data center rpc. patrick stuedi, animesh trivedi, bernard metzler, jonas pfefferle, in the 5th acm symposium on cloud computing 2014 socc'14 . Pdf acm jverbs: ultra low latency for data center applications. patrick stuedi, bernard metzler, animesh trivedi, in the 4th acm symposium on cloud computing 2013 socc'13 .

Pdf acm uni 64257 ed high performance i/o: one stack to rule them all. animesh trivedi, patrick stuedi, bernard metzler, roman pletka, blake g. Gross, in the 14th workshop on hot topics in operating systems hotos xiv . Pdf acm wimpy nodes with 10gbe: leveraging one sided operations in soft rdma to boost memcached. patrick stuedi, animesh trivedi, bernard metzler, in the 2012 usenix conference on annual technical conference atc . Pdf acm a case for rdma in clouds: turning supercomputer networking into commodity. Animesh trivedi, bernard metzler, patrick stuedi, in the 2nd acm sigops asia pacific workshop on systems apsys 2011 .

Pdf acm animesh trivedi, hotplug in a multikernel operating system. Master's thesis, eth zurich, systems group, department of computer science august, 2009 , fabian menges is a post doctoral research in the materials integration amp nanoscale devices mind group of the science amp technology department at the ibm research zurich laboratory. His research is focused on the experimental characterization of thermal energy transfer and conversion processes.

He is engaged in the development of tools and techniques for nanoscale thermometry. The study of thermal transport on the nanoscale, and the fabrication of thermal energy harvesting devices. Prior to joining ibm research, fabian studied materials science at rwth aachen germany and the eth zurich switzerland , where he received his m.sc. In 2011 he was awarded the best interdisciplinary master thesis award of the micro and nanoscience platform at ethz.

Reporting on the development of a pico watt per kelvin theramal microscope for scanning probe thermometry. This learning track focuses on method: how to get a reliable answer to a question? the student learns to tackle problems in a scientific way, to draw conclusions from a sample in a responsible way and model phenomena from economics, finance, mathematical. In the course of the study programme, the range of scientific methods becomes broader and the student applies the methods increasingly more to complex questions.

There is also a good mix between practice orientedness and theoretical foundation. This master 39 s thesis is a scientifically underpinned research project that is carried out independently by the student and of which its development is supervised by a supervisor. The student writes a paper on the research project and defends it in front of a jury. By means of the master 39 s thesis, students must prove that they acquired analytic and synthetic competences and/or are able to think in a problem solving way at an academic level. The thesis must show the overall critical and reflective or research attitude of the student.

Since the master 39 s thesis regulations rules are rather complex, students are advised to take note of the master 39 s thesis regulations document in addition to the master 39 s thesis ects sheet: the former document contains detailed arrangements and rules on various aspects of the master 39 s thesis. Competences 1.1.1 uses his scientific knowledge in different professional environments mastery level 3 1.1.2 can relate theory and practice with each other mastery level 3 1.1.3 demonstrates sociability in professional contacts mastery level 3 1.2.1. Reflects in a positive critical way about his/her own behaviour and approach mastery level 3 1.2.3. Adapts his own approach based on feedback and new insights mastery level 3 2.1.1.

Can discuss developments within the field of study and assess the consequences for society. Reflects critically about the achievements and limitations of the own discipline. Can bring across information in a clear and structured way using the appropriate audiovisual aids mastery level 3 2.2.2. Can develop a solution for a corporate problem in an independent way and on an academic level.

Can formulate a business oriented research question according to scientific standards. Can draw up a study plan and translate the question to a methodological approach of logical and successive stages in research. Has the ability to be analytic and synthetic collecting, processing and interpreting information using various research techniques.

Has insight in a basic set of mathematical and statistical concepts and methods on a moderately formalised level, sufficient to understand mathematical and statistical aspects of publications of typical management magazines. Uses more advanced mathematical and statistical concepts and methods to model and analyse problems from domains that link up to his specialisation. Demonstrates critical reflection on the conducted research and the research results, and relies on a science based argumentation. Can, in writing and orally, report on an academical level about the set up and results of the research project, both in dutch and english.