UTS School of Physics and Advanced Materials. Honours C09035 Bachelor of Science (Honours) in Applied Physics

Transcription

1 University of Technology, Sydney PO Box 123 Broadway NSW 2007 Australia UTS School of Physics and Advanced Materials Honours 2015 C09035 Bachelor of Science (Honours) in Applied Physics C09046 Bachelor of Science (Honours) in Nanotechnology Honours Webpage: 1

2 Table of Contents 1. General Information The Honours Year Research Project Working as a Demonstrator Honours Eligibility Honours Assessment Contact Information Applying for Honours

3 1. General Information 1.1 The Honours Year The PAM Honours program is a one year course (full-time) and consists of a research project and two course-work subjects. The research project spans across two semesters and the two course-work subjects are separate. The research project aims to develop students capability to undertake a guided program of scientific research in an area of physics or nanotechnology, from planning to execution. Honours projects in Applied Physics place a strong emphasis on applications of physics principles and methodologies. Nanotechnology projects often involve a number of different disciplines and the use of various techniques and instrumentation in diverse scientific fields. The aim of the course work is to develop students awareness of, and competency in, the advanced scientific concepts and theory that underlie modern physics and technology of materials. Topics will be treated more comprehensively and in greater depth than in the undergraduate course. Topics are determined by the expertise of lecturing staff in areas such as molecular dynamics, advanced microscopy, surface science, nanomaterials synthesis and characterisation, analysis of optical systems using matrix methods, electromagnetism, and advanced spectroscopic and vacuum techniques. 1.2 Research Project The project consists of a literature review, development and enunciation of a research plan, and hands-on research work. This component is conducted at UTS, or jointly with an external partner, for example CSIRO or National Measurement Institute. Students will discuss a detailed project proposal with their supervisor(s) before starting the project and reach a clear agreement over the expected aims and outcomes of the project. In the first semester of study students are required to develop the literature review and research plan, and to gain experience in the research methods and techniques relevant to their project. In the second semester, students are required to implement the aims of the research and to evaluate the outcomes. Students need to aim to complete the research project by no later than early October in time for thesis submission and the final seminar. The student s work in the research component of the degree is guided by the supervisor(s). The form of guidance can vary between projects but typically is provided at regular progress meetings between the student and supervisor. 1.3 Working as a Demonstrator To help students in their Honours year the School offers an opportunity to undertake paid work as a demonstrator. As a demonstrator you will build your scientific, communication, presentation and teaching skills as well as earn money working on the UTS campus. Once approved as a demonstrator you will be employed for least 2.5 hours a week for 7 weeks and will be paid at the attractive casual academic rate. Subsequent employment will be offered to interested students based upon performance. 3

4 1.4 Honours Eligibility To be eligible for entry into a UTS Science Honours degree, applicants should have a Bachelor of Science degree in one of the following degrees and have achieved at least a credit average ( 65) over the final year (3rd year) of their undergraduate program. Bachelor of Science in Applied Physics, or Bachelor of Science in Nanotechnology, or Bachelor of Science degree where appropriate science subjects have been taken. 1.5 Honours Assessment Honours Assessment The overall research component conducted across the two semesters is assessed by a committee with input from at least three academics or external experts. Assessment is based upon a written thesis, one end-of-semester seminar and a supervisor s assessment of your project work. The course-work subjects are assessed by the usual means used for taught subjects, such as written reports, exam, oral presentation and take-home assignments. The breakdown of assessment for the entire Honours year is as follows: 1. Research project 75% 2. Advanced Physics 12.5% 3. Advanced Nanomaterials 12.5% Total 100% Honours Grading The Honours Committee will recommend the grade of Honours. The grades will be based on the weighted average mark awarded at the end of the Honours year. 85% - 100% First Class 75% - 84% Second Class, Upper Division 65% - 74% Second Class, Lower Division 50% - 64% Third Class < 50% Fail Honours graduates with an exceptional undergraduate record and Honours mark may be eligible for the award of the University Medal. 4

5 1.6 Contact Information Name and Position Room Ext (phone) Faculty and School Staff Bruce Milthorpe Dean of Science CB h Katherine Walsh (Executive Assistant) Phone: Mike Ford CB i x7574 Associate Dean (Research) Peter Meier CB J X7858 Head of School PAM Matthew Arnold CB X9715 Honours Coordinator PAM Katie McBean Professional Officer Operations CB x7817 Note: contact details are subject to change due to relocation over the 2014/2015 summer 1.7 Applying for Honours Look View the list of Honours projects available in 2015 (separate document) Talk Talk to supervisors about the projects you are interested in. You are strongly encouraged to have discussions with several possible supervisors before choosing a project. It is important to choose a project and supervisor to suit your interests and skills. Speaking to current Honours and postgraduate students will also give you valuable feedback. Apply Download and complete a UTS Direct Application Form Autumn 2015 for admission to do honours at UTS. You will also need to submit a Faculty of Science Supplementary Application Form. Your preferred supervisor MUST also complete and sign the appropriate page. Submit both forms to the Student Centre by 28 November