Nanoscience, Physics and Chemistry of Advanced Materials - Trinity College Dublin

Course Material - Junior Sophister Syllabus

The JS year consists of lectures, tutorials and practical delivered in modules, as listed below. Students receive training in communication skills within the practical module.

Sophister Course Handbook

The information on this webpage is also to be found in the Sophister PCAM Course Booklet for 2012-13. This has information on updated progression regulations from JS for 2012-2013.

MANDATORY MODULES:

All modules are mandatory

Junior Sophister Modules

Module CH3303 (5 ECTS) Physical Chemistry I

- Quantum Mechanical Concepts in Physical Chemistry
CH3303 Quantum Mechanics
Spectroscopy
Group Theory

Module CH3304 (5 ECTS) Physical Chemistry II

- Molecular Thermodynamics and Kinetics
CH3304 Thermodynamics & Statistical Mechanics
Electrochemistry
Kinetics

Module CH3104 (5 ECTS) Inorganic Chemistry II

- Solid State Materials
CH3104 Inorganic Polymers
Structural Inorganic Chemistry
Synthesis and characterisation techniques of solid state materials

Module CH3403 (5 ECTS) Interdisciplinary Module I

- Analytical Methods
CH3403 Analytical Chemistry
Organic Spectroscopy
Structural Methods in Inorg. Chem.

Module PY3P01 (5 ECTS) Quantum Mechanics

PY3P01 Quantum Mechanics

Module PY3P02 (5 ECTS) Electromagnetic Interactions I

PY3P02 Electromagnetic Interactions I - Electromagnetic Theory & Quantum Optics and Lasers

Module PY3P03 (5 ECTS) Condensed Matter I

PY3P03 Condensed Matter I -Crystal Structure & Thermal and Electronic Properties

Module PY3P04 (5 ECTS) Condensed Matter II

PY3P04 Condensed Matter II - Magnetic Properties & Physics of Semiconductors

Module CH3093 (20 ECTS) Practical in Advanced Materials

CH3093 In this module students complete a number of advanced experiments in Physics, Chemistry and Materials Science. A part of this experimental education in nanoscience and advanced materials is training in the modern tools and instrumentation used in the state of the art facilities available in CRANN. Minor components include training in communication skills both oral and writtn, personal and career development and attendance at School Seminars.
Students at work in the JS NPCAM laboratory:
Students at work in the JS nanoscience lab studying polymers
Detailed information on the experiments in the Junior Sophister Advanced Materials Laboratory are available to registered students only.

Assessment and Examination Procedures

Students will be advised of the examination in Hilary Term. Modules in Physics and in Chemistry are examined according to the rules of the respective schools.

Local information for registered Nanoscience, Physics and Chemistry of Advanced Materials students

Follow this link for local information for registered undergraduates. (TCD access only)

 

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Last updated: Sep 25 2012. | back to top

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