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Physics Technology (DT222) – (B.Sc.)

Dublin Institute of Technology

Faculty of Science (Undergraduate Admissions)
Application Deadline: If applying through www.cao.ie - 1st February
Location: Dublin / Ireland / View location on map ▾ Hide location on map ▴
Duration: 48 months Start Date: September
Educational Form:
  • Taught
Education Variants:
  • Fulltime
Languages: English 
-6.265597,53.325388

Location of Dublin Institute of Technology

If you are interested in why things happen in the physical world, or how things work, then Physics Technology may be for you. It underpins most modern technologies and holds a key to improving all our futures. Physicists design experiments to test or apply new ideas in order to better understand the physical world or to improve the quality of life. For instance, it is the work of physical scientists, which has led to the development of our modern electronics, information, computing and medical and energy technologies.

It´s not necessary to have studied physics in order to do this degree, although obviously you need to have an interest in science/technology. All of the Physics in Year 1 and much of it in Year 2 is learned using the exciting method of problem solving in groups called Problem Based Learning. This learning style allows students to develop additional problem solving skills much sought after by industry: adaptability, teamwork, and leadership and communication skills. In this approach students begin to develop research skills from the very start of first year.

DT222 Physics Technology, is an accredited programme of the Institute of Physics (IOP). The IOP aims to award a valuable Bursary to one or more students of this programme. All fi rst year students in DT222 Physics Technology are eligible to apply for this Bursary.


Contents

Year One

Physics (Physics of Motion, Waves; seeing them (optics) and
hearing them (sound), Heat and Thermal Physics, Electricity and
Magnetism, Modern and Nuclear Physics, Properties of Materials),

* Applied Physics
* Chemistry
* Mathematics
* IT and Computing
* Professional Development

Year Two

Physics (Optics and Electromagnetism, Mechanics, Relativity,
Heat and Thermodynamics, Electronics and Semiconductors,
Quantum Mechanics, Condensed Matter and Nuclear Physics,
Vibrations and Waves, Solar and Energy Physics)

* Applied Physics
* Mathematics
* IT and Computing
* Professional Development: Project Management

Year Three

* Optics, Electromagnetism and Lasers
* Condensed Matter
* Electronics
* Ionising and Non Ionising Radiation
* Quantum Mechanics
* Physics of Materials
* Thermal Physics
* Computation
* Environmental and Remote Sensing
* Vacuum Techniques for Nanotechnology
* Project

Year Four

Core Modules

* Electronics and Instrumentation
* Lasers, Optical Communications and Other Applications
* Radiation and Nuclear Physics
* Particle Physics and Astrophysics
* Electromagnetism and Statistical Physics
* Quantum Physics of Solids
* Computational Physics
* Project

Optional Modules

* Physics of Fluids and Acoustics
* Microwaves and Advanced Optics
* Physics of Materials
* Diagnostic Imaging
* Semiconductor and Molecular Nanostructures and Devices
* Holography and Applied Optical Spectroscopy
* Digital Signal Processing
* Advanced Techniques for Computational Physics

Study Abroad Option

Six to twelve months (subject to scrutiny of modules by Programme Committee) to be taken abroad.

IELTS

You are normally required to take an English Proficiency Test.

Most European Universities recognise the IELTS test.

Take test

Requirements

Check out our website for further information -

Language Proficiency

Cambridge English: Advanced (CAE): Grade A (Score: 80)

Accreditation

Bachelor of Science - Honours Degree - Level 8


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