Course content and assessment
Aim
The course provides a solid foundation in physical, dynamical and
synoptic meteorology, climate dynamics and numerical
weather prediction. It supplies the scientific training needed for
a career in applied meteorology within the public or private
sectors, and is also an excellent starting point for an academic
research career in meteorology and climate.
Course organization
The course is modular, and may be taken on either a full time or
part time basis. Most students opt for full time study.
The university operates a semester system. The first semester runs
for twelve weeks from early September. The second semester starts in
January and continues, with a two or three week break, until the
end of April. Thus, there are two twelve-week semesters.
The M.Sc. lecture courses comprise five taught modules covering
the following areas:
- Physical Meteorology
- Dynamical Meteorology
- Climate Dynamics
- Numerical Weather Prediction
- Synoptic Meteorology
Physical and Dynamical Meteorology are taught in the first
semester and Climate Dynamics and Numerical Weather Prediction in the
second. The Synoptic Meteorology module runs over both semesters.
An intensive one-week practical course in Forecasting Techniques takes
place in the Spring. This is presented in collaboration with staff from
Met Éireann.
Part time students may opt to take either of the following
combinations in each year:
- Physical Meteorology in 1st Semester and Climate Dynamics in 2nd Semester; or
-
Dynamic Meteorology in 1st Semester and Numerical Weather Prediction in 2nd Semester.
Synoptic Meteorology should be taken in two semesters of a single year.
Other combinations may not be possible, as the Climate module
will depend on the Physical one, and the Numerical on the Dynamical.
For various practical reasons, it is desirable to divide the part time
students evenly between the options, so students may not be guaranteed
their preferred choice.
Timetable
Lectures will be each morning, Monday to Friday.
Synoptic Meteorology theory and practical sessions are on Friday mornings.
On Tuesday and Thursday afternoons, there will be
practical sessions and tutorials and exercises.
Textbooks
The primary text for the Dynamic meteorology module is Holton's
"Introduction to Dynamic Meteorology" (4th Edn). Students
are REQUIRED to have a copy of this text. (There should be copies of
this text, price 60 Euros, available in the Campus Bookshop).
THIS IS A REQUIRED TEXT.
The text on which the Physical Meteorology module is based is
"Atmospheric Science: An Introductory Survey", by J M
Wallace and P V Hobbs. The second edition of this excellent text
was published in 2006.
THIS IS A REQUIRED TEXT.
Notes for the module in Climate/Synoptic Meteorology will be
provided. A recent book, “Weather Analysis and
Forecasting”, by P Santurette and C G Georgirv, is of interest
for the synoptic module.
This is a not required text.
The text for the course in Numerical Weather Prediction is
“Atmospheric Modeling, Data Assimilation and
Predictability” by Eugenia Kalnay, published in 2003 by
Cambridge.
THIS IS A REQUIRED TEXT.
Synoptic Meteorology Sessions
On Friday mornings there are sessions in Synoptic Meteorology,
from 10am to 1pm. The first hour comprises a lecture. Following
a short break, we have practical sessions for two hours.
These include examination and analysis of current weather,
using real-time meteorological data provided by Met Éireann,
and exercises in practical weather forecasting.
Afternoon Sessions
The afternoon “Laboratory” Sessions vary in
nature. Some are tutorial in nature; others are used for
exercise sessions based on the material presented in the lectures.
Research Thesis
Students are required to undertake a research project over the
Summer months, and to write up the results in the form of a
thesis. Thesis projects will be assigned by agreement, and each
student will report regularly to a supervisor.
Research work for the projects will be undertaken over a
period of about ten weeks, from early June until mid-August
(exact dates will be given later) but it is wise to start planning
your projects early in the academic year. The project reports are
typically about fifty to one hundred pages in length. It is important
for you to know that they are formally assessed, and count towards
your final marks.
Field Excursion
In October there is a Field Excursion to Valentia Observatory,
the Met Éireann Geophysical Observatory in Caherciveen, Co
Kerry. The provisional date for this is the second Friday in
October. In view of the distance, it will be necessary to travel to
Kerry on the Thursday. There are lectures and
presentations at the Observatory, and students are able to witness
a radiosonde launch and learn about the geomagnetic and seismological
work in addition to the meteorological programme of the Observatory.
All students are expected to participate in the Field Excursion.
Students must bear their own travel and accommodation
expenses for the Field Excursion. Further details about it will be
available nearer the time.
Assessment
Most modules are taught over a single semester, and are
examined at the end of the semester. Thus, there are two
examinations in December (in Physical and in Dynamical Meteorology)
and two in May (in Climate Dynamics and in Numerical Meteorology)
each year. Synoptic Meteorology is examined in May.
Students failing to obtain a pass mark in Physical or
Dynamical Meteorology may re-sit the relevant examination(s) in
May. Those failing to pass the examination in Climate, Synoptic or
Numerical Meteorology may re-sit in the Autumn. Thus, students will
have two (and only two) chances to obtain a pass in each module. The
thesis will also be assessed and a mark awarded.
The allocation of marks will be as follows:
- Physical Meteorology: 200
- Dynamical Meteorology: 200
- Climate Dynamics: 200
- Numerical Weather Prediction: 200
- Synoptic Meteorology: 200
- Research Thesis: 200
- Total Marks: 1200
Module grades are based on the following scheme:
- Grade A = First Class Honours: >= 70%
- Grade B = Second Honours, Grade 1: >= 60%
- Grade C = Second Honours, Grade 2: >= 50%
- Grade D = Pass: >= 40%
To be eligible for award of an M.Sc., students must obtain Grade D
or better (>=40%) for each of the five taught modules and also for the thesis.
Warning: Marks for repeat examinations will be capped at 40%.
Some statistics
- Number of taught modules: 5.
- Length of each module: 48 lecture hours plus 24 hours practical.
- Intensity: 14 contact hours per week (24 weeks).
- Forecasting Techniques Training Course: One week (Spring break).
- Total contact hours: 336.