|
|
|
|
SCI10010 |
Principles of Scientific Enquiry |
Autumn |
5 |
|
|
|
|
Stage 1 Options - A)1OF: Calculus
MATH10350 is required for all Mathematics, including Mathematics, Science and Education, and Physics degree programmes. MATH10310 is required for Biological, Biomedical, Biomolecular, Chemistry and Earth and Environmental Sciences degree programmes. Students who wish to pursue Physics subjects and who are required to take MATH00010 MUST achieve at least an A- and take MATH10400 in the Summer Trimester as a substitute for MATH10350. |
|
|
|
MATH00010 |
Introduction to Mathematics |
Autumn |
5 |
MATH10310 |
Calculus for Science |
Autumn |
5 |
MATH10350 |
Calculus in the Mathematical and Physical Sciences |
Autumn |
5 |
MATH10400 |
Calculus (Online) |
Summer |
5 |
Stage 1 Options - A)1OF: Calculus
MATH10350 is required for all Mathematics, including Mathematics, Science and Education, and Physics degree programmes. MATH10310 is required for Biological, Biomedical, Biomolecular, Chemistry and Earth and Environmental Sciences degree programmes. Students who wish to pursue Physics subjects and who are required to take MATH00010 MUST achieve at least an A- and take MATH10400 in the Summer Trimester as a substitute for MATH10350. |
|
|
|
Stage 1 Options - B)MIN1OF: Linear Algebra Students must take either MATH10290 or MATH10340 in Stage 1. MATH10340 is required for all Mathematics and Physics degree programmes. |
|
|
|
MATH10290 |
Linear Algebra for Science |
Spring |
5 |
MATH10340 |
Linear Algebra in the Mathematical and Physical Sciences |
Spring |
5 |
Stage 1 Options - B)MIN1OF: Linear Algebra Students must take either MATH10290 or MATH10340 in Stage 1. MATH10340 is required for all Mathematics and Physics degree programmes. |
|
|
|
Stage 1 Options - C)MIN0OF: Conditional Cores. Students who wish to take CHEM10050, a core Stage 1 module for all Biological and Chemistry subjects, and who did not achieve a minimum grade of O1 or H5 in Leaving Certificate Chemistry must take CHEM00010. Students who wish to be eligible for a Biological subject area, and who did not achieve a minimum grade of O2 or H6 in Leaving Certificate Biology must take BIOL00010. Students who did not achieve a H5 or better in Leaving Certificate Physics and who want to remain eligible for Neuroscience, Physiology, Biology and Mathematics Education or any Physics subjects must take PHYC10070 in Stage 1 or Stage 2. Students who wish to remain eligible for Applied & Computational Mathematics or any Physics subjects and who did not achieve a minimum grade of H5 in Leaving Certificate Higher Applied Mathematics must take ACM10080. |
|
|
|
ACM10080 |
Introduction to Applied and Computational Mathematics |
Autumn |
5 |
BIOL00010 |
Fundamentals of Biology |
Autumn |
5 |
CHEM00010 |
Introductory Chemistry |
Autumn |
5 |
PHYC10070 |
Foundations of Physics |
Autumn |
5 |
Stage 1 Options - C)MIN0OF: Conditional Cores. Students who wish to take CHEM10050, a core Stage 1 module for all Biological and Chemistry subjects, and who did not achieve a minimum grade of O1 or H5 in Leaving Certificate Chemistry must take CHEM00010. Students who wish to be eligible for a Biological subject area, and who did not achieve a minimum grade of O2 or H6 in Leaving Certificate Biology must take BIOL00010. Students who did not achieve a H5 or better in Leaving Certificate Physics and who want to remain eligible for Neuroscience, Physiology, Biology and Mathematics Education or any Physics subjects must take PHYC10070 in Stage 1 or Stage 2. Students who wish to remain eligible for Applied & Computational Mathematics or any Physics subjects and who did not achieve a minimum grade of H5 in Leaving Certificate Higher Applied Mathematics must take ACM10080. |
|
|
|
Stage 1 Options - D)MIN0OF: Students must have a minimum of 55 credits in Science Programme modules. Students may take 60 credits from the Science programme or they can choose a 5-credit elective module in the Spring trimester. Careful selection of modules can increase the number of subject areas available to you in Stage 2. |
|
|
|
ACM10080 |
Introduction to Applied and Computational Mathematics |
Autumn |
5 |
BIOL00010 |
Fundamentals of Biology |
Autumn |
5 |
BIOL10130 |
Biology in Action |
Autumn |
5 |
BIOL10140 |
Life on Earth |
Autumn |
5 |
CHEM00010 |
Introductory Chemistry |
Autumn |
5 |
CHEM10040 |
The Molecular World |
Autumn |
5 |
CHEM20100 |
Basis of Inorganic Chemistry |
Autumn |
5 |
COMP10010 |
Introduction to Programming I |
Autumn |
5 |
COMP10290 |
Computation for Scientists |
Autumn |
5 |
MATH10040 |
Numbers & Functions |
Autumn |
5 |
PHIL10160 |
Critical Thinking |
Autumn |
5 |
PHYC10050 |
Astronomy & Space Science |
Autumn |
5 |
PHYC10070 |
Foundations of Physics |
Autumn |
5 |
PHYC10210 |
Quanta, Particles & Relativity |
Autumn |
5 |
PHYC20080 |
Fields, Waves and Light |
Autumn |
5 |
STAT10010 |
Research Methods |
Autumn |
5 |
GEOL10050 |
Earth and Humanity |
Autumn and Spring (separate) |
5 |
GEOL10060 |
Introduction to Earth Sciences |
Autumn and Spring (separate) |
5 |
STAT10050 |
Practical Statistics |
Autumn and Spring (separate) |
5 |
ACM10060 |
Applications of Differential Equations |
Spring |
5 |
ACM10090 |
Climate Change:Causes & Consequences |
Spring |
5 |
BIOL10110 |
Cell Biology & Genetics |
Spring |
5 |
BMOL10030 |
Biomedical Sciences: Understanding Human Disease. |
Spring |
5 |
CHEM10050 |
Basis of Organic and Biological Chemistry |
Spring |
5 |
CHEM10100 |
Aspects of Medicinal Chemistry and Chemical Biology |
Spring |
5 |
CHEM20140 |
Introductory Transition Metal Chemistry |
Spring |
5 |
COMP10020 |
Introduction to Programming II |
Spring |
5 |
COMP10060 |
Computer Science for Engineers I |
Spring |
5 |
ECON10720 |
Microeconomics for Business |
Spring |
5 |
GEOL10020 |
Earth Science and Materials |
Spring |
5 |
GEOL10030 |
Field Geology, Level 1 |
Spring |
5 |
GEOL10040 |
Earth, Environment and Society |
Spring |
5 |
MATH10320 |
Mathematical Analysis |
Spring |
5 |
MATH10410 |
Mathematics & Science Education & Communication |
Spring |
5 |
PHYC10080 |
Frontiers of Physics |
Spring |
5 |
PHYC10250 |
Thermal Physics and Materials |
Spring |
5 |
STAT10060 |
Statistical Modelling |
Spring |
5 |
Stage 1 Options - D)MIN0OF: Students must have a minimum of 55 credits in Science Programme modules. Students may take 60 credits from the Science programme or they can choose a 5-credit elective module in the Spring trimester. Careful selection of modules can increase the number of subject areas available to you in Stage 2. |
|
|
|
Stage 1 Options - Subject / Streams |
|
|
|
Biological, Biomedical & Biomolecular Sciences |
|
|
|
Chemistry Stage 1 |
|
|
|
Geology Stage 1 |
|
|
|
Applied & Comp Maths, Fin Maths, Maths & Stats |
|
|
|
Mathematics, Biology and Education (A) |
|
|
|
Mathematics, Chemistry & Education |
|
|
|
Mathematics, Physics & Education |
|
|
|
Mathematics, Applied Mathematics & Education |
|
|
|
Mathematics, Computer Science and Education |
|
|
|
Physics Stage 1 |
|
|
|
Stage 1 Options - Subject / Streams |
|
|
|
Stage 2 Options - A)MIN0OF: Students selecting from this list should bear in the mind the modules required for the various subject areas. |
|
|
|
ACM20030 |
Computational Science |
Autumn |
5 |
ACM20050 |
Classical Mechanics |
Autumn |
5 |
BIOL10130 |
Biology in Action |
Autumn |
5 |
BIOL10140 |
Life on Earth |
Autumn |
5 |
BIOL20050 |
Climate Change and Agriculture |
Autumn |
5 |
BMOL20060 |
Biomolecular Lab Skills 1 |
Autumn |
5 |
BMOL20090 |
Molecular Genetics and Biotech |
Autumn |
5 |
BMOL20110 |
Biomolecular Sciences |
Autumn |
5 |
CELB20060 |
Principles of Cell & Molecular Biology |
Autumn |
5 |
CHEM10040 |
The Molecular World |
Autumn |
5 |
CHEM20040 |
Structure and Reactivity in Organic Chemistry |
Autumn |
5 |
CHEM20080 |
The Basis of Physical Chemistry |
Autumn |
5 |
CHEM20090 |
Chemistry for Biology |
Autumn |
5 |
CHEM20100 |
Basis of Inorganic Chemistry |
Autumn |
5 |
COMP10010 |
Introduction to Programming I |
Autumn |
5 |
COMP10040 |
Introduction to Computer Architecture |
Autumn |
5 |
COMP20020 |
Digital Systems |
Autumn |
5 |
COMP20070 |
Databases and Information Systems I |
Autumn |
5 |
EDUC20030 |
Key Ideas in Education |
Autumn |
5 |
FIN20040 |
Foundations of Finance |
Autumn |
5 |
FOR20040 |
Tree Structure and Function |
Autumn |
5 |
GEOL20180 |
Geoscience perspectives on the UN Sustainable Development Goals |
Autumn |
5 |
GEOL20200 |
Dynamic Earth |
Autumn |
5 |
GEOL20250 |
Crystals to Sedimentary Rocks |
Autumn |
5 |
MATH10040 |
Numbers & Functions |
Autumn |
5 |
MATH10310 |
Calculus for Science |
Autumn |
5 |
MATH10350 |
Calculus in the Mathematical and Physical Sciences |
Autumn |
5 |
MATH20060 |
Calculus of Several Variables |
Autumn |
5 |
MATH20150 |
Graphs and Networks |
Autumn |
5 |
MATH20300 |
Linear Algebra 2 for the Mathematical Sciences |
Autumn |
5 |
MST20010 |
Algebraic Structures |
Autumn |
5 |
MST20070 |
Multivariable Calculus with Applications |
Autumn |
5 |
PHYC10050 |
Astronomy & Space Science |
Autumn |
5 |
PHYC10070 |
Foundations of Physics |
Autumn |
5 |
PHYC10210 |
Quanta, Particles & Relativity |
Autumn |
5 |
PHYC20020 |
Introductory Quantum Mechanics |
Autumn |
5 |
PHYC20080 |
Fields, Waves and Light |
Autumn |
5 |
PHYC20100 |
Thermo & Stat Physics |
Autumn |
5 |
PHYS20040 |
An introduction to Physiology: Human cells and tissues |
Autumn |
5 |
STAT10010 |
Research Methods |
Autumn |
5 |
STAT20110 |
Introduction to Probability |
Autumn |
5 |
STAT20230 |
Modern Regression Analysis |
Autumn |
5 |
ZOOL20020 |
Animal Behaviour |
Autumn |
5 |
GEOL10050 |
Earth and Humanity |
Autumn and Spring (separate) |
5 |
GEOL10060 |
Introduction to Earth Sciences |
Autumn and Spring (separate) |
5 |
GEOL20110 |
Global Environmental Change |
Autumn and Spring (separate) |
5 |
GEOL20240 |
Medical Geology |
Autumn and Spring (separate) |
5 |
SCI20020 |
Introduction to Project Management and Leadership |
Autumn and Spring (separate) |
5 |
STAT10050 |
Practical Statistics |
Autumn and Spring (separate) |
5 |
ACM10060 |
Applications of Differential Equations |
Spring |
5 |
ACM10100 |
Differential & Difference Equations: Applications to Econ & Fin |
Spring |
5 |
ACM20060 |
Oscillations and Waves |
Spring |
5 |
ACM20150 |
Vector Integral & Differential Calculus |
Spring |
5 |
BIOC20060 |
Biochemistry in Action |
Spring |
5 |
BIOL10110 |
Cell Biology & Genetics |
Spring |
5 |
BIOL20060 |
Scientific Communication |
Spring |
5 |
BMOL10030 |
Biomedical Sciences: Understanding Human Disease. |
Spring |
5 |
BMOL20070 |
Biomolecular Lab Skills 2 |
Spring |
5 |
BOTN20050 |
Principles of Plant Biology and Biotechnology |
Spring |
5 |
CHEM10050 |
Basis of Organic and Biological Chemistry |
Spring |
5 |
CHEM20030 |
Biological Molecules - Interactions and Functioning |
Spring |
5 |
CHEM20050 |
Medicinal Chemistry and Chemical Biology (level 2) |
Spring |
5 |
CHEM20110 |
Env & Sustainable Chemistry |
Spring |
5 |
CHEM20120 |
Physical Chemistry (level 2) |
Spring |
5 |
CHEM20140 |
Introductory Transition Metal Chemistry |
Spring |
5 |
COMP10020 |
Introduction to Programming II |
Spring |
5 |
COMP10060 |
Computer Science for Engineers I |
Spring |
5 |
COMP20050 |
Software Engineering Project 2 |
Spring |
5 |
COMP20090 |
Introduction to Cognitive Science |
Spring |
5 |
COMP20180 |
Intro to Operating Systems |
Spring |
5 |
COMP20200 |
UNIX Programming |
Spring |
5 |
ECON10720 |
Microeconomics for Business |
Spring |
5 |
EDUC20020 |
Science and Maths Pedagogy |
Spring |
5 |
ENVB20050 |
Principles of Environmental Biology & Ecology |
Spring |
5 |
FOR20050 |
Principles of Forestry |
Spring |
5 |
FOR20110 |
Forests, Climate and Carbon |
Spring |
5 |
GENE20020 |
Principles of Genetics |
Spring |
5 |
GEOL10020 |
Earth Science and Materials |
Spring |
5 |
GEOL10040 |
Earth, Environment and Society |
Spring |
5 |
GEOL20230 |
History of life on Earth |
Spring |
5 |
HORT20020 |
Fundamentals of Horticulture |
Spring |
5 |
MATH10320 |
Mathematical Analysis |
Spring |
5 |
MATH20260 |
The Mathematics of Google |
Spring |
5 |
MATH20270 |
Theory of Games |
Spring |
5 |
MATH20310 |
Groups, Rings and Fields |
Spring |
5 |
MICR20050 |
Microbiology in Medicine, Biotechnology and the Environment |
Spring |
5 |
MST20040 |
Analysis |
Spring |
5 |
NEUR20050 |
Principles of Neuroscience |
Spring |
5 |
PHAR20040 |
Pharmacology:Biomedical Scienc |
Spring |
5 |
PHYC10080 |
Frontiers of Physics |
Spring |
5 |
PHYC20040 |
Exploring the Solar System |
Spring |
5 |
PHYC20060 |
Methods for Physicists |
Spring |
5 |
PHYC20090 |
Electronics and Devices |
Spring |
5 |
PHYS20030 |
An Introduction to Physiology: Organs and Systems |
Spring |
5 |
STAT10060 |
Statistical Modelling |
Spring |
5 |
STAT20060 |
Statistics & Probability |
Spring |
5 |
STAT20100 |
Inferential Statistics |
Spring |
5 |
STAT20180 |
Introduction to Bayesian Analysis |
Spring |
5 |
ZOOL20030 |
Principles of Zoology |
Spring |
5 |
Stage 2 Options - A)MIN0OF: Students selecting from this list should bear in the mind the modules required for the various subject areas. |
|
|
|
Stage 2 Options - Subject / Streams |
|
|
|
Mathematics, Biology and Education (A) |
|
|
|
Mathematics, Chemistry & Education |
|
|
|
Mathematics, Physics & Education |
|
|
|
Mathematics, Applied Mathematics & Education |
|
|
|
Mathematics, Computer Science and Education |
|
|
|
Stage 2 Options - Subject / Streams |
|
|
|