Overview
This Diploma programme is available to students of UCC's international partner institutions with whom UCC has a bilateral agreement under Statute 263 of the National University of Ireland. Having studied for at least two years at a partner university, students will study for one year at University College Cork, taking the programme to a value of 60 credits as outlined below.
To be considered for the award of a University Diploma in Environmental and Geological Sciences, a student must have satisfactorily attended undergraduate modules to the value of 60 credits as prescribed by the Head of the School of Biological, Earth and Environmental Sciences. Students may choose Second, Third, and where permitted, Fourth year undergraduate modules (subject to timetabling and other constraints). Where a module has prerequisites (as specified in the module description), a student must satisfy this prerequisite by demonstrating, to the satisfaction of the relevant academic unit that a similar module has been passed in the partner institution. The full programme of study is subject to final agreement by the relevant UCC academic units and the student's home institution.
Workload Guideline
It is strongly recommended that students do not take any more than 40 credits in any semester. Students are therefore advised to choose their modules so that the workload is evenly spread throughout the year.
Programme Requirements
For information about modules, module choice, options and credit weightings, please go to Programme Requirements.
Programme Requirements
Module List
Code |
Title |
Credits |
| |
AE2001 | Fundamentals of Ecology | 5 |
AE2007 | Ecological Fieldwork and Analysis | 10 |
BL2001 | Plant and Animal Genetics | 5 |
BL3001 | Zoology and Ecology Literature Review | 5 |
BL3003 | Conservation Biology | 5 |
BL3008 | Evolution 2—Diversity and Extinction | 5 |
GS3007 | Evolution 1—Plant and Animal Evolutionary Origins | 5 |
PS2002 | Ecological Plant Physiology | 5 |
PS2003 | Plant Identification | 5 |
PS3008 | Physiology of Plants in extreme Environments | 5 |
ZY2000 | Vertebrate Diversity | 5 |
ZY2005 | Invertebrate Diversity | 5 |
ZY2006 | Vertebrate Diversity 2 | 5 |
ZY3015 | Advanced Vertebrate Biology | 5 |
ZY3019 | Adaptations to Extreme Environments | 5 |
ZY3020 | Animal Behaviour | 5 |
| |
AE4016 | Advanced Ecology and Biogeography | 5 |
PS4006 | Genetic Manipulation of Plants | 5 |
PS4021 | Sustainable Plant Pest and Disease Management | 5 |
PS4024 | Crop Physiology and Climate Change | 5 |
ZY4021 | Evolutionary Ecology | 5 |
EV1002 | Introduction to Environmental Science | 5 |
EV2001 | Practical Environmental Science | 5 |
EV2002 | The Environment and Human Health | 5 |
EV3017 | Freshwater Science | 5 |
| |
EV4002 | Environmental Monitoring and Assessment | 10 |
EV4012 | Environmental Impact Assessments | 5 |
GL3004 | Applied Structural Geology | 5 |
GL3006 | Geology for Engineers | 5 |
GS2001 | Dynamic Earth | 5 |
GS2002 | The Evolving Earth | 5 |
| |
GL4004 | Advanced Igneous Processes | 5 |
GL4024 | Advanced Palaeobiology | 5 |
MB2905 | Fundamentals of Microbiology | 5 |
MB2906 | Principles of Microbiology | 5 |
MB3005 | The role and ecology of microbes in the environment | 5 |
MB3012 | Transmission and Epidemiology of Infectious Diseases | 5 |
MB3017 | Themes in microbe-host interactions | 5 |
| |
MB4029 | Microbial Diversity and Molecular Ecology | 5 |
CM1003 | Introductory Chemistry for Environmental Scientists | 10 |
CM2101 | Introductory Organic Chemistry for Environmental Scientists | 5 |
CM3024 | Analytical Chemistry | 10 |
CM3104 | Environmental Chemistry and Analysis | 5 |
| |
CM4026 | Advanced Analytical Chemistry Part 1 | 5 |
CM4027 | Advanced Analytical Chemistry Part 2 | 5 |
CM4112 | Atmospheric Chemistry and Air Pollution | 5 |
| |
CE3009 | Environmental Engineering | 5 |
CE4007 | Geotechnical Engineering | 5 |
CE4010 | Water and Wastewater Treatment | 5 |
CE4015 | Environmental Hydraulics | 5 |
CE4020 | Environmental Hydrodynamics | 5 |
Examinations
Full details and regulations governing Examinations for each programme will be contained in the Marks and Standards Book and for each module in the Book of Modules.
Programme Learning Outcomes
Programme Learning Outcomes for Diploma in Environmental and Geological Sciences (NFQ Level 7, Special Purpose Award)
On successful completion of this programme, students should be able to:
1
1-1
Analyse core theories, concepts and models in the environmental and/or geological sciences disciplines;
1-2
2
Demonstrate an ability to perform selected scientific techniques in the relevant discipline(s);
1-3
3
Explain and communicate to various stakeholders in their discipline(s);
1-4
4
Interpret and analyse data / laboratory / fieldwork results in the discipline(s);
1-5
5
Communicate analysis of environmental and/or geological issues relevant to their discipline(s) through writing reports and/or participating in group discussions/presentations.