University College Dublin

This course provides students with a foundation in geographical data, mapping, spatial analysis, and writing skills. It explores the organization and manipulation of geospatial data, cognitive mapping, and basic statistics, and addresses locational considerations (e.g. coordinates and space), map projections, and map design. It also introduces technological tools and methods available to map, analyze and disseminate geographical information. The course is mainly tutorial-based but includes lectures and local fieldwork, providing an interactive and applied learning environment to explore technical and technological geospatial methods and approaches. In doing so, it enhances students’ geospatial awareness and provide them with skills to examine relationships, interactions, and interdependencies between human and physical components of the environment. 

This course is for students who have no previous knowledge of Irish Sign Language (ISL). Students develop a basic knowledge of signs so that they are able to participate in simple everyday communicative situations. ISL may be of particular value to students seeking a career in health or education or for those who have contact with deaf people through work, friends, or family. It may also be of intrinsic interest to linguists. 

Students are introduced to the expanding field of professionals leading urban climate adaptation and mitigation efforts. With a significant portion of the world's population living in urban areas and accounting for approximately 75% of greenhouse gas emissions, urban residents are highly vulnerable to climate change but also offer important solutions for a more equitable carbon transition. In this course, students explore how cities are addressing this critical challenge. Students engage with professionals working on climate adaptation and mitigation strategies in cities across multiple continents and learn about the primary thematic areas where cities focus their efforts.

This course examines a number of questions regarding education and schooling from a normative perspective. It considers the relevant criteria for evaluating the moral rights and duties of children, parents, and states with regard to education. Students explore some of the most important concepts in political theory such as justice, equality, liberty, autonomy, and community. They also discuss the different aims of education as well as which agents have which responsibilities with regard to enabling children to acquire the capacities for full membership in society. In addition, the course considers which understandings of freedom and equality should inform our thinking about multicultural education and/or demands for equal opportunities for the socially disadvantaged and discuss whether and in how far state schools ought to be neutral with regard to religious and/or cultural norms relating to conceptions of the good life.

This course provides perspective about how a number of both common and rare diseases arise, and explores the associated changes that are seen at the cellular and tissue level. The course uses a number of specific examples of diseases that arise from single point mutations (for example skeletal deformities such as Smith-McCort dysplasia), as well as complex disease that arise from wider sets of gene alterations (for example various cancer types). Lectures are complemented by a series of laboratory classes that expose students to key aspects of how molecular cell biology approaches are used to understand and combat various diseases. Students gain experience with advanced disease models, three-dimensional spheroids, and their characterization by microscopy, as well as how they can be used to assess the efficacy of bioactive compounds. In addition, the laboratory classes teach students how molecular biology methods can be used to diagnose a disease and guide treatment. 

The course provides a wide-ranging introduction to fundamental principles of chemical structure and reactivity for students who intend to major in Science or Engineering disciplines. The topics covered will include the electronic structure of atoms and and how that relates to the properties of the elements; ways in which the properties of substances are determined by their composition and bonding; nature of the interactions, and reactions, between substances; importance of energy, and energy flows, in understanding chemical and physical processes; and importance of chemistry in understanding ourselves, in our society, and in our environment.

This course introduces students to Earth Science, the multi-disciplinary study of the past, present, and future of planet Earth and other planets in our solar system. The course is in 3 parts. The first part considers the origin of the solid Earth, its atmosphere and oceans and how these have evolved over the past 4,600 million years. The second part examines how surface processes and burial generate the sedimentary rocks that record Earth’s history. The final part reviews the history of life on Earth as recorded in the fossil record, and emphasizes the coupled evolution of the geosphere and biosphere.

This course introduces students to the political system of the People’s Republic of China and the politics of its ruling entity, the Chinese Communist Party (CCP). The course first provides a historical foundation for understanding CCP rule, covering major events in the 20th Century. It then examines the party’s relationship to the state and policymaking, China’s foreign relations and foreign policy, as well as the politics of Xinjiang, Tibet, and Hong Kong. The politics of Taiwan are covered. 

This course examines the history of folkloristics and the documentation of popular tradition and folklore in Ireland and abroad, with reference to the various movements and interests which have shaped their development. Particular attention is paid to early collecting work in Ireland, and to the work of pioneers in the field. The evolution of collecting methodology in this country, and some of the more important approaches to the study of folklore, are examined and traced from the late 18th century to the present. The course makes reference to the National Folklore Collection's unique archive holdings at UCD, and to the library in the UCD Delargy Centre for Irish Folklore with its comprehensive collection of 18th and 19th century writings and publications.

The cell is the basic building block of eukaryotic organisms, and understanding how cells develop and their physiological responses to the environment are key to our understanding of plant growth and development. This course expands on basic cell biology by using the stomatal guard cell as the system to understand plant cell biology. Lectures explore the genetic and molecular regulation of stomatal development and how stomatal guard cells respond to internal and external signals through changes in ion transport to effect changes in stomatal guard cell turgor. Practical components of this course include demonstrations of (i) advanced microscopy techniques (including laser scanning confocal microscopy), (ii) biolistic transformation, and (iii) techniques to assay for stomatal function and stomatal development.