2 Programme Overview
The Modular Programme in Science & Technology Studies is suitable for those working, or seeking employment, in a variety of technology-rich industries, such as Manufacturing, Pharmaceutical, Biotechnology, Medical and Precision Devices. It will also appeal to those with an enthusiasm for science and technology for general interest and professional development. The typical student profile is mature students in full time employment, aiming for career advancement and/or professional development.
Modular Structure
To allow students maximum flexibility the programme has been developed with a modular structure. This means that a student will have scope to adjust the workload to suit their lifestyle and time commitments by choosing the number of modules they wish to attempt in a given semester. The Diploma cycle consists of 20 modules which may be taken over a minimum of 2 and a maximum of 4 years. Likewise, the Degree cycle consists of 20 modules which must be completed over 2 to 4 years.
Each module in the programme is worth 5 credits on the E.C.T.S. scale (European Credit Transfer System). The Diploma project modules are worth 10 ECTS and the Degree project module is worth 20 ECTS. Credits in E.C.T.S. format are recognised by universities throughout the E.U.
Diploma in Science and Technology Studies 120 ECTS credits
B.Sc. in Science and Technology Studies 120 ECTS credits
Programme Curriculum
Diploma Cycle Syllabus – 20 modules
Core Modules: There are 16 core modules in the Diploma cycle. These are compulsory unless an exemption has been granted.
Elective Modules: In the Diploma learners elect a specialist stream in either Science or Technology. These streams will provide candidates with an opportunity to focus on an area that interests them or has particular relevance to their career path. There are also a number of electives that are common to both streams. 4 elective modules must be completed for the Diploma unless an exemption has been granted.
Project Modules: The Diploma also includes 2 compulsory projects. These should be company-based where possible, providing learners with an opportunity to apply learning directly to the workplace. Exemptions in project modules are not permissible.
Degree Cycle Syllabus – 19 modules
Core Modules: There are 11 core modules in the Degree cycle. These are compulsory unless an exemption has been granted.
Elective Modules: Learners select 2 elective streams from those shown on the following page. Each elective stream consists of 4 modules, so in total 8 electives are completed.
Project Modules: The Degree also includes a compulsory project. This should be company-based where possible, providing learners with an opportunity to apply learning directly to the workplace.
The module listing for the programme is presented on the following page. Learning objectives for each module are available in the book of modules, this will be available on Blackboard.
Professional Transferable Skills
The programme will also systematically incorporate the development of personal transferable skills such as problem solving, networking and decision-making skills. These skills will be integrated into the learning process, through structured learning objectives and assessment criteria. These skills will enable students to become self-reliant and adaptable, and increase effectiveness at both the personal and enterprise level.
Programme Structure
Programme Delivery
Choice of Modules
Students can complete a maximum of 5 modules per semester. Prior to each semester they will be asked to select their preferred modules from those available. For completing Examination Results Forms you should use the code as listed on the form.
All modules are run subject to a minimum number of enrolments at each location.
Diploma Core Modules
Module Code | Module Title | Type | Prerequisites | Tutor |
DT1151 | Introduction to Learning | Core | None | Aoife Fitzsimons |
DT1153 | Maths 1 | Core | None | Ciaran Dunwoody |
DT1150 | Physics 1 | Core | None | Tomas Deady |
DT1148 | Chemistry 1 | Core | None | Nora Crushell |
DT1149 | Intro to Operations Engineering | Core | None | Fiona Masterson |
DT1154 | Introduction to Management | Core | None | Ger Ahearne |
DT1152 | Information Technology | Core | None | Gabriel Bourke |
DT1143 | Maths 2 | Core | Maths 1 | Ciaran Dunwoody |
DT1142 | Physics 2 | Core | Physics 1 | Tomas Deady |
DT1141 | Statistics | Core | Maths 1 | Ann Sheahan |
DT1145 | Intro to Environmental Science | Core | None | Jasmine Connolly |
DT1144 | Operations Engineering | Core | Intro to Operations Engineering | Mairead Honan |
DT1146 | Organisational Behaviour | Core | Intro to Management | TBC |
DT1147 | Project 1 | Core | One semester of study | Judith Würmel |
DT1155 | Project 2 | Core | Project 1 | Judith Würmel |
Diploma Electives Modules
Module Code | Module Title | Type | Prerequisites | Tutor |
DT1160 | Science, Technology & Innovation | Common | None | Audrey Fayne |
DT1158 | Database Applications | Common | Information Technology | Gabriel Bourke |
DT1165 | Intro to Management Science | Common | Maths 1, Intro Operations Engineering, Statistics | Ger Ahearne |
DT1161 | Introduction to Quality Management | Common | Intro Operations Engineering, Statistics | Fiona Masterson |
DT1157 | Design of Engineering Systems | Technology Elective | None | TBC |
DT1163 | Analytical Chemistry | Science Elective | Chemistry | Not running |
DT1166 | Biology & Biotechnology | Science Elective | Fundamentals of Human Anatomy | Miriam Moriarty |
DT1159 | CAD Modelling | Technology Elective | Information Technology | Anthony Rynne |
Degree Core Modules
Module Code | Module Title | Type | Prerequisites | Tutor |
BS1142 | Product & Process Development | Core | None | John Nicholas |
BS1143 | Health & Safety Systems | Core | None | Joan Walsh |
BS1144 | Project Management | Core | None | Not running |
BS1141 | Applied Innovation | Core | None | Audrey Fayne |
BS1145 | Management Information Systems | Core | None | TBC |
BS1146 | Materials Science & Processes | Core | None | |
BS1147 | Research Methodology | Core | None | Aidan Toner |
BS1148 | Environmental Science | Core | Introduction to Environmental Science | Jasmine Connolly |
BS1149 | Regulatory Compliance | Core | None | Aidan Toner |
BS1150 | Technology Innovation & Entrepreneurship | Core | None | Gabriel Bourke |
BS1151 | Project 3 | Core | Research Methodology | Judith Würmel |
Degree Elective Streams
Stream Title & Constituent Modules | Prerequisites | |
Lean and Quality Systems
Lean Thinking / Lean Tools Quality Science – Six Sigma Problem Solving Tools & Techniques Enterprise Modelling & Simulation
|
None
Maths 1 and Statistics None None |
|
Automation & Control
Automation 1 Manufacturing Technology Automation 2 Machine Design |
None Materials Science & Processes Automation 1 None |
|
Medical Device Design
Human Anatomy & Physiology Biocompatibility & Device Design Mechanics of Solids Medical Device Design |
None
None Physics 1 None |
|
Corporate Environmental Planning
Environmental Management for Organisations Environmental Leadership for Organisations Energy Management The Lean Organisation & Technology |
None None None None |