Are you trying to figure out how to list engineering courses in order of preference? See if any of our undergraduate engineering courses are for you
Here’s a selection of some of our engineering courses that you can choose on the CAO as prospective first year student
Level 8
- Bachelor of Architecture (Hons)
- BSc (Hons) in Architectural & BIM Technology
- Beng (Hons) in Automation Engineering
- Engineering (Common entry)
- BSc (Hons) in Construction Management & Engineering
- Beng (Hons) in Electrical Engineering
- BEng (Hons) in Electronic Engineering
- BEng (Hons) in Mechanical & Manufacturing Engineering
- Beng (Hons) in Sustainable Civil Engineering
- BEng (Hons) in Sustainable Energy Engineering
- BSc (Honours) in Quantity Surveying
Level 6/7
- BSc in Architectural Technology
- BEng in Electronic Engineering
- BEng in Electrical Engineering
- Higher Certificate in Engineering in Electronic Engineering
- Higher Certificate in Engineering in Mechanical Engineering
- BEng in Mechanical Engineering
- BEng in Manufacturing Engineering
Please see the course page for full details of each course.
Bachelor of Architecture (Hons)
If you are a creative person who would like to be part of designing a better world you might like studying architecture. In WIT we are interested in sustainability, rural and urban landscapes; conservation and working with local communities. Our strong international links see many students from around the world coming to study with us. Our staff to student ratios are low ensuring dedicated time for each student. We have also introduced a work placement module which is unique in Ireland.
Architectural education at WIT is primarily about developing within each student a ‘design mind’ so that they can bring together in a creative way the complex challenges facing the future world of construction. Students are introduced to design methodologies and work in a ‘learning through doing’ environment in the studio where they explore architectural designs growing in complexity as they progress through the various years. Students learn the importance of culture, climate and craft in developing design ideas.
BSc in Architectural Technology
Architectural Technology concentrates on the science of building. Architectural Technologists become specialists in preparing detailed drawings and specifications for building projects. They work closely with architects and other members of the design team.
This three year course which enables students to become competent in preparing construction drawings and specifications for complex building types. There is a strong emphasis on environmental studies ensuring awareness of energy saving measures in detailing and construction throughout the course. Students are taught various computer software packages with an emphasis on the latest Building Information Modelling tools such as Autodesk Revit from first year. They explore various graphical presentation techniques, structures and construction systems as well as the principles guiding construction law and professional practice.
BSc (Hons) in Architectural & BIM Technology
Architectural and BIM Technology is an innovative approach to the integration of traditional architectural technologist skills-sets together with Building Information Modelling (BIM) processes and technologies which are currently transforming the way in which construction projects are procured, managed and built.
Student will acquire an advanced knowledge in the application of BIM methodology which is an integrated collaborative approach for building project delivery between the relevant professionals, i.e. engineers, quantity surveyors, architectural professions and the building contractor.
The inclusion of an Industrial Placement (work experience) module and modules in Project Management, Property Pathology and Refurbishment, Value Engineering and Construction Collaboration Technologies, will also enable the graduate to become an interdisciplinary practitioner within the construction industry.
Special/Unique features:
The BSc (Hons) in Architectural and Building Information Modelling (BIM) Technology is the only undergraduate programme in Ireland promoting BIM at its core.
Beng (Hons) in Automation Engineering
Modern automation engineering combines elements of electronics, interfacing, instrumentation, software programming, robotics, networking, databases and data intelligence which are highly sought-after skills in sectors such as the pharmaceutical, medical device and food industries.
As manufacturing industry transitions towards Industry 4.0, the increased need for data intelligence means that the shortage of automation engineers with the required skillset will become greater. Industry 4.0 is the term used to describe the ‘smart factory’ era where computers and automation come together via cyber-physical systems to control/monitor the physical processes of the factory and make de-centralised decisions. Such developments demand graduates with a blend of electronics, automation, software programming, networking, IT and data intelligence skills.
In year three, students go on industrial placement for up to nine months. This give the students a taste of what professional practice is all about, how the industry operates and how theoretical knowledge is applied in practice. Industrial placement also provides the opportunity to liaise with companies for final year project. It also reinforces industrial links between WIT and the automation engineering industry in Ireland and abroad.
Engineering (Common entry)
This is a new common entry degree programme aimed at giving you a solid foundation in engineering while allowing you a little extra time to decide exactly which area of engineering you would like to study.
There are many types of Engineering, all of which are focused on making a better world. Studying Engineering can lead to exciting career prospects and top salaries across a wide range of industries. Engineers are shaping the future by applying their skills to almost everything you can think of, from medical to transport, sustainable energy to food production, robotics to construction, clean water to 3D printing. There really is no limit to what Engineers can do.
Engineering is the power behind innovation and new product developments. Engineers identify a problem and come up with a solution – often creating something completely new in the process.
The common engineering honours entry scheme is for students interested in engineering as a career, but who may be unsure of which discipline to follow. WD007 is the gateway to four Bachelor of Engineering (Hons) degree options.
BSc (Hons) in Construction Management & Engineering
The Construction Management & Engineering programme is suited to people who have a real interest in working on building projects and learning through a hands-on, practical approach. A Construction Manager is involved in delivering all aspects of building and civil engineering projects, such as houses and apartments; road, rail and bridges; schools and universities; shopping centres; office and commercial buildings; sports stadia and concert venues; skyscrapers; hospitals; oil rigs...the options are limitless!
As the name of the course implies, graduates can work in either a management or engineering role in construction! Our graduates typically work for large building companies or consultants who advise clients on their building projects. The construction industry provides great opportunities for career progression, with graduates working in a diverse range of jobs in both large and small companies, in Ireland and across the globe. The work can be challenging, the rewards are great and the opportunity to be involved in building the world around you is fantastic.
The Construction Management & Engineering course at WIT was the first course of its kind in Ireland and has been in existence for over 30 years! It gives students a great balance between the theoretical aspects of management & engineering and how they are applied in the real world. A big part of the programme involves the 7 month Industrial Placement in year 3, where students get to work on some of the most interesting construction projects in Ireland and overseas. At present, some of our students are working in New York City, working on big construction projects; others are working in New Ross, on the new bypass, which includes the largest bridge of its type in the world...so from New Ross to New York, we cover all locations and that's the real beauty of construction...there are opportunities to work everywhere.
Difference between electronic engineering and electrical engineering
Electronic Engineering is one of the field/branch of Electrical Engineering. However, Electronics deals with low voltage (typically < 50V) and looks at the basics of electrical machines, integrated circuits and communication systems. - It also uses the scientific knowledge of electrons (behaviour, effects etc), to develop devices, systems, or equipment that uses electricity as it power source.
Electrical on the other hand, deals with high voltage (>50V), contains basic electronic courses but looks more at power systems.
Higher Certificate in Engineering in Electronic Engineering
What is Electronic Engineering?
Common electronic systems include applications like mobile phones, sound and vision systems, computer and information technology, automation and machine control, robotics and biomedical engineering. Increasingly, embedded software is a vital element in modern electronics. Electronic engineering is concerned with the design, development, manufacture and application of electronic devices, circuits and systems.
What is the Higher Certificate in Engineering in Electronic Engineering course?
The Higher Certificate in Engineering in Electronics is a two year course, which prepares students for employment and/or further education in the area of electronic engineering.
Special Features of the Course
There is a strong emphasis on practical work in the course and there is a project element in each semester where students construct and test electronic circuits. There is also hardware and software integration in some of these projects.
BEng in Electronic Engineering
Common electronic systems include applications like mobile phones, sound and vision systems, computer and information technology, automation and machine control, robotics and biomedical engineering. Electronic engineering is concerned with the design, development, manufacture and application of electronic devices, circuits and systems.
The BEng in Electronic Engineering is a full-time three year degree course, which prepares students for employment and/or further education in the area of electronic engineering. There is a strong emphasis on project work in the course. Students design, construct and test embedded electronic applications.The BEng has a strong embedded electronic, software and instrumentation emphasis.
Example project application areas include Robotics, Automotive Electronics, Telecommunications, Sensors and Interfacing to Mobile Phones and WWW.
BEng (Hons) in Electronic engineering
If a student has a liking for understanding how things work, for example, a computer or electronic circuit and likes to build things, then a career in Electronics would be applicable. Electronics deals with analog transmission, basic electronics, solid state devices, microprocessors, digital and analog communication, analog integrated circuits, satellite communication, microwave engineering, antennae and wave progression. It also deals with the manufacturing of electronic devices, circuits, and communications equipment.
Because the degree course is an honours BEng it offers a varied mix of both theory and practical work. Increasingly, lecturers are using practical based learning and problem solving methods with modern technology as teaching tools to ensure students are exposed to a wide variety of electronic solutions.
The course has an 8 month work placement element in year 3 where students are placed in external companies.
The degree is accredited by Engineers Ireland and is therefore is a recognised BEng(H) degree all over the world allowing students the opportunities to travel and work for many companies while expanding their knowledge.
Job examples include: electronic component manufacturers, telecommunications companies and corporations, electrical power utility companies, research and education, civil service and government, and radio and television service providers.
The course also tends to have a mix of national and international students which creates a diverse student group who can learn from and work with each other. Currently, the course has international students from universities in America, China and Brazil.
BEng in Electrical Engineering
Electrical engineering is the study and application of electrical systems for use in different environments such as home, various industrial settings etc. It deals with all aspects of electricity – generation , distribution and services. If you want to work in the construction of electrical projects like wind farms or help maintain the electrical supply in a hi-tech factory then electrical engineering is for you. There are many opportunities locally and nationally in this area.
Here at WIT we have a course with lots of practical content including modules on electrical installation and practice, robotics and automation.
Graduates of this course have gone on to work in the ESB, Teva Pharmaceuticals, Sanofi , Suir Imtech and MSD Ltd.
Beng (Hons) in Electrical Engineering
Electrical Engineering is the study of Electricity, its generation and distribution, Electronics and Electromagnetism. The electrical engineer supplies us with the ability to harness electricity which has transformed our lives. It gives us light, heat, communication systems and comfort. Electrical engineers create and design products and information systems using scientific principles combined with problem-solving and innovation.
The BEng (Hons) in Electrical Engineering is a full-time, four year, honours degree course of study that can be chosen within the Engineering Common Entry Route. The primary aim of the programme is to produce graduates of high calibre who possess a thorough knowledge of scientific principles and engineering practice and an appreciation of the work and business environment in which the professional engineer must work. WIT aims to create an open, stimulating environment for students and aims to provide access to an appropriate range of facilities and equipment.
Higher Certificate in Engineering in Mechanical Engineering
The course is for anyone interested in how stuff works, people who would like to make a career out of designing, building or fixing mechanical devices. You should not however think of mechanical devices as being limited to cars and engines etc. It is far broader, encompassing everything from basic devices such as food blenders to complex devices such as artificial heart valves and jet engines.
The vast majority of graduates from the Higher Certificate continue with their education to degree level. However of the small number that leave after 2nd year, most start work as engineering technicians setting up and fixing machines in local manufacturing companies.
The career prospects are wide and varied. They range from CAD operators working under the supervision of a senior engineer to manufacturing technician support, troubleshooting, fixing and setting up production machines. Some students also work in technical sales (for example in agricultural machinery sales) and technical support.
This year the course has been entirely redesigned, the main focus of the changes has been to make the course more interesting and enjoyable for the students. One way this has been achieved is through a greater use of technology (more CAD, CNC, Engineering software etc.). Another has been the adoption of new teaching methods. For example the redesigned workshop module, in the new module students not only make devices and machines, but also break them (in a scientific way!). This allows students to gain a better understanding of the strengths and weaknesses of the materials and their designs.
The course has a big practical element, with a large amount of time spent in the workshops and science labs. However the theory is not left at the door of the workshops. Students are encouraged to put the theory into practice in the workshops. For example students will study the theory of gas and liquid through pipes in engineering science, then in the workshop they will be required to design and build a carburettor for an engine. They can then see how well the engine will run if they have put the theory into good practice.
BEng in Mechanical Engineering
What is Mechanical Engineering?
Mechanical engineering is the branch of engineering that deals with the design and manufacture of machinery and tools. Mechanical engineers use applied maths and science to design a wide range of machines, from domestic household appliances to sophisticated machines such as aircraft and automobiles.
What is the Bachelor of Engineering in Mechanical Engineering course?
The Bachelor of Engineering in Mechanical Engineering is a three year full-time course. Course graduates are trained in many engineering disciplines including Engineering Mathematics, Engineering Science, Engineering Drawing, CAD, Hydraulics, Pneumatics and Automotive Technology.
BEng (Hons) in Mechanical & Manufacturing Engineering
This is a broad area focusing on the design and development of products and processes. Mechanical engineering has a strong product and equipment design element, while manufacturing engineering analyses the processes and systems required to produce goods.
Industrial placement takes place in semester 6, which can be up to six months duration (March - September). These placements have been very successful at providing for the students a perspective on the broad variety of material that they have covered in the course. Students have been previously placed in Bausch & Lomb (Waterford), Honeywell (Waterford), Intel (Leixlip), Janssen Pharmaceutical (Cork), Lipton's (Cork), Servier (Wicklow), Schering-Plough (Wicklow), and Stryker (Cork).
Industrial visits are an integral part of the course, providing the students with examples of authentic applications of course material. Other events, such as visiting lecturers or Engineering Society trips, occur on a regular basis.
BEng in Manufacturing Engineering
Manufacturing Engineering is the branch of engineering that oversees the complex process of making things on a large scale. Manufacturing Engineers design the processes, the systems and the tools used in the manufacturing of a product. They ensure that the plant works efficiently and effectively to produce high quality products, often incorporating automated and robotics systems. Manufacturing Engineering develops systems used to plan and control the manufacture of products, conduct risk analysis and strive to improve environmental impact in a modern manufacturing company.
The Bachelor of Engineering in Manufacturing Engineering is a three year level 7 programme. Graduates are trained in the core areas of mechatronics, robotics, production plant, power systems, engineering design, manufacturing technology, operations and quality management.
The main project contributes to both the students learning and development. It is one of the most enjoyable features of the course as they deal with real world problems. Each project has a client and the students work in pairs to design, build and test a solution that meets the client’s needs. The project objectives are agreed early on in the process and they work with their supervisor in a collaborative environment supported by the project team.
BEng (Hons) in Sustainable Energy Engineering
Have you an interest in energy, do you care about the environment and want to contribute to saving our planet? Energy engineering graduates are highly employable and are actively recruited by a range of companies working in sectors such as sustainable power generation, low energy building design, building energy systems design, energy management, energy modelling and simulation or with energy agencies or government bodies.
As part of this programme you will cover topics relating to power generation from a range of renewable energy technologies including wind, solar, hydro, geothermal and biomass as well as traditional power generation using fossil fuels. You will learn how to design, control and manage energy efficient systems in buildings such as heating, ventilation, air conditioning, lighting and electrical power circuits. You will also learn how to create 3D computer models of these systems and simulate their energy performance. By 2020 all buildings in Ireland must be designed and built to meet new NZEB (Nearly Zero Energy Building) standards.
As part of this programme you will learn how to design new buildings and upgrade existing buildings to achieve these standards. for the last four years WIT has had 100% employment from this programme. The industry is really booming at the moment parents don’t realise how buoyant this sector is.
Beng (Hons) in Sustainable Civil Engineering
Civil Engineers are increasingly working to achieve safe and sustainable development in a cost-effective, environmentally protective and socially responsible manner. They utilise engineering principles to enhance the built and natural environment, and contribute to environmental protection and remediation, water conservation, environmental biotechnology, materials and infrastructure development.
The completion of a civil engineering project involves the solution of technical problems from which the cooperation among professionals of many different disciplines is needed. From conceptual design to forensic study of failed performance, civil engineers need the mathematical, scientific and computational tools to solve problems associated with developing and sustaining a civilised community. Central to the current and future civil engineering profession is the core issue of ‘sustainability’.
The overall context to the course is the key theme of ‘sustainability’. The graduates will be conscious of the vital influence that civil engineers will increasingly have on achieving the various sustainability targets at national, EU and international levels. The course is accredited by Engineers Ireland, meeting the academic requirements for Chartered Engineer status.
In year three, students go on industrial placement for up to six months. This gives the students a taste of what professional practice is all about, how the industry operates and how theoretical knowledge is applied in practice. It also generates industrial links between WIT and the engineering industry in Ireland and abroad.
BSc (Honours) in Quantity Surveying programme
We have put together ten reasons why a career in Quantity Surveying could be for you. Read more…
Find a full listing of undergraduate engineering courses at the School of Engineering page.
Related Courses
- Bachelor of Science (Honours) in Quantity Surveying
- Bachelor of Engineering in Electrical Engineering
- Bachelor of Science (Honours) in Manufacturing Engineering
- Bachelor of Science (Honours) in Manufacturing Engineering
- Higher Certificate in Engineering in Electronic Engineering
- Higher Certificate in Engineering in Manufacturing Engineering
- Higher Certificate in Engineering in Mechanical Engineering
- Bachelor of Engineering in Manufacturing Engineering
- Bachelor of Science (Honours) in Construction Management & Engineering
- Bachelor of Engineering (Honours) in Engineering (Common Entry)
- Bachelor of Engineering in Electronic Engineering
- Master of Engineering in Electronic Engineering
- Bachelor of Engineering in Mechanical Engineering
- Bachelor of Engineering (Honours) in Electronic Engineering
- Bachelor of Engineering (Honours) in Electrical Engineering
- Bachelor of Engineering in Manufacturing Engineering
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