Architectural education at SETU Waterford 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. 

Architectural Technology refers to the technical design and expertise used in the increasingly complex design process required for contemporary architecture.

While architects are responsible for creating initial concepts and designs, architectural technologists are more concerned with the technical side of construction. Architectural technologists work closely with architects and other building professionals to resolve any potential design problems before construction starts.

This four year programme enables students to become architectural technologists with additional advanced skills in Building Information Technology (BIM). Students will become competent in the ‘science of building’ and the production of construction drawings and specifications for complex building types, allowing them to become technical members of construction design teams.

At its core the profession of quantity surveying is concerned with the financial management of construction projects and the administration of the contract that is signed between the client and the contractor to carry out the works.

Quantity Surveyors understand and can quantify the extent of work necessary to complete any project before it is constructed and can advise clients and contractors of its cost right from the initial sketch design issued by the project Architect.

Construction Projects supply the key infrastructure that is vital for the functioning of our modern society ranging from Schools to Hospitals, Houses, Apartment Buildings, Office Blocks, Factories, Warehouses, Data Centres, Shops & Retail.  Quantity Surveyors manage and control all aspects of costs on a construction project.  Their expertise is critical to ensuring that construction projects are completed on time and within budget.

Our course is built around helping you to develop the key skills to become a Construction Manager. You will develop a deep understanding of different Methods of Construction and Construction Technology ranging from housing to complex commercial and industrial developments.  

You will learn about the Legal and Contractual framework used in construction. You will develop the key Project Management Skills of planning, organising and coordinating and a deep understanding of the lifecycle of construction projects.

Construction Management & Engineering prepares students for responsible engineering and management roles in all phases of construction projects. It emphasises management, engineering and technological techniques useful in organising, planning and controlling the activities of diverse specialists working in the project environment of the Irish and international construction industry. 

Electronics is at the heart of everyday life. Consumer electronics, mobile devices, vehicles, renewable energy systems, medical devices, wearable fitness technologies, as well as advanced robotics are now ubiquitous. As these technologies continue to evolve and grow, skilled electronic engineers continue to work at the forefront of this technological revolution.

Electronic engineers work on cutting-edge research and development (R&D), advanced semi-conductor fabrication, design, prototyping, software simulation, coding, new product and applications development. 

Biomedical electronics involves the application of electronic circuits and technologies for treating medical conditions, monitoring health problems and improving the quality of life for patients.

Robotics and Automated systems continue to grow in importance within manufacturing and industrial production systems as companies leverage their ability to advance manufacturing and increase production. Robots have an impressive range of applications e.g. packaging, welding, painting, machining, inspecting parts to name a few and find application in almost every industry such as pharmaceutical, chemical, automotive, healthcare, agricultural etc.

Mechanical Engineering is one of the most diverse of the engineering disciplines. It deals with the design and manufacture of everything, from small individual parts and devices like the inkjet nozzle, to large systems such as spacecraft. The role of a mechanical engineer is to take ideas from concept to physical reality. It requires specialist engineering knowledge combined with creative thinking, problem solving, team working and analytical skills.

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.

Our course is broadly based and covers the Core Civil Engineering disciplines of Highways, Structures, Geotechnics, Water and Environmental. You will study the fundamental engineering science that underlies these disciplines and apply this knowledge to the Design and Construction of a wide variety of Civil Engineering Projects from Motorways to Buildings, Bridges, Water & Wastewater Schemes and Environmental Projects.

You will learn about the importance of developing Sustainable Solutions for Civil Engineering Projects. You will develop the analytical skills and structured approach to problem solving that underlies Civil Engineering.  

Aerospace engineering covers the design and development of all types of aerial and space vehicles. Aerospace engineers bring concepts to reality by applying the principles of engineering to the design, manufacture and operation of highly-sophisticated technologies for use in aviation and space.

Engineers work as part of team using mathematical tools to predict the performance of these vehicles, and perform aerodynamic and structural analysis on evolving designs.

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.

Architectural Technology refers to the technical design and expertise used in the increasingly complex design process required for contemporary architecture. While architects are responsible for creating initial concepts and designs, architectural technologists are more concerned with the technical side of construction.

Architectural technologists work closely with architects and other building professionals to resolve any potential design problems before construction starts. 

Civil Engineers and Civil Engineering Technicians design, construct and maintain the Built Environment on which our modern societies depend. Civil Engineering includes our Roads and Railways, the Supply of Safe Water, Sewage and Wastewater treatment, our Buildings and Bridges, our Airports and Electricity Generation.

Ensuring that we protect our natural environment while maintaining this critical infrastructure is an increasingly important part of what Civil Engineers and Civil Engineering Technicians do.  

Electrical Engineering is primarily concerned with the generation, transmission and  distribution of Electrical power, the design and development of electrical machines and equipment and the specification of electrical service plans for industrial buildings and facilities.

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.

Electronics is at the heart of everyday life. Consumer electronics, mobile devices, vehicles, renewable energy systems, medical devices, wearable fitness technologies, as well as advanced robotics are now ubiquitous. As these technologies continue to evolve and grow, skilled electronic engineers continue to work at the forefront of this technological revolution.

Electronic engineers work on cutting-edge research and development (R&D), advanced semi-conductor fabrication, design, prototyping, software simulation, coding, new product and applications development.

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.

Mechanical Engineering is one of the most diverse of the engineering disciplines. It deals with the design and manufacture of everything, from small individual parts and devices like the inkjet nozzle, to large systems such as spacecraft. The role of a mechanical engineer is to take ideas from concept to physical reality.

It requires specialist engineering knowledge combined with creative thinking, problem solving, team working and analytical skills.

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.

Construction Management is the planning, coordination and control of a construction project from concept to completion, ensuring the project is delivered on time and on budget while adhering to the necessary environmental and health and safety standards.

It is an exciting time to study construction in Ireland as the National Development Plan and the National Planning Framework are set to reshape Ireland over the next two decades.  Students will develop the necessary skills in management to deliver projects safely, on time, on budget and to the highest quality.

Biomedical electronics involves the application of electronic circuits and technologies for treating medical conditions, monitoring health problems and improving the quality of llife for patients. This course provides a blended mix of theory classes, practical experiments and laboratory sessions combined with project-based learning (PBL) elements (hands-on) with medical device equipment and software tools.