Remote Labs for Innovative Learning and Research
Empowering students and researchers
Our cutting-edge Remote Labs empower students and researchers to engage with advanced technologies and real-world simulations from anywhere, bridging the gap between theoretical knowledge and practical application. Explore the following transformative projects:
Transformative projects
BIM Virtual Design and Construction
Harness Building Information Modelling (BIM) tools for virtual project management, collaboration, and innovative construction design.
Remote Hydraulic Lab
Access a fully functional hydraulic testing lab remotely to conduct experiments and analyze data in real time.
AR/VR Lab:
Dive into Augmented Reality (AR) and Virtual Reality (VR) applications for cutting-edge learning experiences in engineering, design, and simulation.
Digital Twin
Explore the power of Digital Twin technology, enabling real-time interaction with virtual replicas of physical systems to enhance decision-making and innovation.
Smart Agri Systems
The Emote Labs project, funded by Higher Education 4.0, equips ATU Agricultural Engineering students with practical knowledge of remote agricultural sensors, a key tool for modernising farming practices. Students gain hands-on experience using remote labs to enable precision agriculture, gathering real-time data on soil moisture, temperature, humidity, nutrients, and crop growth. These sensors provide valuable insights into farm variability, enabling farmers to make informed decisions about planting, harvesting, and resource use. The data supports predictive modelling to anticipate challenges, optimise resource application, reduce waste, and minimise environmental impact while enhancing farm profitability. Remote sensors integrate seamlessly with technologies like GPS-guided machinery and autonomous drones, boosting efficiency and transparency. They also assist farmers in maintaining records to meet regulatory standards and demonstrate sustainable practices, addressing rising consumer demand for accountability.
UN WTO Observatory
The Sustainable Tourism and Visitor Experience Lab at ATU (STORYATU) www.storyatu.ie, which is a collaboration between the nine ATU campuses, seeks to tackle the social, cultural, economic, and environmental challenges facing the tourism industry across Ireland. 
STORYATU is striving to do this by building on new and existing partnerships with key stakeholders in local authorities, state agencies, tourism industry enterprises, and communities across the island – and internationally – to address local challenges and collaborate with national and international researchers on global solutions. The impact of tourism on climate change urgently requires data that will inform sustainable change built on established sustainable tourism indicators.
The data collected by STORYATU offers decision-makers critical real-time data to facilitate evidence-informed planning and decision-making. One of STORYATU’s standout projects is Ireland’s first INSTO (UN Tourism International Network of Sustainable Tourism Observatories) observatory. Hosted by ATU, this observatory became a member of INSTO in November 2023.
INSTO is a global network of tourism observatories dedicated to monitoring the economic, environmental, and social impact of tourism at the destination level and, as Ireland’s first INSTO observatory, this initiative aligns with UN Tourism’s commitment to fostering sustainable and resilient growth in the tourism sector through robust measurement and monitoring practices.
STORY ATU Website
RosettaHUB
Revolutionizing Hands-On Learning in AI, Big Data, and Cloud Computing: RosettaHUB is an advanced cloud-based infrastructure designed to transform the teaching and learning of cutting-edge technologies, including Artificial Intelligence (AI), Big Data, and Cloud Computing.
By providing reusable and scalable virtual lab environments, it empowers educators and students to engage in hands-on, practical learning experiences that mirror real-world applications. This innovative platform enables institutions to deliver high-quality education without the need for expensive on-premises hardware, fostering accessibility and inclusivity. Students can experiment with industry-relevant tools and workflows in a safe, controlled environment, gaining invaluable skills and insights. RosettaHUB supports a wide range of use cases, from creating machine learning models and analysing large datasets to deploying cloud-based solutions.
Moreover, the platform’s scalability ensures it meets the needs of diverse cohorts and varying curriculum requirements. It integrates seamlessly with other educational technologies, enhancing the overall learning experience and equipping students with the expertise needed to excel in a rapidly evolving digital economy. By bridging the gap between theory and practice, RosettaHUB sets a new standard for teaching modern technology disciplines.
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Virtual Reality Courtroom
Immerse yourself in a simulated courtroom environment to develop critical skills in legal processes and courtroom dynamics through VR technology.
