Immersive VR and AR experiences introducing students to modern construction careers
This service delivers an immersive learning programme that uses Virtual Reality (VR) and Augmented Reality (AR) to introduce students to modern construction careers and technologies. Designed primarily for Transition Year (TY) and post-leaving certificate (PLC) learners, the programme provides hands-on exposure to how digital tools are shaping the future of the construction sector.
Through guided immersive experiences, students explore contemporary construction environments such as research and development facilities, offsite manufacturing settings, and real-world construction scenarios. The programme helps learners understand how innovation, sustainability, and digitalisation are transforming the industry, while also highlighting the range of career pathways available across construction, engineering, and the wider built-environment supply chain.
Delivered by Future Cast, the programme combines structured facilitation with interactive VR and AR content, enabling students to engage with emerging technologies in a safe, accessible, and educational setting. The service supports skills awareness, digital literacy, and informed career exploration, aligning with national education, STEM, and workforce development objectives.
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Immersive Learning for Secondary Schools
Mark Mc Gowan
Mark is a Technical Expert at FutureCast with over a decade of specialised experience in 3D construction printing and additive manufacturing. A specialist in modern methods of construction (MMC), Mark leads research and development initiatives, focusing on 3D concrete printing, CNC milling, and industrial design. His expertise bridges traditional craftsmanship with digital innovation, helping industries adopt sustainable, automated building processes to revolutionise the built environment.
Connect with Mark on LinkedIn.
Glen McStay
Glen manages the entire surveying lifecycle—from initial site scoping and flight planning to the generation of LiDAR-captured 3D models, volumetric analysis, and advanced geological risk assessments. By leveraging AI-powered analytics and drone technology, he enables teams to rapidly assess material composition and extraction potential, replacing traditional, time-consuming surveying methods with decision-ready data delivered through both onsite and online platforms.
Connect with Glen on LinkedIn.
Joseph Kron
Joseph is an energy consultant and engineer with experience spanning renewable energy, mechanical systems, electrical design, and automation. He has worked on solar, battery reuse, offshore wind, and sustainable technology projects — bringing a creative, hands-on approach to complex energy challenges.
Connect with Joseph on LinkedIn.