Computer Science and AI facilities
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Computer Science and AI facilities
Computer Lab
Our Computer Labs are dedicated facilities equipped with state-of-the-art hardware and software resources to support teaching, learning, research, and creative exploration in various fields. Our mission is to provide users and researchers with
access to cutting-edge technology and tools, enabling them to develop essential digital skills, explore innovative ideas, and produce high-quality work in their respective disciplines.
Key aspects of our Computer Labs include:
- Hardware and Software
Our labs are equipped with a range of computers and workstations. From graphic design and 3D modelling to digital imaging and video editing, users have access to industry-standard software applications and hardware configurations to support their coursework and projects.
- Digital Media Production
The Computer Labs also support the production of digital media content, including graphic design, animation, digital photography, and video production. Users can access professional-grade software tools and equipment to create multimedia
projects, develop visual concepts, and bring their creative visions to life.
- Technical Support and Training
Our dedicated staff provide technical support and training to help users maximise the resources available in the Computer Labs.
- Data Analysis and Visualisation
For users engaged in research or data-driven projects, the Computer Labs provide resources for data analysis, visualisation, and presentation. Users can utilise statistical software packages, data visualisation tools, and computing resources to analyse complex datasets, generate insights, and communicate their findings effectively.
- Collaboration and Networking
Computer Labs serve as collaborative spaces where users can work together on collaborative projects. We actively encourage interdisciplinary collaboration and knowledge exchange, fostering a supportive and vibrant community.
AI Workshop Digital Futures Lab
The AI Workshop - Digital Futures Lab is a specialised facility at the University of East London (UEL) focused on exploring the intersection of artificial intelligence (AI) and emerging digital technologies. This cutting-edge space is equipped with advanced tools, including seven Meta Quest headsets (three allocated for the Digital Futures Lab and four available for rental) and Insta360 cameras, making it a hub for immersive and innovative projects across various disciplines.
- Architecture, Interiors, Engineering
Collaborate on the installation of Twinmotion at UEL to generate instant 3D models and virtual reality environments based on architectural drawings, revolutionising visualisation and enabling interactive presentations of architectural designs.
- Product Design
Utilise Gravity Sketch to design and prototype products in virtual reality, enabling precise conceptualisation and iteration on designs.
- Fine Art
Engage in virtual painting using VR applications, allowing for experimentation with new artistic techniques and perspectives in a digital environment.
- Illustration
Create illustrations using digital tools and software, enhancing visual storytelling skills through the possibilities of digital media.
- Photography
Capture 360-degree photographs with Insta360 cameras, immersing viewers in dynamic visual experiences and exploring new dimensions of photographic storytelling.
- Filmmaking
Produce immersive films using Insta360 cameras, embracing 360-degree filmmaking techniques to create compelling narratives.
SIM Lab
The SIM (Simulation) Lab is a specialized facility dedicated to providing users with access to advanced simulation tools and software for various applications in art, design, and architecture. Key features of the SIM Lab include:
- Simulation Software
The lab is equipped with a wide range of simulation software tailored to different disciplines within the AVA department. This software allows users to simulate and visualize complex phenomena, processes, and systems.
- Virtual Reality (VR) and Augmented Reality (AR)
The SIM Lab offers VR and AR technologies that enable users to immerse themselves in virtual environments and interact with digital content in real time. These technologies are used for design visualization, architectural walkthroughs, interactive installations, and more.
- Computational Design Tools
The lab provides access to computational design tools and parametric modelling software that allow users to generate complex geometries, optimize designs, and explore innovative design solutions. These tools are particularly valuable for architectural design, product design, and digital fabrication.
- Gaming and Interactive Media
The SIM Lab may also include gaming consoles, motion capture systems, and other interactive media technologies for exploring game design, interactive storytelling, and immersive experiences. These tools allow users to experiment with interactive narratives, game mechanics, and virtual worlds.
- Collaborative Spaces
The SIM Lab offers collaborative spaces where users can work together on projects, share ideas, and engage in interdisciplinary collaboration. These spaces may include workstations, presentation areas, and group discussion areas equipped with interactive displays and multimedia technology.
By offering access to advanced software tools, immersive technologies, and collaborative spaces, the lab empowers users to visualize, simulate, and prototype ideas, pushing the boundaries of creativity and innovation in their respective fields.
Through hands-on experimentation and interdisciplinary collaboration, users have the opportunity to explore the potential of simulation technology in a wide range of applications, from architectural design and urban planning to interactive media and digital art.
Overall, the SIM Lab is dedicated to providing a platform for creativity, innovation, and discovery, enabling users and industry partners to leverage simulation technology to imagine, design, and create transformative solutions that address real-world challenges and shape the future of art, design, and architecture.
Cyber Security and Digital Forensics Lab
Our Forensics Lab provides a unique interdisciplinary space for users and industry partners to explore the intersection of forensic investigation, creativity, and design. This concept involves applying forensic techniques and methodologies to creative disciplines rather than traditional forensic science, including:
- Digital Forensics Equipment
Tools and software for analysing digital devices, such as computers, smartphones, and storage media, to recover and examine data for legal or investigative purposes.
- Forensic Architecture Tools
Software and equipment for documenting and analysing architectural structures and environments, including 3D modelling software, laser scanning devices, and photogrammetry tools.
- Crime Scene Investigation Tools
While traditional crime scene investigation equipment may not typically be found in an Architecture and Visual Arts (AVA) department, specialised tools for documenting and analysing artistic or architectural crime scenes are included.
- Research and Analysis Space
A dedicated area for conducting research, analysis, and experimentation related to forensic investigations in art, design, and architecture.
- Utilising Digital Forensics
Users and industry partners analyse digital artifacts within creative projects, such as investigating digital artworks, analysing design files, and examining digital representations of architectural structures.
- Exploring Forensic Architecture
The lab focuses on applying forensic techniques to architectural analysis and investigation, using modelling software, laser scanning technology, and photogrammetry to reconstruct crime scenes or analyse building structures.
- Investigating Artistic Practices
The lab explores forensic techniques in artistic practices, analysing materials, techniques, and processes used in art creation, as well as issues like art forgery, provenance, and conservation.
- Collaborating Across Disciplines
The Forensic Lab serves as a collaborative space where users and industry partners from diverse backgrounds explore the intersection of forensic investigation, creativity, and design. Collaboration among artists, architects, designers, forensic experts, and legal professionals is encouraged to foster interdisciplinary learning and research.