The Next-Generation Animation and Game Development Laboratory is a state-of-the-art creative technology hub established to support education, research, innovation, and industry engagement in animation, game development, digital storytelling, immersive media, and AI-driven content creation. Designed to meet the evolving demands of the global creative economy, the laboratory provides a professional environment where students, researchers, and faculty members can explore the intersection of creativity, technology, and innovation.

Equipped with high-performance Intel Core i9 processors, NVIDIA RTX 5080 Ti GPUs, 64 GB RAM, and advanced storage infrastructure, the laboratory supports demanding workflows in 2D and 3D animation, visual effects (VFX), game development, real-time rendering, virtual production, AR/VR/XR experiences, simulation, and generative AI applications. Students and researchers have access to industry-standard software platforms including Autodesk Maya, Blender, Unreal Engine, Unity, Houdini, and Adobe Creative Cloud, enabling them to gain hands-on experience with professional production pipelines used by leading studios worldwide.

The laboratory serves as a strategic academic and research facility supporting AIUB’s current and future degree programs in Animation, Game Development, Digital Media, Creative Technologies, Interactive Media, and Immersive Experience Design. It promotes interdisciplinary learning and research by integrating animation and gaming with artificial intelligence, communication, education, journalism, human-computer interaction, and emerging digital technologies. The facility also provides a collaborative ecosystem for developing innovative digital content, interactive experiences, virtual environments, and next-generation entertainment technologies.

Strategic Vision:

• Position AIUB as a national center of excellence in Animation, Game Development, Immersive Media, and Creative Technology education and research.
• Create a sustainable ecosystem that bridges academia, industry, innovation, and entrepreneurship.
• Contribute to the development of Bangladesh’s creative economy by producing globally competitive animators, game developers, digital artists, researchers, and creative technology professionals.

Objectives:

Academic Excellence

• Deliver high-quality education in animation, game development, visual effects, digital storytelling, and immersive media through industry-aligned curricula and hands-on laboratory learning.
• Support current and future degree programs in Animation, Game Development, Digital Media, Creative Technologies, and XR technologies.
• Integrate emerging technologies such as Artificial Intelligence, Generative Media, Real-Time Rendering, Virtual Production, and Interactive Media into teaching and learning.
• Foster interdisciplinary education and research by connecting creative arts with computing, communication, media, and digital technologies.
• Promote creativity, innovation, critical thinking, and research excellence through project-based learning and capstone projects.
• Provide students with exposure to professional production pipelines, industry-standard software, and global best practices.

Research and Innovation

• Establish a platform for advanced research in AI-assisted animation, procedural content generation, digital humans, virtual production, game technologies, immersive storytelling, and metaverse applications.
• Encourage collaborative research among faculty members, students, industry partners, and international institutions.
• Support the development of innovative digital content, interactive experiences, and technology-enabled creative solutions.
• Promote scholarly publications, creative works, patents, and industry-academia collaborations in emerging creative technology domains.

Skilled Manpower Development

• Develop industry ready graduates equipped with technical, creative, and professional competencies required by animation, gaming, film, advertising, and digital media industries.
• Train students in high-demand skills such as 3D modeling, character animation, rigging, visual effects, game design, real-time rendering, AR/VR development, and AI-assisted content creation.
• Strengthen communication, teamwork, leadership, project management, and entrepreneurial capabilities through collaborative production environments.
• Prepare graduates to compete in national and international creative industries and contribute to Bangladesh’s growing digital economy.
• Foster ethical, socially responsible, and culturally informed creative professionals capable of adapting to rapidly evolving technological landscapes.

By combining advanced infrastructure, globally benchmarked curricula, research-driven learning, and strong industry relevance, the Next-Generation Animation and Game Development Laboratory represent AIUB’s commitment to shaping the future of digital creativity, interactive entertainment, and emerging media technologies. The laboratory is envisioned not merely as a computer laboratory but as a comprehensive innovation ecosystem capable of nurturing the next generation of creators, researchers, entrepreneurs, and technology leaders for the global creative industry.

The establishment of Cyber Security and Digital Forensics Laboratory at the American International University-Bangladesh stands for a substantial strategic advancement in strengthening the university’s capabilities in secure computing, cyber defense, and forensic intelligence. In an increasingly digitized world, where cyber threats, data breaches, ransomware attacks, and digital crimes are growing in scale and sophistication, the need for dedicated research, training, and innovation platforms has become more critical than ever. The laboratories are designed to integrate innovative hardware infrastructure with advanced research and training capabilities, enabling a comprehensive ecosystem for cybersecurity education and digital forensic investigation. By combining high-performance computing resources, specialized forensic tools, and artificial intelligence–driven technologies, the labs will support interdisciplinary research across cybersecurity, artificial intelligence, data science, and legal informatics. This integration ensures that students, researchers, and professionals can work on real-world problems in a controlled, secure, and innovative-driven environment. These laboratories aim to bridge the gap between academia, industry, and government agencies. Through collaborative initiatives, they will contribute to developing effective cyber defense mechanisms, enhancing digital investigation methodologies, and supporting national efforts to combat cybercrime and digital fraud. The facility will also serve as a knowledge hub for capacity building, policy support, and technology transfer in the field of cybersecurity. In addition to research and collaboration, the laboratories will play a vital role in academic excellence and human resource development. Students and professionals will gain hands-on experience with modern cybersecurity tools and forensic techniques, preparing them for careers as cybersecurity analysts, digital forensic investigators, and AI security specialists. This practical exposure, combined with strong theoretical foundations, will ensure that graduates are equipped to meet the demands of the rapidly evolving global digital economy.

The main objectives of the laboratory are to:

• set up a state-of-the-art ultramodern platform for cyber threat analysis and digital investigation.
• develop advanced knowledge and practical skills in cybersecurity and digital forensics.
• support national and international efforts to combat cybercrime and digital fraud.
• facilitate interdisciplinary research integrating cybersecurity, artificial intelligence, and data science.
• provide hands-on training in ethical hacking, penetration testing, and forensic investigation.
• promote secure computing practices and awareness among students and professionals.
• collaborate with local and international agencies (such as law enforcement and defense organizations) and industry partners to develop cybersecurity solutions.
• produce skilled human resources capable of addressing modern cybersecurity challenges.
• participate in global cybersecurity research collaborations.
• contribute to international initiatives in cyber defense and digital forensics.

Research Areas:

The Laboratory focuses on the following fields, but not limited to:

• Digital Forensics (Computer, Mobile, and Network Forensics)
• Cyber Threat Intelligence and Malware Analysis
• Ethical Hacking and Penetration Testing
• Network Security and Intrusion Detection Systems
• Cloud Security and Virtualization Security
• Artificial Intelligence in Cybersecurity
• Blockchain Security and Cryptography
• Cybercrime Investigation and Digital Evidence Management
• Data Privacy, data protection and Information Security Governance
• IoT Security and Embedded System Protection
• Secure Software Development and Vulnerability Assessment
• Cyber Risk Management and Security Compliance
• Adversarial Machine Learning and AI Security
• Cyber Attack Simulation and Defense Strategies

• AI systems development

The strength of the Laboratory

Infrastructure Strength of the Laboratory

The Cyber Forensics Laboratory is equipped with high-performance computing resources tailored for intensive cybersecurity operations, forensic analysis, and AI-driven validation processes.

Core Infrastructure:

• 40 High-Performance Workstations Designed to manage complex computational workloads in cybersecurity and forensic investigations.
• Advanced Processing Capability
  • Intel Core i9 processors
  • 64 GB DDR5 RAM per system
  • 6 TB high-speed SSD storage
• GPU Acceleration
  • 16 GB NVIDIA GeForce GPUs for parallel processing and AI-driven analysis

Functional Capabilities

The laboratory supports a wide range of advanced applications, including:

• Digital Forensics: Acquisition, preservation, analysis, and reporting of digital evidence from multiple sources such as computers, mobile devices, and networks.
• Malware Analysis and Threat Intelligence: Static and dynamic analysis of malicious software, reverse engineering, and cyber threat profiling.
• Cybersecurity Research and Simulation: Vulnerability assessment, penetration testing environments, and cyber-attack simulation for defensive strategy development.
• AI-Based Model Integrity Validation: Verification of AI models to detect adversarial attacks, data poisoning, and model tampering, ensuring trustworthy AI deployment.

Strategic Impact

National Cybersecurity Capacity Building

The Laboratory significantly contributes to strengthening Bangladesh’s national cybersecurity ecosystem. These laboratory

• Support national efforts in combating cybercrime, digital fraud, and cyber terrorism
• Provide technical expertise for law enforcement and regulatory bodies
• Enable secure handling and analysis of sensitive digital evidence
• Contribute to national initiatives aligned with Digital Bangladesh

By developing indigenous capabilities, AIUB reduces reliance on external expertise and enhances national digital resilience.

Advancement of Digital Forensics and Legal Support

The laboratory plays a vital role in bridging the gap between technology and the legal system:

• Enables forensically sound investigation methodologies
• Supports evidence validation for legal proceedings
• Contributes to policy development in digital evidence standards and cyber law
• Facilitate collaboration with judicial and investigative authorities

This strengthens the overall digital justice framework in Bangladesh.

Academic Excellence and Skilled Workforce Development

The laboratory serves as a training ground for future cybersecurity professionals and researchers with a range of facilities like:

• Hands-on training in ethical hacking, penetration testing, and forensic investigation
• Exposure to real-world cyber incident response scenarios
• Skill development in AI-driven cybersecurity and secure system design
• Opportunities for interdisciplinary research combining AI and cybersecurity

Graduates will appear as:

• Cybersecurity analysts and engineers
• Digital forensic investigators
• Threat intelligence specialists
• AI security researchers

These professions are essential for both national security and the global digital economy.

Industry and Government Collaboration

The Cyber Security and Digital Forensics Laboratory create strong collaboration opportunities such as:

• Partnerships with government agencies for cyber defense initiatives
• Collaboration with industry stakeholders on security solutions and threat mitigation
• Support for cybersecurity startups and innovation ecosystems
• Technology transfer and consultancy services

This strengthens AIUB’s role as a key contributor to national digital infrastructure and policy implementation.

Responsible AI and Secure Technology Development

The integration of cybersecurity with AI research ensures a comprehensive approach to secure and ethical technology such as:

• Detection of AI vulnerabilities and adversarial threats
• Validation of data integrity and model robustness
• Development of secure AI deployment frameworks
• Promotion of trustworthy and explainable AI systems

This aligns AIUB with global best practices advocated by organizations such as IEEE and UNESCO.

The Cyber Security and Digital Forensics Laboratory stand for a strategic institutional investment with far-reaching impact. By combining advanced infrastructure with strong academic, research, and collaboration frameworks, AIUB is well positioned to:

• Become a national center of excellence in cybersecurity and digital forensics
• Enhance its global research standing and academic reputation
• Support national security and digital governance initiatives
• Contribute to the development of a secure and resilient digital ecosystem in Bangladesh

Through sustainable planning, ethical governance, and continuous innovation, this initiative will help shape the future of cybersecurity and digital trust nationally and internationally.

The AI Supercomputing Lab at American International University-Bangladesh represents a significant milestone in the university’s pursuit of excellence in artificial intelligence and high-performance computing. At the core of this development is the deployment of 40 units of NVIDIA DGX Spark systems powered by the advanced NVIDIA GB10 Grace Blackwell Superchip, enabling high-performance computing for large-scale AI research. This infrastructure supports advanced work in areas such as machine learning, computer vision, and data-intensive applications. In parallel, the establishment of a modern Cyber Forensics Laboratory strengthens capabilities in cybersecurity research, digital investigations, and secure system development. Together, these facilities create one of the most advanced and comprehensive AI research environments in Bangladesh. They open avenues for interdisciplinary research, industry collaboration, and skill development, positioning AIUB as a key contributor to both national innovation and the global AI research ecosystem.

The main objectives are to:

• facilitate cutting-edge research in artificial intelligence, machine learning, high-performance computing, and cybersecurity, addressing both local and global challenges.
• provide robust computational resources to support large-scale data processing, model training, and complex simulations.
• encourage the design and development of innovative AI-driven solutions across domains such as healthcare, finance, smart cities, and education.
• support research and practical applications in digital forensics, cyber threat analysis, and secure system design.
• promote collaboration among different academic disciplines, as well as partnerships with industry, government, and international institutions.
• equip students, researchers and professionals with hands-on experience and practical skills aligned with current industry demands and emerging technologies.
• contribute to Bangladesh’s transition toward a knowledge-based and technology-driven economy through impactful research and innovation.
• bridge the gap between academia and industry by translating research outcomes into real-world applications and solutions.

Research Areas:

The Lab focuses on the following fields, but not limited to:

• Machine Learning and Deep Learning
• Natural Language Processing (NLP)
• Computer Vision and Image Processing
• High-Performance Computing (HPC)
• Cybersecurity and Digital Forensics
• Data Science and Big Data Analytics
• Robotics and Intelligent Systems
• Multimodal and Generative AI
• AI Ethics, Safety, and Explainability

Infrastructural Strength

The Lab leverages a scalable, high-performance computing architecture designed to efficiently support demanding AI workloads and interdisciplinary research.

• 40 DGX Spark Supercomputers (4TB variant)
  These systems provide massive parallel computing capabilities, enabling efficient training of large-scale AI models and execution of complex simulations.
• 128 GB Unified Memory per Unit
  Facilitates seamless data processing and high-throughput model training, particularly for transformer-based architectures and multimodal AI systems.
• Optimized AI Software Ecosystem
  Integration of DGX OS, DGX Dashboard, and a fully optimized AI software stack ensures efficient resource management, performance monitoring, and streamlined research workflows.
• High-Performance Computing Capability
  The infrastructure supports:
  • Large-scale machine learning and deep learning model training
  • Development of transformer-based architecture
  • High-performance scientific simulations
  • National-scale AI initiatives such as Bangla Large Language Models

Strategic Impact

National AI Leadership

The Lab empowers AIUB to take a leading role in national AI innovation, particularly through the development of a Bangla Large Language Model (BanglaLLM). This initiative has far-reaching implications as it:

• Ensures data sovereignty, keeping sensitive national data within domestic infrastructure.
• Reduces reliance on international cloud-based AI services.
• Enables localized AI solutions tailored to linguistic, cultural, and socio-economic contexts of Bangladesh.
• Supports government initiatives aligned with Digital Bangladesh and emerging smart nation strategies.

Responsible and Ethical AI Development

AIUB’s integration of AI research with cyber forensics introduces a comprehensive framework for responsible AI governance such as:

• Dataset Verification and Integrity Checking
• Model Auditing and Explainability Analysis
• Bias Detection and Fairness Assessment
• Secure AI Lifecycle Management

The Advanced AI Laboratory at AIUB represents a strategic institutional asset with far-reaching implications. By combining cutting-edge infrastructure, responsible AI practices, and strong collaboration frameworks, AIUB is well positioned to:

• Become a national hub for AI and cybersecurity research
• Strengthening its international competitiveness and academic reputation
• Drive innovation-led economic growth in Bangladesh
• Contribute meaningfully to the global AI ecosystem

With structured governance, secure access policies, and a sustainability-focused roadmap, the initiative ensures long-term impact while reinforcing AIUB’s commitment to excellence in research, innovation, and societal advancement.