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Mission & Objectives

Mission

The High-Performance Computing (HPC) system at Tribhuvan University is dedicated to advancing scientific research, innovation, and education through high-performance computing resources. Our mission is to empower researchers, educators, and students by providing state-of-the-art computational tools that enhance their ability to solve complex scientific and engineering challenges.

Our HPC infrastructure serves as a catalyst for groundbreaking research across multiple disciplines, facilitating high-speed simulations, data-driven discoveries, and technological advancements. We are committed to fostering collaboration, inclusivity, and sustainability in computational research.

Objectives

1. Enhancing Research Capabilities

  • Provide a cutting-edge computing environment for faculty, researchers, and students.
  • Support high-performance simulations, machine learning, and big data analytics.
  • Enable cross-disciplinary research collaborations within Tribhuvan University and beyond.

2. Supporting Scientific and Engineering Innovations

  • Develop computational solutions for material science, climate modeling, bioinformatics, and artificial intelligence.
  • Facilitate quantum computing and neuromorphic AI research.
  • Assist in complex data analysis and predictive modeling.

3. Promoting Collaboration and Knowledge Sharing

  • Strengthen partnerships with national and international universities, research institutes, and industries.
  • Establish joint research initiatives with global institutions.
  • Conduct workshops, training programs, and conferences to promote knowledge exchange.

4. Providing Efficient and Scalable Computational Infrastructure

  • Continuously upgrade hardware and software to meet the growing demands of computational research.
  • Expand the compute power with additional GPU nodes and high-memory servers.
  • Ensure efficient job scheduling and resource allocation using SLURM and other workload management tools.

5. Encouraging Sustainable and Ethical Computing Practices

  • Promote energy-efficient computing and green HPC practices.
  • Implement best practices for data security, storage management, and ethical research.
  • Support open-source and reproducible research methodologies.

6. Capacity Building and Training

  • Develop HPC training programs for students, researchers, and faculty members.
  • Provide hands-on tutorials on parallel computing, SLURM job scheduling, and GPU programming.
  • Offer internships and research opportunities to students interested in computational sciences.

7. Facilitating Industry and Government Collaborations

  • Engage with government organizations and industries to apply HPC in solving real-world challenges.
  • Provide HPC-driven solutions for climate change analysis, urban planning, and healthcare research.
  • Support startups and entrepreneurs utilizing HPC for AI-driven innovation.

Conclusion

Tribhuvan University HPC is committed to providing a world-class computing environment that accelerates research, fosters innovation, and enables transformative discoveries. By continuously evolving, we aim to establish TU HPC as a leading computational research hub in Nepal.

Advancing Research & Innovation through High-Performance Computing! 🚀