Supercomputing India SCI2025

December 11–12, 2025

Bangalore, Karnataka, India

Supercomputing India

HPC, AI and Quantum Computing

Supercomputing India (SCI2025) is the inaugural edition of a major annual HPC conference, organised by leading HPC centres in India in collaboration with international partners, and sponsored by the Ministry of Electronics and Information Technology (MeitY).

With the theme "Recent Advances in HPC, AI, and Quantum Computing," SCI2025 aims to foster a collaborative HPC ecosystem in India and Asia. It will serve as a global platform for connecting thought leaders from academia, industry, and the public sector.

SCI2025 is set to take off from December 11-12, 2025 at Bengaluru. The upcoming SCI2025 conference promises a wealth of engaging activities and discussions.

SCA2025 Banner

Call for Papers

Supercomputing has become an essential enabler for solving some of the most demanding and complex challenges in science, engineering, industry, and society. By leveraging massively parallel and distributed computing systems, high-performance computing (HPC) empowers breakthroughs through efficient algorithms, scalable applications, advanced architectures, and robust software ecosystems. The International Conference on Supercomputing India, SCI2025 serves as a premier venue for presenting cutting-edge research and practical innovations that drive the evolution of supercomputing technologies. We invite original contributions that push the boundaries of performance, scalability, and usability across the full spectrum of supercomputing. All submissions will undergo rigorous peer review.
Areas of interest include, but are not limited to, the following research tracks:

Performance

  1. Performance modeling, prediction, and optimization
  2. Scalable performance tools and analysis frameworks
  3. Benchmarking and tuning on large-scale systems
  4. Power-performance tradeoffs and energy-efficient computing

Programming Environments

  1. Programming models, frameworks, and languages (MPI, OpenMP, CUDA, SYCL, etc.)
  2. Compilers, tools, and runtime systems for large-scale systems
  3. Productivity-enhancing software environments
  4. Debugging, verification, and correctness tools

Multidisciplinary and Cross-Domain Research

  1. Cross-disciplinary HPC applications (e.g., bioinformatics, climate science, materials)
  2. Collaborative platforms bridging computational science and domain-specific needs
  3. Co-design involving software, hardware, and applications
  4. Education, training, and workforce development in HPC

Applications

  1. HPC applications in science, engineering, and industry
  2. AI/ML applications in HPC settings
  3. Grand challenge simulations and real-world use cases
  4. Application co-design for emerging architectures

Cloud and Distributed HPC

  1. HPC in the cloud and hybrid environments
  2. Elastic and serverless computing models
  3. Orchestration, containerization, and virtualization in HPC
  4. Workflow management and scheduling across distributed systems

Algorithms

  1. Parallel and distributed algorithms
  2. Scalable numerical and combinatorial methods
  3. Resilient and fault-tolerant algorithms for exascale
  4. Algorithms for hybrid and heterogeneous platforms

Quantum Computing

  1. Quantum algorithms with HPC integration
  2. Hybrid quantum-classical computing frameworks
  3. Simulators and tools for quantum research at scale
  4. HPC techniques supporting quantum workload execution

Artificial Intelligence (AI)

  1. Deep learning and AI at scale
  2. HPC for training and inference workloads
  3. Integration of AI/ML in scientific computing
  4. Scalable AI frameworks and hardware acceleration

Architecture

  1. Innovations in HPC architectures and hardware design
  2. Accelerators (GPUs, FPGAs, TPUs) and heterogeneous systems
  3. Memory, interconnects, and I/O systems
  4. Resilient and power-aware architectural solutions

Important Dates

  • Paper Submission: July 10, 2025 August 1, 2025
  • Author Notification: September 15, 2025
  • Camera-Ready Submission: September 22, 2025
  • Poster Deadline: September 16, 2025
  • Poster Notification Deadline: September 30, 2025
  • Camera-Ready copy of the Poster: October 22, 2025

Visitor

    Shri. Ashwini Vaishnaw
  • Hon'ble Minister
    Shri. Ashwini Vaishnaw
    Ministry of Railways,
    Ministry of Electronics and Information Technology & Ministry of Information and Broadcasting.

Patron

    S. Krishnan
  • Shri. S. Krishnan,
    Secretary, MeitY

Committees

General Chair

    E Magesh
  • Shri. E Magesh,
    Director General, C-DAC

General Co-chair

    Sunita Verma
  • Smt. Sunita Verma,
    Scientist G & Group Coordinator, MeitY

Technical Programme Committee Chair

    Prof. Sameer Shende
  • Prof. Sameer Shende,
    University of Oregon, US

Organizing Chair

    Mr. S D Sudarsan
  • Dr. S D Sudarsan,
    Executive Director, C-DAC, Bangalore

Industry Workshop Chair

Dr. Prashant Misra

Dr. Prasant Misra,
TCS Research

Industry Workshop Co-Chair

Dr. Sunil Kumar Vuppala

Dr. Sunil Kumar Vuppala,
Aurigo

Track Co-Chairs

Performance

Felix Wolf

Prof. Felix Wolf
TU Darmstadt, Germany

Swaroop Pophale

Dr. Swaroop Pophale
ORNL, US

Programming Environments

DK Panda

Prof. DK Panda
OSU, US

Anjani Priya

Dr. Anjani Priyadarsini
Quantum Computing Lead - AWS India

Multidisciplinary

Jeff Hammond

Dr. Jeff Hammond
NVIDIA, Finland

Lakshmikant Kale

Prof. Laxmikant Kale
UIUC, US

Applications

Manish Parashar

Prof. Manish Parashar
University of Utah, US

Yogesh Simmhan

Prof. Yogesh Simmhan
IISc, India

Cloud and Distributed HPC

Rajkumar Buyya

Prof. Rajkumar Buyya
University of Melbourne, Australia

Satish Puri

Prof. Satish Puri
Missouri S&T,US

Algorithms

Hari Sundar

Prof. Hari Sundar
Tufts University, US

Manish Modani

Dr. Manish Modani
NVIDIA

Quantum Computing

Anil Prabhakar

Prof. Anil Prabhakar
IIT Madras, India

Anastasiia Butko

Dr. Anastasiia Butko
LBNL, US

Artificial Intelligence (AI)

Prasanna Balaprakash

Dr. Prasanna Balaprakash
ORNL, US

Harshita Menon

Dr. Harshita Menon
LLNL, US

Architecture

Smruti Ranjan Sarangi

Prof. Smruti Ranjan Sarangi
IIT Delhi, India

Dilip Vasudevan

Dr. Dilip Vasudevan
LBNL, US

Publication Chair

Dr. Mohammed Misbahuddin

Dr. Mohammed Misbahuddin,
Scientist 'F', C-DAC Bangalore

Publicity Chair

Dr. Hemant Darbari

Dr. Hemant Darbari
Mission Director, NSM

Publicity Co-Chair

Ms. Divya M G

Ms. Divya M G
Scientist 'F', C-DAC Bangalore

Finance Chair

Mr. VVB Sudhakar
Manager (Finance)

Organizing Committee

  • Dr. Mohammed Misbahuddin
    Scientist 'F', C-DAC Bangalore
  • Ms. Karuna Prasad
    Scientist 'E', C-DAC Bangalore
  • Ms. Shilpa Bombri
    Scientist 'E', C-DAC Bangalore
  • Ms. Shikha Mehrotra
    Scientist 'E', C-DAC Bangalore

Web Committee

  • Ms. Archana T
    Project Associate

Venue

Date: December 11-12, 2025

Location: Bengaluru, Karnataka 560100, India

About

MeitY: The Ministry of Electronics and Information Technology (MeitY) is a government body responsible for formulating policies, promoting research and development, and overseeing the growth of information technology in India. MeitY plays a crucial role in advancing digital infrastructure, governance, and initiatives to ensure that India remains at the forefront of technological innovation. It actively supports the development of the IT sector, high performance computing, cybersecurity, artificial intelligence, digital empowerment, and enabling innovation in emerging technologies. Through various programs, MeitY fosters the adoption of technology across sectors and promotes digital inclusion for all.

C-DAC: The Centre for Development of Advanced Computing (C-DAC) is the premier R&D institution under the Ministry of Electronics and Information Technology (MeitY), Government of India. Established in 1988, C-DAC is known for pioneering India's first supercomputer and continues to lead in areas like AI, cybersecurity, quantum computing, and language technologies. It plays a key role in national digital initiatives, offering innovative solutions across sectors. C-DAC promotes collaboration, showcases cutting-edge research, and drives technology leadership in India. Its mission aligns with "Digital India" and the vision of a self-reliant, knowledge-driven society.

National Supercomputing Mission (NSM): The National Supercomputing Mission (NSM) is an initiative by the Government of India, jointly led by MeitY and DST, and implemented by C-DAC and IISc. It aims to build a high-performance computing ecosystem using indigenous hardware, software, and talent. NSM focuses on deploying supercomputers across academic and research institutions to support advanced research in areas like climate science, AI, healthcare, and engineering. With several petascale systems already installed, the mission is progressing toward exascale computing. NSM also promotes skill development and collaboration, making India a key player in global supercomputing advancements.

C-HUK: The Centre for High-Performance Computing Upskilling & Knowledge-sharing (C-HUK) is an initiative by C-DAC under MeitY, Government of India, focused on building skilled manpower in high-performance computing (HPC), AI, and cybersecurity. C-HUK offers NCVET-certified training programs with hands-on experience on PARAM supercomputers, targeting students, faculty, and underrepresented groups. C-HUK plays a vital role in supporting the National Supercomputing Mission (NSM) and advancing India's digital and scientific capabilities.

Contact Us

Centre for Development of Advanced Computing

Bangalore - 560100, Karnataka, India

Email: sci@cdac.in
Phone: 080-24485855