Where Computational Ambition Meets Supercomputing Power

Is your company developing new products, working with large-scale data, applying artificial intelligence, or looking for ways to accelerate research and innovation? High-Performance Computing (HPC) enables organizations to solve complex challenges faster and more efficiently.

 The Latvian HPC Competence Centre (NCC Latvia) invites SME’s, researchers, students, academics, and innovation professionals to join the information event “Where Computational Ambition Meets Supercomputing Power”, taking place on 28 September at Riga Technical University (RTU).

Event Details

📍 Venue: The Moon Hall, RTU, 6A Ķīpsalas Street, 2nd Floor
🕚 Time: 11:00-13:00 (registration and networking coffee from 10:30)

During the event, participants will learn:

  • how High-Performance Computing drives innovation and competitiveness;
  • how companies use supercomputers in research, product development, and manufacturing;
  • what support services are available through the Latvian HPC Competence Centre;
  • how HPC and artificial intelligence can address real-world business and research challenges;
  • practical experience and success stories from companies using HPC technologies.

Programme

10:30 – Registration and networking coffee

11:00 – Welcome remarks and project introduction

11:10-11:30High-Performance Computing as a Catalyst for Latvia’s Growth: Requirements and Strategy
Jānis Irbe, RTU

11:30-11:50Modern HPC: How Companies Apply Supercomputing in Research, Development, and Manufacturing, Kirils Suvorovs, University of Latvia

11:50-12:10Services and Opportunities Offered by the Latvian HPC Competence Centre for Businesses
Kārlis Muižnieks, University of Latvia

12:10-12:20AIFA-Lat Services for Businesses, Anna Plaudina, RTU

12:20-12:40 – Industry Success Story

12:40-13:00 – Questions and Answers

Registration

Participation is free of charge; however, registration is required.

👉 Register here>>

For any questions, please contact us at [email protected].

Join us to discover how supercomputing can help transform ambitious ideas into innovation, accelerate research, and strengthen competitiveness in today’s data-driven economy.