INTRODUCTION

Finding Certainty in an Uncertain Era. From the rapid advancement of fundamental computing power to the development of smart campuses, from microscopic structures such as a single tooth to large-scale global science and technology governance, simulation technology is emerging as an “unsung hero” that is reshaping both our physical and digital worlds.

The Asian Simulation Federation (ASIASIM)’s original publication, Simulation for Everything, Issue 2, is now officially available! This issue covers eight core sections (SECTION 1–SECTION 8), providing a comprehensive and multidimensional overview of cutting-edge theories, advanced technologies, practical applications, and the global ecosystem of simulation science.

Let’s follow the journey and discover the highlights of this issue!

Section 1

The Future

As AI continues to advance at an unprecedented pace, people are often amazed by the breakthroughs of algorithms while overlooking the fundamental foundation behind them—simulation technology. In this opening article, Professor Lin Zhang provides an in-depth analysis of how simulation technology serves as a “behind-the-scenes enabler,” delivering essential computational support for chip development, process optimization, and algorithm refinement.

Section 2

The Ecosystem

Simulation is not only a technology—it is also an ecosystem. This section focuses on ASIASIM’s industry conferences, standards development, report publications, and competition awards, providing a comprehensive overview of the organizational models and operational frameworks that shape the simulation ecosystem.

1. Conference Highlights

2. Publications and Reports

The International Journal of Modeling, Simulation, and Scientific Computing (IJMSSC) is a flagship publication platform under the Asian Simulation Federation (ASIASIM) and is published by World Scientific. The journal focuses on interdisciplinary areas including modeling and simulation, high-performance computing, and AI-driven simulation, covering fields such as computer science, mathematics, engineering, physics, and social sciences. It is indexed in ESCI and listed in the JCR “Computer Science, Theory & Methods” category, with an editorial board comprising experts from 17 countries worldwide.

3. Standards and Accreditation

ASIASIM, together with Professor Lin Zhang and Dr. Kunyue Xie from the International Simulation Technology Innovation Center, held an in-depth discussion with Dr. Antoine Dominici from the University of Corsica, France, on the development of the ISO 21175 series of standards at the Beihang University Hangzhou International Innovation Research Institute.

4. Competitions and Awards

The “First Asian Simulation Federation Simulation Art Design Competition” was themed “Everything Can Be Simulated · Simulation Illuminates the Future”. The competition invited submissions from university faculty and students worldwide, simulation technology professionals, designers, and art enthusiasts. It encouraged participants to explore innovative expressions that integrate simulation technology with digital creativity from an artistic perspective.

Section 3

The Science

Delving into the core of models and understanding the foundations of methodology. Focusing on the innovative design of complex products, the team from Beihang University provides a detailed introduction to X Language, methodologies, and tools, revealing a new-generation integrated modeling and simulation technology framework that supports Model-Based Systems Engineering (MBSE).

Section 4

In Practice

From models to reality, from computation to decision-making. This issue presents an in-depth analysis of a real-world simulation case from Beihang University Hangzhou International Campus, showcasing how digital simulation technology acts as a “pioneer” in precisely safeguarding the structural foundation and supporting the full construction lifecycle of the 395-meter-long, large-scale architectural structure known as the “Flying Roof”.

Section 5

The Story

Behind every technology, there are always human stories. This section explores real stories from the field of simulation. Take orthodontic treatment as an example: from the uncertainty of relying solely on doctors’ experience to a fully visualized and precisely controllable process enabled by simulation-driven analysis, every technological innovation is making a meaningful impact on everyday life.

Section 6

Opportunity

Connecting people, technology, and industry through key pathways. This section brings together talent development, collaboration opportunities, and pathways for achievement transformation, enabling every reader to discover their entry point into the simulation ecosystem.

Summer School

The International Summer School serves as a fundamental component of the Asian Simulation Federation’s (ASIASIM) young talent development system. With the core mission of “Connecting cultures through simulation,” it aims to create a high-level, immersive platform for academic exploration and cross-cultural exchange for young simulation researchers worldwide.

International Summer School

Internship Talent Source Base

To systematically expand practical pathways for young talents to engage with international organizations, the Asian Simulation Federation (ASIASIM) actively establishes “International Organization Internship Talent Bases” at universities both in China and abroad. By deeply connecting university resources with international organization platforms and promoting industry–academia–research–application collaboration, ASIASIM provides young talents with important opportunities to participate in international affairs and enhance their global competencies.

International Organization Internship Talent Base

(Unveiling Ceremony of the ASIASIM–Dali University International Organization Internship Talent Base)

(Unveiling Ceremony of the ASIASIM–Nanjing University of the Arts International Organization Internship Talent Base)

Talent Development

ASIASIM is committed to the principle of “cultivating, identifying, and empowering talent”. Through initiatives such as recommendations for national-level young talent programs, youth forums at international academic conferences, and the dissemination of high-quality research achievements, ASIASIM is gradually building a comprehensive young talent development system that supports the entire growth journey of emerging simulation science and technology professionals, providing them with broader opportunities for advancement.

Outreach

ASIASIM welcomed more than 30 international students from Fudan University, representing nearly 20 countries, including Germany, Italy, Russia, the United States, Brazil, and Mexico, for an exchange and learning visit. This exchange transcended disciplinary and national boundaries, allowing young people from around the world to experience the unique appeal of cutting-edge technologies firsthand and witness real-world examples of how technology empowers urban development.

Section 7

Federation

The value of international science and technology organizations lies not only in academic exchange, but also in resource connectivity, ecosystem development, and collaborative innovation. As a simulation technology cooperation platform rooted in Asia and oriented toward the world, the Asian Simulation Federation (ASIASIM) is continuously expanding its global influence by building international cooperation networks and fostering the growth of a global simulation technology community.

Strategic Developments

Visits and Exchanges

Five Founding Members

The Asian Simulation Federation (ASIASIM) is an international, non-profit science and technology organization jointly initiated by the Chinese Simulation Federation, Japan Society for Simulation Technology, Korea Society for Simulation, Society of Simulation and Gaming of Singapore, and Malaysian Simulation Society. This section introduces the development progress and key characteristics of the five founding member organizations.

Section 8

Global Vision

In an era where global technological innovation increasingly transcends national boundaries, the development of simulation technology is no longer merely an engineering challenge; it has become deeply integrated into international rule-making, digital governance, and sustainable development frameworks. As an international science and technology organization, ASIASIM plays an important bridging role in this process. This section introduces the four United Nations headquarters and global city networks, helping readers better understand the UN’s fundamental functions and global governance framework.

Conclusion

Simulation for Everything. Open the second issue of Simulation for Everything and join us in exploring the depth of models, understanding the foundations of methodologies, and experiencing the value and human warmth of simulation technology from a human-centered perspective.