Anylogic for universities

1. Overview of AnyLogic

AnyLogic is a multi-method simulation platform that allows the construction and analysis of complex simulation models across a wide range of fields.

AnyLogic was developed to assist businesses, research organizations, and educational institutions in modeling real-world systems, testing various scenarios, and evaluating results before making decisions .

In a university setting, AnyLogic can be used as a tool to support teaching, practical work, scientific research, and collaboration between the university and businesses .

2. AnyLogic in Higher Education

AnyLogic helps transform theoretical knowledge into intuitive and interactive models.

Instead of learning solely through formulas, documents, or theoretical examples, students can build a simulation model and directly observe how the system changes as input factors are adjusted.

The learning process with AnyLogic:

THEORY → MODELING → SIMULATION → TESTING → ANALYSIS → PROBLEM SOLVING

Through this, students can simultaneously develop specialized knowledge and analytical skills, systems thinking, and problem-solving abilities.

3. The value of AnyLogic to universities

3.1. Teaching Support

AnyLogic helps instructors build visual models to illustrate complex systems and processes.

Students can interact with the model, change parameters, and observe the results instead of just receiving knowledge in a one-way manner.

3.2. Increase practical skills

AnyLogic creates an environment where students can apply their knowledge to real-world problems.

Students can build models for systems such as:

• - Factory and production line
• - Warehouses and logistics centers
• - Supply chain
• - Urban transportation
• - Transportation system
• - Hospitals and healthcare systems
• - Market and business operations

3.3. Support for scientific research

AnyLogic can be used in:

• - Scientific research topic
• - Graduation project
• - Thesis
• - Dissertation
• - Interdisciplinary research projects
• - Collaborative research projects with businesses

Students and faculty can build models, conduct simulation experiments, and compare various scenarios.

3.4. Strengthening connections with businesses

Simulation problems can be built based on real-world business issues.

This creates opportunities for the university to implement projects:

University → Research → Simulation → Business → Solving Real-World Problems

This will increase the applicability of training and research activities.

4. Training areas where AnyLogic can be applied

4.1. Technology and Production

AnyLogic can be used to simulate:

• - Production line
• - Factory
• - Machinery system
• - Production process
• - Production capacity
• - Resource allocation
• - Optimizing production operations

Suitable fields: Industrial Engineering, Mechanical Engineering, Mechatronics, Automation, Manufacturing, Automotive...

4.2. Logistics and Supply Chain

Students can simulate:

• - Warehouse
• - Distribution center
• - Transportation
• - Supply chain
• - Inventory management
• - Delivery and receiving operations
• - Resource allocation

AnyLogic helps students evaluate different operating options and analyze the impact of each decision.

Suitable fields: Logistics, Supply Chain Management, Operations Management, Transportation Economics...

4.3. Transportation and Urban Development

AnyLogic can simulate:

• - Traffic flow
• Traffic congestion
• - Urban transportation system
• - Public transportation
• - Road planning
• - Behavior of road users

Students can experiment with various planning options and assess their impacts before implementing them in practice.

Suitable fields: Transportation Engineering, Urban Planning, Intelligent Transportation Systems, Construction...

4.4. Economics and Management

AnyLogic can support research on:  Market,  Competition,  Customer Behavior,  Business Operations,  Operations Management,  Decision Making, and  Strategic Analysis.

Suitable fields: Economics, Business Administration, Finance, Marketing, Business Analytics...

4.5. Information Technology and AI

AnyLogic can be combined with data analytics, machine learning, and AI methodologies to build simulation models and decision-making systems.

Suitable fields: Information Technology, Data Science, AI, Computer Science, Systems Engineering...

5. What skills does AnyLogic help students develop?

Using AnyLogic not only helps students learn how to use software but also develops many important skills:

Systems thinking

Understand the relationships and interactions between the components in a complex system.

Modeling

Transform a real-world problem into a model that can be analyzed and simulated.

Data analysis

Collect, analyze, and evaluate results from simulation experiments.

Problem solving

Experiment with various options to find the right solution.

Decision making

Assess the impact of decisions before implementing them in practice.

Working with real-world problems

Students have the opportunity to approach problems similar to those encountered in business environments.

6. Examples of applications in training

Example 1: Traffic simulation

Students build a model of a traffic area.

It can be changed:

• - Number of vehicles
• - Number of lanes
• - Traffic light cycle
• - Route
• - Public transportation

Next, analyze:

• - Travel time
• - Traffic flow
• - Level of congestion
• - The effectiveness of each option

Example 2: Factory Simulation

Students build and modify the production line model:

• - Number of machines
• - Number of employees
• - Production speed
• - Processing time
• - Inventory size

Based on that assessment:

Productivity → Lead time → Production capacity → Cost → Operational efficiency

Example 3: Supply Chain Simulation

Students can model the relationship:

Supplier → Factory → Warehouse → Distributor → Customer

Then, test the options regarding:

• - Inventory
• - Delivery time
• - Customer needs
• - Transportation capacity
• - Ordering Policy

This helps students gain a better understanding of the volatility and risks in the supply chain.

7. Benefits for faculty

AnyLogic provides an environment for instructors to:

• - Develop visually engaging lectures.
• - Create a real-life case study
• - Designing simulation exercises
• - Guiding students in completing their projects.
• - Developing research topics
• - Developing models to support scientific research.
• - Incorporate data and real-world business problems into teaching.

8. Benefits for the school

Integrating AnyLogic into the training program can contribute to:

Improve the quality of training.

→ Increase the visual and practical aspects of teaching.

Enhance research capacity

→ Support students and faculty in carrying out simulation projects and scientific research.

Increase applicability

→ Integrate real-world business problems into the training environment.

Increase business collaboration opportunities.

→ Create a foundation for research projects and technology transfer.

Developing high-quality human resources.

→ Equip students with modeling, analysis, and decision-making skills.

9. Implementation plan for AnyLogic at universities.

Schools can implement AnyLogic at multiple levels:

Phase 1 – Training

Using AnyLogic in subjects related to:

• - Simulation
• - Operations Research
• - Supply Chain
• - Logistics
• - Manufacturing
• - Transportation
• - System Engineering

Phase 2 – Project and Research

Use AnyLogic for:

• - Course project
• - Graduation project
• - Thesis
• - Scientific research

Phase 3 – Business Cooperation

Develop simulation projects based on real-world business problems.

Phase 4 – Simulation Center

The school could develop labs or simulation centers to serve the following purposes:

• - Train
• - Study
• - Seminar
• - Corporate training
• - Technology transfer

AnyLogic is more than just simulation software.

For universities, AnyLogic can become a tool to connect academic knowledge, practice, scientific research, and the real-world needs of businesses .

Through simulation, students can:

LEARN → BUILD A MODEL → TESTING → ANALYSIS → SOLVE A REAL-WORLD PROBLEM

Through this, the school can improve the quality of education, promote research activities, and strengthen connections with businesses.