Courses

15th International Week „Internet Communication Management”

11-15th May 2026

Courses

Teachers

No Course Course Outline
1 Macroeconomics and Panel Data Analytics Master level The aim of this course is to provide participants with theories of policy decision making and understanding of public institutions interaction with the society, private institutions and the environment. Students aim to learn the application of statistical methods for macroeconomics analysis. This course introduces advanced panel data techniques with a focus on Common Correlated Effects (CCE) methods and their extensions to the dynamic specifications. These methods address crucial challenges in macroeconomic analysis, such as cross-sectional dependence and unobserved global factors, making them particularly well-suited for analyzing heterogeneous economies in an increasingly interconnected world. By incorporating latent common factors, CCE methods provide greater flexibility and robustness compared to traditional panel approaches, enabling researchers to capture the complexities and interdependencies of modern macroeconomic systems. Students will gain both theoretical insights and practical skills to apply these methods to real-world macroeconomic datasets.

The first part contents of the course are as follows: Market Imperfections and Role of Government – Role of Externalities – The Environment as a Public Good; Quality of Institutions – Democracy and Voting Paradox – Bureaucracy; Fiscal Decentralization and Administration; Features of Taxation and Managing Tax Evasion; Statistical Macroeconomic Analyses.

The second part covers the following topics: Introduction to Panel Data and CCE Methods: Basics of panel data analysis and limitations of traditional methods. Cross-sectional dependence in macroeconomic datasets and its implications. Introduction to Common Correlated Effects (CCE) estimators. Dynamic Extensions of CCE Models: Theoretical underpinnings of dynamic panel models. Extending CCE methods to dynamic specifications.  Dealing with endogeneity and dynamic relationships in macroeconomic panels. Empirical Applications in Macroeconomics Case studies on key macroeconomic phenomena (e.g., global financial cycles, fiscal and monetary policy interactions). Practical implementation with real macroeconomic datasets. Using econometric software (e.g., Stata, R, or MATLAB) to apply CCE methods.

2 Entrepreneurship in Digitalized World –  Bachelor level The course is to equip students with the knowledge and practical skills to identify real-world problems, design innovative and ethically responsible solutions, and communicate entrepreneurial ideas effectively using technology and AI tools. The course integrates creativity, data-driven decision-making, ethical considerations in AI-assisted business and tax practices, and professional communication techniques to prepare students for entrepreneurial and compliance challenges in a modern, technology-enabled business environment.

The course contents are as follows: Entrepreneurship in a Technology-Driven Environment. Problem Identification and Validation. Designing the Innovative Solution. Developing a Digital Representation of the Innovative Solution. Using AI Tools for Business Planning & Communication. Crafting a Clear Business Message and Elevator Pitch. Presentation Skills for Pitching. Final Pitch Presentations and Reflection.

3 Agile Solutions for Changing Project Environment Bachelor level The course integrates traditional and agile project management approaches and emphasizes both technical and managerial competencies. Students learn general project management as well as deep dive in agile techniques.

The first aim of this course is to provide students with a structured understanding of project management principles, tools, and methodologies required for the effective planning, execution, monitoring, and completion of projects in contemporary organizations.

The second aim of the course is to develop students’ creative thinking skills and their ability to generate, evaluate, and implement creative ideas in business, marketing, and digital communication contexts. The course focuses on practical tools and methods that enhance creativity, problem-solving, and innovative decision-making. The important issues considered in this section are as follows: Creativity as a key competence in the digital economy. Myths and barriers of creativity. Creative thinking vs. critical thinking. Divergent and convergent thinking techniques. Creative problem-solving models (design thinking, SCAMPER, lateral thinking).   Idea generation tools for marketing and business communication. Creativity in digital content, branding, and social media. Team creativity and collaborative ideation. Evaluation and selection of creative ideas. Practical workshops and case-based exercises.  Finally, the third aim of this course is to introduce students to the fundamental concepts of marketing and to develop their understanding of consumer behavior in contemporary markets. The course focuses on key marketing principles such as the marketing mix, market segmentation, targeting, positioning, and the consumer decision-making process. By combining theoretical foundations with practical examples, students will gain the ability to analyze markets and design basic marketing strategies. The teacher focuses on consumer behaviors.

4 Digital Platforms for Business Analytics – Bachelor level This course aims to provide students with a comprehensive understanding of cloud-based analytics platforms, both in terms of practical application and theoretical concepts. It focuses on architecture design, performance optimization, and analytics workloads. Students will learn how cloud infrastructures support scalable data ingestion, storage, processing, and analytics. The course also examines trade-offs among performance, cost, and security evaluation methods. This first section subtopics are as follows: Overview of cloud computing and analytics platforms. Cloud service models for analytics (IaaS, PaaS, SaaS). Data ingestion and storage architectures. Cloud-based data lakes and data warehouses. Introduction to cloud-native analytics services. Performance and scalability considerations. Cost optimization and resource management. Security, governance, and compliance in cloud analytics. Data preparation and analytics using Alteryx (hands-on exercise). Data visualization and dashboard development using Tableau or Power BI (hands-on exercise).

The second sections aims to teach students the essence of the concept of digital finance; the development directions of financial technologies; the operational mechanisms of digital payment systems and electronic banking platforms; the characteristics of the formation of innovative financial institutions; the impact of payment cards and digital payment instruments on economic development; as well as the fundamental features of virtual currencies, the FinTech ecosystem, digital banking, and risks in e-banking services.

The third section of this course is to provide students with a clear and practical understanding of how artificial intelligence can be applied in contemporary business and communication contexts. The course focuses on developing strategic thinking about AI, emphasizing its role as a supportive tool for decision-making, communication, marketing, and business processes rather than a replacement for human expertise. Through real-world examples and applied discussions, students will learn how AI-driven tools influence business efficiency, digital communication, and managerial practices. The course also aims to raise awareness of ethical considerations, risks, and responsible use of artificial intelligence, enabling students to critically evaluate AI solutions and their impact on organizations and society.

5 Information Assurance and Data Quality Bachelor level The first part of this course aims to provide students with a foundational understanding of cybersecurity principles, threats, and defense mechanisms within the context of Internet Communication Management. The course aims to equip participants with essential knowledge on information assurance and awareness to identify, prevent, and respond to cyber risks affecting organizations and individuals.

The second part aims to explain the importance of data quality, to describe the major dimensions of data quality, to identify common sources of poor data quality, evaluate data quality in a dataset using structured criteria, describe value chain for data quality, and discuss the impact of AI on data quality.

The first part of this course covers the following topics: Overview of cybersecurity and information assurance. Threats, vulnerabilities, and attack vectors. Principles of confidentiality, integrity, and availability. Authentication, authorization, and access control. Cryptography fundamentals (symmetric, asymmetric, hashing, digital signatures). Network security and secure communication protocols. Security governance frameworks (ISO/IEC 27001, NIST, CIS Controls). Cyber defense, incident response, and ethical considerations.

The second part workshops and team activities are as follows: Team Activity 1 – In-class reading and discussion: McDonald’s Poland: Record GDPR Fine for Employee Data Breach; American Heart of Poland S.A.: Healthcare Data Breach and Fine; Public Administration: NIK Audits Reveal Systemic Data Security Lapses. Team Activity 2- in class reading and discussion: development of a value chain for data quality; identification of errors differ between stages in value chain. Team Activity 3 – Data errors by industry; Answer question: Are different errors equally important across different industries. Team Activity 4 – Development of index for data quality; Answer question: How to develop an index for data quality?

6 Innovative Solutions for Business Systems Bachelor level The course consists of three sections. Assignment of all three is mandatory. The first section is to provide foundational knowledge and practical skills in the field of digital marketing. The teacher will  introduce students to SEO, content marketing, social media, email marketing, influencer marketing, native ads, and online advertising. Also, this section aims to develop practical skills and expose them to the newest trends.

The second section aims to consider the state-of-the art and the prospective of the green transformation and the implementation of the digital twins to support it. The third part of this course contains the following topics: Green pact, green transition and green transformation, State-of the-art of the green transformation in EU and elsewhere, case studies with concrete countries. Technologies implemented for the green transformation. Implementation of the Digital Twins for the green transformation.

7 Foundational Concepts and Principles in Cybersecurity Bachelor level The aims of this course are as follows: 1. understanding how key concepts and principles can be defined and used differently in cybersecurity. 2. Understanding different attacker mechanisms on cybersecurity. 3. Understanding different defense mechanisms on cybersecurity. Therefore, the course covers important concepts, principles, and management perspectives in cybersecurity. The students attend seminars where they discuss important concepts, principles and different perspectives (e.g., management, technical).

The key concepts introduced during the course are for example: confidentiality, integrity, availability, threat, risk, incident, information assets, and security measures. (Addressing aim 1). Different attacker mechanisms of cybersecurity (e.g., Malware, social engineering, hackers). (Addressing aim 2). Different defense mechanisms of cybersecurity (e.g., user awareness, backup, system and App updates).(Addressing aim 3).

8 Artificial Intelligence and Business Intelligence Systems Bachelor level The primary goal of the course is to get theoretical and practical knowledge about different methods of data visualization by using modern tools and technologies. The second goal is an application of data analytics for understanding digital marketing dynamics. The third goal is an exploration of the relationship between Artificial Intelligence (AI) and Self-Service Business Intelligence (BI) and how this combination can assist organizations in enhancing their decision-making processes. The first section content: 1. Introduction to Data Visualization. 2. Data and Mappings (variables, types of data, encoding, marks and channels). 3. Multidimensional Data Visualization. 4. Types of Data Visualization (complex, spatial, time series, big data, trees, graphs and networks). 5. Business Intelligence (BI) and Visualization. 6. Introduction to Tableau and Power BI. 7. Practical work – Creating Dashboards.

The second section content: Data Science in Marketing and Media: Applications of data analytics in understanding digital marketing dynamics. Artificial Intelligence in Marketing Decision-Making: Demonstrating predictive modeling and automation in marketing strategies. Ethical Dilemmas in AI-Driven Marketing: Exploring responsible data use, algorithmic bias, and transparency in AI applications. Behavioral Insights and Consumer Analytics: Understanding how behavioral science enhances data-driven decision-making.

The third section concerns AI with Self-service BI puts data analysis in the hands of non-technical users. In the third section, we’ll cover: Benefits of Self-Service BI for Faster Decision-Making. Reducing IT Dependency and Enhancing Agility. Data Governance for Data Accuracy and Security. Training and User Proficiency to Maximize Self-Service BI’s Potential.

9 Artificial Intelligence for Marketing and Communication Bachelor level The course consists of two sections. Assignment of both is mandatory. In the first section, students will be empowered to navigate a marketing landscape undergoing massive disruption due to generative artificial intelligence (AI). Students will develop: skills for the application to Generative AI, understanding of current trends and underlying macro developments, critical reflection on ethics regarding generative AI in marketing. The second section prepares students for the marketing and media challenges of today’s digital age by offering an in-depth understanding on the process of planning and executing a digital marketing communication strategy.

The first section includes the topics: Generative AI as a toolbox for Students; AI Agents; SEO and Generative AI; Ethical implications.

The second section topics are as follows: strategic framework for planning and executing effective digital marketing campaigns; target audiences and insights required to plan a digital marketing strategy; SMART marketing objectives and Key Performance Indicators; development of customer personas representing the key target segments for non-profit organizations; identification of marketing channels that could be utilized to achieve specific marketing goals; understanding the unique challenges and opportunities of non-profit organizations.

10 Digital Transformation for Augmented Management Bachelor level  The aim of the first section is to provide students with a comprehensive understanding of how digital technologies transform modern supply chains. Students will learn how data, platforms, artificial intelligence, and digital communication reshape logistics processes, managerial decision-making, and global supply network structures. By combining conceptual foundations with practical case studies and interactive exercises, the course enables students to analyze, design, and evaluate digital supply chain solutions in an international context. This course explores the digital transformation of supply chains from both a managerial and technological perspective. Starting with the foundations of logistics and supply chain management, students learn how information flows, data quality, and digital platforms form the backbone of modern supply chains. The course examines how data-driven decision-making is enabled through cloud platforms, process mining, control towers, and digital twins. Building on this, students are introduced to artificial intelligence applications in forecasting, routing, inventory optimization, and human–AI collaboration in supply chain decisions.

The second part of this course aims to provide a comprehensive understanding of artificial intelligence applications in business and services, focusing on enhancing operational efficiency, improving customer experiences, supporting data-driven decision-making, fostering innovation, and gaining a competitive edge in various industries.

The third section aims to provide knowledge on the use of the Internet as a way of communication inside the e-sport sector. The third section covers the following content: the e-sport system; the stakeholders of the sport sector; the sport companies; the management of sport organizations; the sport events; global events and local events; sport funding, organization and communication; the role of Internet; Internet as a tool of promotion.

15th International Week teachers

  1. Dr Sanjeev Kumar Sobhee, University of Mauritius, Mauritius
  2. Dr Gianni Carvelli, Catholic University of the Sacred Heart, Piacenza, Italy
  3. Dr Engy El Hawary, British University in Egypt, Cairo, Egypt
  4. Dr Rehab Rabie, British University in Egypt, Cairo, Egypt
  5. Dr Malte Beinhauer, htw saar, Saarbrücken, Germany
  6. Ahmadov Zamig, Baku Business University, Azerbaijan
  7. Tetiana Mishustina, Alfred Nobel University, Dnipro, Ukraine
  8. Dr Javidan Heydarov, Baku Business University, Azerbaijan
  9. Dr Thiru Pandian, University of Texas at Dallas, USA
  10. Dr Olha Hamzah, Alfred Nobel University, Dnipro, Ukraine
  11. Dr Cesar Lezcano Villanueva, Universidad National de Asuncion, Paraguay
  12. Dr Kannan Ramanathan, University of Texas at Dallas, USA
  13. Dr Lindos Daou, Holy Spirit University of Kaslik – USEK, Lebanon
  14. Prof dr Pamela Heise, University of applied science and arts, Coburg, Germany
  15. Dr Galia Marinova, Technical University , Sofia, Bulgaria
  16. Dr Shang Gao, Orebro University, Sweden
  17. Dr Elham Rostemi, Uppsala University, Sweden
  18. Dr Martina Antonic, University of Zagreb, Zagreb, Croatia
  19. Dr Israa Ahmed, British University in Egypt, Cairo, Egypt
  20. Dr Blerta Mocka, Agriculture University of Tirana, Albania
  21. Dr Lukas Hartleif, Fachhochschule Kufstein Tirol Bildungs GmbH, Austria
  22. Dr Elaine Grech, University of Malta, Malta
  23. Dr Bernd Muller-Dauppert, Frankfurt University of Applied Science, Germany
  24. Dr Jean Elia, Holy Spirit University of Kaslik, USEK, Lebanon
  25. Dr Mario Nicoliello, University of Brescia, Italy