Planned Topics | Műszaki Alaptárgyi Tanszék (MK)

Innovative Teaching Methods in Engineering Education

• Application of active learning techniques in engineering education
• Flipped classroom and blended learning in engineering programs
• Virtual and augmented reality in education
• The role of digital tools and e-learning platforms
• Gamification and game-based learning in engineering education

Industry Collaboration and Integrating Real-World Problems into Education

• Integrating real-world industrial problems into project-based education
• Enhancing university-industry collaborations in engineering education
• Simulation techniques and modeling real-world problems for educational purposes

Teaching Engineering Design and Systems Science

• Multidisciplinary approaches in education: engineering design and systems thinking
• Teaching model-based design: using mathematical and physical models
• Educational challenges and opportunities in systems science

Digital Technologies and the Future of Engineering Education

• The impact of digitalization on engineering education and the labor market
• Industry 4.0 and the challenges for engineering education
• Robotics and automation in education

Data Science and Artificial Intelligence in Engineering Education

• Developing data science competencies for engineering students
• Teaching artificial intelligence and machine learning
• AI and data-driven approaches to solving industrial and engineering problems
• Ethical issues of AI in engineering education

Skills Development for Future Engineers

• Teaching creative problem-solving and innovation
• Developing critical thinking and systems thinking
• Communication and teamwork skills for engineering students

Sustainability and Engineering Ethics in Education

• Integrating sustainability into the engineering curriculum
• Teaching engineering ethics: responsible engineering practices
• Environmental impacts in engineering design and education
• Social responsibility and the role of engineers in sustainability

The Future of Education: Hybrid and Remote Learning

• Developing and evaluating hybrid educational methods
• Distance learning and virtual collaboration in engineering education
• Creating international learning communities through online platforms

Transdisciplinarity and Integrated Approaches

• Integration of engineering education with social sciences
• Interdisciplinary collaboration in educational innovations
• The role of the humanities and social sciences in engineering education

Didactic Innovations and Assessment Methods

• Innovative assessment methods for evaluating engineering students' performance
• Competency-based education and assessment approaches
• Learning analytics and data-driven decision-making in education