Integrated STEM Education
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| Duration of the course | 5 to 7 days |
| Minimum number of participants required | 3 |
| Certifications | Certificate of Attendance Europass |
| Course locations | Antalya, Istanbul, Cappadocia, Alanya |
| Course fee | 400€-560 € |
Course Description
The demand for STEM education is higher than ever, as it plays a critical role in preparing students for future careers in an increasingly technology-driven world. This course equips educators with the knowledge, strategies, and confidence to integrate STEM and STEAM principles into their teaching practices effectively.
This course is designed to support educators in integrating STEM practices into their teaching by emphasizing interdisciplinary approaches, inquiry-based learning, and real-world applications. Participants will explore innovative teaching methods, develop STEM lesson plans, and learn assessment strategies that promote critical thinking, creativity, and problem-solving.
Over the course, participants will engage in interactive workshops, discussions, and hands-on activities that focus on various aspects of STEM education, including interdisciplinary teaching, inquiry-based learning, assessment techniques, and encouraging student interest in STEM careers.
Aim
This course aims to provide educators with the knowledge, skills and confidence to effectively integrate STEM education principles into their teaching practice, ultimately improving student engagement, learning outcomes and preparation for future STEM-related careers.
Objectives
- To understand the principles and significance of STEM education.
- To apply integrated teaching approaches, such as multidisciplinary, interdisciplinary, and transdisciplinary methods, in STEM education.
- To design authentic and engaging real-world scenarios tailored for STEM lessons.
- To develop clear and measurable learning outcomes focusing on 21st-century skills in STEM education.
- To implement hands-on STEM activities using backward design principles and effectively assess student learning.
- To enhance student interest and awareness in STEM careers through interdisciplinary approaches and creative integration.
Methodology & Assessment
The course employs interactive and participatory methods to maximize engagement and learning:
• Workshops and group activities: Collaborating with peers to design and implement STEM lessons.
• Case studies and real-world applications: Analyzing successful STEM teaching models.
• Practical assignments: Developing STEM units, activities, and assessment tools.
• Reflection and feedback: Daily reflections and peer feedback to refine teaching strategies.
Assessment Criteria:
• Active participation in discussions and activities
• Completion of group and individual projects
• Quality of STEM lessons and assessment tools developed
• Final self-assessment and peer evaluation
Course Timetable
Day 1
- What is STEM Education? And why?
- STEM Education Models
- Integrated Teaching- Integrated Learning
- Practical Work: Implementing STEM activity -1
Day 2
- Scientific inquiry and STEM education
- STEM to STEAM- The Role of Art
- Integration of 21st-century skills- making visual thinking skills in STEM Lessons
- Practical Work: Implementing STEM activity- 2
Day 3
- Characteristics of STEM lessons/units
- How to write scenarios/real-world, human problems for STEM lessons?
- Identifying desired results/learning outcomes for STEM education
- Assessment of learning outcomes in STEM Education
- Backward design to development of STEM unit /lesson
- Practical Work: Implementing STEM activity-3
Day 4
- Planning learning experience and teaching process for STEM
- Development of STEM activities (Participants will develop STEM activities with their team led by expert)
- Presentation of developed STEM unit/ learning modules/ lesson
- Challenges and opportunities for teachers and learners
- Practical Work: Implementing STEM activity- 4
Day 5
- Effective Assessment in STEM/STEAM
- Formative and summative assessment techniques
- Designing authentic assessment tools and rubrics
- Peer evaluation of assessment strategies
Day 6
- How to enhance students’ perception towards STEM Careers?
- Development of STEM lessons/activities – Expert guidance
- Pilot Implementation of STEM lessons/activities by participants
- Cultural events
Day 7
- Pilot Implementation of STEM lessons/activities by participants
- Reflecting on personal growth and setting future goals
- Evaluation of the course/reflection of participants
- Certification ceremony and closing reflections.