It requires learning methods for students that not only include critical thinking processes but also apply analytical and collaborative frameworks. The student will integrate processes and concepts into the real-world contexts of science, technology, engineering, and mathematics that encourage the development of skills and competencies for school, career, and professional life.
This picture is known as the STEM learning method, which applies the pillars of science, technology, engineering, and mathematics in the learning process. To find out details about STEM and its application in Global Sevilla, we present this explanation for you.
Definition of STEM
STEM is an acronym for Science, Technology, Engineering, and Mathematics, and is a learning approach integrating four subjects, namely science, technology, engineering, and mathematics. These four fields can make knowledge more meaningful and complete when integrated into the learning process (Torlakson, 2014).
STEM focuses on problem-solving in real everyday life. The combination of the four disciplines of science, technology, engineering, and mathematics in an interdisciplinary approach is applied based on real-world contexts and problem-based learning (Giyanto, 2020).
Types of STEM learning methods
- Problem-Based Learning
- Problem-based learning methods will test students with real-world problems that require the application of STEM concepts to find solutions. They work in groups to analyze the difficulties that arise, develop strategies, and test solutions.
- Project-Based Learning
- Project-based learning methods engage students in projects that require the application of STEM concepts to achieve specific goals. They work in teams to plan, design, and execute projects involving research, prototypes, and presentations.
- Inquiry-Based Learning
- This is a discovery-based learning method where students are encouraged to ask questions, investigate phenomena, and discover STEM concepts through experimentation, research, and reflection. This method brings out students’ critical thinking, teaches them skills in research, and develops their understanding of concepts.
- Game-Based Learning
- The game-based learning method uses game elements and interactive simulations to teach STEM concepts. Students engage in stimulating games, challenges, and scenarios for problem-solving, collaboration, and implementation of STEM concepts.
- Digital-Based Learning
- Digital-based learning methods utilize digital technologies such as software, applications, simulations, or learning videos to present STEM concepts interactively and visually. It aimed at increasing student engagement and providing greater accessibility in the learning process.
- Collaborative Learning
- Collaboration-based learning methods direct students to work in discussion groups, share knowledge, and collaborate in solving problems. This method can help develop social skills, teamwork, and shared understanding.
- Hands-On Learning
- This practice-based learning method uses practical activities such as experiments, or prototyping to help students understand and apply STEM concepts directly. In doing so, students are helped to develop a deep understanding and practical skills.
Benefits of STEM Learning Methods
- Improves Skills
- The STEM method involves students in problem-solving, analysis, group collaboration, and discussion. This helps enhance the critical, problem-solving, teamwork, and communication skills that are essential in the professional world.
- Motivates Children
- STEM methods offer an engaging and relevant learning experience for children, by connecting learning to real-world contexts and providing opportunities to create, explore, and find solutions. This method can motivate children to learn and develop their interest in STEM.
- Self-Evaluation
- The STEM method provides benefits for learning and increases the teacher's ability to evaluate student progress. Through project-based assignments or problem-solving, students can see their progress in real-time, get feedback, and improve their skills and understanding.
- Fun Learning
- By incorporating aspects of art, such as model making or creative design, in STEM methods, learning becomes more fun and interesting for students. This helps create a positive learning environment, increases student engagement, and encourages creativity in STEM problem-solving.
- Important Pillars
- STEM methods include collaboration, character building, communication, critical thinking, and creativity as five important pillars in learning. Working in teams strengthens collaborative skills and character building that involves ethical values and responsibility. Communication is important in sharing ideas and problem-solving, critical thinking is needed to analyze and evaluate information, and creativity is needed to produce innovative solutions in STEM.
STEM Teaching Methods at Global Sevilla: Fostering Children's Creativity and Innovation
At Global Sevilla, the STEM learning methods taught to students cover several indicators in science, technology, engineering, and mathematics.
In science, students learn about Investigation, research, and measurement to understand natural phenomena and answer scientific questions. Technology involves sharpening the skills in developing and using new technologies to facilitate learning practices. Engineering focuses on the design, application, and reproduction of works to accelerate and facilitate learning activities. Mathematics connects magnitudes, spaces, and numbers with logical argumentation, and students use the skills of analysis, problem-solving, effective communication, and interpretation of solutions based on mathematical calculations and data.
By integrating these indicators into STEM learning methods, Global Sevilla provides students with the opportunity to develop critical skills, problem-solving, collaboration, and an in-depth understanding of concepts in a real-world context. Through a student-centered approach, students are encouraged to think critically, creatively, and innovatively, as well as apply STEM knowledge and skills in everyday life situations.
Conclusion
Thus, the application of STEM in learning can encourage students to design, develop, and utilize technology, hone their cognitive, manipulative, and affective skills, and apply knowledge (Kapila, 2014).
Through the STEM method, students can develop essential skills, feel motivated in learning, conduct self-evaluations, experience fun learning, and build a solid foundation in the five essential pillars to succeed in the STEM world and everyday life.