Science Education: Hands-On Classroom
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📝 Get the Program PDF HERE.
Course Summary
This is a dynamic professional development course designed for educators seeking to revolutionize their science teaching methodologies. This course emphasizes the crucial role of hands-on experiments, innovative teaching strategies, and the integration of ICT to enhance student engagement and learning outcomes in the sciences:
Interactive Learning, by engaging with a range of hands-on activities that transform abstract scientific concepts into tangible learning experiences.
Integration of ICT, by learning to effectively incorporate digital tools such as PhET Interactive Simulations and ChemCollective into your teaching practices to enrich the educational experience and cater to diverse learning styles.
Focus on Innovation, by drawing inspiration from educational pioneers like John Dewey and Jean Piaget, the course delves into active learning and inquiry-based teaching methodologies that stimulate critical thinking and problem-solving skills.
Experiential Teaching Techniques, by mastering the art of teaching through experiments using easily accessible materials and innovative classroom resources to keep students captivated and actively involved in their learning journey, as well as gamification.
Professional Collaboration, by participating in collaborative workshops and discussions to refine teaching practices and develop a supportive network of like-minded professionals.
By the end of this course, participants will not only gain a deeper understanding of essential pedagogical strategies but also develop the confidence to implement an interactive, student-centered learning environment in their own classrooms. Educators will leave with a toolkit of resources, a network of peers for ongoing support, and the motivation to inspire students to love and excel in science.
Course Goals
The course’s objective is to equip educators with practical skills and innovative approaches to foster an active learning environment where students can explore and understand scientific concepts through direct experimentation and inquiry.
Learning outcomes:
- Understand the importance of igniting scientific curiosity through the work of globally renowned scientists like Marie Curie and Neil deGrasse Tyson, enabling teachers to project curiosity as a central element in scientific advancement;
- Master experimental teaching strategies through practical, research-based pedagogical methods, including those proposed by John Dewey and Jean Piaget’s Principles of Active Learning;
- Integrate technology into science education by utilizing digital learning tools such as PhET Interactive Simulations for physics and ChemCollective for chemistry;
- Develop critical thinking skills using methods endorsed by Edward de Bono, to foster student analysis and questioning;
- Create engaging lesson plans that incorporate STEAM (Science, Technology, Engineering, Arts, and Mathematics) methodologies for more enriched and interdisciplinary classes;
- Facilitate experience and cultural exchanges between European participants and teaching personnel, which results in a fruitful international experience;
- Enhance communicative competencies in English and social skills;
- Promote intercultural awareness;
- Develop ICT skills;
- Identify and share good practices that can be implemented at a local level.
Daily Program
DAY 1
• Week Briefing and Planning.
• Introduction to the course and the significance of scientific curiosity.
• Interactive discussions on the history of major scientific discoveries using a scientific discovery timeline.
• Group activities based on the "Case Study" method to explore significant scientific events, promoting analysis and debate.
• Analysis of current case studies through TED Talks and newspaper articles, illustrating how curiosity continues to drive modern science.
DAY 2
• Overview of research-based teaching methods and how to integrate these strategies into science subjects.
• Creation of accessible experiments using Hands-On Science kits, facilitating learning through experimentation.
• Implementation of feedback and Peer Instruction techniques to evaluate the effectiveness of experiments and encourage peer discussion.
DAY 3
• Training in digital simulations with tools like PhET and ChemCollective.
• Hands-on workshops on using these platforms to simulate physical and chemical experiments.
• Development of interactive projects with tools like Arduino and Raspberry Pi, using electronics kits and programming to create projects demonstrating scientific principles.
DAY 4
• Structured debates on controversial scientific topics using the Oxford debate format.
• Activities challenging students to apply critical thinking to complex problems using scientific puzzles and detailed case studies.
• Design of STEAM lesson plans integrating various disciplines using the Design Thinking framework.
• Introduction to gamification techniques to enhance student engagement, including the use of platforms like Classcraft.
• Techniques of critical questioning, teaching students to deepen understanding and reasoning.
DAY 5
• Introduction to gamification techniques to enhance student engagement, including the use of platforms like Classcraft.
• Utilization of 360 Degree Feedback forms for evaluation and feedback.
• Final debate on strategies to motivate students towards sciences.
• Course roundup & review.
• Learning outcomes’ validation.
• Certification Ceremony.
Note
The daily schedule/ program describes likely activities but may differ based on the trainer's discretion and objectives.
Classes are scheduled for either the morning or afternoon, based on the provider's preference.
If there's a particular topic you wish to cover, please mention it no later than 1 month in advance.
Please note that the course may have participants from various school levels and English proficiency.
Pricing
🌞 LISBON
400 € / participant
- Welcome Kit
- Quality Daily Program
- Daily Coffee Break
- Logistics & Admin. Support
- Full Daily Assistance
- Erasmus+ Documentation
- Certification Ceremony
Costs can be supported with a Key Action grant under the Erasmus+ Program. Our pricing policy follows the official regulations on transparent costs.
Course fee: 400 euros per participant (5-day course).
What is Included? Find all details listed inside the information box.
More About Our Services
Welcome Kit
with goodies and materials from Learning Together’ Team
Quality Daily Program
designed by our innovative, experienced trainers
Organizational Administrative Support
from the headquarters and LT staff
Daily Coffee Break
to enjoy a morning break between peers and trainer
Full Daily Assistance
on-call+chat support throughout the whole week
Certification Ceremony
course documents, validation, networking & farewell.
ENROLL NOW!
📝 Get the Program PDF HERE.
What is Course Status?
Always contact us first, before booking any flights or accommodation.
Confirmed
This session/date is affirmed and will be held.
Planned
This session is a planned date and is open to enrollments.
Language
English
Material Required
Laptop
Documentation
Yes
Certificate
Yes
Location
On-site
Target Audience
Wide range of educational professionals across primary, middle and secondary schools, higher education, training centers, adult education schools and NGOs.
OUR GALLERY
Certification
A Certificate of Attendance is issued to all participants who complete a minimum of 80% of the course.
2-Week Training
Join a second confirmed course for a 2-week mobility (enjoy a longer experience with a discount)! Contact us for more details or pre-register.
