Echoes of nature in classical cinema: exploring scientific concepts through classical cinema. Science classes based on classical or contemporary movies.
Curriculum fit
This activity can be integrated into educational settings at both the upper primary level (for students aged 10 and above) and throughout secondary school, and can be connected to the teaching of various science subjects, including Biology, Physics, Geography, Chemistry, and Mathematics.
About the activity
To help students understand a scientific phenomenon, hold their interest and be concise. Don’t be afraid to introduce fresh perspectives or innovative methods, even if they’re new for the students. When tackling new or complex concepts, providing a variety of learning experiences can challenge students’ thinking. Encourage critical reflection.
One effective way to do this is with less obvious film choices to showcase unique visual and narrative representations, making abstract or difficult scientific concepts more tangible and understandable. By introducing scientific ideas in novel and engaging ways, films help students view the material from different angles and strengthen their understanding.
Using unfamiliar films can also spark curiosity and promote critical thinking, encouraging students to question, analyse, and reflect on the information. Visual storytelling allows for emotional connection with the content, creating a more engaging and memorable learning experience.
Films can also support the development of new teaching strategies. Adopting them helps both educators and students improve understanding, ultimately contributing to more effective science learning and teaching practices.
By expanding your resource pool—such as unfamiliar films—you can inspire students to explore scientific phenomena with deeper curiosity and engagement.
What participants gain
- a deeper dive into science: Visual storytelling helps clarify difficult scientific phenomena.
- more curiosity and critical thinking: Seeing scientific ideas from multiple perspectives makes them more understandable.
- enhanced engagement: Movies captivate students’ attention, improving retention and making learning more interactive.
- media literacy: Evaluating the accuracy and representation of scientific content in films helps develop critical media literacy skills.
- collaborative learning: Group discussions and peer sharing promote teamwork and help understand the material.
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What educators gain
- bridging art and science: Educators can enhance their teaching by combining creative arts with scientific principles, promoting an interdisciplinary approach.
- enhanced teaching tools: Using new film resources liven up teaching methods, making lessons more dynamic and engaging.
- improved student engagement: Visual storytelling holds students’ attention and offers an interactive classroom experience.
- deeper student insight: Films stimulate critical thinking, helping students understand complex topics and take part in meaningful discussions.
- broader teaching perspectives: Teachers can try new ways to talk about science, expanding their teaching toolkit.
- stronger student-teacher connection: Engaged students are more eager to participate, improving classroom and teacher-student dynamics.
- personal growth: New methodologies keep teaching fresh and open doors for creativity and professional development.
- connect with like-minded educators: Build networks with peers from across the country.
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Resources
Venue requirements
- a computer (for accessing films, creating materials, online meetings)
- internet access (for consultations and evaluations)
- film archive access (for exploring classical and contemporary films)
- a Toolbox (a resource to help educators develop relevant activities based on the films selected)
Technology
- a projector
- proper audio setup
- a computer or tablet with internet access (for films and research)
Supplies
- colour pencils and pens, graphite pencils, erasers, sharpener, felt tip pens, crayons
- rulers, scissors, glue
- paper and notepads for activities
Step by Step
Preparation
(1–2 months)
(1–2 months)
- Choose your Films: Curate a list of any 1–15 films that effectively illustrate scientific concepts. Avoid nature or science documentaries: look for visually striking feature films, animations, or experimental films which highlight scientific principles. They should be relatively short or contain scenes that can be excerpted for educational use.
- Collaborate with Educators: Engage Science educators (Biology, Physics, Geography, Chemistry) to participate in developing educational materials based on the films. Ask them to create questions and tasks for each film but to keep open for adaptation to different contexts or academic levels.
- Consultation Sessions: Organise 2–3 consultations with participating educators (calls, video calls). During these sessions, clarify your expectations and offer support. Explain what the materials should look like.
- Create Materials: Teachers develop educational materials to go with the film selection. This includes an analysis of how the films depict scientific phenomena and translating the concepts into questions or activities. Set a timeline of 2–4 weeks to complete the materials, offering optional consultations throughout.
Implementation
(1–3 months)
(1–3 months)
- Test Materials & Collaborate with Educators: Once the materials are ready, invite more educators to do classroom test runs. Gather feedback on how well the films worked for explaining scientific concepts and how the materials facilitated student engagement.
Timeline for Implementation:
a. Initial online meeting (1–3 hrs)
b. Testing phase
c. Follow-up online meeting (1–3 hrs) - First Group Meeting: Discuss with educators how they plan to use the materials. Topics to address:
What age groups and class sizes will use the materials?
What teaching methods will be employed (e.g., group work, individual assignments)?
Have educators previously used films in the classroom? If so, how were they integrated into lessons, and were they about science? - Second Group Meeting (Post-Testing): After educators have tested the materials, hold a follow-up meeting to collect insights. Discussion points should include:
How did students react to the films?
Did the students engage with the materials?
How effective were the tasks/questions in aiding understanding of scientific concepts?
Ask for brief reports from educators on how they used the materials for introducing new topics or reviewing existing ones, and whether the materials sparked deeper engagement.
Evaluation
(1–2 hrs)
(1–2 hrs)
- Organise a final hybrid workshop or conference to evaluate the entire process. Teachers can share their experiences, challenges faced, and successes. Reflect on the effectiveness of integrating films into the curriculum and how it can be improved for future use.
- Collect feedback through surveys or individual consultations with teachers to assess how well the films and materials met their educational goals and teaching needs.
- Create a report of the workshop’s outcomes. This could include feedback, case studies of successful runs, and tips for future iterations of the workshop.
Films to watch
The Kidnapping of the Sun and the Moon
Director:
Sándor Reisenbüchler
Country:
Hungary
Year:
1968
Length:
12 mins
Make it accessible for all
- inclusive design: Consider different learning needs and offer audio descriptions or large-print resources. Alternative formats (like captions for videos) are more inclusive.
- language support: Provide materials in multiple languages, making the workshop accessible to non-native speakers of the main language.
- hybrid formats: Offering both in-person and virtual formats ensures that teachers from various locations can participate, increasing the reach of the programme.
- flexible scheduling: Educators are busy people. Offer workshops during off-peak hours or in shorter, modular formats, such as after-school sessions or during school breaks.
- interactive tools: Try interactive online tools that allow participants to share their experiences, ask questions, and get feedback from peers, even in a virtual setting.
Thoughts & Experience
The workshop on the history of film was an enriching and insightful experience that offered a deep dive into the evolution of cinema from its early beginnings to the modern era. The content was well-structured, covering key milestones, influential filmmakers, and the technological advancements that have shaped the industry. The interactive elements, including discussions and film clips, made the material engaging and accessible.
John Smithcampany 
The workshop on the history of film was an enriching and insightful experience that offered a deep dive into the evolution of cinema from its early beginnings to the modern era. The content was well-structured, covering key milestones, influential filmmakers, and the technological advancements that have shaped the industry. The interactive elements, including discussions and film clips, made the material engaging and accessible.
John Smithcampany
The workshop on the history of film was an enriching and insightful experience that offered a deep dive into the evolution of cinema from its early beginnings to the modern era. The content was well-structured, covering key milestones, influential filmmakers, and the technological advancements that have shaped the industry. The interactive elements, including discussions and film clips, made the material engaging and accessible.
John Smithcampany
FOR ORGANIZATIONS
What organisations gain
- community engagement: The workshop strengthen ties with schools, teachers, and institutions, creating a sense of community and positioning the organisation as a leader in innovative education.
- educational impact: Teachers learn new ways to present complex topics, improving student understanding and engagement.
- networking and collaboration: The event encourages partnerships with schools, museums, and cultural groups, opening doors to future collaborations and expanding outreach.
- resource development: Creating and testing educational materials during the workshop allows organisations to develop valuable resources for broader educational use.
Team requirements
- 1 workshop leader with a background in classical films, pedagogy and/or sciencem, to run the online workshops and the conference and keep in touch with the teachers
- 1 coordinator to schedule online meetings, keep in touch with the teachers, set up shared folders for educational materials, feedback, incoming and outgoing documents
- 1 technician for the hybrid conference
Funding tips
- grants: Seek government or private funding for education, science, and the arts—many support innovative educational initiatives;
- sponsorships: Approach sponsors aligned with science, film, or education—particularly those focused on outreach;
- collaborations: Partner with schools, universities, or museums for shared funding, venues, or in-kind support.
Promotion tips
- social media: Use platforms like Instagram, Twitter, and LinkedIn to share sneak peeks, testimonials, and key content.
- newsletters: Email schools and educators with updates on workshop benefits and registration info.
- press: Contact local and education-focused media for coverage of the event.
- a dedicated website: Create a clear landing page with workshop details and sign-up links.
- word of mouth: Encourage participants to share their experiences—personal tips go a long way.
Find your audience
- educators and schools: Focus on science teachers seeking fresh, engaging classroom methods. Schools supporting tech or professional development may be especially interested.
- science and film communities: Reach science educators, visual arts fans, and film studies groups. Consider approaching museums, science centres, and festivals.
- parents and administrators: Engage parents and school leaders interested in new teaching strategies and enhanced programmes.
- higher education institutions: Universities with film, science, or education departments may want to participate, contribute, or attend—especially those focused on interdisciplinary research.
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