The study matters because the Sangiran Early Man Site, recognized by UNESCO as a World Heritage Site since 1996, still relies heavily on verbal explanations from tour guides. The researchers argue that fossils and archaeological artifacts can communicate more effectively when combined with immersive storytelling and multisensory experiences.
A New Challenge for Museums in the Digital Era
Museums around the world are increasingly using audiovisual technologies to attract younger audiences and improve public understanding of science and history. While Sangiran contains internationally significant Homo erectus fossils, much of the information is still delivered through conventional displays and spoken explanations.
According to the researchers, visitors often struggle to imagine what prehistoric life looked like. As a result, historical knowledge may remain abstract and difficult to remember.
The team proposes a shift from traditional object-centered communication to a performative and multisensory approach that integrates film, sound, dramatic reconstruction, and interactive experiences.
The project received support through Indonesia's Cultural Endowment Fund Program in 2025, funded by the Ministry of Culture and the Education Fund Management Institute (LPDP).
Five Months of Observation and Analysis
The researchers conducted a qualitative exploratory case study over five months. They combined several sources of information, including:
- Visitor observations at the Sangiran Museum.
- Interviews and focus group discussions.
- Literature reviews and internet-based data collection.
- Frequently asked questions from museum visitors.
- Visitor statistics before and after the COVID-19 pandemic.
- Comparative studies of museums equipped with cinema and audiovisual facilities.
- Analysis of an experimental film titled Bit Arrangement, directed by Sudibyo.
The film was exhibited at the Jakarta Institute of Arts in March 2026 and later uploaded to YouTube.
Four Narrative Stages Designed to Revive History
The study introduces a storytelling technique called Bit Arrangement, which organizes fragments of scientific information into a coherent narrative.
The method consists of four stages:
1. Reality Check
Visitors are first introduced to the scientific reality of Sangiran and its global importance as a UNESCO World Heritage Site.
2. Time Machine
The audience is transported into prehistoric times through cinematic reconstructions of Homo erectus life and environmental threats.
3. The Mirror
Modern visitors are encouraged to recognize their connection with ancient humans and reflect on humanity's shared history.
4. Call to Action
The experience concludes by encouraging visitors to appreciate science, preserve cultural heritage, and strengthen historical awareness.
According to the researchers, these stages transform fossils from static objects into meaningful experiences.
Visitors Could Become Part of the Story
One of the study's most innovative ideas is the concept of Cinema Immersive Participatory, in which visitors themselves become part of the film experience.
Using temporary AI-assisted visual technologies and real-time rendering, museum visitors could appear as:
- Field researchers.
- Laboratory scientists.
- Witnesses of human evolution.
- Participants in digital reconstruction simulations.
However, the researchers emphasize that visitors should never be portrayed as Homo erectus because such representations would violate paleoanthropological ethics and scientific accuracy.
The system would also require explicit consent and automatic deletion of personal data after the experience to protect privacy.
Learning from Other Museums
The study compares Sangiran with several institutions that already use audiovisual technologies, including:
- Bandung Geological Museum.
- Aceh Tsunami Museum.
- Smithsonian National Museum of Natural History in the United States.
- National Museum of Nature and Science in Tokyo.
- Indonesia's National Museum.
- Song Terus Museum in Pacitan.
These museums have demonstrated that cinema and immersive exhibitions can significantly improve visitor engagement.
The researchers believe Sangiran has the opportunity to distinguish itself by allowing audiences to become active participants rather than passive spectators.
Beyond Entertainment: Promoting Scientific Literacy
Sudibyo and his colleagues caution that immersive technology should not turn museums into theme parks. Authentic fossils and scientific accuracy must remain at the center of the experience.
As the authors explain, museums should move beyond simple representation and become spaces where history is performed and experienced.
The researchers from the Jakarta Academy of Radio and Television Media Communication and Universitas Gunadarma argue that the purpose of the "Bit Arrangement" method is not merely entertainment. Instead, it should stimulate critical thinking and strengthen scientific literacy by helping visitors understand how knowledge about ancient humans is reconstructed from archaeological evidence.
The findings suggest that museums of the future may become interactive spaces where visitors feel emotionally connected to humanity's distant past.
Author Profiles
Sudibyo
Lecturer and filmmaker at the Jakarta Academy of Radio and Television Media Communication. His expertise includes film directing, communication, and performing arts.
Widyo Nugroho
Academic researcher at Universitas Gunadarma specializing in management, research analysis, and interdisciplinary studies.
Bonar S. Panjaitan, S.E., M.M.
Researcher and lecturer at the Jakarta Academy of Radio and Television Media Communication with expertise in audiovisual communication and media production.
Dr. Yohanes Ari Kuncoroyakti
Lecturer at Universitas Gunadarma whose expertise includes academic publishing, communication, and scientific documentation.
Source
Article Title: Reviving Ancient Human Fossils Using the “Bit Arrangement” Method at the Sangiran Archaeological Museum
Authors: Sudibyo, Bonar S. Panjaitan, Widyo Nugroho, Yohanes Ari Kuncoroyakti
Journal: International Journal of Sustainable Applied Sciences (IJSAS)
Year: 2026
Volume: 4, Issue 6, Pages 445–464
DOI: https://doi.org/10.59890/ijsas.v4i6.6
Official URL: http://ijsasjournal.my.id/index.php/ijsas
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