Driving Question:

How might I develop my understanding of Marine communication through the use of coding as well as bioacoustics in the form of a fully functional communication device ?

The Project: Marine Communication & Bioacoustics Exploration

In response to the driving question, Liam F. developed a year-long mastery project titled “Whale Talk,” combining marine biology, bioacoustics, and technology. The project explored how marine mammals communicate and how humans might interpret these signals through innovative technological design. Through a combination of fieldwork, experimentation, and technical development, Liam investigated the intersection of science, engineering, and environmental curiosity.

The Design Goal

Working from a self-defined vision, the student aimed to design and develop a functional hydrophone-based communication system capable of recording, processing, and interpreting underwater sound.

Creative Direction:
The project blended scientific research with technological innovation, integrating marine biology concepts with coding, electronics, and device design.

Production Process:
Liam iteratively developed his device across multiple terms and locations, progressing from early research and field data collection to building, coding, and assembling a functional prototype. This included learning soldering, waterproofing, and Raspberry Pi integration.

Final Outputs:
The final project resulted in a custom-built hydrophone system connected to a Raspberry Pi, incorporating a speaker system, camera integration, and coded input/output features. The project was supported by a comprehensive process portfolio documenting research, development, and experimentation.

Innovation & Ethics

The project explored how innovation in technology can deepen our understanding of the natural world:

Scientific Exploration:
Research into marine mammal communication highlighted the complexity of underwater ecosystems and the potential of bioacoustics as a tool for discovery.

Technological Innovation:
The development of a self-designed hydrophone system required creative problem-solving, including overcoming challenges related to waterproofing, power supply, and device integration.

Ethical Awareness:
Field research emphasized responsible data collection and respect for marine environments, reinforcing the importance of protecting ocean ecosystems while conducting scientific inquiry.

Final Product: A Bioacoustic Communication System

The Assessment:
A fully developed prototype of a hydrophone-based communication device, supported by a detailed process portfolio documenting research, coding, and engineering development.

Academic Component:
An integration of marine biology research, coding practice, and applied engineering, demonstrating interdisciplinary learning across science and technology.

The Summative Reflection:
The student reflected on the complexity of building a functional communication device without an existing blueprint, emphasizing creativity, persistence, and adaptability. While the device is still evolving in functionality, the project exceeded initial expectations in both scope and progress. Liam expressed a strong commitment to continuing this work in the future, with the long-term goal of better understanding and potentially communicating with marine life.

Driving Question:

How can we use multimedia literary expression to tell the story of conservation of biodiversity in Brazil?

Module Summary:

The teacher-led module “Narrative of Life” explores how storytelling can be used to communicate the importance of biodiversity conservation in Brazil. Guided by the driving question, how can we use multimedia literary pieces to tell the story of conservation of biodiversity in Brazil, students investigate environmental issues through creative expression, combining research with artistic interpretation to raise awareness about human impact on nature.

Throughout the module, students participate in a range of field experiences, workshops, and expert-led sessions that deepen their understanding of conservation and storytelling. Learners engage with professionals such as an agroforestry project leader, take part in poetry and vocal workshops, and join a boat expedition with a marine bioacoustics expert. A key highlight of the module is a week spent in the Amazon, where students gain firsthand insight into biodiversity and conservation efforts, supported by local organizations and experts.

In their final projects, students create immersive multimedia literary pieces that communicate environmental narratives in creative ways. These projects include performances, writing, and audiovisual storytelling that aim to inspire awareness and action. For example, students present works such as a song that personifies nature to highlight the impact of human exploitation, using artistic expression to convey complex environmental issues. Through this interdisciplinary approach, the module emphasizes the power of storytelling in driving meaningful change and fostering a deeper connection to the natural world.

Driving Question:

How can you use traditional Bosnian carpentry techniques to create innovative product designs?

Module Summary:

The “Carpentry and Innovation” module, tasked students with transforming a plank of wood into an innovative and culturally significant piece over five days. Working closely with local experts in Konjic, the students learned traditional Bosnian carving techniques. They designed and created wooden carvings and objects, using both sketches and 3D models.

Students visited the Zanat factory and a wood carving museum, where they were introduced to different types of wood, carpentry, and woodworking techniques. They also delved into the innovation aspect, learning about the difference between innovation and invention, legal and ethical considerations, and the process of idea protection through patents, trade secrets, and copyrights.

After mastering the basics, the students created their final products in two factory spaces: Elektra, where they worked on sawing, chiseling, and filing their basic shapes, and Zanat, where they refined their shapes, added intricate patterns, and completed their projects with sanding and oiling.

Niko W.’s final product is an oak wooden boat with a unique texture designed to enhance its hydrodynamic performance, akin to the dimples on a golf ball or sharkskin texture. He employed two types of chiseling techniques—flat-headed, curved, and V-shaped—to serve different purposes in crafting the boat. The rip saw, while providing a cleaner cut, required more time compared to the bow saw, which removed more material but left a rougher finish.

Initially using the rip saw for shaping, Niko later switched to the bow saw based on feedback from Alestra staff, prioritizing time efficiency over surface smoothness, as he planned to refine the boat’s sides through subsequent shaping and sanding. To achieve smoother edges and surfaces, he utilized a file initially for its material-removal capability, followed by 80-grit sandpaper to refine the texture further.

Driving Question:

How can virtual assistant technologies be utilized to design a safe smart home for the elderly and dependent individuals?

Project Summary:

Gabriel T., one of our seniors from Ecuador, has undertaken a project to address the challenges faced by elderly and dependent individuals through the integration of virtual assistant technology into their homes. Motivated by the struggles his grandparents faced with dementia and limited mobility, Gabriel sought to enhance their daily lives while lightening the load on their caregivers. This project was driven by the belief that technology could significantly increase independence and quality of life for the elderly and dependent, while also supporting caregivers in their essential roles.

The heart of Gabriel’s project lies in the strategic deployment of Amazon Alexa devices throughout his grandparents’ home. These devices were carefully placed to address specific needs: improving communication, enhancing organization, and providing entertainment. For instance, Alexa enabled his grandparents to communicate more effectively with their caregivers, despite challenges such as a weak voice. It also helped caregivers stay organized by reminding them of tasks that are easily overlooked in the busyness of daily routines, like adding items to the shopping list or remembering to administer medication.

One of the most impactful aspects of Gabriel’s project was the introduction of routines and entertainment options through Alexa. His grandparents now had access to audiobooks, music, and routines that provided structure to their day. For instance, Gabriel programmed an alarm system that alerted caregivers if something was wrong, providing immediate assistance when needed. These enhancements not only improved the quality of life for his grandparents but also provided them with a greater sense of security and independence.

The initiative also highlighted the broader potential of technology to support elderly and dependent individuals across different households. By documenting and sharing his approach, Gabriel aimed to create a replicable model that could be implemented in other households facing similar challenges. This approach not only illustrated the transformative power of technology but also emphasized the importance of compassion and human touch in caregiving.

In conclusion, Gabriel T.’s project represents a significant step forward in leveraging technology to support vulnerable members of society. It demonstrated how digital solutions can be integrated into daily life to enhance independence, improve quality of care, and provide peace of mind to both caregivers and their charges. Through his efforts, Gabriel has shown that with thoughtful design and implementation, technology can play a pivotal role in promoting dignity, security, and happiness in the lives of elderly and dependent individuals.

This module was one of my favourites, as I learned more about the ins and outs of sustainable buildings in the state of Oaxaca and a little bit of architecture. Ever since TGS introduced the core value of Pixki, I have become more aware of the environment and the impact humans have had and will continue to have on the world around us. Every small project like this makes me think more and become conscious of my actions.

-Class of 2022 Student Viktoria L.

Driving Question: How might we use our understanding of architecture through time to design a context-informed structure?

What were your goals for this module? How did you achieve them?

Our goal this term was to create a sustainable settlement that involved the development of a community garden, greenhouse, and administrative building to encourage ethnobotanical practices in the city of Oaxaca. We achieved this by creating an environmental impact statement, presenting it to a panel of Oaxacan architects, and applying the feedback we received from them to build a miniature settlement in real life.

We acquired the knowledge to do so from our weXplore, where we first practiced building models and creating environmental impact assessments. Tierra De Sol also factored in, as it’s where we learned more about sustainable practices. Oaxacan architects also played a large part, as they answered our questions even after the panel.

What new things did you learn about yourself?

We learned that we are very good at building expandable walls as a team. At Tierra De Sol, we were given the chance to do so, and we were the fastest, most efficient group of all. We sawed and drilled twice as many sticks as everyone else. Our secret was that everyone had a role in the activity, and we worked the best we could.

This module was unique to me, as I had never known how interested I was in architecture until I experienced it during these two months. I have also learned the importance of focusing on the journey and the learning instead of making my product look perfect.

-Class of 2023 Student Sara G.

Driving Question: How can I design and build a model home or community that will function efficiently in a desert environment?

Are you looking for a house that is both nature-friendly and luxurious? Then my project, “Fresh Air,” is perfect for you! Located in The Palm Islands, it combines different panoramic views, from the relaxing beach view to the moat with the fish, and finally, the lush green spaces all around the house.

This house combines many aspects of sustainability: It saves water by taking it from the beach and using it in the pool and the moat. The greywater is used for watering the garden and for the flowers all around the house. The materials used (concrete, bamboo, etc.) are very eco-friendly. Solar panels help produce electricity using solar energy. The fish in the moat produce waste that contributes to the growing of plants.

Driving Question: How can I apply my understanding of closed system ecosystems to design a better farming system in my city?

Module Overview: In the Biocities module, Seb looked at how naturally functional systems work and how we can apply that understanding to increase the efficiency of food production in a more sustainable and resilient fashion.

Project Reflection: “The Biocities module was really interesting. I loved the independence given by the educators and the ability to take the product where I wanted to take it. I learned so much about agriculture, useful 3D design skills, and animation techniques and was able to conduct a closed-system experiment via a BioBottle.”

Driving Question: How can I make a farm-to-table egg delivery service become a viable business in a suburban community?

What did you take away from this project? I learned that perseverance is very important in order to get the end result you want. When I thought I was done and then realized there was something that bugged me in my video I made sure to take the time and fix it. This was very frustrating at times but in the end I was very happy and confident with my proposal.

What are you most proud of? I’m most proud of the extremely useful life skills I learned throughout this process….and that I made $485 of total income.

Driving Question: How does the fashion industry work in China and what are its impacts?

For her personal project, CM2 student Monica D. created a video essay focusing on fast fashion’s environmental impact. The presentation’s goal was to convey the environmental effects of fast fashion and how everyone can help reduce these negative effects by being conscious of the items they choose to buy and donating clothes instead of throwing them away.

Clothing brands make new clothes based on the trends of the moment and churn them out quickly to make them accessible to the general public. Brands that do this are considered fast fashion brands and create a total of 150 billion garments per year.

Monica discusses how the mass amount of clothing produced affects the environment, including the ocean and land, and explains how the production of clothing – from beginning to end – releases an unimaginable amount of greenhouse gas and carbon dioxide into the air. For example, during the fiber production stage, oil is utilized. Next, when the clothes are produced, chemicals are added to change the appearance of the textiles. As the consumer uses the garment, it is washed with additional chemicals, and finally, after use, it goes to landfills where it is eventually burned.

So what can you do about the issue? Monica explains that the main thing you can do is decrease your purchase of fast fashion brands. If everyone did, this would lower consumption, and these brands would be forced to reduce their production, lessening the environmental impact. Also, when purchasing clothes, look into buying items that are made through greener methods.

Driving Question: How can we think critically to effectively inform citizens in a media manipulated world?

What were your goals for this module? How did you achieve them?

Our goal was to raise awareness about hemp and show some common misconceptions about this plant while connecting it all to the theme of sustainability. We presented our campaign on Instagram.

What did you learn about yourself or about your creative process or about your medium?

We learned that the process of choosing a font is a very long one and that critical thinking skills can help us find misconceptions in the social media world.