Location: Mumbai, India | Term: 2025-2026

The Driving Question

How can traditional garments be reimagined through the merging of innovation and contemporary ethics with a deep-rooted history and culture?

The Project: The Umushanana-Saree Fusion

In response to the driving question, Bernice developed a bespoke saree design that acts as a cultural bridge between Indian textile tradition and her own Rwandan heritage.

• The Design Goal: Working from a hypothetical client brief, Bernice sought to design a garment that felt “effortless and modern.” The result was a fusion concept inspired by the Rwandan Umushanana, reimagining the saree as a global garment suitable for high-profile celebrations like Rwandan weddings.
• Innovation & Ethics: Her design process prioritized “slow fashion” ethics, researching sustainable materials like Tussar silk and examining how digital looms and CAD programs can modernize production without losing the “sacred geometry” of hand-drawn motifs.

Field Research & Immersive Learning

To ground her design in “deep-rooted history,” Bernice engaged in extensive field research throughout Mumbai:

• Sacred Geometry: By studying the Kanheri Caves and the Global Vipassana Pagoda, Bernice analyzed ancient architectural patterns—such as the Flower of Life—and translated those spiritual symbols into contemporary textile motifs.
• Radical Resourcefulness: An excursion to the Dharavi informal economy provided a lesson in “contemporary ethics.” She observed how the community’s circular economy repurposes every scrap of fabric, proving that high-efficiency production can be deeply sustainable.
• Technical Workshops: Bernice took part in hands-on learning in Bandhani (Tie-dyeing) and Block Printing, mastering the technical precision required to balance traditional complexity with a modern, “effortless” aesthetic.

Final Product: A Bespoke Design Brief

The module culminated in a technical design for a 5,000-year-old garment reimagined for the 21st century.

• The Assessment: Bernice produced a final design specification, including a client needs analysis and a structural breakdown of the saree’s Par (border) and Pallu.
• The Summative Reflection: In her final analysis, she reflected on the ethics of cultural representation, arguing that the “Umushanana-Saree” is not just a piece of clothing, but a respectful evolution that celebrates diversity and the shared pride found in both Indian and Rwandan traditions.

Location: Mumbai, India | Term: Winter 2026

Navonmesa Module Driving Question

How might Mumbai’s community-driven systems inspire more sustainable urban living?

The Challenge

Mumbai’s congestion is more than a nuisance; it’s a crisis. Residents lose nearly half their personal time to traffic, and the resulting air pollution contributes to hundreds of deaths annually. With 19% of the population occupying 82% of the road space in private vehicles, the city’s productivity and safety are at a breaking point.

The Solution: Mumbai Move

Liam and Benjamin developed Mumbai Move, a service-exchange app designed to shift commuters from private cars to public transit.

• How it Works: The app tracks bus and train journeys via Google Maps integration.
• The Incentive: Users earn points based on mileage and time spent on public transport, redeemable for discounts at local businesses.
• Impact: By gamifying sustainable travel, the project aims to reduce four-wheeled vehicle traffic by 10% and provide real-time carbon emission tracking for every user.
  

Field Research & Inspiration

The project was fueled by immersive experiences across Mumbai:

• Dharavi: The team explored the “slum’s” $2 billion circular economy, learning how total resource efficiency and community interconnectedness can drive massive impact.
• Dabbawalas: Studying the legendary lunch-delivery system provided a masterclass in logistics, loyalty, and near-perfect operational efficiency.

Final Product: The ENpower Pitch

The term culminated in a professional startup pitch (Navonmesa) delivered to industry mentors.

• The Assessment: The duo presented a full business model, including a tiered subscription service (Standard and Pro+) and a B2B advertising strategy.
• Refinement: Based on expert feedback, the final iteration focused on a “powerful” user hook and a clear bridge between transit data and consumer rewards, ensuring the business was both socially responsible and financially viable.

Driving Question:

How can we apply our learning of indigenous environmental advocacy in Canada to create a sustainable NGO in our home country?

Module Summary:

The teacher-led module “Beyond Existing” explores the intersection of Indigenous environmental advocacy and NGO development in Canada. During the module, students examine how Indigenous perspectives, histories, and cultural traditions shape approaches to environmental stewardship and community advocacy. The module challenges students to consider how these lessons can be applied globally by asking the driving question: how can students use their learning about Indigenous environmental advocacy in Canada to create a sustainable NGO in their home countries?

Throughout the module, students engage in an immersive learning experience that combines research, workshops, guest speakers, and field experiences. Learners begin by building foundational knowledge about Indigenous history, culture, and social narratives in Canada before exploring real-world examples of advocacy and nonprofit work. Students also travel to Bowen Island, where they meet Indigenous artist and storyteller Simon James and learn about cultural practices such as totem pole carving, as well as visit the Chinatown Storytelling Centre to explore the relationship between governments and NGOs.

In the later stages of the module, students participate in workshops focused on NGO development and social entrepreneurship, learning how to craft mission statements, develop a theory of change, and frame social issues effectively. Students also meet leaders such as Chloë Fraser, an environmental advocate and TGS alumna, and community figures including Karlen Thomas and Manvi Bhalla, who share their experiences in advocacy and nonprofit leadership. The module culminates in a charity ball event, where students pitch their NGO ideas to a panel of guests in order to secure support for their initiatives and demonstrate how they can apply their learning to create meaningful change.

Driving Question:

How might I refurbish a van to a standard at which I can comfortably travel, live, and thrive in ?

Project Summary:

Sally, a grade 12 student from the UK, has always had a passion for adventure and the outdoors. Whether playing rugby, helping in the garden, or camping, she was often found outside, regardless of the weather. This love for nature inspired her mastery project: transforming a cargo van into a tiny home on wheels, aptly named “Vroom Room.”

The project began with Sally purchasing a 2016 Renault Kangoo van, which she named Reggie. The process was lengthy, involving careful consideration of mileage, age, and build size. Once she had the van, Sally embarked on learning interior design, focusing on color schemes and creating electrical systems, particularly solar-powered ones. She developed a 3D model using an analogous color scheme with yellows, greens, and oranges.

Sally faced significant challenges, especially with the electrical system. Despite seeking help from friends experienced in robotics, she had to experiment repeatedly before successfully creating a dual system powered by solar energy and the van’s starter battery. This system now supports a fridge, USB ports, spotlights, and a water pump.

The construction phase involved measuring, cutting, insulating, and wiring the van. Sally encountered multiple obstacles, such as ensuring the wiring wouldn’t break from the van’s vibrations and addressing condensation issues to prevent mold. Time constraints also pressured her, but with the help of an external mentor specializing in furniture design, she completed the interior furnishings swiftly.

With the assistance of another mentor in renewable engineering, Sally learned wiring, soldering, and connecting systems. After overcoming numerous hurdles, she successfully transformed the bare cargo van into a functional tiny home. The finished van includes a bed, foldable tables, flowing water, and fully operational electrics.

Driving question:

How can I create a prosthetic device using my knowledge of haptics, brain computer interface and human body?

Product output from this module:

1. A virtual environment

2. A pair of haptic gloves

3. A system that uses the above along with a BCI to allow someone with disability in hand to function as a prosthetic device.

Module Summary:

Mishkatul, one of our senior students, from Bangladesh, presented her mastery project, VRTouch, which aims to integrate haptic technology with virtual reality (VR). Inspired by her early interest in creating devices, such as a traffic LED glove for her country’s congested roads, Mishkatul explored the potential of haptics to enhance VR experiences. She aimed to create a haptic device that allows users to feel weight and tactile sensations in a virtual environment.

Mishkatul’s project involved creating a haptic feedback glove with actuators that simulate pressure, temperature, texture, and weight. She encountered various challenges, particularly with soldering small components, but her passion and perseverance helped her overcome these obstacles. She constructed prototypes and tested them, integrating them with VR technology to create immersive experiences like a virtual gym.

Throughout her project, Mishkatul was guided by mentors, including Kenzie from TGS and Ross, a PhD student from Berkeley, who provided support and resources. She also conducted extensive research, reading over 50 academic papers to deepen her understanding of haptics and VR.

Mishkatul’s future plans include studying biomedical engineering at the University of Rochester, where she hopes to further develop her ideas and contribute to advancements in haptic technology for prosthetic and robotic arms. Her project exemplifies her dedication to blending technology and empathy to create innovative solutions.

Driving Question:

How can I design a wellness app that effectively promotes healthy lifestyle choices for individuals of all ages and fitness levels?

Project Summary:

ana P., from India and Zambia, decided to undertake her year-long mastery project to create a wellness app designed to promote healthy lifestyle choices suitable for individuals of all ages and fitness levels, which she called “Treat Yourself”

Yana’s passion for baking and yoga, which have been consistent interests in her life despite other fleeting hobbies, inspired her to create this app. As she grew older and became busier with school and travel, she found herself spending less time on these activities. Through this project, Yana aims to reconnect with her passions, master them, and share them with others via her app.

The primary goal of her project is to design a functioning wellness app that features healthy recipes and mindfulness activities. Currently halfway through the project, Yana has developed a prototype of the app using a low-code online platform. She prepared for the content creation by completing several online courses, including certifications in nutrition, vegan and gluten-free baking, and yoga teaching.

Yana provides a brief demonstration of the app, showcasing its blog section where users can read about her experiences, such as meditating in Bosnia or trying a digital detox. Another feature of the app is yoga videos, which was a new and somewhat embarrassing experience for her as she transitioned from teaching live classes to filming and narrating them. Additionally, the app includes various recipes contributed by Yana and fellow TGs students, like gluten-free cupcakes, protein balls, and yogurt bowls.

Looking ahead, Yana plans to consider publishing and the associated rights after graduating from TGS. She intends to create more content, develop additional prototypes, and release the app for feedback.

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.

Driving Question:

How can I reduce food waste, help dog shelters, and start a campaign in Peru and Oman by creating dog food?

Project Summary:

Andrea D, a Grade 11 student from Peru, observed the plight of stray dogs and the immense food waste generated each year. With over 300 million stray dogs globally and six million in Peru, many of which forage in garbage dumps, she saw an opportunity to tackle these issues simultaneously.

In 2021, it was reported that half of Peru’s food was discarded, and Andrea realized that this wasted food could potentially feed countless stray dogs. Motivated to make a difference, she founded “Sustainable Kibble,” an initiative focused on creating dog food from food waste.

Through extensive research, Andrea discovered that many commercial dog foods contain harmful preservatives and artificial colorings, which can cause health issues like allergies, high blood lipid levels, and cancer. She found that natural preservatives such as cabbage and beets not only preserve food but also provide natural coloring and make it more appealing to dogs. Additionally, papaya seeds were identified as an effective natural dewormer.

Andrea experimented with different formulations and flavors, even testing the kibble on her own dogs to ensure its effectiveness. Her research, which demonstrated the viability of using natural ingredients in dog kibble, was documented in a paper she encourages others to read.

To broaden the impact of her project, Andrea created a multilingual website (available in English, Spanish, and Chinese) where people can access her research, donate, share information, replicate the project in their communities, and purchase affordable dog food. Her ultimate goal is to establish a non-profit organization funded through donations and sales, with profits used to sterilize stray dogs to help reduce the stray dog population.

Andrea’s vision is to feed and deworm stray dogs while reducing food waste, fostering a compassionate community, and promoting sustainable practices. She invites everyone to join her in making a positive and lasting impact on both the environment and the lives of stray dogs.

Project Summary:

Mehdia S, a senior student from Afghanistan, embarked on a mission to support women in her home country facing severe restrictions on education and social participation imposed by the Taliban since their takeover in August 2021. Recognizing the critical impact of these bans, which have left millions of girls without access to schooling or higher education, Mehdia launched the “English for Afghan Women” program to enhance English language and soft skills among Afghan girls.

Far from Afghanistan, Mehdia found a way to contribute meaningfully by founding the English language program under the Afghan Youth Empowerment Camps, an organization she co-founded in 2019. This program, initiated from September to December, focused on developing reading, writing, speaking, and listening skills to elevate students’ proficiency from beginner to intermediate levels.

The program attracted around 300 applicants, from which students were selected based on their academic needs. Mehdia and her team organized classes, assigned tasks, and provided weekly feedback and quizzes to monitor progress. The initiative also involved recruiting volunteers who received letters of recommendation for their contributions.

The project concluded with the distribution of certificates to participants, marking the successful completion of the program. Through this initiative, Mehdia aimed to empower Afghan women, believing strongly in the transformative power of educating women for the broader societal good. As she noted, “If you educate a man, you educate an individual; but if you educate a woman, you educate a nation.”

Driving Question: How might we use blockchain technology to create future innovative ventures?

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

At the beginning of this module, I wasn’t quite sure what blockchain was and all I wanted to do was figure it out. By the end of the module, I was able to go beyond just understanding basic blockchain I was able to merge it with something that I enjoyed in my summative product.

What new things did you learn about yourself?

I learned to embody the TGS core value of grit, as I was online because of COVID this term. It really taught me to be patient with myself and to let my curiosity fuel me and challenge me to learn something new. This term was full of a lot of personal growth and I can proudly say I’m not the same as I was in the beginning of the term.

What are your big takeaway lessons from this project?

I think that my biggest lesson is to trust myself. At the beginning of this project, I was scared that I wouldn’t understand anything because I didn’t have a background in tech and coding. I thought I would really struggle, and before I even started the module, I was stressed about it. But I convinced myself to open my mind and be positive and to link it with something I understood.