Technology (R&D)

Pan: I’ve been involved since I was at university, but we didn’t call ourselves “makers” at that time. I was an engineer by training, working on electronics and embedded systems. I worked for Intel on chipsets, and after about a year of performing somewhat repetitive tasks, I felt like I needed to go out and do something on my own. But I really didn’t know what I wanted to do.

One day, I encountered an art installation—I think it was the first interactive art exhibition in Beijing. People were using Arduino and Antronics to make art, which was really shocking to me. It was then that I saw how the maker movement was really lowering the barrier for people to use technologies beyond the engineering world, doing something more explorational. Since I was a trained engineer, I felt I could provide technical expertise and modules. That’s when I decided to join the movement.

In 2008, I started Seeed Studio. From the very beginning, what we did was provide open source hardware to makers all over the world. Then, we created a makerspace in 2011. I met Sherry and Neil in 2014, when they were preparing for the upcoming Fab Lab Conference in Shenzhen. Our makerspace soon became part of the Fab Lab network, and we began recruiting students for the first run of Fab Academy.

Bhutan is a real frontier for digital transformation. The lack of industrial foundation and commercial influences are a meaningful context for us to rethink alternatives—learning from sustainable mindsets, rather than building on top of consumerism. It is an honor for my team to work with local pioneers to understand real challenges and create practical solutions, thus igniting a sustainability-native tech ecosystem.

Thanks to the Fab Lab network and open source material, the tech barrier between cultures and regions is minimized. It’s fascinating to see how fast technology resources can travel to even the most remote regions; progress in Bhutan is a marvelous example! I'm super respectful of the Bhutanese people's approach to technologies.

I think it's perfect timing to start pioneering digital transformation in a region like Bhutan. And this event is such a wonderful chance to work with and learn from innovators from the whole planet—a great opportunity to exchange insights on shared critical topics like climate, economy, and culture from different perspectives and backgrounds. I’m proud to contribute something valuable in return for what we learn from others. I’m very encouraged, and my team has already begun thinking about next year's workshops.

There are many great ideas we’ve discussed, which we might want to amplify. For example, can we make a device to upgrade (almost) anything? Fab Labs could share the design and turn existing machines—tractors, elevators, ovens, generators, etc.—into more modernized digital ones, an easy upgrade of local industries without creating extra waste.

Or, can we make electricity? We might form micro-grids for carbon offsets, to power isolated dwellings, or for battery management. These could be low-hanging pervasive fruits that Fab Labs are capable of producing.

We may also look into hazard response. As some folks 3D printed masks during the COVID-19 pandemic, Fab Labs could become a source for local response to climate and economic hazards. This may even involve supply chains and logistics routed through local Fab Labs.

We’ve helped millions of makers around the world turn their aspirations into real projects. We’ve been working on more solutions surrounding agriculture, energy, and transportation, among others. Ultimately, we want to keep exploring how to bring people from possibility to productivity.