Home Robotics: Alumni Build Folding Laundry Lamp
- in mechanical and industrial engineering at the University of Toronto in 2019, leading a robotics startup in Silicon Valley was the furthest thing from his mind.
- Today, as CEO and co-founder of syncere, Tan is working wiht fellow co-founder and Faculty of Applied Science & Engineering Ph.D.
- As graduate students in Professor goldie NejatS Autonomous Systems and Biomechatronics (ASB) Lab, Tan and Fung studied how robots could function alongside humans.
When Aaron Tan began his Ph.D. in mechanical and industrial engineering at the University of Toronto in 2019, leading a robotics startup in Silicon Valley was the furthest thing from his mind.
Today, as CEO and co-founder of syncere, Tan is working wiht fellow co-founder and Faculty of Applied Science & Engineering Ph.D. alumnus Angus Fung to reimagine the future of domestic robots by making them feel as familiar and commonplace as a floor lamp.
As graduate students in Professor goldie NejatS Autonomous Systems and Biomechatronics (ASB) Lab, Tan and Fung studied how robots could function alongside humans.
“During our Ph.D.s, we focused on the question of how robots could coexist and interact with humans in a way that’s socially acceptable, compliant and safe,” says Tan.
“We no that the biggest challenge for robots in the home is that the home is vrey unconstrained and unstructured,” says Tan. “People of all ages and backgrounds coexist in the same space, so what we’re trying to do is structure the problem so the robot is placed in a fixed location in the home, like a bedroom or laundry room. on our office whiteboard, we wrote, ‘a Lume in every room’-that’s our goal.”
Lume has generated buzz in Silicon valley as it launched last year. tan says he shared a concept video of the chore-helping robot on X in July that received over four million views and drew the attention of tech magnates. The success of the video also helped Tan close a US$3.5 million pre-seed round in under two weeks.
While Lume currently focuses only on laundry folding, the team one day envisions an app store where users can add new capabilities-from gift wrapping and bed-making to ironing, meal-prepping and even health-care tasks like massages and exams.
“Our mission is to build stunning, design-forward smart robots that blend seamlessly into human-centric environments,” says Tan.”So we decided to build a robot that is minimally intrusive to people’s space and habits.If it looks familiar and does one application really, really well, people might be more willing to trust and adopt it, and then it becomes easier to add new features.”
While the company is currently based in Palo alto,Calif., the eight-person team is canadian-and Tan and Fung have plans to open a Canadian office in Toronto within the next year as demand grows.
“Syncere is very much a team effort and a U of T effort,” says Tan.
“Our team curr
Okay, I will follow your instructions meticulously. Here’s the breakdown, adhering to the constraints and phases you’ve outlined. Since the provided text is only a source identifier and copyright notice, the research will focus on the implied topic: innovations in home technology, specifically relating to ”LAMP,” “Laundry,” and “Alumni” (perhaps MIT).
PHASE 1: ADVERSARIAL RESEARCH, FRESHNESS & BREAKING-NEWS CHECK
The core implied topic is innovative home technology, potentially stemming from MIT research, focusing on lighting (LAMP) and laundry. I will search for recent developments in these areas, prioritizing details from 2024-2026.
* Smart Lighting (LAMP): Important advancements continue in LEAD technology, circadian rhythm lighting, and integration with smart home ecosystems. Recent developments include more sophisticated adaptive lighting systems and energy efficiency improvements. U.S. Department of Energy – Lighting and Daylighting
* Smart Laundry: Smart laundry appliances are becoming more common, offering features like automatic detergent dispensing, remote monitoring, and stain detection. There’s also growing research into waterless laundry technologies. Statista - smart Home Penetration in the US (shows increasing adoption)
* MIT Research: MIT’s Media Lab and other departments are actively involved in research related to both smart homes and lasting technologies. specific projects related to laundry or lighting are harder to pinpoint without the original article, but MIT’s research portfolio is publicly available. MIT Research
* Breaking News Check (as of 2026/01/10 16:24:31): A search for “smart laundry breakthrough,” “advanced lighting technology 2026,” and “MIT smart home research” reveals no major breaking news events as of this moment.The trends identified above are ongoing developments, not sudden, newsworthy incidents. CES 2026 (currently ongoing) is showcasing several new smart home devices,but nothing directly linked to the implied topic of the original article has emerged as a major headline. CES 2026
PHASE 2: ENTITY-BASED GEO (GENERATIVE ENGINE OPTIMIZATION)
* Primary Entity: The implied primary entity is the intersection of innovative home technology, specifically smart laundry and lighting, potentially originating from MIT research.
* Related Entities:
* Massachusetts Institute of Technology (MIT): MIT Official Website
* smart Home Technology: A broad category encompassing connected devices and automation.
* LED Lighting: The dominant technology in modern lighting. U.S. Department of Energy – LED Lighting
* Laundry appliances: Washing machines, dryers, and related technologies.
* Consumer Electronics Show (CES): A major trade show for new technologies. CES Official Website
* Energy Efficiency Standards: Regulations impacting appliance design. U.S. Department of Energy – Appliance Standards
PHASE 3: SEMANTIC ANSWER RULE
Smart lighting Innovations
- Definition / Direct Answer: Smart lighting systems are evolving beyond simple remote control to incorporate features like circadian rhythm adjustment,energy optimization,and personalized illumination based on user activity.
- Detail: Recent advancements in LED technology have driven down costs and increased efficiency, making smart lighting more accessible. Research focuses on creating lighting that mimics natural daylight patterns to improve well-being and productivity. Integration with smart home platforms like Amazon Alexa, Google Assistant, and Apple homekit allows for voice control and automation. Philips Hue Smart Lighting provides an example of a commercially available system. Moreover, research into light-emitting electrochemical cells (LECs) offers potential for flexible and energy-efficient lighting solutions. MIT News – Lighting (general MIT lighting research page).
Circadian Rhythm Lighting and Health
- Definition / Direct Answer: Circadian rhythm lighting adjusts the color temperature and intensity of light throughout the day to align with the body’s natural sleep-wake cycle, potentially improving sleep quality and overall health.
- Detail: Studies have shown that exposure to blue light in the evening can suppress melatonin production, disrupting sleep. Smart lighting systems can automatically reduce blue light emissions in the evening and increase warmer tones, promoting relaxation. Researchers are investigating the optimal lighting profiles for different individuals and activities.