Innovative floor-cleaning robots now scrubbing the halls of UBC

A partnership between the University of British Columbia and an innovative robotics company led by three UBC graduates is bringing seven artificially intelligent floor-cleaning robots to UBC’s Vancouver campus.

Robotic floor scrubber

A robotic floor scrubber powered by A&K Robotics follows a preset path in UBC’s Life Sciences Centre.

A partnership between the University of British Columbia and an innovative robotics company led by three UBC graduates is bringing seven artificially intelligent floor-cleaning robots to UBC’s Vancouver campus.

The intelligent navigation system developed by A&K Robotics transforms manual cleaning machines into self-driving robots. UBC Building Operations staff will train the machines to clean the very floors the company’s founders once walked as students. This will give custodial staff time to focus on more detailed cleaning, and spare them the physical demands of manually operating floor cleaners, which can weigh up to 386 kilograms.

“We have a long history of using our campus as a living lab, and taking opportunities to use university operations and infrastructure to demonstrate new technologies,” said John Metras, UBC’s associate vice-president of campus facilities. “This is exactly the kind of partnership we like to have, where we take UBC-developed technology and use it on campus, helping UBC-initiated companies become successful.”

UBC Building Operations worked with A&K to develop and trial their product, providing campus buildings and operational expertise culminating with a successful three-week pilot program in May. Staff adapted quickly to the floor-cleaning robots’ user-friendly interface. The pilot not only led to the UBC deal, but has also now resulted in contracts for A&K with Vancouver International Airport, and clients in the U.S. and Europe.

Automation module
The automation module developed by A&K Robotics is mounted on top of an automatic floor cleaner to create the robotic floor scrubber.

“This deal with UBC is very important for our company,” said A&K Robotics CEO Matthew Anderson. “UBC is well respected as an organization that uses the best, world-class technology. People who work in custodial and building operations know that UBC is a top employer and they want to work there. That is really valuable for us, because it means we are working with one of B.C.’s leading organizations in this field.”

Anderson studied commerce at UBC in the mid-2000s, when he met English literature major Jessica Yip, who is now A&K Robotics’ chief operating officer. In early 2015 they teamed up with Anson Kung, a mechanical engineering grad and the company’s chief technology officer, to launch the company through entrepreneurship@UBC.

Entrepreneurship@UBC, part of Innovation UBC, provides support and industry mentorship for startups at the university as they generate new ideas and solve problems for the marketplace. In the case of A&K Robotics, collaboration with the university itself was a natural fit.

“It comes down to what problem the company is solving,” said Blair Simonite, program director for entrepreneurship@UBC. “If they’re solving a problem that UBC has, then I think it makes sense for the university to support the people it has trained, and invite them back to solve problems at the university.”

The company, which also got support through HATCH, UBC’s on-campus tech incubator, began with three people less than four years ago. It now employs 15 full-time and several part-time staff. Eighty per cent of them are UBC engineering graduates.

“It’s really incredible to be coming back to the university now, with a team that’s substantially larger, and with robots that are basically our first commercial product,” said Yip. “Coming back to our school and seeing different units at UBC come together to push for this is incredibly exciting and fulfilling.”

Two of the robotic floor cleaners are already in use at UBC’s Henry Angus and Life Sciences buildings, with five more scheduled for delivery in November.

Note to assignment editors: Photos of the robotic floor scrubbers are available here. B-roll video is available here


  • The co-founders of A&K Robotics are all UBC graduates:
    • Matthew Anderson, chief executive officer, BComm 2006
    • Anson Kung, chief technology officer, BASc 2016
    • Jessica Yip, chief operating officer, BA English lit 2014
  • They launched the company in early 2015.
  • In May 2015, they were one of 10 new ventures accepted into entrepreneurship@UBC’s intensive, five-week Lean LaunchPad program. In the program, industry mentors help entrepreneurs validate their business models through extensive conversations with potential customers.
  • In 2016, the company graduated to HATCH, UBC’s on-campus incubator for technology ventures that are at the stage of developing their products and launching their businesses. HATCH is a partnership between UBC’s Institute for Computing, Information and Cognitive Systems and entrepreneurship@UBC, in collaboration with the UBC Sauder School of Business, and the faculties of science and applied science.
  • A&K Robotics collaborated with the UBC Building Operations custodial team to develop its floor-cleaning robot, by shadowing custodial staff and learning how to operate automatic scrubbing machines.
  • A successful pilot trial took place in the Henry Angus Building from May 14 to June 1 of this year.
  • The robot consists of an automation module developed by A&K Robotics, mounted on top of automatic floor cleaners owned by UBC. UBC leases the automation modules from A&K Robotics.
  • The first two units arrived in October—one for the Life Sciences Building and one for the Henry Angus Building—with five more scheduled to arrive later this fall.
  • All UBC custodial staff are trained by A&K Robotics to operate the machine.
  • Custodians must still fill the machine with water, plug it in for recharging, install the correct floor brush and clean the machine’s tank as part of regular use and care.
  • The robot sends a text to the custodian on duty when the job is complete and the machine is ready to be put away.