Project MARCH Students’ Exoskeleton Helps Paraplegics Walk Again
April 10, 2019 | Andy Shaughnessy, Design007 MagazineEstimated reading time: 1 minute
When I was in college, I didn’t think much about helping make the world a better place; I just focused on making it to graduation. But some students from Delft University of Technology have found a way to do both. Project MARCH is made up of student volunteers who design and build futuristic exoskeletons that can help paraplegics walk. The students do most of the work themselves, including designing the various PCBs.
I saw their latest exoskeleton up close when Project MARCH exhibited at AltiumLive in Munich, and I had to find out more about this program. Delft Students Martijn van der Marel and Roy Arriens sat down with me to discuss their work on the exoskeleton, including their PCB design experience, and whether they plan to pursue PCB design as a career.
Andy Shaughnessy: Can you tell us a little bit about Project MARCH and this exoskeleton?
Martijn van der Marel: We are a student team from Delft University of Technology, which is one of the biggest technological universities in the Netherlands. We volunteered for a year to build this exoskeleton. With the exoskeleton, we help paraplegics walk again. Each year, we participate in a competition against other exoskeletons to improve the technology and see how far we’ve come.
Shaughnessy: The exoskeleton is pretty impressive. Are you all engineering students?
van der Marel: All students have a technical background, but within the team some of the students are in management and PR, but most of the students are in engineering roles.
Shaughnessy: How did this idea come about?
van der Marel: It started four years ago. Some other group initialized this exoskeleton project, and there were enough enthusiastic students who wanted to dedicate a year to building this exoskeleton. After that year, they continued their studies and recruited a new team of students to make an improved version. That has continued to this year.
Shaughnessy: Did you have to do your own fundraising to find the money necessary for this?
van der Marel: We find sponsors each year to do our own funding because we are self-dependent. We have dedicated people who attend events, find partners, and raise enough money to build an exoskeleton each year.
To read this entire article, which appeared in the March 2019 issue of Design007 Magazine, click here.
Suggested Items
STARTEAM GLOBAL Unveils Innovative Additive Solder Mask Process
06/02/2025 | STARTEAM GLOBALSTARTEAM GLOBAL, a leading PCB manufacturer, has introduced a revolutionary additive solder mask process at its Flero STARTEAM (FST) factory in Italy, leveraging digital inkjet technology to enhance production efficiency and sustainability.
Strategic Materials Conference 2025 Spotlights Materials Innovation to Advance Semiconductor Manufacturing
06/02/2025 | SEMIWith materials innovation at the core of next-generation semiconductor technologies, the Strategic Materials Conference (SMC) 2025 brings together top executives and technology leaders from the semiconductor manufacturing industry for exclusive insights into the latest trends and advancements.
CACI to Deliver Additional SIGINT and EW Technology for U.S. Army Soldiers with TLS BCT Manpack
06/02/2025 | CACI International Inc.CACI International Inc announced that a contract modification has been awarded by the U.S. Army to continue procurement, training, and fielding for the Terrestrial Layer System Brigade Combat Team Manpack (TLS BCT Manpack).
Hon Hai Research Institute Partners with Taiwan Academic Research Institute and KAUST to Participate in CLEO 2025
05/30/2025 | FoxconnThe research team of the Semiconductor Division of Hon Hai Research Institute, together with the research teams of National Taiwan University and King Abdullah University of Science and Technology in Saudi Arabia, has successfully made breakthroughs in multi-wavelength μ -LED technology to achieve high-speed visible light communication and optical interconnection between chips.
Meyer Burger Shuts Down Solar Module Production, Lays Off 282 Employees in the U.S.
05/30/2025 | Meyer BurgerMeyer Burger Technology AG is forced to stop its solar module production in the U.S., which is still ramping up, due to a lack of funds. On May 29, 2025, all 282 remaining employees at the Goodyear, Arizona, site received their notices of termination. Production with an annual capacity of 1.4 gigawatts was shut down immediately.