Global Engineering Innovation: SUGAR & Stanford ME310

Our global capstone project programmes

We particpate in Stanford ME310 Global Design Innovation and SUGAR Network. Find more on these two capstone project programmes on this page

SUGAR Global Engineering Innovation

SUGAR Global Engineering Innovation is a dynamic network uniting students, universities, and companies to advance innovation through hands-on learning. We emphasize human-centered design to help young minds create impactful solutions.

Since 2008, the BTH Product Development Research Lab has partnered with SUGAR.

Comprising 24 top universities globally, SUGAR forms multicultural, multidisciplinary teams to tackle design challenges from corporate partners. SUGAR has grown steadily since its 2008 launch, supported by this strong community.

SUGAR’s mission is to connect universities and industries worldwide, promoting student-led innovation and learning. Our platform empowers students to solve real-world problems with human-centered, responsible design.

What SUGAR is made of…

  1. Real People

    Human-Centered Design: Student teams develop solutions with real users in mind, keeping close contact to ensure their designs are practical and user-friendly.

    Support System: Teaching teams, coaches, and corporate sponsors are there to support students every step of the way.

  2.  Real Companies

    Innovation Challenges: Companies bring their project briefs to the table and get fresh insights and ideas from students, tackling their innovation challenges head-on.

    Corporate Engagement: Businesses benefit from the fresh perspectives and innovative solutions generated by student teams.

  3.  Real Projects

    Hands-On Experience: Student teams dive into real-world problems, giving them valuable, hands-on learning opportunities.

    Purpose-Driven Innovation: Projects are all about making a real impact, encouraging students to innovate with purpose.

  4.  Real Coaching

    Guidance and Support: Both students and corporate sponsors get coached and guided throughout the project.

    Workshops and Training: Companies join workshops to get on the same page as the teams and understand the full potential of Design Thinking.

ME310 Global New Product Design Innovation

ME310 is a course that teaches a global network of designers, engineers, and innovators how to challenge complex real-world problems.

BTH Product Development Research Lab (students in Mechanical Engineering programmes) are partners with Stanford University, Design Division and d.school in running ME310 Global. Each academic year, about 100 masters-level students participate in ME310, including 8-10 of the top global engineering and design universities from around the world, hence the Global.

I’ve been collaborating with Stanford and the Design Division and d.school for several years going back to the 90’ies and since moving to BTH, we’ve been deepening the collaboration between BTH Mechanical Engineering and Stanford Mechanical Engineering to be able to offer continuous project collaboration in global innovation projects together with industry“, says Professor Tobias Larsson of Mechanical Engineering / Product Development Research Lab. 

He continues, “We are now continuously scouting for projects with industry connections for upcoming ME310 projects, and students are also interested in participating. The projects are tough and demanding but extremely rewarding.

Want to join? 

If you are interested in joining our Global Engineering Innovation projects, do contact Assistant Prof. Christian Johansson Askling (christian.johansson.askling@bth.se) or Prof. Tobias Larsson (tobias.larsson@bth.se).  

Previous projects

SUGAR 2023-2024
Sugar
The Product Development Research Lab at BTH is starting up a SUGAR project for the first time in collaboration with USP in São Paulo. Volvo Construction Equipment is the industrial partner.
Challenge: How might continuous evaluation of the actual through-life customer needs support sales of site solutions that are tailored to provide higher value to the customer continuously through the lifecycle of the construction equipment?
Partners: University of Sao Paulo, Volvo Construction Equipment, Volvo Group Connected Solutions Innovation Lab, and SUGAR Network.
Output: The Volvo HS
ME310 2021-2022
Alternative energy infrastructure
Challenge: How do we support EV (electric vehicle) or alternative energy adoption in places with no or broken infrastructure but great need (particularly in remote areas, developing countries, or areas in crisis)?
Partners: Stanford University, Volvo Group Connected Solutions Innovation Lab, and Volvo Construction Equipment.
Output: Oasis/Nomad
ME310 2019-2020
Find new ideas and directions that change how waste management operate on an industrial scale (Volvo Group).
Challenge: A future where waste management and recycling are safe, optimized and sustainable.
Partners: Design Division at Stanford University, Volvo Group Connected Solutions Innovation Lab, Mack Trucks, Volvo Construction Equipment, and Waste Management. Output: Re-Glove
ME310 2017-2018
The pains of today and concerns of tomorrow (Volvo CE)
Challenge: The pains of today and the concerns of tomorrow
Partners: Stanford University and Volvo Construction Equipment.
Output: Advance
ME310 2015-2016
Human-Autonomous Machine Interaction (Volvo CE)
Challenge: How can automated machines and humans work efficiently in the same area – at same time building trust between each other – without any risk for the humans and without any unplanned downtime for the machines?
Partners: Design Division at Stanford University and Volvo Construction Equipment.
Output: CX-Link
ME310 2012-2013
Idéum - Spaces for innovation (Michano & Volvo CE)
Challenge:Spaces for innovation
Partners: Design Division at Stanford University, Volvo Construction Equipment and Michano.
Output: IDÉUM
ME310 2022-2023
Bioinspired design for construction and transportation
Challenge: How might we use Biomimicry in order to design solutions and systems that disrupt traditional solutions thinking in the construction and transportation industries?
Partners: Stanford University, Volvo Trucks (GTT), Volvo Construction Equipment, and Volvo Group Connected Solutions Innovation Lab.
Output: Dryve, a sensor cleaning solution.
ME310 2020-2021
Digital Dirt (Volvo Group)
Challenge: A future where management of construction materials is represented in a digitized form.
Partners: Design Division at Stanford University, Volvo Group Connected Solutions Innovation Lab, and Volvo Construction Equipment.
Output: DNES
ME310 2018-2019
Enhancing partnership between humans and vehicles in the connected society (Volvo Group)
Challenge: Enhancing partnership between humans and vehicles in the connected society.
Partners: Stanford University and Volvo Group Connected Solutions Innovation Lab.
Output: V-Com
ME310 2016-2017
From Elephants to Ants – from Earth to Mars (Volvo CE)
Challenge: From Elephants to Ants – from Earth to Mars
Partners: Design Division at Stanford University and Volvo Construction Equipment.
Output: Trace
ME310 2014-2015
Urban Mining (Volvo CE)
Challenge: Urban Mining.
Partners: Design Division at Stanford University and Volvo Construction Equipment.
Output: NIX
ME310 2013-2014
Urban Mining (Volvo CE)
Challenge: Urban Mining
Partners: Design Division at Stanford University and Volvo Construction Equipment.
Output: 310X Concrete Crusher
ME310
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