New Wave Media

September 30, 2020

Hacking 4 Environment: Oceans - Creating Entrepreneurs from Scientists and Students

  • UC San Diego mechanical engineering major Raymond Young works on a team project, sponsored by Boeing, for the class Hacking for the Oceans. His team is developing a software suite of autonomous unmanned surface vehicle behaviors that could help scientists monitor the environment for harmful algal blooms. Image Courtesy UC San Diego
  • Undergraduate aerospace engineering major David Sharp tests the distance resolution of an ultrasonic sensor used to measure water level. Sponsored by the Center for Climate Change Impacts and Adaptation (CCCIA), his team is designing a cheap, durable flooding sensor and data acquisition system to provide critical alert information for vulnerable coastal communities. Image courtesy UC San Diego.
  • UC San Diego mechanical engineering major Raymond Young works on a team project, sponsored by Boeing, for the class Hacking for the Oceans. His team is developing a software suite of autonomous unmanned surface vehicle behaviors that could help scientists monitor the environment for harmful algal blooms. Image Courtesy UC San Diego UC San Diego mechanical engineering major Raymond Young works on a team project, sponsored by Boeing, for the class Hacking for the Oceans. His team is developing a software suite of autonomous unmanned surface vehicle behaviors that could help scientists monitor the environment for harmful algal blooms. Image Courtesy UC San Diego
  • Undergraduate aerospace engineering major David Sharp tests the distance resolution of an ultrasonic sensor used to measure water level. Sponsored by the Center for Climate Change Impacts and Adaptation (CCCIA), his team is designing a cheap, durable flooding sensor and data acquisition system to provide critical alert information for vulnerable coastal communities. Image courtesy UC San Diego. Undergraduate aerospace engineering major David Sharp tests the distance resolution of an ultrasonic sensor used to measure water level. Sponsored by the Center for Climate Change Impacts and Adaptation (CCCIA), his team is designing a cheap, durable flooding sensor and data acquisition system to provide critical alert information for vulnerable coastal communities. Image courtesy UC San Diego.

The University of California Santa Cruz (UCSC) and the University of California San Diego (UCSD) recently completed a first-of-its-kind course that had student teams working to develop creative solutions to complex challenges facing our oceans – and the results are a reminder of the value in trying new approaches.

In the 10-week classes, held over spring quarter, 50 students grouped into teams of four used agile entrepreneurial approaches (Lean Startup method and Problem Curation techniques) to address an ocean-related problem that could use a new solution.

Student teams experienced what it is like to create a startup or policy solution focused around solving such challenges as kelp forest restoration, weaknesses in the fishing supply chain, water pollution analysis, flooding detection systems, using unmanned surface vehicles (USVs) to detect harmful algae blooms, and exploring new applications for eDNA measurement technology.

Equally important, the courses gave students the chance to make a difference in the world.

The class was co-created with the BMNT consultancy, and -- working at UCSD, where it was called Hacking for the Environment: Oceans, with Sophia Merrifield and Eric Terrill; and at UCSC, where it was called Hacking 4 Oceans, with Radhika Malpani, Vikram Sahai, Anne Kapuscinki, and Sarah Eminhizer. We focused on creating solutions to complex social and environmental issues, addressing climate change through the lens of oceans and their interdependencies with land, air, and energy systems, using the Lean Startup method. One of our main goals was to have students learn lean innovation while coming up with new and creative ways to solve ocean problems.

To address these problems, the students blended academic research with market research and interviews of different stakeholders, ensuring that knowledge was translated into scalable solutions that could be successful in the business/real world.

  • Thinking Differently for New Answers

UCSC’s Team Blue Waltz Bio is one example of how this course helped bring together the best of scientific and entrepreneurial thinking. Blue Watz Bio students examined the pitfalls of current Environmental DNA (eDNA) measurements, as well as how they could apply the nascent technology to other needs, like endangered species and environmental impact assessments. One of the biggest hurdles was that eDNA tools require custom sampling equipment and expert users to generate useful data and insights. The project looked specifically at GenBank, an admittedly clunky software that serves as the National Institutes of Health genetic sequencing database.

Their solution improved the efficiency of GenBank by cutting time-consuming search terms and download requirements. Moving forward, the team is exploring alternative funding options, like grants and sponsors, and hopes to further improve on features.



UC San Diego students Michelle Sit, Raymond Young, Hunter Woodruff, and Jacob Springman collaborate via Zoom on their team project, which is sponsored by Boeing. The group is developing a software suite of autonomous unmanned surface vehicle behaviors that could help scientists monitor the environment for harmful algal blooms. Image courtesy UC San Diego.



  • Inspiring Mission-Driven Entrepreneurs

Hacking for the Environment: Oceans and Hacking 4 Oceans are the latest in a series of mission-driven entrepreneurship courses that have students across the country thinking differently about how to solve real-world problems.

The course series launched in 2016 at Stanford University with Hacking for Defense (H4D) -- the idea of Steve Blank, creator of the Lean Startup movement; and (Ret) Army Colonels Joe Felter and Peter Newell, who had identified a need for national security innovation at speed. They hypothesized that graduate students could use Lean Startup principles to solve some of the nation’s toughest national security and intelligence community challenges at speed. Four years and 40 universities later, H4D has helped create a national security innovation pipeline and given hundreds of university students a new platform for performing national service.

At the same time, creating “Hacking for” variants focused on social challenges, applying the same tools and processes to local municipal issues like the need for affordable housing and access to mass transit (Hacking for Cities), social issues (Hacking4Impact) and State Department issues (Hacking for Diplomacy).

The classes use Steve Blank’s experiential Lean LaunchPad curriculum. In 10 weeks, students work with sponsors and mentors to test their solutions for specific, real-world problems. In the case of Hacking for the Environment: Oceans and Hacking4Oceans, mentors and sponsors included the Nature Conservancy, the Oceanic Society, and NOAA Fisheries; policy experts from Scripps Institution of Oceanography as well as representatives from the innovation company BMNT, synthetic aperture radar company Capella Space, Boeing and NASA.  

For the duration of the “Hacking for” courses, students interview stakeholders and beneficiaries each week to better understand the problems they’re trying to solve and how people are affected by them. Just as successful entrepreneurs do, the students must also create and test minimal viable products (MVPs) to see if they have a workable solution, validate those MVPs with stakeholders, and figure out how to get their solution into the hands of those who would benefit from it.


Undergraduate electrical engineering major Seth Litman writes code for a sensor unit used to measure water level. Litman is on the CCCIA-sponsored team, which received mentorship from marine robotics company Blue Robotics. Image courtesy UC San Diego.



  • Bringing a Lean Approach to the Traditional Classroom

In Hacking for the Environment: Oceans and Hacking 4 Oceans, students came from various disciplines across the schools, but threw themselves into tackling ocean problems. The class is designed around a structured exploration process, which starts with identifying a pain point and proposing a theory of change hypothesis. Each team got to the finish line at a different pace, all of them dividing the effort into interviewing and learning (“understanding the problem”), testing minimum viable products, and expanding knowledge for ocean solutions.

Much like researchers in academic settings whose discovery process often requires a shift in focus, teams had to work their way through some pivots--rethinking their course as they discovered more about a problem--with the help and guidance of experienced business leaders who served as mentors. Blue Waltz Bio, for example, experienced this when they realized their initial idea was up against unbeatable competition (major companies and institutions were already working on a similar solution).

The rigorous interview process requires students to understand all the people affected by the problem they’re looking to address, then do something highly effective: talk with them to understand how they experience the problem students are working to solve, who else might be affected by it, what the stakeholders have done to address the problem on their own, and whether the students’ suggested solution would fix the issue. UCSD’s Team Arctic Oracle, for example, spoke to 100 stakeholders on the way to devising a solution that uses SAR data and other sensors to measure ice thickness and other criteria to optimize shipping routes through the Arctic Sea.



About the Author: Steve Weinstein is the senior vice president of strategy for the innovation firm BMNT and a board member of The Common Mission Project, BMNT’s non-profit arm dedicated to building an ecosystem of mission-driven entrepreneurs. He also teaches entrepreneurship at UC Berkeley and Stanford.



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