A Decentralized Digital Future for Higher Education

Universities across the country and the world are still medieval institutions. Their roots in Universitas, a Latin term meaning the universe or the whole, was first used to refer to the student body at the University of Bologna in the 11th century. The oldest known academic institution, the University of Al Quaraouiyine, was founded in Fes, Morocco in 859 CE by a Muslim woman named Fatima Al-Fihri. Many of the earliest organizations of higher education had different ways of structuring their leadership, many of which were informed by current payment structures at the time. At University of Bologna, the students hired and paid the teachers, making the job very demanding and high stress. At other institutions such as the University of Paris (founded 1150) however, teachers ran the school and thus it became a hub for some of the brightest and most talented faculty around the world. Other models such as Oxford and Cambridge were state or crown run, so they met more middle ground but also had to deal with the slow hierarchy of government control.

In this day and age, institutions like Virginia Tech are also state-funded, but their governance structure has started to look more and more like a corporation. President Sands reports to a Board of Visitors appointed by the state of Virginia, similar to how CEOs report to a Board of Directors elected to represent shareholder interest in the corporate context. The hierarchy of management with vice presidents and provosts, deans and department heads looks a lot like a company with half of its operations geared toward education and the other half geared to running a successful business. Though students are included in governance structures like the Graduate Student Assembly and there are two student representatives on the Board of Visitors, the major power and decision making are more or less controlled by top executives and politicians in Richmond.

I foresee a future where technology can be leveraged to decentralize the governance structure of higher education, and make it possible for any engaged learner or educator to have an equal vote in dictating the direction of their institution. This future is based on blockchain. It is inspired by the emergence of Decentralized Autonomous Organization or DAOs, where companies can be run by digital participants from around the world through a series of smart contracts. This structure first necessitates a relatively radical departure from physical to digital educational spaces. Assuming zoom chatrooms begin to outnumber brick and mortar classrooms and the main assets of the university becomes cyber-physical rather than real estate based, this model would work quite well. Here is how it would work: Teachers and students all participate in the educational system as nodes in the network. There are pre-agreed upon rules that dictate compensation for teachers and grades for the students. The more students who take and do well in a class, the more a teacher gets compensated. All payments are still made through the state (at least at public universities like Virginia Tech), but the payment itself is automated and based on performance.

I am not saying there are no kinds to work out. Nor am I saying this is the only way for education to evolve. But I do believe that the confluence of educational digitization and digital decentralization, this future could be a reality for higher ed. It is us up to us as future academic leaders to make sure that the rules we automate in our smart contracts are fair for all people from all backgrounds and that they properly and realistically incentivize the type of learning outcomes that universities have now striven towards for millennia.

Education Extended: The Reality of Learning's Future

 

The EduCause Review published an article entitled “From VR and AR to Our XR Future: Transforming Higher Education” late last year about how immersive technologies will change university learning. Though the novelty of virtual reality and augmented reality have begun to wear off, the new applications that will define their legacy are just beginning to be discovered. Immersive role-play education is one of the main opportunities delineated in the article. Especially in the case of life-threatening scenarios that emergency responders and emergency room doctors have to face in their profession, being able to simulate an event immersively provides a way to truly prepare these professionals for their line of work without risking the lives of living test subjects. Other industries such as construction also come in to mind, where workers could be trained to avoid hazardous situations before ever stepping foot onto the real job site.

But preparation for the real world is just the beginning. A recent study from the University of Maryland confirmed that students retain information better when it is delivered in an immersive environment. The consumption of sensory input reinforces memory and leads to students performing better on exams. But this begs the question: Who will have access to this technology? If immersive learning is dependent on expensive equipment, are we not introducing another barrier to educational access by encouraging its development? How can we ensure that the headsets and the eyewear and the devices required for immersive education make it to those who need them most?

Lastly I want to challenge the notion that humans are the only ones who might benefit for immersive learning. We just got a new puppy named Oatmeal and he is currently learning to sit. I wonder if there is a future for immersive dog training. Where dogs can get socialized and learn basic commands in a virtual space. Obviously the head gear would have to be adapted and it might be better to just create projection cubes for the puppies, but I see real value in being able to introduce frightened dogs to virtual people and virtual friends before forcing them to interact and potentially injure real life subject. And even while in my sun-room trying to convince Oatmeal not to eat my 360 camera, I could still tap into some of the most engaging and progressive educational experiences around the world. Now that’s pretty cool.

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Sustainable Energy & Open Access

University of Oradea’s Journal of Sustainable Energy (JSE) is an Open Access journal from Romania specializing in environmentally friendly energy solutions. I came across the publication on the Directory of Open Access Journals (DOAJ) but their papers are also available through EBSCO publishing, Google Scholar, Open Academic Journals Index, and others. Started in 2010, the purpose of JSE is to promote the proliferation of better energy practices worldwide. Its goal is to do so through the open dissemination of knowledge in the field. Topics span from sustainable community energy in urban environments to power systems reliability and waste-to-energy generation techniques. That being said, the journal stresses that any paper directly or indirectly relevant to the energy domain will be considered, including financial and economic analyses of energy markets.

As far as its alignment with the Open Access ecosystem, JSE includes a statement from the Budapest Open Access Initiative (BOAI) on their journal homepage:

This is an open access journal which means that all content is freely available without charge to the user or his/her institution. Users are allowed to read, download, copy, distribute, print, search, or link to the full texts of the articles, or use them for any other lawful purpose, without asking prior permission from the publisher or the author. 

The importance of the BOAI cannot be understated. In 2002, a group of thought leaders in the open access movement, also know as Free Online Scholarship, came together to develop a set of guiding principles for accessible scientific literature. In 2012 they reconvened and set a goal for open access to be the default method for peer-review publications in every field and every country by 2022.

While scientific literature in the energy domain is clearly becoming easier to access with the creation of journals like JSE, it is harder to imagine a reality where energy itself is open access. Our energy markets are some of the most capital intensive industries to get into. It can take millions of dollars to build a sub-station for electrical distribution. Even for customers uninterested in developing energy solutions there are increasing prices to pay for kWh on the meter. The environmental cost of energy is rapidly rising with technologies like hydraulic fracking, even if the financial costs that consumers see on their bills seems to be going down. We must be aware of the dangers of cheap energy and promote universal access to clean, renewable energies. It is the duty of journals like JSE to educate the general public and help them realize that the future of energy lies in the way they consume power and where they purchase it from.