Guiding Creativity to New Heights with Drone Technology

Image source: Pixabay

To benefit from learning and research, colleges and universities have traditionally acted as support foundations for innovation with new emerging technology. With the rise of drone technology, many campuses are exploring new ways to incorporate drones into campus life and the learning process.

According to an article published in EdTech [1]:

The number of drones used privately and commercially is skyrocketing. The Federal Aviation Administration forecasts the number of private drones will double to 2.4 million by 2022, while commercial drones will grow from 110,604 in 2017 to 451,800 in 2022.

In other words, the growth of drone technology will create more avenues for existing and prospective students to benefit education, design, engineering, and recreation in the classroom [1]. For example, students majoring in the engineering fields may look into making lighter, faster drones while those studying chemistry may research creating more efficient batteries.

In either case, drone technology is becoming cheaper to purchase, and universities across the nation will continue to explore new ways of implementing the transformative technology to benefit their campuses and students.

For more information, read the full article on EdTech.

References

[1] E. Zimmerman, “4 Ways Drones Bring College Campuses to New Heights,” EdTech: Focus on Higher Education, June 21, 2018. [Online]. Available:  https://edtechmagazine.com/higher/article/2018/06/4-ways-drones-bring-college-campuses-new-heights [Accessed July 9, 2018].

Universities Embracing Blockchain Technology and Asset Class

Image source: Pixabay

As blockchain technology continues to become more mainstream, colleges and universities are exploring new ways to help grow the cryptocurrency ecosystem by allowing students to use digital currencies as a payment service on their campuses. The appeal to higher education institutions ranges from a fear of being left behind on new and emerging technology to the desire to provide more flexible avenues of payment for its students. In fact, recent research conducted by Lendedu suggested that “36 percent of Americans age 18 to 24” say they plan to invest in bitcoin as an asset for the future (Brereton).

According to a recent article published in EdTech [1]:

[The University of Nicosia in Cyprus] told Forbes it expected the first students to use the bitcoin option would be those attending its online degree programs from countries where international payments can be slow and involve transmission fees that total 5 to 10 percent of the monthly tuition cost.

In other words—as worldwide, decentralized, payment systems—cryptocurrencies can be used by international students to pay tuition to higher education institutions outside of their home country—that is, without incurring the slow and often expensive transaction costs that are associated with traditional fiat [1]. Similar to the University of Nicosia in Cyprus, other campuses such as the Georgia Institute of Technology are allowing its students to load cryptocurrencies to their campus debit cards to pay for foods, drinks, and other items [1].

By and large, the cryptocurrency ecosystem is still in its infancy stages; therefore, it remains to be a widely a speculative and highly volatile asset class. Although it is difficult to objectively assess when or if cryptocurrencies will ever replace traditional fiat, it is exciting to see how a growing number of higher education institutions adopting this emerging technology to adapt to the needs of their students.

For more information, read the full article on EdTech.

References

[1] E. Brereton, “Cryptocurrencies Make Their Way to Campus, Bringing Flexibility and Risks,” EdTech: Focus on Higher Education, June 15, 2018. [Online]. Available:  https://edtechmagazine.com/higher/article/2018/06/cryptocurrencies-make-their-way-campus-bringing-flexibility-and-risks [Accessed July 3, 2018].

Expanding Education Through Microcredentials

 

Image Source: Pixabay

As educators aim to prepare today’s learners for tomorrow’s workforce needs, many are also working and looking to provide learners with more opportunities to accreditation. In fact, an increasing number of universities are expanding access to accreditation by offering their students online programs as an opportunity to learn new skills and gain certification quickly. According to a recent article published on EdTech, author Meghan Cortez asserts that the “[p]artnerships between businesses and universities have been integral to helping college graduates meet the changing technological demands in the workforce” (Cortez). Some of the major benefits to these partnerships include a flexible online space for students to access their course materials, as well as a valuable business model for universities to help better prepare students looking to enter the workforce.  

Students can gain microcredentials by attending and participating in brief programs surrounding a specific skill or topic. After a student completes a program, they will be granted a certificate to indicate their achievement in a new or an existing expertise. While a longer—more traditional—academic degree still has its place in preparing students for their vocational goals, the microcredentials option, however, provides students with an avenue to learn new skills quickly, and at a reduced cost. For instance, students at the University of California can take advantage of a number of specializations offered through Coursera—an online learning platform that works to develop online courses for a variety of colleges and universities. Some of Coursera’s programs require students to take 4 courses over a span of 16-weeks; moreover, its relatively inexpensive cost of $49 a month makes for a cost-effective approach for students simply looking to acquire new skills.

For more information, read the full article on EdTech

Adapting Microlearning to Social Media

Image Source: Pixabay

Educause Review shares an interesting case study on the practice of microlearning in contemporary social media. In the 2017 article, “Learning in Bursts: Microlearning with Social Media,” authors Stephanie Trowbridge, Clair Waterbury, and Lindsey Sudbury examine the potential benefits of social microlearning in the classroom:

A significant part of what makes microlearning so effective is the interactive aspect that allows learners to practice their skills and apply new knowledge. Professors may also use microlearning to administer small quizzes, review content, and conduct other short assignments to evaluate their students (Trowbridge et al., 2017).

Educators are confident that microlearning effectively improves information retention; moreover, through helping students take larger, more complex, concepts and breaking them down into smaller chunks of information. These smaller chunks can be reviewed at a student’s discretion and in short bursts to help reinforce what is actually being learned. According to the article, many educators believe that by promoting students to share educational videos on social media or a hashtag per class topic, students have another opportunity to engage in conversations about the course material outside the classroom setting.

One of the few drawbacks to microlearning is the scope of its application. That is to say, some classroom concepts are better suited to be discussed in a longer, more formal, classroom setting. On the whole, however, microlearning can be used as another powerful tool to appeal to today’s learners, and will undoubtedly continue to blur the lines between education and social media.

For more information, read the full article on Educause Review.

eLearning Engagement with Nontraditional Students

Image Source: Pixabay

With college enrollment declining over the past five years, many higher education institutions are constantly seeking small-scale solutions to create better learning opportunities and improve student retention. In a recent article published on EdTech, colleges and universities share their efforts to connect with nontraditional college students; students described as “25 and older, working full time, financially independent or connected with the military” (Cortez).

As such, more educators collectively favor an online learning platform that facilitates flexible learning to support traditional and nontraditional students. Ultimately, by promoting more eLearning practices in higher education, students will be granted with online opportunities to study and learn course material in their own time and, most importantly, at their own pace.

For more information, read the full article on EdTech.

 

Digital Diplomas with Blockchain Technology

Image Source: Pixabay

Thanks to blockchain technology, students at Massachusetts Institute of Technology (MIT) will soon be able to share the credentials of their transcript with future employers, campuses, and/or anyone else they want with 100% legitimacy. In addition to earning a traditional, paper diploma, MIT students will also be granted a private and encrypted digital key linked to their transcript. This digital key effectively reduces the time and hassle of having to go through a third-party security source.

In a recent news article published on Inside Higher Ed, author Lindsay McKenzie explains some of the major benefits of digital diplomas within the MIT higher education community:

Aside from convenience for students, [blockchain technology] also tackles another issue facing universities — fake degrees. “There are a lot of people who pretend to graduate from MIT with fake diplomas,” said [CEO of Learning Machines]. “This provides a format that people can’t fake” (McKenzie).

Blockchain technology acts as a tamper proof public ledger that can record transactions with a near 100% guarantee of authenticity. The efficiency and legitimacy of this option makes digital diplomas such a promising project; for example, when reviewing a job, an HR representative can easily verify a candidate’s academic credentials and the courses they took just by visiting a URL link to the candidate’s unique wallet. As such, this method would be much faster than having to involve a third party registrar to verify and notarize a degree.While the uses of digital diplomas won’t, and should not, serve to replace paper diplomas altogether. It does, however, illustrate the unique and secure ways of adding digital convenience in the scope of higher education.

For more information, read the full article on Inside Higher Ed.

Five Useful Apps for College Students

Image Source: Pixabay

Popular web-based mobile apps such as Facebook and Twitter offer desirable services that support real-time updates, social interaction, and instant messaging at the convenience of a mobile device. Over time, these apps gain a title that is not only prominent as a useful networking system, but also as an opportunity for professional development. 

In the context of higher education, a 2016 Nielsen study indicated that “98 percent of people ages 18-24 have a mobile phone. Some universities, like Lynn University in Boca Raton, Florida, are giving all their freshman students iPads in order to have more mobile functionality” (Polito). Educators can encourage more professional development by having students engage with mobile services that support networking, collaboration and project management. For these reasons, here are the top five mobile apps suggested by EdTech:

1. Slack: Streamlines Group Communication

Slack is an interactive web-based mobile app that lets students communicate with their teammates and professors. Slack simplifies group communication by offering a work space where team conversations are organized and accessible.

2. Remind: Revamps the Daily Planner 

With an approach that aims to optimize time and stress management, Remind is an great app for students and professors to set up text reminders for important deadlines.

3. Google Drive: Boosts Real-Time Collaboration

Google Drive offers cloud storage for individual and team projects. With easy access to Google Docs, Slides, and Sheets, this mobile application allows multiple contributors to edit the same file in real-time.

4. Gmail: Helping Teachers and Students Work on the Go

Most students know what it feels like to take the time to craft a perfectly worded email only to have the professor respond with a curt “Sure” and a “Sent from my iPhone” signature. As a mobile application, Gmail enables the ability to send and receive email via smartphone, which allows quick and convenient communication with professors, advisors and more.

5. Google Chrome: Broadens Access to Academic Sources

This web browser gives students the ability to access academic resources that may not have a mobile application. For example, Desire2Learn is a web-based learning management system that lets students and professors interact; thanks to Google Chrome, students have the ability to submit work through their smartphone (Polito).

 

For more information, read the full article on EdTech.

Machine Learning Will Improve Higher Education Campuses


Image Source: mailgun

With artificial intelligence (AI) continuing to advance, machine learning is also gaining some ground in attention. AI usually gets all the headlines, but machine learning is the base for making AI possible, with all the mathematical algorithms. Machine learning is when google corrects us when we misspell a word. Google has compared your search to the database of all the previous searches by millions of users, and learned that the word has been misspelled and suggested a correction. The current breakthroughs have made it the perfect time for machine learning to go through many innovations, and computer scientists are ready to work on it.

Higher education researchers around the world submitted proposals for Google’s research awards in 2016, and 20 percent were related to machine learning. This percentage had gone up a full 12 percent from 2015, and really shows the eagerness for computer scientists. One of the ideas to better use machine learning, is surprisingly not artificial intelligence, but an augmented intelligence, which would be a teaching assistant that would make it easier for human educators to do their job. A way that machine learning could be useful in this sense, is provide data about the students’ performance and suggest actions that can be taken towards improvement.

This system would also allow for insights and practices from experienced teachers to be available to educators. Some professors are already experimenting on using machine learning as a virtual assistant. In early 2016, Ashok Goel, a Georgia Tech computer science professor has used IBM’s Watson platform to answer questions, in secret, posed by students. At the end of the semester, it was revealed to the students the identity of the assistant that had been answering all of the students’ questions, and they were all surprised that it was a machine. Many students were not able to differentiate between the real and virtual assistants.

For the whole article, please visit EdTech

Universities Preserve History Through Technology

 
Image Source: museogalileo

Universities are usually at the forefront of using innovative technology in order to make strides on everything from cyber security to organic 3D printing. To add to this list, technology also has the potential to preserve historical creations to make sure they are not forgotten. IBM has always sold the ways that their technology can have a hand in preserving history and culture. Anywhere from deciphering ancient texts to preserving architecture, or creating digitized libraries, IBM has been essential in preserving history while making it accessible, animated and alive. Following in IBM’s footsteps, many universities have stepped up to use the technology they have to keep history alive.

As lecture capture gained more popularity on campus, Kansas State University wanted to find a way to keep all academic videos, along with historical footage. Through cloud technology, made available for lecture by its vendor, the college created a video content management system to capture and archive current and old lectures as well as quests speakers and historical videos. Along with using cloud technology, 3D scanning is used as a means of keeping historical and archaeological items safe. With the unrest is the Middle East, the historical sites are vulnerable to attack and ruin.

Herbert Mascher, an anthropology and geosciences professor at the University of South Florida, writes that organizations and universities have stepped up using technology to preserves the sites and museums in these areas. The Democratization of Science project is one that is using digital visualization to preserve and protect the cultural and natural history by using 3D imaging. The project will use 3D imaging to scan the entire museum collections and the archaeological sites and ancient landscapes around the world using unmanned aerial vehicles. Researchers are now able to use software to create virtual reconstructions which will also give and student, scholar, or interested individual access to historical areas.

To read the main article, please visit EdTech