The impact of technology on college student learning is the subject of several recent studies, both at Rice and in Michigan. The Office of Information Technology (OIT) worked with the Center for Teaching Excellence to develop survey questions about student academic technology use and experience. In June 2015, over 1000 new undergraduates received an invitation to complete the survey and about 75% responded. Responses of 750 students in the class of 2019 regarding their experiences with — and future plans for — using technology in school reveal predominant use of laptops and smartphones.
Archive for the ‘Students’ Category
New Undergraduate Academic Technology Survey
Wednesday, July 15th, 2015What is OWL-Space?
Monday, July 6th, 2015As the incoming freshman class of Rice University prepares to begin their college education, many of them are unaware of the significance that OWL-Space will play in their next four years. In fact, though OWL-Space will swiftly become one of the most visited pages on their browser, most freshmen have little idea of what it is before they begin classes.
Owl-Space is Rice’s online platform for coursework and assignment management. An administrator or professor is able to create a site on OWL-Space, add members to it via their Net IDs, and then post messages and resources for all of the site’s members to access. In this way, professors are able to communicate with their entire group of students.
Student Tech Tips: Using Laser Cutters to Make Architecture Models
Wednesday, June 24th, 2015Pauline Chen, a sophomore majoring in Architecture, in Spring 2015 took Arch 202, Principles of Architecture II, a course that explores technology as the principal driver of form. “It is a semester devoted to discovering the ability of technology to bolster the architecture concept and design. Studying structural form in detail, we learn so much of its long history of defining public space and in this case the transit center. Making physical models of structural components becomes useful as it gives us an understanding of connection and construction details as we build it,” said Chen. From structural truss systems, to tree columns, to diagrid structures, modeling by hand these extremely complex geometries can be a little tricky. A certain piece of technology is handy to ensure the accuracy and efficiency of the process.
IT Newsletter – Undergraduate Students – Spring 2015
Tuesday, May 12th, 2015Student Tech Tip Videos
Watch our series of video tips designed for undergraduates. The Student Tech Tips playlist lasts a total of four minutes and is full of useful information about how to get help, print to a lab from your computer, backing up, and more.
Accounts End with Graduation
Seniors, if you haven’t already, set up your alumni account and begin using it on your applications, resume, and RiceLink profile. Your NetID email account is deactivated several months after you graduate.
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Need computing help?
Contact the OIT Help Desk, 713.348.HELP(4357) or help@rice.edu. You can also stop by Mudd 103, 9 a.m. – 5 p.m., Monday – Friday.
Graduating? Stay Connected with Rice via Alumni Accounts
Tuesday, April 28th, 2015Rice NetID email accounts for all degree recipients will be terminated a few months after graduation. Graduating students are encouraged to stay connected with Rice and each other by creating a personal alumni account at alumni.rice.edu, where you can also sign up for the following email options:
- Upon accessing your alumni account, update your profile with your preferred personal email address to receive timely news, invitations and updates from Rice and your fellow alumni.
- You may also sign up for a Rice forwarding email address: yourname@alumni.rice.edu. All the prestige associated with a rice.edu email address, with the ease of forwarding to an existing email account.
- If you do not wish to activate your personal alumni account, please take a moment to submit your existing personal email address at alumni.rice.edu/expressupdate.
Contact Alumni Relations at 713-348-4057 or arahelp@rice.edu for more information.
Student Tech Bits: When Water and Technology Mix
Wednesday, April 22nd, 2015Fatima Alvi, a senior majoring in Ecology & Evolutionary Biology, recently took EBIO 372, Coral Reef Ecosystems, a course that explores the complex ecology of coral reefs. “We cover both biotic and abiotic components of coral reefs, the factors that contribute to reef construction and decline over time, and various ways in which reef organisms interact with their environment,” said Alvi. But how does one begin to explore these complex reefs? Technology may be the answer.
For her project to analyze sections of coral reefs from photographs taken at the Flower Garden Banks National Marine Sanctuary, Alvi used the program CPCeV4.1 (Coral Point Count with Excel extensions). She described how the class “assessed percent live coral cover in the images using both point overlay analysis and planar area analysis, which involve classifying the benthos at 100 randomly assigned points and outlining the areas of live coral cover, respectively.” Sound complicated? While she hadn’t expected using this technology in the course, coral reef ecologists typically use this software in a similar capacity.
“This course not only involves classroom learning, but also teaches methods that coral reef ecologists use when studying coral reefs. To that end, it was instructive to have exposure to the actual software used in the field, especially for those interested in further exploring research in coral reefs.”
While Alvi says she doesn’t plan on working with coral reefs in the future, she believes that this class has given her a much deeper appreciation for how unique and complex coral reefs are and emphasized the importance of conserving these ecosystems as they face rapid decline in the near future.
Anthony Bosman: Keeping It Real in Calculus Class
Wednesday, April 15th, 2015
“Intentional” is how Mathematics Instructor Anthony Bosman sums up his teaching style. Bosman, a graduate student in Mathematics, teaches Single Variable Calculus I and II (Math 101 and 102) and Multivariable Calculus (Math 212), by thoughtfully preparing materials that will connect the students to the subject matter and its applications in every day life. He realizes many of his students take the course only to complete a major requirement. So for some it is their last math class at Rice–even more motivation to make each lecture engaging and expose them to the practical uses of math.
As Bosman explains in his teaching blog, “Students become invested when they see how the material they’re studying will connect with the lived experiences of those in their immediate community. Real data examples help to make this connection. Even if not fully flushed out, they indicate that the things we’re learning have a purpose. They let students know that calculus can fight crime. It’s one thing to tell students that the gradient of a function lies perpendicular to its level sets. It’s quite another to show that a crime-fighting hero can calculate the gradient of a crime density function to find the hottest crime spots. That’s right, real heroes use vector calculus.”
Bosman aspires to reignite the sense of curiosity and wonder that abounds everywhere for young children but is often missing from classrooms labeled as formal places for learning. A slight change in topic can make a big difference in interest. In his Math101 class last summer, many of the students were athletes. In his lecture on why you might use the shell method for calculating the volume of an object rather than the disk method, Bosman selected a football as the object of study. Once the disk method proved inadequate to calculate the volume of the football, Bosman transitioned to the shell method and the class was able to verify the answer on the Internet.
To keep students actively engaged, Bosman literally gets them out of their seats. He conducts lectures outside on beautiful days or has team problem-solving competitions in the classroom with students working at the blackboards with their teammates behind them offering assistance. Bosman conducts his classes with a conversational tone so students feel like they are co-discovering new materials. All questions are celebrated by Bosman. “Instructors crave for students to ask questions–even the ‘bad’ ones–because they reveal what aspects of the lecture the students are understanding and what ideas haven’t been communicated effectively yet.” He hands out “notes with holes” at the start of each class that have some key topics listed with plenty of space for students to add their own notes. Often his assignments give students plenty of flexibility to find a subject they are interested it in so it overlaps with their life. One challenge was to graph something cool: responses included the Rice owl mascot and a student’s favorite football team’s logo.
Homework is not over once the student turns it in; it is returned so the student has the chance to make corrections and continue learning. After midterms, Bosman requires students to have a one-on-one meeting with him, which strategically increases their comfort level for future office visits. In these sessions, he encourages students to examine the areas of an exam that challenged them so they can focus on these areas for improvement. He discusses Stanford psychologist Carol Dweck’s theories on fixed and growth mind-sets to help them recognize that if they develop a growth mind-set they can develop their intelligence and learn from adversity. One of his students, who struggled early in the class, embraced this method and was one of the few with a perfect score on the final.
His students take the standard end-of-term questionnaire, but he explains, “by then, it’s too late to make changes.” So Bosman continually seeks feedback from his students in discussions, and brief surveys (some anonymous) throughout the semester, He prefers checking in on a regular basis to make sure he is in tune with this class. “If students were expected to understand everything the first time they saw it, we could simply record a lecture once and show it to all future generations of students. But this isn’t how learning works. Every classroom has a unique set of students that needs to have the content of a lecture uniquely tailored to them. It is the interplay of students asking questions and professors formulating responses that accomplishes this.”
Bosman credits Principles of Effective College Teaching as a valuable resource offered by Rice’s Center for Teaching Excellence. In addition to reviewing the literature on teaching and learning, the class challenged him to consider professors who modeled engaging teaching, such as Oliver Knill, his Harvard multivariable calculus summer course professor who started each one of his classes with a demonstration in order to form a connection between students and math.
For a class session on Halloween day, students determined the surface area of a pumpkin carved with the necessary formula. Bosman provided frosted doughnuts for calculating the surface area of the frosting–with the sweet treat as the reward for the correct answer. Bosman’s intention is to bring math alive by showing how it fits into daily life, “On the last day of class, I ask the students to reflect on what they would take with them from the course. One responded, ‘I’ll never eat a doughnut again without thinking of double integrals.’ Mission accomplished.”
Student Tech Bits: Splicing Old and New Technologies
Friday, April 10th, 2015Students in Rice’s Film & Photography Department rely on a vast array of photo and video-making technology everyday to complete their assignments. Addison Verger, a senior double majoring in Kinesiology and Film Studies, has been involved with the department since his freshman year. “I don’t own my own video camera or have access to Adobe Premiere, a video editing software, on my personal computer, so utilizing the department’s equipment is a necessity.” Students taking courses in the Film & Photography department have access to a number of computer labs in the Rice Media Center. Each of these labs contains specific computing software, such as photo editing software, like Adobe Photoshop, and sound editing software, like Adobe Audition, that allow the students taking these courses to have all the tools they need right at their fingertips.
Students utilize a variety of old and new technologies to create a finished product. Verger took FILM 428, Filmmaking II, last semester where students utilized “Do-It-Yourself” and modern film techniques to create 16 mm art films. “For one of our projects we took vintage, stock reels of film from old anthropology documentaries and children’s cartoons, cut them up, and bleached, scratched, and hand painted them, to make a new piece of art.” While this process of making a film may seem old fashioned, the students still utilized current editing software to create their final product. “Once our cut up bits of film were assembled, we had to put them on a reel and then run them through a projector that transferred them onto a tape. With the tape, we were able to import the footage into Adobe Premiere and edit the film as we would any other, to overlay our audio recordings and alter color, etc. It was an interesting experience to take such a ‘hands-on’ approach to filmmaking, rather than just sitting at a computer.”
For an animation assignment in the same course, Verger said the class had to use an Oxberry Animation stand: a vintage looking piece of equipment that allowed the class to make stop motion animations. “It was really eye opening to participate in the very slow process that is animation. When you’re watching an animated film, you hardly ever think about how the animators created this finished product. My group’s film came out to two and a half minutes but it took us about 12 hours just to film it.”
Got Mac Issues? DIY Can Help
Tuesday, February 10th, 2015Macs (Macintosh computer) used to be perceived as essentially trouble-free for their users, but the rise in the number of Macs in use at Rice has resulted in a similar increase in the number of Mac problems reported to the Help Desk. From Wi-Fi issues for Mac OS X Yosemite to overall performance issues with new and older Macs, many user complaints can be addressed with a little self-maintenance.
IT Support Specialist, Bill Klemm, put together the top seven maintenance routines every Mac user should do, but probably doesn’t. From rebooting to managing disk space, read the IT DIY article below to ensure your Mac is running smoothly:
https://docs.rice.edu/confluence/pages/viewpage.action?pageId=48202028
NetID Accounts End with Graduation
Thursday, October 30th, 2014For security reasons, IT deactivates all inactive student Rice NetID accounts a few months after the May graduation ceremonies. Alumni cannot access or forward their Ricemail and/or Rice Gmail messages when accounts are deactivated. The only system in which NetIDs remain active is the Center for Career Development’s job matching service, RiceLink.
Juniors and Seniors
To keep “Rice” in your email address, set up and begin using your alumni address on all your documents and correspondence, including resumes and your RICElink profile with the Center for Career Development.
Visit the Association of Rice Alumni website to create your alumni ForeveRice account, with features like:
- yourname@ricealumni.net
- all the benefits of a Gmail account
- address that remains the same even when you switch jobs, relocate or change your name
Contact the Office of Alumni Relations at 713-348-4057 or arahelp@rice.edu for assistance with your ForeveRice account..
Contact the Center for Career Development at 713.348.4055 or ccd@rice.edu for assistance with RICElink.
More information is available online at https://it.rice.edu/alumni.