CS Undergraduate Enrollment Up

A new report by the Computer Research Association (CRA) states that an increase in undergraduate enrollment in computer science degrees and courses is higher than the previous booms in the 1980s and 1990s.

A CRA committee that conducted the study, which included SoC professor Mary Hall, calls this new trend “Generation CS.”

“The goal of the survey was to assess how widespread is the computer science enrollment surge and how universities are managing increased enrollments,” Hall said. “As the results of this study will be used by universities and the data is being included in an upcoming National Academies [of Sciences, Engineering and Medicine] Computer Science and Telecommunications Board report, we had to produce a careful and thoughtful product.”

Based on a survey of more than 225 computer science departments, the committee found that the average number of undergraduate CS majors is larger today than at any previous time (see graphic).

Click here to read the report.

Note From Director

Dear Graduate Students,

I am writing in regards to the recent executive order banning certain international citizens from entering the United States. We the faculty and staff in the School of Computing realize that the new restrictions for some of you will impact travel, re-entry, visa extensions, visits from family, job searches, etc. We also realize this situation creates a great deal of stress and uncertainty about your future studies here in the U.S.

I want you to know that the School of Computing values bright, hard-working people of all backgrounds and origins, and we feel all of you are valuable members in our field and within our community. We will be doing what we can to make your studies and your stay in Utah productive and satisfying.

In the meantime, we are encouraging foreign nationals, especially those from countries that have been identified by this unfortunate executive order, to consider and plan carefully before you travel abroad. We recommend that you talk with your advisor before making plans to travel, and consult with the International Center at the University of Utah to make sure your status will allow you to smoothly re-enter the country. Please let us know if we can help in any way. For our part, we will continue to advocate for your needs within the university and with our elected representatives.

Regards,

Ross Whitaker

Director, School of Computing
Professor, SCI Institute
University of Utah
Salt Lake City, UT 84112-9205

Posted in Uncategorized

SoC Grad Thiago Ize Wins Technical Academy Award

Every time you go to the movies, there’s a good chance the roaring spaceships or fantastical beasts wowing audiences were brought to life in part thanks to the work of software engineer and University of Utah alum Thiago Ize.

That’s because Ize, a University of Utah School of Computing graduate who also worked at the U’s Scientific Computing and Imaging Institute (SCI), works on the “Arnold Renderer,” a program used by many visual effects and animation companies that draws computer generated images for films and television. And for his work, Ize, along with a team of four other software engineers, were awarded a Scientific and Engineering Academy Award, it was announced Jan. 4. Also named for the award were the software’s creator, Marcos Fajardo, as well as Chris Kulla and Clifford Stein of Sony Pictures Imageworks, and Alan King of Solid Angle.

“It’s really nice,” said Ize about winning an Oscar. “It’s definitely exciting. There are many amazing people who work on Arnold, so to be named a part of this small group is like an award within an award.”

Ize, who still lives in Salt Lake City, is a principal software engineer for Solid Angle, a software company based in Madrid, Spain, that develops the Arnold Renderer (which was oddly named after movie star and former governor Arnold Schwarzenegger). The program takes scenes created by artists and renders them in a computer one frame at a time to ultimately produce a visual effect for motion pictures, television shows, video game trailers and commercials. The advantage with Arnold over other software renderers is that it can do the job more efficiently and with less computer memory and less time. Producing a single frame of a computer-generated visual effect can often take hours, but the Arnold Renderer can do it much more quickly or produce an image with more detail in the same amount of time.

As an engineer for Solid Angle, Ize’s job is to make the program even faster and more efficient. His software has been used by visual effects artists for such blockbusters as “Gravity,” “Arrival,” “Fantastic Beasts and Where to Find them,” “Deadpool,” “The Martian,” “Game of Thrones” and “Star Wars: The Force Awakens.”

His success with Solid Angle, he said, is in large part due to his experience at the University of Utah. Born in Mexico City and raised in Virginia, Ize received his bachelor’s in mathematics and computer science at the University of Virginia and then moved to the University of Utah’s famed School of Computing for his doctorate where he worked on ray tracing, a technique in computer graphics of realistically recreating the effect of light on objects. Ize earned his doctorate in computer science at the U in 2009 and continued working for SCI until 2011 when he got his job with Solid Angle.

He continues a long legacy in the development of computer graphics at the University of Utah which began in the late 1960s with then computer science department chairman David Evans and fellow U computer scientist Ivan Sutherland. Since then, noted U computer science alumni including Ed Catmull, Alan Kay, John Warnock, Jim Clark, Nolan Bushnell have shaped the computer graphics industry into what it is today.

Ize is the second School of Computing alum to win a technical Academy Award in the last two years. Colette Mullenhoff, who earned her master’s from the U in 1998, won an Oscar in 2015 for her work on Industrial Light & Magic’s Shape Sculpting System, digital animation software that allows artists to change the shape or face of a CGI character on the fly so they can see the results instantly.