www.thesil.ca
McMASTER UNIVERSITY'S STUDENT NEWSPAPER / THURSDAY, SEPTEMBER 22, 2011
The Silhouette
YOUR VOICE ON CAMPUS
Est. 1930
VOLUME 82, NO. 6
Royal Society
Down for two more: Quarterback Quinlan suspended for three games. See S5 for more.
Prof elected to Royal Society Kacper Niburski
Assistant News Editor
PHOTO C/O RICHARD ZAZULAK
INSIDE THE SIL SPORTS
Enrolment hits record Too many res spots were promised to new students Farzeen Foda
Senior News Editor
WOMEN’S RUGBY CLOBBERS YORK, MOVING TO 2-0 ON THE SEASON AND MOVING TO NO.6 NATIONALLY. SEE S4
OPINIONS
THINK YOU’RE SAFE IN YOUR STUDENT HOME? THINK AGAIN, AND MAKE SURE YOUR STUFF IS SAFE.
SEE A9
McMaster wasn’t always a zoo of students. There once was a time where a mere 300 students traversed the halls. Classes were small, and library spaces large. Times, it seemed, were simpler. Flash forward to 2011, and one will not find a quaint university. In its place is a campus of students crammed into libraries, classes and, most noticeably, bars. This year alone, 2,000 students flooded the already tight campus life. McMaster, however, is not an isolated case. Across Ontario, 90,000 undergraduate students were admitted to universities this September. This was the highest level of post-secondary enrollment since the double cohort of 2003, when Grade 13 was removed from the secondary school’s curriculum, resulting in two graduating classes swarming universities at once. The enrollment this year, though, breaks the record set in 2003. 2,000 more students entered university this September than in that year. For McMaster and many other universities across Ontario, this
BY THE NUMBERS
NUMBER OF STUDENTS ADMITTED TO RESIDENCE AS OF SEPT. 1
JOSH PARSONS CHECKS IN WITH NEWFOUNDLAND TROUBADOR MARK BRAGG. SEE D4
As more students chose McMaster University to pursue an undergraduate degree, and a greater portion of those students satisfied the requirements for guaranteed residence, McMaster’s Housing and Conference Services was met with a challenge on June 2 when residence applications were due. The number of students that chose to live on campus for their first year of university far exceeded expectations. It was at this time that the InterResidence Council (IRC) was informed of an unanticipated increase of about 500 first year students, explained Nicole Archer, IRC President. Archer further noted that, “At that point, there were approximately 300 students who had been guaranteed a space in residence but had not yet been assigned a space.” It was determined that the number of residence spaces available would not be able to accommodate the number of incoming undergraduate students eligible and interested in living in residence. “As of Sept. 1, there were 3745 students admitted to residence. This is higher than the total number of • PLEASE SEE REFORM, A4
RESIDENCE SPACE 3,745
ANDY
large influx of students has put significant strain on post-secondary education. Additional enrollment only exacerbates an issue that the University is already struggling with: the availability of campus space. A Campus Capacity Study, which concluded in April 2011, determined that the McMaster campus required an additional 12 per cent more space than what is currently available. While the study did account for projected growth in enrollment, the spike in the number of undergraduate students choosing McMaster reached an unprecedented high this year, and was not dealt with accordingly. On-campus housing is usually guaranteed to all entering first year students who have an entrance average above 79 per cent and have met all application and deposit deadlines, according to McMaster’s Housing and Conference Services. With all entering undergraduate students holding at least a 75 pe cent average, and a mean entering average for undergraduate students of 84.3 per cent, a significant portion of those admitted to McMaster for the 2011/2012 school year satisfied the requirements for guaranteed residence.
3,685
NUMBER OF TOTAL BED SPACES FILLED IN THE PREVIOUS YEAR
62
INCREASE IN NUMBER OF RESIDENCE BED SPACES FROM LAST YEAR
500
NUMBER OF STUDENTS GUARANTEED SPOTS FOR STUDENTS BY JUNE 1
300
NUMBER OF GUARANTEED-SPOT STUDENTS NOT ASSIGNED A SPACE BY JUNE 1
McMaster professors are not short on recognition, whether in Canada or globally. Chalked up among these greats is Robert Pelton of Chemical Engineering. On Sept. 21, the Royal Society of Canada, one of the oldest and highly esteemed national institutes, recognized Pelton for his renowned work in scientific discovery. The award stands the highest form of national recognition in the disciplines of science, arts and humanities. “When I found out I was elected, I was delighted; it is a great honour,” said Pelton. Joining McMaster in 1987, Pelton has had a long and distinguished career as both a researcher and a professor. Among his notable discoveries and projects, two stand as his pillars. The first and oldest is the development of a biomaterial called a microgel. Although much of the preliminary work was done primarily in Montreal, Pelton was integral to the success of promoting the application of these materials. By inventing a polymer unit called NIPAM or poly-N-isopropylacrylamide, Pelton formed the basis of microgel work. Currently, research groups from around the world use similar microgels for various applications, such as drug delivery or new types of coating processes. The second and more recent discovery was bioactive paper, or as it more commonly known, “pathogen-detecting paper”. After applying for a research grant as part of an NSERC Research Network in 2004 and being awarded it in 2005, professors around the country worked with Pelton in pursuit of the discovery. Some of the few from McMaster are John Brennan in Chemistry, Yingfu Li in Biochemistry and Mike Brooke in Chemistry. The idea is simple: like pH paper, which is used to indicate the power of proton dissociation in an aqueous solution, Pelton and the various other professors discovered a method of replicating these results for pathogens using chemically treated paper. The paper, developed in relation with the McMaster-led Sentinel Bioactive Paper Strategic Network, for which Pelton stands as scientific director, detects pathogens and toxins in food, water and air. Unlike other analytical methods, the bioactive paper is fast, easy and inexpensive. When commenting on these successes, Pelton said, “My time at McMaster has virtually everything to do with my recognition. Any professor who gets any recognition has to acknowledge the people who actually did the work.” He added with a chuckle, “I had approximately 30 PhD students, more than that in post-docs and Masters students; these are the people who did all the work. I mostly sat in my office and picked up their manuscripts.” Even with the national recognition, Pelton plans to remain saliently active in both the McMaster and scientific communities. Much of his future work focuses on an entirely new area of interest: mining processing. Using nanoparticles, Pelton plans on investigating various screening methods that are more efficient than current methodology. Pelton stressed that “it’s important to keep repackaging science, because then people are excited about funding it”; and throughout his illustrious career, there is no greater embodiment of this ideal than his work. Pelton will be officially inducted into the Royal Society of Canada on Nov. 26.