Posts about Universities

Siftable Modular Computers

Pretty cool. I must admit I don’t really see how this would function outside of specifically designed situation. I can imagine it could be very cool for education, especially of young kids. Siftables act in concert to form a single interface: users physically manipulate them – piling, grouping, sorting – to interact with digital information and media. David Merrill and Jeevan Kalanithi originally created Siftables at the MIT Media Lab and have formed a company to commercialize the product and have received a grant from NSF to continue the work.

Related: Cool Mechanical Simulation SystemVideo Cat CamArduino: Open Source Programmable HardwareWhat Kids can Learn

Cuts for British Science

Cuts mark ‘sad day for British science’

Britain’s physics community is reeling from a “disastrous” day of funding cuts that will force scientists to withdraw from major research facilities and see PhD studentships fall by a quarter. Space missions and projects across astronomy, nuclear and particle physics are being cancelled to save at least £115m, the Science and Technology Facilities Council (STFC) said today.

Fellowships and student grants for PhD projects will be cut by 25% from next year. The announcement has appalled senior physicists who warn the cuts threaten Britain’s future as a leading player in science.

In February, Gordon Brown delivered his first speech on science in Oxford and stated: “The downturn is no time to slow down our investment in science but to build more vigorously for the future.”

Politicians like to talk about funding science investment. And they do so to some extent. However, they are more reluctant to actually spend money than to talk about the wonders of science. Several countries in Asia are not just talking, they continue to invest, large amounts of money. The USA seems to be willing to put some money (not the kind of funds paid to protect bankers bonuses but significant amounts). Still the amounts the USA is investing is, I believe, falling as a percentage of global investment.

Related: posts on funding investments in scienceBritain’s Doctors of InnovationEconomic Strength Through Technology LeadershipScience and Engineering in Global EconomicsScience and Engineering Workforce IndicatorsThe value of investing in science and engineeringSaving FermilabNanotechnology Investment as Strategic National Economic Policy

White Paper on Engineering Leadership Education

Engineering leadership education is emerging as a topic in engineering institutions worldwide. But the review of international “best practices” in engineering leadership education says a lack of resources, expertise, and formal networks in the nascent field is causing concern in a profession threatened by a diminishing focus on the notion of the “engineer-as-doer.”

Commissioned by the Bernard M. Gordon-MIT Engineering Leadership Program, the new white paper, Engineering Leadership Education: A Snapshot
 Review
 of International Good
 Practice, reveals that the vast majority of engineering leadership education programs are based within the U.S. and most are relatively new (developed in the last five years). The white paper highlights the distinct divide between the U.S. and the rest of the world in both attitude and approach to engineering leadership education.

“As a sub-discipline, engineering leadership education is not yet on the radar of most engineering education experts outside the U.S.,” said Dr. Edward Crawley, Director of the Bernard M. Gordon-MIT Engineering Leadership Program. “Certainly for many of the programs outside the U.S., there’s some discomfort with the notion of ‘leadership education’, as they feel this concept runs counter to their educational culture of inclusiveness and equality.”

The report was conducted by Dr. Ruth Graham in a series of interviews between September 2008 and March 2009. Dr. Graham investigated more than 40 programs, seeking to provide an insight into current practice, highlight international variations in approach, and identify examples of good practice.

One major 
current 
trend
 in 
engineering
 leadership 
education
 is 
the 
development 
of
 the 
students’
 global 
awareness
 and
 their 
ability 
to 
work 
on 
complex
cross‐national
 projects
 – 
which
 is
 seen 
by many
 as
 the 
environment
 within 
which
 the
 engineering 
leader
 of 
the 
future 
will 
need 
to 
operate. 

Many
 of 
the 
programs 
which 
were 
most 
highly 
rated 
by 
interviewees 
incorporate 
some
 global
 elements 
either 
through 
international 
travel, 
remote
 link‐ups
 with
 overseas
 universities/companies 
or 
project
 briefs
 involving 
an
 international 
or
 cross‐cultural
 context.
 
The trend 
towards
 a 
more
 ‘global’ 
view
 of 
leadership 
education
 was 
seen 
by 
many 
of 
the
 interviewees
 as
 one
 that 
would
 continue.

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Another Survey Shows Engineering Degree Results in the Highest Pay

The PayScale salary survey looked at both starting and mid career salary. Engineering topped both measures. Of the top 10 mid career salaries, 7 were engineering degrees – including the top 4. The survey is based upon data for full-time employees in the United States who possess a Bachelor’s degree and no higher degrees and have majored in the subjects listed above.

The top 11 paying degrees are:

Highest Paid Undergrad College Degrees
Degree Starting Median Salary Mid-Career Median Salary
Aerospace Engineering $59,600 $109,000
Chemical Engineering $65,700 $107,000
Computer Engineering $61,700 $105,000
Electrical Engineering $60,200 $102,000
Economics $50,200 $101,000
Physics $51,100 $98,800
Mechanical Engineering $58,900 $98,300
Computer Science $56,400 $97,400
Industrial Engineering $57,100 $95,000
Environmental Engineering $53,400 $94,500
Statistics $48,600 $94,500

Related: Engineering Graduates Paid Well Again in 2008High Pay for Engineering Graduates in 2007Engineering Graduates Get Top Salary Offers in 2006posts on science and engineering careersposts on engineering education

Research findings Contradict Myth of High Engineering Dropout Rate

Research findings suggest that, contrary to popular belief, engineering does not have a higher dropout rate than other majors and women do just as well as men, information that could lead to a strategy for boosting the number of U.S. engineering graduates.

“Education lore has always told us that students – particularly women – drop out of undergraduate engineering programs more often than students in other fields,” said Matthew Ohland, an associate professor in Purdue University’s School of Engineering Education. “Well, it turns out that neither is true. Engineering programs, on average, retain just as many students as other programs do, and once women get to college they’re just as likely to stick around in engineering as are their male counterparts.”

The research also shows that hardly any students switch to engineering from other majors, pointing to a potential strategy for increasing the number of U.S. engineering graduates, Ohland said.

“A huge message in these findings is that engineering students are amazingly like those in other disciplines, but we need to do more to attract students to engineering programs,” he said. “If you look at who graduates with a degree in social sciences, 50 percent of them started in social sciences, and for other sciences it’s about 60 percent. If you look at who graduates with a degree in engineering, however, 93 percent of them started in engineering. The road is narrow for students to migrate into engineering from other majors.”

Findings were drawn largely from a database that includes 70,000 engineering students from nine institutions in the southeastern United States. Ohland manages the database, called the Multiple-Institution Database for Investigating Engineering Development, which followed students over a 17-year period ending in 2005.

Data show that the nine institutions vary dramatically in how well they retain engineering students over eight semesters, ranging from 66 percent to 37 percent. Those findings indicate policies and practices at some institutions may serve to retain students better than those at other institutions.

The findings suggest educators should develop a two-pronged approach to increase the number of engineering graduates: identify which programs best retain students and determine why they are effective, and develop programs and policies that allow students to more easily transfer into engineering from other majors.

Related: S&P 500 CEOs are Engineering GraduatesUSA Under-counting Engineering GraduatesNational Science Board Report on Improving Engineering EducationWomen Choosing Other Fields Over Engineering and MathWebcast: Engineering Education in the 21st Century
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Data Analysts Captivated by R’s Power

Data Analysts Captivated by R’s Power

data mining has entered a golden age, whether being used to set ad prices, find new drugs more quickly or fine-tune financial models. Companies as diverse as Google, Pfizer, Merck, Bank of America, the InterContinental Hotels Group and Shell use it.

Close to 1,600 different packages reside on just one of the many Web sites devoted to R, and the number of packages has grown exponentially. One package, called BiodiversityR, offers a graphical interface aimed at making calculations of environmental trends easier.

Another package, called Emu, analyzes speech patterns, while GenABEL is used to study the human genome. The financial services community has demonstrated a particular affinity for R; dozens of packages exist for derivatives analysis alone. “The great beauty of R is that you can modify it to do all sorts of things,” said Hal Varian, chief economist at Google. “And you have a lot of prepackaged stuff that’s already available, so you’re standing on the shoulders of giants.”

R first appeared in 1996, when the statistics professors Ross Ihaka and Robert Gentleman of the University of Auckland in New Zealand released the code as a free software package. According to them, the notion of devising something like R sprang up during a hallway conversation. They both wanted technology better suited for their statistics students, who needed to analyze data and produce graphical models of the information. Most comparable software had been designed by computer scientists and proved hard to use.

R is another example of great, free, open source software. See R packages for Statistics for Experimenters.

via: R in the news

Related: Mistakes in Experimental Design and InterpretationData Based Decision Making at GoogleFreeware Math ProgramsHow Large Quantities of Information Change Everything

NSF Funding for Engineering Education, Curriculum, and Infrastructure

The Innovations in Engineering Education, Curriculum, and Infrastructure (IEECI) program supports research which addresses four aspects of engineering education: (1) how students best learn the ideas, principles, and practices to become creative and innovative engineers, and how this learning is measured (2) how application of cyberlearning resources of networked computing and communication, interactive visualization capabilities, and well designed user interfaces can be used to develop easily transportable tools and systems with low barriers to adoption which significantly improve learning, (3) integration of sustainability into engineering education, and (4) future directions of U.S. engineering doctoral programs.

Two types of awards will be supported: Expansion Projects (approximately 10 grants are anticipated) will only be available for area (1), Innovations in Teaching and Learning. Exploratory Projects (25-30 grants are anticipated) will be available in areas (2-4).

Anticipated Funding Amount: The total anticipated funding in fiscal year 2009 is $8,500,000. Expansion Projects will be funded at a level of up to $400,000. Exploratory Projects will be funded at a level up to $150,000, but exploratory projects involving multiple universities may apply for grants up to $200,000.

Full proposals are due by 11 March 2009.

Related: $92 Million for Engineering Research CentersWorldwide Science and Engineering Doctoral Degree DataNSF Graduate Research Fellows 2008House Testimony on Engineering EducationWebcast: Engineering Education in the 21st Century

University Pay Rates

academic salary chart

Interesting chart from “Piled Higher and Deeper” by Jorge Cham showing median salaries for various university employees: grad students $17,784; Tenured professors ~$90,000; Football coaches: $1,057,305.

Related: Ninja ProfessorsS&P 500 CEOs are Engineering Graduates (and they make even more than football coaches)High Pay for Engineering Graduates (July 2007)Open Access Legislation 25 provosts from top universities

Best Research University Rankings – 2008

The annual ranking of research Universities are available from Shanghai’s Jiao Tong University. The methodology values publications and faculty awards which provides a better ranking of research (rather than teaching). Results from the 2008 rankings of Top 500 Universities worldwide, country representation of the top schools:

location Top 100 % of World
Population
% of World GDP % of top 500
USA 54     4.6%   27.2%  31.6%
United Kingdom 11  0.9  4.9 8.3
Germany   6  1.3  6.0 8.0
Japan   4  2.0  9.0 6.2
Canada   4  0.5  2.6 4.2
Sweden   4  0.1  0.8 2.2
France   3  0.8  4.6 4.6
Switzerland   3  0.1  0.8 1.6
Australia   3  0.3  1.6 3.0
Netherlands   2  0.2  1.4 2.4
Denmark   2  0.1  0.6 0.8
Finland   1  0.1  0.4 1.2
Norway   1  0.1  0.7 0.8
Israel   1  0.1  0.3 1.2
Russia   1  2.2  2.0 0.4
China  20.5  6.6 6.0
India  17.0  1.9 0.4

There is little change in most of the data from last year, which I think is a good sign, it wouldn’t make much sense to have radical shifts over a year in these rankings. Japan lost 2 schools in the top 100, France lost 1. Denmark (Aarhus University) and Australia (University of Sydney) gained 1. Last year there was a tie so there were 101 schools in the top 100.

The most dramatic data I noticed is China’s number of top 500 schools went from 14 to 30, which made me a bit skeptical of what caused that quick change. Looking more closely last year they reported the China top 500 totals as (China 14, China-Taiwan 6 and China-Hong Kong 5). That still gives them an impressive gain of 5 schools.

Singapore has 1 in the 102-151 range. Taiwan has 1 ranked in the 152-200 range, as do Mexico, Korea and Brazil. China has 9 in the 201-302 range (including 3 in Hong Kong). India has 2 in the 303-401 range.

University of Wisconsin – Madison is 17th again :-) My father taught there while I grew up.
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University Web Presence Rankings

The Webometrics Ranking of University Web Sites provides some interesting data. I don’t remember reading this last year, but they state on the site now: “The original aim of the Ranking was to promote Web publication, not to rank institutions. Supporting Open Access initiatives, electronic access to scientific publications and to other academic material are our primary targets.” I support those goals, I am not totally convinced this is the most effective measure to do that but it provides one way of ranking web presence of universities. I am not that convinced this does a good job of ranking the web presences of universities but I think it is of some interest so I decided to post on the results.

Related: 2007 Webometrics University RankingBest Research University Rankings (2007)Country H-index Rank for Science PublicationsUnderstanding the Evolution of Human Beings by Country

graph of universities web presence

Country % top 200 % top 500 % World Population Jiao Tong top 101
USA 53 37.8 4.6 54
Germany 7.5 9.4 1.3 6
United Kingdom 5.5 7.2 0.9 11
Canada 8.5 5 0.5 4
Australia 3 2.8 0.3 2
Italy 0.5 2.8 0.9 1
Japan 1.5 2.4 2 6
France 0.5 2.4 0.9 4
Netherlands 4 2.2 0.3 2
Sweden 3 2 0.1 4
Switzerland 2 1.6 0.1 3
Taiwan 0.5 1.6 0.4 0
Finland 0.5 1.4 0.1 1
China 0.5 1.2 20.1 0
Portugal 0 1.2 0.2 0

Cloak of Silence

Experts unveil ‘cloak of silence’

“The mathematics behind cloaking has been known for several years,” said Professor John Pendry of Imperial College London, UK, an expert in cloaking. “What hasn’t been available for sound is the sort of materials you need to build a cloak out of.”

The Spanish team who conducted the new work believe the key to a practical device are so-called “sonic crystals”. These artificial composites – also known as “meta-materials” – can be engineered to produce specific acoustical effects.

The research builds on work by scientists from Duke University in North Carolina, US, and the Hong Kong University of Science and Technology. Earlier this year, independent teams from the two institutions demonstrated the mathematics necessary to create an acoustic cloak. Other scientists have shown that objects can be cloaked from electromagnetic radiation, such as microwaves.

Related: Engineering Harry Potter’s Invisibility CloakNew Hearing MechanismHuman Sonar: EcholocationVideo Goggles

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