February 9, 2009
A career in technology can be exciting and rewarding, not to mention financially lucrative. However, the path to this career typically includes a college education, which isn't exactly cheap. Technical fields have demanding coursework and in some cases, astronomical course fees. These and other factors can make paying for school even more challenging for technology students. To ensure that these challenges do not become roadblocks, Scholarships.com offers a $1,000 college scholarship for students who plan to pursue a career in technology. And since all you need to apply is a short essay explaining your interest in this area of study, this week's Scholarship of the Week could be one of the easiest steps in your education.
Applicants for the Scholarships.com College Technology Scholarship must be U.S. citizens and either undergraduate students or high school seniors who plan to enroll in an accredited college or university in the coming fall.
Applicants must have indicated an interest in one of the following majors:
March 31, 2009
A completed Scholarships.com profile and a 250 to 350-word scholarship essay written in response to the question, "What has influenced your decision to pursue a career in technology?"
Further details about the application process can be found by conducting a free college scholarship search on Scholarships.com. Once the search is completed, students eligible for this scholarship award will find it in their search results.
November 5, 2009
Your opinions on how tech-savvy your professors are differ quite a bit from the instructors' opinions of their own technological effectiveness in the classroom, according to a survey released this week by CDW-G, an education technology provider.
According to the survey, which was collected via a nationally representative samples of students and faculty members at two- and four-year public and private colleges, students consider themselves much more technologically adept than their instructors, which may not be all that surprising:
Students' perceptions of the technology gap isn't a new idea. Instructors are often viewed as being behind on the trends, even when they're actually quite technologically adept and can prove as much in the classroom. The problem comes in when the students actually are outpacing their instructors, especially in courses where technology could vastly improve a student's educational experience.
The survey, described in Inside Higher Education today, also polled IT staffers, and compared their answers with those of college professors'. In general, IT staffers expect more out of "smart" classrooms and instructors' capabilities. Both groups were asked what constitutes a smart classroom, and only about 40 percent of professors responded that an interactive whiteboard and distance learning capabilities to connect students from multiple locations constituted a smart classroom, compared to about 70 percent of IT staffers. Both groups were more on the same page when it came to general and wireless Internet access in the classroom.
The point is, technology isn't going anywhere, and it's only going to get more complex as time goes on. Professors, especially in fields where technology is going to be an important tool post-graduation, which is in most disciplines these days, should keep on top of new advances that will help make their students more effective learners.Another article in Inside Higher Education today looks at Twitter and whether the social networking tool will become commonplace in the classroom. In that article, instructors and administrators seem wary of using Twitter in any educational way - although some are already using Twitter as the basis of their coursework - because it's seen as more of a fun diversion than a live resource or way to gather data. (Although you should obviously always fact-check anything you read on the site.) Professors may also worry that inviting Twitter into the classroom may distract students more than help them, while others argue that the site will become difficult to ignore by any institution, including colleges and universities.
What do you think about the technological capabilities at your college? Do you think your professors need a primer in new advances in technology? Let us know what you think, and whether you have ideas on how to bridge that technology gap, or whether you think it's as wide as this survey suggests.
November 24, 2009
Not everyone can or wants to become a chemical engineer or mathematician, but the White House wants to make sure the country's doing all it can to give students the opportunity to explore all of their options before they're ready to make decisions about their future career paths.
President Obama announced a new campaign Monday called "Educate to Innovate" that aims to encourage more middle and high school students to pursue science, technology, engineering, and math. (His remarks can be read here, courtesy of the Washington Post.) The program will call on outside organizations to spend their own money and time to educate students on the kinds of things they could do in those fields, and improve their skill sets in those areas. It's no secret that the United States has lagged behind other countries in math- and science-based fields, despite the kinds of resources already available in those fields. (Another government initiative, the Race to the Top Fund, was announced last July to in part provide more money to states for innovative science programs.)
If you're good at math or science and are still undecided about what you'd like to be when you grow up, consider this: the vast majority of highest-paying college majors involve some degree of math or science skill. Those fields of study tend to be more specialized - not everyone can be a computer engineer, for example, and often require some study beyond that undergraduate degree. But in addition to the generous salaries, advances in many of those fields make it an exciting time to pursue a career as a researcher or scientist.
There's also plenty of scholarship money to go around if you're planning on or already pursuing a math or science field. The National Science and Mathematics Access to Retail Talent (SMART) Grant is awarded to undergraduates in their third or fourth year. Eligible recipients must already be Pell recipients, and the maximum award is $4,000. If you're interested in competitions, the Intel Science Talent Search targets high school seniors with original research. Scholarships.com also awards Area of Study College Scholarships to students interested in computer science, engineering, technology, and general science. To see whether you qualify for any of these or thousands of other scholarships, many of them related to the maths or sciences, conduct a free scholarship search to see the kind of awards you're eligible for.
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