Mobile App Security

  • Subscribe to our RSS feed.
  • Twitter
  • StumbleUpon
  • Reddit
  • Facebook
  • Digg
Showing posts with label Educational Technology. Show all posts
Showing posts with label Educational Technology. Show all posts

Monday, 18 November 2013

ATE@20: MPICT Runs Three Tests of International Technician Education Course

Posted on 11:28 by Unknown

 

MPICT Runs Three Tests of International Technician Education Course

Posted by Madeline Patton at 4:00am. ATE Central

The Mid-Pacific Information and Communication Technologies (MPICT) Center's three international pilot projects have yielded positive results for students and faculty. While study-abroad programs are common for liberal arts students, MPICT's multiple international experiences are rare for technology students.

Each of MPICT's pilot projects utilized Cisco's Network Academy curriculum because it is an industry standard taught uniformly around the world. For the two most recent experiments, with a school in France in 2011 and a school in China in 2012, MPICT's faculty partners developed a problem-based scenario that gave students roles in a fictitious company that was merging international units with incompatible network systems. The mixed teams of American and international students had to integrate the systems.

"We wanted them to get the experience of doing the project, doing an international project using the tools they were learning, modern tools to collaborate across the ocean. A lot of work in our field is performed this way," said Pierre Thiry, MPICT principal investigator.


Thirteen California community college students between the ages of 19 and 49 spent two weeks in China at the end of the capstone course that was taught simultaneously to them and to Chinese students from SIP Institute of Services Outsourcing in Suzhou, China, using remote and translation technologies.

MPICT is based at the City College of San Francisco in California. Its mission is to coordinate, promote and improve information and communications technology (ICT) education, with an emphasis on two-year colleges, in California, Nevada, Hawaii, and the Pacific Territories.
History of International Projects

MPICT's experiments with international ICT courses began with an inquiry in 2008 from a Cisco Academy leader who knew that Thiry, a native of Belgium, speaks French. He asked if MPICT would be willing to partner with a school in France that wanted its students to interact remotely with students in an English-speaking country.

Thiry describes the two lessons he delivered using the tele-presentation system in Cisco's Downtown San Francisco facility as "a little spontaneous and not well-supported financially."

But the experience came in handy in 2010 when the NSF requested proposals from ATE centers to develop international technician education experiences in Europe. MPICT's proposal for an ICT capstone course with Centre des Formations Industrielles in Paris received one of five $100,000 grants. Michael McKeever, a computer and information sciences instructor at Santa Rosa Junior College and MPICT faculty partner, developed the ICT capstone course. As with other ATE-supported curriculum development, the lessons, labs, and lectures he developed for the capstone course are available for other faculty to use at no cost.

In 2012, Thiry obtained NSF permission to use $50,000 of MPICT's funds to adapt the ICT capstone course for a collaboration with the SIP Institute of Services Outsourcing in Suzhou, China. Richard Grotegut, an Ohlone College faculty member and MPICT faculty partner, suggested the project based on his experience teaching Cisco courses to faculty in China. Another MPICT faculty partner, Richard Graziani of Cabrillo College, taught the course simultaneously to Chinese and American students using translation software. The Chinese students were all between 19 and 21 years old. The 13 American students who traveled to China ranged in age from 19 to 49.
Student Uses International Lessons Immediately

Working remotely and then in-person on a class project with students in Suzhou, China, taught Justin Niu that when "working with people from different countries and cultures: be friendly, opened minded, willing to teach and learn." Niu reports that he applied those lessons immediately to his work at a tech company that manufactures and sells networking solutions.

"As a global analyst, I use my experience from the China trip every day at work. I communicate and work with employees from all over the world including England, Switzerland, India, Singapore, China, and Japan," he said. The computer networking courses Niu took leading up to the ICT capstone course helped him get the analyst position at the company where he was already working.

Niu was one of 13 Northern California community college students who traveled to China in the summer of 2012 for the collaboration project with SIP Institute of Services Outsourcing in Suzhou.

As an American-born Chinese who learned Mandarin growing up, Niu was able to facilitate conversations between the two groups of students because he could translate cultural concepts and phrases, both American and Chinese, that would normally not make sense if translated literally.

"The most valuable experience was the opportunity to learn and communicate with our Chinese student peers about their culture, debate technical concepts, discuss the economy and tech job market in China," he said.
Instructor's perspective

McKeever, the Santa Rosa Junior College instructor who developed the ICT capstone course for use with the school in France, said the French and American students were "ecstatic" to work together in person. The student teams had worked on Cisco's Packet Tracer simulation equipment via Blackboard Collaborate throughout the semester. However, the timing of the joint class sessions at the end of the French students' eight-hour class days created some challenges. Language was not a barrier because the French students spoke English. (Contact McKeever at mmckeemmckeever@santarosa.edu for the entire course content.)

During their first week together in France, the students worked intensely to finalize their projects. The students' presentations to college professors and Cisco executives at Cisco's video conference suite in Paris were transmitted to Northern California in order to include the MPICT faculty and students who could not make the trip. During the second week in France, the students visited four IT work sites including the Societe Generale, a large financial services company.

The American students who traveled to China followed a similar schedule of academic work their first week in the country and tours of businesses the second week.

"I think there was some every positive results there," Thiry said, referring to both projects. Although the cost of international travel makes the projects difficult to scale, Thiry thinks the in-person contact between students is important.

McKeever agrees, and said, "What they learned about other cultures, respect for other people, and a greater awareness of the world was something that can't be replicated by technology. It's something that you have to go there and do."
Read More
Posted in Educational Technology, elearning, ICT Education, Innovation, James Jones, Teaching and Learning | No comments

Tuesday, 12 November 2013

Quick Tips: Flip Your Class

Posted on 11:37 by Unknown

Quick Tips - Linking Classrooms to Careers
November 12, 2013
Flip your Class
Did you know?
You can turn learning on its head by replacing traditional classroom lectures with simple video tutorials and other tools. Focus class time on solving problems and advancing concepts. Engage in collaborative learning and flip your class...
Read More
Posted in Educational Technology, elearning, ICT Education, James Jones, Teaching and Learning | No comments

Monday, 28 October 2013

2013 UC Davis Fall Academy for Integrated Computing and STEM Education

Posted on 21:28 by Unknown
8:30am-5:00pm; November 2 & 3, 2013

The UC Davis C-STEM Center will be holding a Fall Academy on Integrated Computing and STEM Education on November 2 & 3 from 8:30am- 5:00pm focusing on the algebra strand that runs through Math 7, Math 8, Algebra 1 and Integrated Math 1 as well as robotics activities that complement those topics. All topics and materials are common core aligned and can be implemented in regular math and supporting math classes as well as CTE and science classes that emphasize algebra heavily along with hands-on robotics activities.

Fall Academy Webpage
Read More
Posted in Digital Literacy, Educational Technology, ICT Education, ICT pathways, James Jones, K-12 | No comments

Friday, 25 October 2013

3C Media Solutions Account Available

Posted on 19:29 by Unknown
Faculty and staff of the California Community Colleges system can now request and receive a 3C Media Solutions account. The account, like all services of 3C Media Solutions, is offered free to CCC personnel.

Read more...
Read More
Posted in Educational Technology, elearning, ICT Education, James Jones, Open Source | No comments

CENIC 2014: Call For Proposals

Posted on 19:27 by Unknown

The 18th annual conference of the Corporation for Education Network Initiatives in California (CENIC), Above and Beyond, will be held March 10-12, 2014 on the beautiful Sonoma State University campus. You are invited to submit a proposal through November 15, 2013.

Read more...

Read More
Posted in Educational Technology, ICT Infrastructure, James Jones, Networking | No comments

Monday, 21 October 2013

CyberWatch West Free Student 2 Student Webinar October 30th

Posted on 11:08 by Unknown


Online Workshop
Oct 30 at 10:30 am PDT
Man-in-the-Middle Attacks Using Mobile Devices
Register @ cyberwatchwest.webex.com

Student2Student is a whole new way for students to teach, mentor and learn from each other, online and nationwide. Students from colleges and universities across the country will host learning sessions, presentations and classes on a variety of CYBERSECURITY topics - all will be delivered for FREE and online in a live, web-based learning environment. To participate, visit cyberwatchwest.webex.com and register for the workshop or class of your choice. Watch for additional announcements as new Student 2 Student programs are scheduled!

Presented by:

funded by a National Science Foundation Advanced Technological Education Grant
housed at Whatcom Community College
237 W. Kellogg Rd, Bellingham, WA 98226 360-383-3552 www.cyberwatchwest.org

Attention Students: Are you interested in presenting your own Student2Student Workshop?

If you’d like to talk to a broad national audience about an interesting topic, or demonstrate some tech, now is your chance! Follow this link to submit your idea and we’ll contact you to set something up. Once approved, we’ll arrange a technical rehearsal and off you go!

For more info, Contact Dr. Tony Coulson tcoulson@csusb.edu. Please put Student2Student in the subject line.
Read More
Posted in Educational Technology, elearning, James Jones, Security | No comments

Friday, 11 October 2013

CCCs: Flip Your Classroom Using 3C Media Solutions

Posted on 10:29 by Unknown
Free Webinar for California Community Colleges, October 17th, 12:00 - 1:00PDT

http://www.cccconfer.org/webinarEmail/templates/webinar-1013.html

These are wonderful resources, and MPICT highly recommends using CCC Confer and 3C Media Solutions - Free to CCC faculty.

3C Media Solutions@OneCCC Confer
Read More
Posted in Educational Technology, elearning, James Jones | No comments

Tuesday, 8 October 2013

e-skills uk - GO ON you can do IT

Posted on 08:23 by Unknown
New free website from e-skills UK - GO ON you can do IT - accessible at www.go-onyoucandoit.co.uk




The new free website to help individuals improve their digital skills

e-skills UK has launched GO ON you can do IT - a free website that provides a friendly and supportive means for any individual to determine their current level of digital skills, and then gives immediate learning to help improve them.

To access the new free website, please visit
GO ON you can do IT.

Four topics are available initially - using the internet, email, document creation, and safety and security online - as these are the skills considered essential by most employers, and the skills that job seekers need to search and apply for vacancies online.

We're planning to add more topics to cater for a wider range of users in future. For example, office-based skills for individuals in work, or leisure-based skills to help more people use internet banking, online shopping or local digital services. There is also the opportunity to add in bespoke topics for staff in particular organisations, for example, hospitals. We're keen to hear from organisations who might like to sponsor a topic that would be attractive to their own customers and beneficial to the public at large.

If you'd like to know more about GO ON you can do IT, feature a link on your website, or think you can help with its future development, please contact martin.harvey@e-skills.com.

The development of GO ON you can do IT has received co-investment from the UK Commission for Employment and Skills through the Employer Investment Fund.

Keep up-to-date with the news you're interested in:

Follow us on Twitter @eskillsuk Like us on Facebook
Connect with us on LinkedIn Add us to your Google+ circles

Visit www.e-skills.com

Know someone else who might be interested? Forward this email

To contact us, please e-mail newsletter@e-skills.com
Read More
Posted in Digital Divide, Digital Literacy, Educational Technology, elearning, ICT Education, James Jones | No comments

Monday, 7 October 2013

MOOCs Could Help 2-Year Colleges and Their Students, Says Bill Gates

Posted on 11:01 by Unknown
Chronicle of Higher Education (10/03/13) Katherine Mangan

Massive open online courses (MOOCs) that "flip" homework and coursework using outsourced lectures could help community colleges and students, said Microsoft co-founder Bill Gates at the recent Association of Community College Trustees' leadership meeting in Seattle. Gates encouraged attendees to offer resources to instructors who want to try using technology through methods such as flipped classrooms. "I'd be the first to say this is a period of experimentation, but we'll learn much faster if people jump in and engage," Gates said. Like a flipped classroom, a flipped MOOC involves videotaped lectures viewed on a student's own time, with homework completed during class. Flipped classes at edX, for example, have helped reduce the failure rate of online classes. Classroom professors will face a challenge in competing with MOOC lectures as they advance, offering such high quality that "no individual performance is likely to come up to that level," Gates said. However, he said that such an arrangement frees up the professor for more-personalized instruction in the classroom. Meanwhile, he predicted that as students begin to do more work at home and online, they will reduce their time on campus, making room for more students.


View Full Article
Read More
Posted in Educational Technology, ICT Education, MOOC, Pierre Thiry, Teaching and Learning | No comments

Thursday, 3 October 2013

For Boston’s techiest academies, even cutting edge doesn’t seem like enough

Posted on 10:06 by Unknown
 
09/30/2013 | 11:43 AM, By George LeVines / Boston.com 



Tuesday afternoon just before the bell, ninth-graders in Joyce White’s class are learning to make gradients with Adobe Illustrator.

Malik’s gradient is a clean, circular grayscaled approach. The girl across the aisle from Malik has taken a chaotic, technicolor start to her assignment. Both are students at TechBoston Academy, a public pilot school that was leading the charge in using technology to teach when the doors opened 2002.

TechBoston is still near the forefront when it comes to using technology but as Nora Vernazza, co-headmaster, acknowledges, the game has changed since 2002. Learning to make gradients might not be enough.

More advanced computer literacy — especially learning to read and write code — are getting some attention in Boston area high schools. Widespread use of computers isn’t exactly new, so why the buzz now?

Trinity College Computer Science professor Ralph Morelli said he thinks Chris Bosh and will.i.am may be the culprits. The NBA star and recording artist were featured in a February YouTube video posted by Code.org endorsing early code literacy and education, even calling it a “superpower”.

Anyone who has ever clicked “Save” in a text editor only to watch a program come alive knows that indeed the experience can be a special one. But Boston area schools aren’t exactly capturing the magic just yet.

A July Boston Globe article reported a two-sided problem. Both slim offerings and a lack of interest from students stymie the current status of computer science education but a handful of innovators are beginning to address what Code.org estimates will be a 1,000,000 job surplus in computing jobs by 2020.

Ralph Morelli is one of those people. Morelli is amongst a group that created new Advanced Placement curriculum in computer science called Computer Science: Principles. The College Board — charged with Advanced Placement oversight — gives a May 2016 projected release for a credited version of the course.

The existing iteration of the AP exam in computer science is an in depth enterprise into the Java language. That curriculum has struggled as 15 times the number of kids take the chemistry and calculus AP exams than the current computer science offering, Morelli said.

“My idea was to use App Inventor to teach CS priciples,” Morelli said referring MIT’s Android application development platform.

Two instructors in Massachusetts are trying out the material on their students in the curriculum’s second phase of piloting.

Kelly Powers, chair of Marlborough’s Advanced Math and Science Academy (AMSA) Charter School computer science department, and Eric Henry, of Boston Public’s O’Bryant School of Math and Science, are both giving the course a run through this year.

Each spent their time in the industry and each — like Chris Bosh and will.i.am — knows the importance of computer literacy that goes beyond using Microsoft suite and dives into the realm of understanding, communicating and creating with the machines we use casually every day.

“[The current computer science AP] is the only [math and science] AP that has declining enrollment and it’s something we really need to look at,” Henry said.

Henry currently has 31 students enrolled in his pilot course. Getting students engaged with computers when they are young is something that needs to happen not just as a city or state but as a country, Henry said.

“They need to learn not just how to use applications but how to think in a 21st century way,” he said.

At AMSA in Marlborough the situation is different for Kelly Powers. AMSA is unique in that computer science is part of the core curriculum. Students are using the coding education tools Scratch and Alice as early as sixth grade. In seventh they move on to learning Python. HTML and Javascript as eighth-graders and a choice between pure Java and the pilot AP course as ninth-graders. By tenth grade students are looking into what it really means to design a web site by looking at the business decisions involved.

The goal at AMSA is getting people to understand that the education system is not building crucial computational thinking skills, Powers said.

“If you have children wouldn’t you want your kids to get this exposure,” she said, “We’re not equipping them with the skills they’re going to need in the 21st century.”

AMSA is also partnered with the Massachusetts Computing Attainment Network (MassCAN, not to be confused with MassCann a marijuana legalization coalition) a group with both public and private backing that aims to bring a standardized foundation in computing to all Massachusetts students.

Heather Johnson Carey, executive committee member of MassCAN and a senior vice president of the Education Foundation for the Mass Technology Leadership Council said in an email that the current “groundswell” of attention to computing education is due to both industry struggling to find skilled technology workers, students struggling to find jobs and a common understanding that tech powers much of our personal and professional lives.

“It’s no longer enough to know how to just use technology, you must understand how to build it,” Carey said.

In June MassCAN addressed state lawmakers and education officials regarding their hopes. It’s a massive undertaking that Vernazza – along with some other educators – looks at apprehensively.

Getting staff up to scratch and running into quantity over quality issues with such a broad stroke approach are among Vernazza’s concerns.

MassCAN became associated with its work on standardization early on and is misperceived as only taking a top down approach, Carey said in response to the criticism. The organization will be revealing some news about district engagement later this month, said Carey.

Back at TechBoston, Vernazza is addressing the needs at her school. She hopes to provide every student with tech electives that would act as a core class in the near future. She tasked a Harvard intern with creating a Technology Integration Leadership Team and said she wants take advantage of all the tech industry in Boston and Cambridge to foster the transition.

Will it work?

“It has to. If we are TechBoston, we need to provide that foundation,” said Vernazza.
Read More
Posted in Computer Science, Digital Media, Educational Technology, ICT Education, ICT pathways, James Jones | No comments

The iPads-in-Schools Challenge: Tools for Consumption or Innovation?

Posted on 10:02 by Unknown
Jane Margolis and David Bernier, Posted: 10/02/2013 4:27 pm Huffington Post

Recently, the media has been ablaze with news of significant glitches with the Los Angeles Unified School District (LAUSD) iPad deployment. From students removing management software and accessing sites that were off-limits, to concerns about lost and stolen iPads, the deployment is turning into a headache for the hard working and well-intentioned leaders of the district.

When asked why students removed the security lock, one student cogently remarked, "(We) took them home and can't do anything with them." According to a District press release, efforts will be made to ramp up mobile device management efforts, along with greater accountability for students, parents, and educators so that such problems do not happen anymore.

Here we go again. Time after time, school districts have placed great hope on technology to be the silver bullet and great equalizer. From Apple II computers in the 80s and 90s to the "tabletification" of today, education leaders have invested precious resources (estimated to be over $50 billion in 2012) in technology so that students will be "prepared for the future," equipped as "digital citizens" and "21st century learners" who are empowered through technology. But, time and time again, the same reality hits: It is not about just having technology in the classrooms, it is what students do with it and learn from it that matters.

In 2000 we conducted a research study focusing on computer science in schools. A more detailed account can be read in Stuck in the Shallow End: Education, Race, and Computing (MIT Press, 2008). We found that once again the wrong indicators for success were being watched. For instance, as Digital High Schools were granted huge investments for computers and the supporting infrastructure, what was called "computer science" in those schools was often just glorified typing and low-level activities. Most distressing, it was rare, if ever, for college-preparatory computing courses to exist in schools with high numbers of African American and Latino students.

Schools must stop being "technology rich, but curriculum poor." As school districts across the country launch ambitious tablet roll-outs connected to the Common Core State Standards and related assessments, student learning must be ramped up. What students do on the iPads must be as innovative as the iPads themselves; curriculum must be challenging and engaging, connected to what the technology now allows students to do, and connected to issues that spark their imagination and curiosity. If not, these tools will just become a huge distraction from critical thinking, and students will be screen-focused "zombies" as one teacher observed.

Resulting from our research, and filling a need to provide access to the increasingly important field of computer science, a partnership of educators from UCLA and LAUSD created the program Exploring Computer Science (ECS). ECS introduces students to problem solving, web design, programming, data analysis, and robotics. ECS also teaches about the ethical and societal issues that accompany technology - issues about privacy, piracy, and responsible communication. The ECS mission is to make inquiry-based computer science education available to all students, particularly girls, African Americans and Latinos who are underrepresented in the field. ECS is now in schools in LA, Chicago, and Washington D.C., but should be available for all students. Plans are also underway in Los Angeles for courses to be developed in Game Design, Robotics, Data Science, and a new College Board Computer Science Principles course so students can further develop the critical thinking skills to become creators of technology for social good.

As districts and schools consider the role of technology in helping them meet standards and assessments, they must not be distracted by the devices - as students so often are. Instead, the focus must be on the curricular planning and the professional development necessary to recharge education with pedagogical approaches that enhance problem-solving, collaboration, communication and connection making - the critical computational practices all students need for the 21st century. Curriculum developers must offer software tools that enable students to engage in algorithmic thinking and create computational artifacts with tablets and other tools across all subjects. Policy makers must work to make sure computer science is part of the core of student learning, and not merely an elective. Together these forces can help create the context for students to genuinely become educated digital citizens.

As the recent incident in Los Angeles shows, LAUSD students today have the savvy to tinker and problem-solve with technology. While we don't in any way condone students breaking school rules, these incidents suggest a necessary element in finding a balance between issues of security and privacy for which a school district must be mindful, with a need to create innovative learning opportunities that spark students' interests for tinkering and thinking more deeply.

Consider Bill Gates and Paul Allen who hacked their own high school's computer systems (which they themselves developed) in order to do such wildly non-academic things as placing the young Bill in classes filled with mostly female students. The result was that Gates, Allen, and several other students were banned for some time from using their school's computers, but then negotiated the exchange of their programming skills for more school computer access time.

Many of today's tech gurus report that it is such experiences, combined with plentiful home resources that supported their pathway into computing. Equity mandates that these experiences and this knowledge be accessible to all kids through education. Yet, while computer science is driving innovation across all fields, national research from the Center for Elementary Mathematics and Science Education shows that there still is not a clear understanding of what computer science is and its role in K-12 education. This is especially significant because according to the U.S. Bureau of Labor Statistics, 1.4 million computing jobs will need to be filled by 2018.

As all the events spin around tablet rollouts, we must remember this: No matter how flashy the packaging, iPads and other devices alone will never be the sole solution. The true indicators of progress will be challenging curriculum, informed, skilled and passionate teachers, a school culture of caring and high expectations, and engaged students thinking creatively, collaboratively and critically. Students must learn about the technology in a new way; they must learn the computer science so that they can become creators and innovators, not just readers of digital textbooks and consumers of modernized worksheets.

The next "big thing" to shape our society and economy will not come from what students hold in their hands, but from the know-how they possess in their minds.

Jane Margolis is a senior researcher at UCLA's Graduate School of Education & Information Studies and author of Stuck in the Shallow End: Education, Race, and Computing (MIT Press, 2008) and Unlocking the Clubhouse: Women in Computing (MIT Press, 2002).

David Bernier is a former LAUSD teacher and Project Director of Exploring Computer Science. He is affiliated with UCLA's Graduate School of Education & Information Studies' Center X, a teacher education program and initiative dedicated to dramatically transforming public schooling for underserved students in Los Angeles.
Read More
Posted in Digital Literacy, Educational Technology, elearning, ICT Education, ICT pathways, James Jones | No comments

Tuesday, 17 September 2013

Udacity teams up with Google, AT&T and other tech giants for Open Education Alliance

Posted on 11:51 by Unknown
By Ki Mae Heussner Gigaom
Sep. 9, 2013 - 11:40 AM PDT Sep. 9, 2013 - 11:40 AM PDT

Summary:

Online education startup Udacity says it’s partnering with a group of leading technology companies to better prepare students for work in the 21st century.
Udacity and other massive open online course (MOOC) providers may have mixed support among academics, but the Palo Alto, Calif.-based startup sure has a lot of allies in Silicon Valley.

On Monday, the company said that it had joined forces with a group of prominent technology companies to launch the Open Education Alliance, which intends to provide students around the world with a curriculum and skills they need to pursue careers in technology.

Since launching last year, Udacity has already partnered with leading companies, including Google and Nvidia, to offer online classes that better prepare workers for jobs in technology. But with the new alliance, the startup is stepping up and formalizing those efforts by expanding its list of industry partners and involving other educational organizations. Its partners include Silicon Valley companies like Google, Autodesk, Cloudera, Intuitand 23andMe, as well as online education startup Khan Academy and Georgia Tech.

“The world moves so fast today… we have to stay updated,” Udacity co-founder and CEO Sebastian Thrun said Monday at the TechCrunch Disrupt conference. “This alliance is going to put the industry first… [so] you can learn the skills necessary.”

In a blog post about the alliance, Udacity provided further details, explaining that it plans to not only provide online classes, but offer a defined curriculum outlining what students need to know to pursue jobs in technology:

“To participate, members of the alliance commit to assisting in the curation and development of a new 21st century curriculum and to connect learners with opportunities in industry.”

As we’ve covered before, there are significant mismatches between the needs of business and what students are learning. In addition to Udacity’s efforts to bridge these gaps, startups like Coursera, Treehouse, Udemy and Codecademy also aim to provide ongoing technical training online. And beyond online education, companies like ModernGuild, technology-focused high schools, and recent federal efforts attempt to link education and future employment.

Aside from the needs of current workers, Udacity points out that, according to the U.S. Department of Labor, 65 percent of grade-school kids will eventually have jobs that don’t even exist yet.

Although Udacity has some grand ambitions and a widening circle of supporters, it still has to show that its online approach to learning is effective. In July, the startup came under attack after San Jose State University suspended an online education partnership with it because of poor student results. Last month, however, the university and Udacity reported better outcomes for students in a subsequent pilot program.

When asked about the disappointing results at Monday’s conference, Thrun reiterated a point he’s made previously in his defense: when you’re experimenting and inventing something new, the first approach is rarely the one that works.

“The key to innovation – as everyone in this room knows – is fast iteration,” he said.
Read More
Posted in Educational Technology, elearning, ICT Education, Industry News, Innovation, James Jones, MOOC | No comments

Monday, 9 September 2013

California accelerates shift in student testing

Posted on 09:28 by Unknown

The plan to hasten use of computerized exams would upend LAUSD effort to use scores to evaluate teachers.



The proposal would suspend reports on the performance of individual students and schools this year since the test isn't ready for that purpose. Above, Zeimi Deleon studies math at Los Angeles Elementary in 2011. (Mark Boster, Los Angeles Times / June 17, 2011)

By Howard Blume, Los Angeles Times

September 4, 2013, 6:50 p.m.

In a major shift in how California's 6.2 million public school students are taught and tested, state officials plan to drop the standardized exams used since 1999 and replace them with a computerized system next spring.

The move would advance new learning goals, called the Common Core, which are less focused on memorizing facts. They are designed instead to develop critical thinking and writing skills that take formerly separate subjects — such as English and history or writing and chemistry — and link them. Forty-five states have adopted these standards.

California is moving up its timetable for the new computerized tests by a year, leaving some school districts scrambling to prepare.

Schools must have enough computers available on each campus to handle the testing, for example. Until now, state standardized tests were conducted entirely with pencil and paper.

The new exams also would upend plans in the
Los Angeles Unified School District to use student test scores to evaluate teachers. Such performance reviews would be impossible because the results could not be compared to previous years.

The plan emerged in written form Wednesday afternoon, after intense negotiations that included the governor's office, state Supt. of Public Instruction Tom Torlakson, legislative leaders and the state's powerful teacher unions.

The legislation "shows California's commitment to implementing Common Core standards and helping every student succeed," said Evan Westrup, a spokesman for Gov.
Jerry Brown. "The governor strongly supports this legislation."

The state hopes the cost will be covered by money saved from suspending the old tests, for which California budgeted about $64 million.

Still to weigh in is the Education Department of the Obama administration, which is expected to scrutinize the proposal because elements violate current federal law. Specifically, scores for students and schools will not be released, making it more difficult to assess whether schools are improving.

The test is not yet ready for that purpose, officials said.

"These tests next year are not about scores," said Deputy Supt. Deborah Sigman. "This is about testing the test and giving students and teachers experience about what this test will look like."

Certain questions, for example, might prove to have biased results depending on a student's gender or could have ambiguous wording. A new feature of the computer-based test is that it will get more difficult or easier depending on student answers.

Districts won't even receive the results, which bothers some advocates. Moreover, there will only be a limited menu of exams. The new tests, in math and English, would be given in grades three through eight and 11th grade. The old tests would still be used, for now, to measure science in three grades.

Teachers and school systems need the breathing room to make the transition, said state Assemblywoman
Susan Bonilla (D-Concord), author of the legislation.

"As a former teacher I feel this will really help the morale of teachers," Bonilla said. The message is: "We're going to make your job a little easier by letting you focus on what we say is the priority."

In the process, the state would drop tests in social studies and end-of-year subject exams for older students, such as the test in algebra. The state plans to tackle how to assess such subjects at a later time.

"I'm troubled by the notion that you wouldn't provide parents with information on their children's performance, or educators with information on their students' performance for an entire year," said Arun Ramanathan, executive director of Education Trust-West, an Oakland-based advocacy group.

He thinks the results of the new test could be shared. Another option would be to keep the old tests in place and use the new tests on a limited basis, simply to determine what adjustments are necessary.

That was the original plan: 20% of California students in all were to take either the new math or English test. But some school systems, including L.A. Unified, objected.

L.A. schools Supt. John Deasy didn't want instructors teaching to the old test while also having to prepare for something new. For weeks, he's pushed behind the scenes for permission to move the nation's second-largest school system entirely to the new test and students would take the new exam on iPads that he intends to provide to each of them.

Read More
Posted in Educational Technology, Industry News, James Jones, Teaching and Learning | No comments

Friday, 6 September 2013

California Virtual Campus: 19,873 Online Courses; 1,356 Online Degrees

Posted on 15:05 by Unknown

19,873 Online Courses; 1,356 Online Degrees


WRITTEN BY SANDOVAL CHAGOYA, TechEDgeTHURSDAY, 05 SEPTEMBER 2013
After its annual update, the California Virtual Campus distance education catalog listings include 19,873 courses and 1,356 degree programs offered online by 166 accredited higher education institutions in California. The total includes 10,915 courses and 611 degree programs offered by the California Community Colleges system.
 
The new total indicates significant growth in online offerings. Listings of online courses increased by 5 percent while online degree programs increased by 9 percent when compared to pre-update totals.
 
The CVC distance education catalog provides the most comprehensive listing available for online courses and degree programs offered by California's accredited public and private higher education institutions. Visitor's can seek and compare courses and programs by keyword, subject, school, and/or institutional segment.
 
The CVC distance education catalog allows institutions to update their relevant information via the website. Information for institutions that do not update their own listings are included in the annual update process. The annual update is generally conducted in July and August just prior to the Fall term.
 
The CVC aggregates information according to a catalog perspective rather than as a class schedule. It attempts to provide information on all online courses and programs that an institution offers rather than specific sessions offered within a specific term.
 
In this year's update, information was collected between July 15 and August 15 and all listings were updated by August 30. The CVC employs a team of students to collect the information from publicly available sources. The team is instructed to gather information as if they were students intent on attending the online courses and degree-granting programs.
 
Did we get it wrong? Representatives of higher education institutions in the CVC distance education catalog are invited to contact CVC staff with requests for correction or other inquiries. Please contact Sandoval Chagoya, CVC Project Manager, at schagoya@cccnext.net or 530-879-4088.<>
Read More
Posted in Computer Science, Educational Technology, elearning, ICT Education, James Jones, Teaching and Learning, Workforce Development | No comments

Thursday, 8 August 2013

Wadhwani Foundation Educational Technology ICT Delivery Pilot Opportunity

Posted on 09:09 by Unknown
The Wadhwani Foundation was founded by Dr. Romesh Wadhwani, a Silicon Valley entrepreneur and businessman. We have been working on a series of initiatives in India for the past decade, including the National Entrepreneurship Network and the Skills Development Network. This year, we have launched our first major U.S. initiative entitled, Race to a Job. We will enhance online courses in American community colleges in career and technical education, by leveraging new kinds of technology such as gaming and simulation.

We are about to launch a pilot this fall with a group of community colleges from around the country and a subsequent larger pilot in the spring of 2014 with other major U.S. foundations to test these new technologies with cohorts of students. Our ultimate goal is to increase job placements and to help fill the skills gap in the United States. We are interested in occupational programs such as health care, IT, manufacturing and automotive repair. In the area of ICT, we are looking at occupational programs such as computer support specialist and networking engineer.

We invite you to submit a RFP (attached). We will launch our first pilot this fall and our second pilot next spring. Our goal is to create hybrid online courses in a more standardized, nationally scalable and portable manner. Each pilot will last 4-6 months. We will fund a portion of the technology enhancements, will provide our project manager, our technology partners and will explore co-funding opportunities as well with other major foundations. Our foundation will work with employers and trade associations in this initiative as well. We would like to request a meeting with you to discuss potential participation in one of our upcoming pilots. Please find attached our:
  • RFI,
  • RFP, and
  • presentation.  
Thank you.
Rishi Chopra
Program Coordinator-Skill Development Network
Wadhwani Foundation
2475 Hanover Street, Palo Alto CA 94304 USA
Office Phone: 650-935-9532
Read More
Posted in Educational Technology, elearning, funding opportunity, ICT Education, James Jones, Networking, Teaching and Learning | No comments

Friday, 2 August 2013

2013 National Cyber League (NCL) Fall Season Announcement!

Posted on 12:05 by Unknown

 

 

The National Cyber League (NCL) is pleased to announce its Fall 2013 Season!

Preliminary information is available at www.nationalcyberleague.org/fall13.shtml. 

The NCL mission is to offer engaging, entertaining, measurable, and scalable methods of learning to enlist a new generation of cybersecurity professionals. Toward this end, the 2013 NCL Fall Season is designed to provide hands-on experiences and challenges that will enable players to practice and improve their cybersecurity skills - while having fun.

Fall season highlights include: 

·       Preparatory lab exercises and games to help prepare students for CompTIA Security+ and EC-Council Certified Ethical Hacker certification exams

·        16 CompTIA Security+ and 19 CEH preparatory lab exercises based on these certifications’ performance-based exam objectives, which students can access remotely from anywhere, anytime, to develop skills

·        Instructor syllabi to help integrate NCL labs and games into security classes

·        Games conducted 100% using cloud­‐based services, accessible from anywhere

·        Opportunities to follow the games as spectators

·        3 geographic Conferences (Eastern, Midwestern, and Western)

·        3 brackets to engage novice (Bronze), intermediate (Silver) and experienced players (Gold bracket)

·        Pre-season assessment to identify players with similar skill levels; players will be placed in one of three brackets based on skill level (Bronze, Silver, Gold)

·        Regular Season with 2 games optimized for individuals

·        Post-Season with 2 5-10 player team-based games, conference and national championships

·        “Player Cards” and player/team statistics

·        Scenario-based, real-world games appealing to broad audiences (including men, women and non-dominant populations) to encourage engagement and passion

·        A strict honor code

Individual Award Certificateswill be presented for Regular Season game play to recognize players who are at the top of their conference and national brackets.

Team Award Certificates will be presented to teams at the top of their conference and national brackets. 

All Players who complete the regular season games and associated evaluations will receive certificates of participation to add to their professional portfolios.

To advance event sustainability, there will be a registration fee of $20 per player to participate in individual competitions and $25 per teamfor post-season participation (credit/debit card or PayPal payments only). 

For more detailed information, to www.nationalcyberleague.org/fall13.shtml and look forward to more information via email communications soon!

To join the NCL email list, please provide your name, email address, and college affiliation via email to info@nationalcyberleague.org.

Spread the word!

Dan Manson
Commissioner
Read More
Posted in Educational Technology, ICT Education, Innovation, James Jones, Security | No comments

Identity Week: Burlingame, CA; Nov 11-15

Posted on 10:13 by Unknown



TechEDge eNews Update | 2 August 2013 | http://ccctechedge.org

Leading Technology In Education For California's Future

Identity Week: Burlingame, CA; Nov 11-15



Registration is now open for Identity Week, November 11-15, 2013, held in Burlingame, California, just south of San Francisco. California Community Colleges IT staff are encouraged to attend.

The event, led by Internet2, will bring together the InCommon community, identity management technical implementers and architects, and U.S. and international leaders in the field of identity and access management.

Each meeting has a separate registration, so you can choose the one(s) right for you. For links to each of these meetings, the online registration process, and the hotel registration site, please visit www.incommon.org/idweek.

CAMP Pre-Conference Workshop: Getting Started with Federated Identity Management (Nov. 13) - Those just getting started with identity management will be interested in this Wednesday afternoon workshop. The program will focus on the primary principles that underlie an effective identity management system, look at how federated IdM fits and why it is important, and introduce you to InCommon. There is a separate registration for the pre-conference. More information is at: https://spaces.internet2.edu/display/CAMP2013/Getting+Started+with+Federated+Identity+Management

CAMP: Managing Identity and Access in an Era of Distributed Services (Nov. 14-15): CAMP will focus on the policy and technical challenges of implementing outsourced and cloud services. CAMP includes two tracks, “Ramping Up for Distributed Services,” and “Federation and Distributed Services: What’s Working and What’s Next.” The program for both tracks is posted on the CAMP website, https://spaces.internet2.edu/display/CAMP2013

The week kicks off on Monday, November 11, with a meeting of REFEDS, the international organization for operators and architects of identity federations. You can find out more about REFEDS at https://refeds.org/about_agreement.html.

If you have questions about Identity Week or registration, please see the FAQ on the website or contact Dean Woodbeck at woodbeck@internet2.edu.

-----
Dean Woodbeck
Program Manager, InCommon
Internet2
Read More
Posted in Educational Technology, ICT Infrastructure, James Jones, Networking, networking security, Security, Security; Identity Management | No comments

Educause: Top-Ten IT Issues, 2013: Welcome to the Connected Age

Posted on 09:50 by Unknown
Educause has released its 2013 Top-Ten IT Issues article and Top-Ten Issues Website. They are excellent reads, documenting many of the challenges to education related to the disruption and enablement of technology.
 
From the article:
 
"The EDUCAUSE IT Issues Panel has identified its annual top-ten IT issues for higher education. This year's issues reflect the increasing interconnections among external forces, institutional strategic priorities, and information technology in higher education.
External Forces
 
"Technological innovations occurring in the consumer space, e-learning, and middleware, software, and infrastructure are bringing to higher education institutions new personal devices, applications, and environments; new options for developing, sourcing, managing, and delivering enterprise applications and services; and new opportunities and source materials for designing, delivering, and taking courses. Advances in data- and text-analysis software, data visualization, processing, and storage are making it possible to easily ask and answer increasingly more complex questions with data.
 
"The enduring global recession and fitful recovery have made arguably permanent changes to the economics of higher education. Moody's 2013 outlook for all of higher education is negative. All revenue sources—from tuition, state appropriations, research, and endowments—are "strained." Moody warns that "the US higher education sector has hit a critical juncture in the evolution of its business model" and that most colleges and universities "will have to lower their cost structures to achieve long-term financial sustainability and fund future initiatives."1 Along with changes in the economy, student demographics have also altered: more students are part-time, older, and non-residential. American Council on Education (ACE) President Molly Broad's conclusion for higher education is that "business as usual is not in the future cards and we must innovate."2
 
"Business practices have been evolving as well, and those practices are increasingly viewed as both foundational to any well-run enterprise and highly relevant to higher education. Advances in and ongoing experience with process reengineering and management, continuous improvement, project and portfolio management, shared services, and service management have made these practices both more rigorous and more flexible at a time when higher education is looking for ways to reduce administrative costs without impeding the core missions of teaching and research.
 
New Strategic Priorities
 
"The boundaries between academia and the rest of the world have never been more porous. These external forces are shaping the strategic priorities of higher education institutions. Four priorities in particular are widespread and highly pertinent to information technology:
 
  1. "Contain and reduce costs. The bleak economic outlook and reduced funding sources are making it imperative to reduce or at the very least contain the growth of costs. Efficiencies are sought, and business best practices are often viewed as the best path to achieving efficiencies.
  2. "Achieve demonstrable improvements in student outcomes. The practice of measuring, improving, and reporting student outcomes is moving from highly desirable to imperative. The window of opportunity for colleges and universities to shape how they define, measure, and improve student outcomes—rather than react to external requirements—is shrinking.
  3. "Keep pace with innovations in e-learning, and use e-learning as a competitive advantage.3 Whether driven by the explosive interest in open educational resources (OERs), most notably Massive Open Online Courses (MOOCs), or by explorations in using technology to develop and implement new academic credentialing models like badging and competencies, presidents, chancellors, and provosts are eager to use technology to help inform and transform postsecondary education.
  4. "Meet students' and faculty members' expectations of contemporary consumer technologies and communications. Students and faculty not only expect that they will be able to use their smartphones, tablets, and consumer-based apps in their academic work but also expect that their institutions' services will work as elegantly and effectively as commercial services.
 
"These strategic priorities are achievable, thanks to intensifying connections among data, systems, processes, and services. For years, higher education institutions have been building systems that gather, process, and report institutional data on siloed functions such as finance, human resources, facilities, research activities, and student performance. Institutions have created siloes of themselves as well, rarely seeking to connect their data, systems, processes, or services with those of other institutions. It is only by connecting these siloes—within and across institutions—that we will be able to achieve our institutions' common strategic priorities.
 
Internal Transformations and Disruptions
 
"All these roads lead to information technology. As the thinking goes, costs can be lowered by automating reengineered business processes and moving applications to outsourced, open source, or cloud solutions. Information technology can enable state-of-the-art analytics with mature data warehouses and advanced business intelligence systems that provide real-time and accessible reporting, dashboards, and data visualizations as well as systems that provide just-in-time advice and alerts to enable students and their advisors and instructors to take action to improve performance or enable administrators to optimize services and processes. Information technology can help shape and implement new e-learning strategies.
 
"Whether we use the term disruption, transformation, opportunity, or simply change, the impact on IT departments and staff is enormous. IT organizations are scrambling to devise new strategies for security and support in response to explosive uses of data and the consumerization of information technology (and, with changing demographics and e-learning strategies, the consumerization of higher education). CIOs are struggling to fund, resource, and organize the numerous and simultaneous new initiatives. And IT managers and staff are trying to adapt their roles and skills to an entirely new environment.
 
Welcome to the Connected Age
 
"Higher education, meet the business world. Information technology, meet the consumer. Faculty, meet OERs. Siloed institutions, meet cost-cutting legislatures and financially strapped students. From every vantage point, independence is giving way to interdependence. Underlying all of this is the influence of information technology in multiplying connections among people, data, processes, and systems.
 
"EDUCAUSE President and CEO Diana Oblinger has identified higher education as entering a new connected age. In the March/April 2013 issue of EDUCAUSE Review, she noted: "Higher education has always been about more than information, no matter how quickly that information can be disseminated or how much of that information can be stored. Our institutions have always been communities driven by connections—connections among faculty, students, research, education, disciplines, communities, and the institutions themselves. In the connected age, it doesn't matter where the information is, where the student is, or where the faculty member is. What matters is the value that comes from the connection. . . . In the connected age, data, collaboration tools, and communities can come together in ways never before possible. . . . Technology makes the connected age possible."4
 
"The top-ten IT issues of 2013 illustrate these growing connections and our current responses to them. Some issues most clearly reflect external forces and how those forces are shaping institutional strategy. Some issues focus on the ensuing internal transformations and disruptions. Taken as a whole, however, this is a story of higher education's first steps into the connected age.
 
Top-Ten IT Issues, 2013
 
  1. Leveraging the wireless and device explosion on campus
  2. Improving student outcomes through an approach that leverages technology
  3. Developing an institution-wide cloud strategy to help the institution select the right sourcing and solution strategies*
  4. Developing a staffing and organizational model to accommodate the changing IT environment and facilitate openness and agility
  5. Facilitating a better understanding of information security and finding appropriate balance between infrastructure openness and security
  6. Funding information technology strategically*
  7. Determining the role of online learning and developing a sustainable strategy for that role
  8. Supporting the trends toward IT consumerization and bring-your-own device*
  9. Transforming the institution's business with information technology*
  10. Using analytics to support critical institutional outcomes*

*Also one of the 2012 Top-Ten IT Issues"
 More detailed discussion on each of these issues is available in the article and report.
Read More
Posted in CTE, Digital Literacy, Digital Media, Educational Technology, elearning, ICT Education, ICT Research, James Jones, MOOC | No comments

Tuesday, 30 July 2013

Google Offers $35 Chromecast Streaming Video Device

Posted on 08:21 by Unknown
by Karl Bode Thursday 25-Jul-2013
 
In addition to unveiling their latest Nexus 7 tablet, Google yesterday turned heads with the release of Chromecast, a $35 device that plugs into a television's HDMI port and allows users to stream content from their phone, tablet or PC directly to their television. According to the Google blog announcement, the device works with Netflix, YouTube, Google Play Movies & TV, and Google Play Music, with more services on the way.

The device is already on sale over at Amazon, where quite amusingly it already has 42 user reviews despite the fact nobody has really used it yet.

Read More
Posted in CATV, Digital Media, Educational Technology, Industry News, James Jones, Multimedia, Networking, Telecom | No comments

Monday, 22 July 2013

FCC Launches E-Rate Reform Proceeding

Posted on 15:58 by Unknown
"[T]he Commission seeks comment on a range of proposals to focus funds on supporting high-capacity broadband, including: simplifying rules on fiber deployment to lower barriers to new construction; prioritizing funding for new fiber deployments that will drive higher speeds and long-term efficiency; phasing out support for services like paging and directory assistance; ensuring that schools and libraries can access funding for modern high-speed Wi-Fi networks in classrooms and library buildings; and allocating funding on a simplified, per-student basis."
FCC   
Read More
Posted in Educational Technology, ICT Infrastructure, ICT Regulation, Industry News, James Jones | No comments
Older Posts Home
Subscribe to: Posts (Atom)

Popular Posts

  • NPD: US homes now hold over 500m Internet-connected devices with apps, at an average of 5.7 per household
    The Next Web Emil Protalinski Contact Author 18 March 2013               There are now more than 500 million devices in US homes...
  • The Myth of Population Density and the High Cost of Broadband
       Feb 01, 2013 12:55 PM PST, CircleID By Bill St. Arnaud One of the enduring myths that is used by apologists for incumbent...
  • CompTIA: Why Are We Still Talking About Security?
    by Seth Robinson on Thursday, November 14, 2013   CompTIA Security may not be as hyped as other tech trends like cloud computing, mobility o...
  • California Community College Funding Still Low
    March 26, 2013 Dear California CC, The Public Policy Institute of California released a report this morning that documents the budget imp...
  • WebProfessionals.org Announces STEM to STEAMIE Initiative
    By adding three key elements, WebProfessionals.org aims to expand and convert the fields of study representing Science, Technology, Engineer...
  • Free Winter ICT Educator Conference Presentations
    The Winter 2013 ICT Educator Conference is January 3-4, 2013 in San Francisco. You can join most presentation sessions for free, from any br...
  • Code.org Launches To Help Make Computer Programming Accessible To Everyone
    Drew Olanoff ,  TechCrunch       Drew Olanoff has over 10 years of marketing, PR, customer service and support, relationship buildin...
  • CompTIA A+ Certification Marks 20th Anniversary
    Mar 21, 2013, CompTIA Worldwide vendor-neutral certification still on cutting edge of technology Downers Grove, Ill., March 21, 2013 – In a...
  • CA Career Briefs - Preparing for Change
    October 30, 2012 Prepare for Change ...
  • 7 Ways to Find the Best IT Jobs
    by Linda Christensen , Robert Half Technologies November 21, 2013 ...

Categories

  • Big Data
  • CATV
  • CENIC
  • Certifications
  • Cloud
  • Computational Thinking
  • Computer Engineering
  • Computer Science
  • CTE
  • Database
  • Digital Divide
  • Digital Literacy
  • Digital Media
  • Diversity
  • Educational Technology
  • elearning
  • Electronics
  • Entrepreneur
  • ethics
  • funding opportunity
  • Gaming
  • GIS
  • Grants
  • Hacking
  • Healthcare IT
  • ICT Applications
  • ICT Core Competencies
  • ICT Education
  • ICT Infrastructure
  • ICT Jobs
  • ICT pathways
  • ICT Regulation
  • ICT Research
  • Industry News
  • Innovation
  • Internships
  • James Jones
  • K-12
  • law
  • Linux
  • Mobility
  • MOOC
  • MPICT Announcements
  • Multimedia
  • Networking
  • networking security
  • Olivia Herriford
  • Open Source
  • Operating Systems
  • Pierre Thiry
  • Piracy
  • Public Policy
  • Security
  • Security; Identity Management
  • Smart Grid
  • Social Media
  • Soft Skills
  • Software Assurance
  • Software Engineering
  • Spanish
  • STEM Education
  • Storage
  • Teaching and Learning
  • Telecom
  • Tools
  • virtualization
  • Web
  • WIB
  • Wireless
  • women
  • Women in ICT
  • Workforce Development

Blog Archive

  • ▼  2013 (418)
    • ▼  November (41)
      • NSA 'infected' 50,000 networks with malware
      • Techies must nip growing scorn in bud
      • Is the tide turning? Women filled 60% of tech jobs...
      • Transfer Program Between California Community Coll...
      • Talent Shortage May Impede New Hiring by Technolog...
      • Time for the United States to Re-Skill ?
      • Tim Berners-Lee says 'surveillance threatens web'
      • Start a Microsoft TEALS Computer Science Program f...
      • 7 Ways to Find the Best IT Jobs
      • Cal Poly Announces Major New Initiative In Cyberse...
      • WebProfessionals.org Announces STEM to STEAMIE Ini...
      • US Department of Labor: $100m Youth Career Connec...
      • CompTIA: Why Are We Still Talking About Security?
      • New Milestone for CompTIA Troops to Tech Careers I...
      • HP: 90% of Apple iOS mobile apps show security vul...
      • Career tech at community colleges should not be un...
      • ITIF: A Guide to the Internet of Things
      • Guardian: Cyber-attacks eclipsing terrorism as gr...
      • CTI: Tech Leaders Warn IT Talent Shortage Could C...
      • Robert Half Technology 2014 Technology Salary Guid...
      • 5 Technology Jobs That Didn’t Exist 5 Years Ago
      • ATE@20: MPICT Runs Three Tests of International T...
      • Please Sign Petition to Make Computer Science Coun...
      • Opinion: The Case for Citywide Broadband in LA
      • New broadband report reveals £20 return on every £...
      • IASE Unclassified Cyber Awareness Challenge
      • LearningWorks: THE MISSING PIECE: Quantifying Non...
      • IT budgets, headcount set to grow in 2014: study
      • IBM to Announce More Powerful Watson via the Internet
      • Here Come the WiFi Drones
      • Netflix, YouTube Account for 50% of North American...
      • Quick Tips: Flip Your Class
      • New CompTIA Mobility+ Certification Addresses Skil...
      • Bay Area Computer User & Network Support Marketpla...
      • Los Angeles Citywide Gigabit Fiber RFP: Is This th...
      • Microsoft and Facebook offer bounties to bug hunters
      • How Much Media? 2013
      • Hour of Code Tutorials Are Ready to Try - 1.5m Stu...
      • ICT jobs in California ripe for the picking
      • Joint Workforce Development, CBO and MPICT Webinar...
      • Center for Community College Student Engagement Re...
    • ►  October (53)
    • ►  September (44)
    • ►  August (21)
    • ►  July (30)
    • ►  June (28)
    • ►  May (43)
    • ►  April (43)
    • ►  March (35)
    • ►  February (43)
    • ►  January (37)
  • ►  2012 (82)
    • ►  December (25)
    • ►  November (40)
    • ►  October (17)
Powered by Blogger.

About Me

Unknown
View my complete profile