Apr 30 2013

First Georgia STEM Day, May 3rd

Category: BreakThru News,STEM BreakThru,Student BreakThruadmin @ 7:30 pm
Georgia STEM Day, May 3rd

Georgia STEM Day

Georgia Public Broadcasting Blog Article

Friday May 3, 2013 is the first Georgia STEM Day. Established by the Georgia Department of Education and in partnership with the TAG Education Collaborative (TAG-Ed), it’s a statewide day for schools, students, teachers, and companies to raise awareness, celebrate and engage in activities involving science, technology, engineering and math (STEM), in order to make the critical connection between the classroom and a student’s future career.

Read entire GPB Blog article Here

Press Release

TAG Education Collaborative (TAG-Ed), the Technology Association of Georgia’s charitable organization dedicated to preparing the next-generation workforce, is collaborating with the Georgia Department of Education and more than 20 other state education institutions, associations and companies to establish the first Georgia STEM Day on May 3, 2013.

STEM Day will be a statewide opportunity for schools, students, teachers, and companies to raise awareness, celebrate and engage in activities involving science, technology, engineering and math (STEM), in order to make the critical connection between the classroom and a student’s future career.

“Our goal is to raise awareness about STEM education and the opportunities for students in exciting STEM related careers,” said Michael Robertson, executive director of TAG-Ed. “It’s estimated that by 2018, Georgia will have approximately 211,000 STEM oriented jobs to fill, so it is crucial that our future workforce be prepared with the necessary STEM skill set.”

Read entire Press Release Here


Mar 21 2013

Women scientists discuss careers in UGA panel

Category: STEM BreakThruadmin @ 8:27 pm
Woman performing science experiment

Woman Scientist

More women are entering historically male-dominated academic fields such as physics, engineering, oceanography and other so-called STEM (science, technology, engineering, math) fields.

But the road to becoming a university faculty scientist is still a hard and sometimes lonely for women, five UGA women scientists said during a panel discussion on the UGA campus Wednesday.

Their discussion in UGA’s Miller Learning Center was one of the keynote events in a series sponsored by the UGA Institute for Women’s Studies during March, which is Women’s History Month.

Read the full article at OnlineAthens.com


Mar 01 2013

Five habits of great students: Lessons from top-ranked STEM school

Category: STEM BreakThru,Student BreakThruadmin @ 8:31 pm
Brain graphic

Washington Post article: Top Ranked STEM School

Many factors affect how well students do in school, but among them are how the students themselves approach their work and learning. Here are some of the habits of successful students at High Technology High School in Lincroft, New Jersey, which was ranked the #1 STEM high school in the nation by U.S. News last year (for those who think rankings have any value).

When U.S. News ranked our high school as the best science, technology, engineering, and math (STEM) high school in the nation, our students were recognized as being the smartest students in the nation in the four cornerstone subject areas recently lauded by President Obama in his State of the Union address. Regardless of your feelings about high school rankings, we know that our school is filled with some of the brightest kids we’ll ever come in contact with. Over the last two years, almost 30% of our graduating seniors attended Ivy League colleges, including the over a dozen alumni who are currently on Princeton’s campus. These numbers don’t include the many students accepted at prestigious schools like MIT, Stanford, and the University of California, Berkeley. With their high test scores, 100% college acceptance rate, and well-publicized #1 ranking comes a frequently asked question: Why are these students so smart?

For full article, click here


Feb 27 2013

ExxonMobil Encourages Girls to Envision Careers in Math and Science

Category: STEM BreakThru,Student BreakThruadmin @ 2:56 pm

  • Program sparks students’ curiosity in science, technology, engineering and math
  • More than 7,000 students have participated in ExxonMobil-sponsored activities since the program began in 2003
  • ExxonMobil to host hundreds students at 16 company locations

The ExxonMobil Foundation is collaborating with the National Engineers Week Foundation for the 10th consecutive year to host Introduce a Girl to Engineering Day at 16 company locations across the United States. The program promotes interest in engineering among middle-school students and helps reduce the gender gap in science, technology, engineering and math (STEM) fields.

“We can inspire our nation’s youth to pursue STEM careers by capturing their interest at an early age,” said Suzanne McCarron, president of the ExxonMobil Foundation. “Introduce a Girl to Engineering Day helps young women gain self-confidence and an appreciation for the engineering profession by learning from role models and taking part in engaging math and science activities.”

ExxonMobil employees will lead fun, hands-on activities that connect math and science to everyday life and reinforce classroom instruction. Activities include water-purification experiments, energy-industry demonstrations using 3D technology to search for oil and natural gas and exploring the science of manufacturing cosmetics.

“The National Engineers Week Foundation is committed to helping students — especially girls who are underrepresented in engineering and technology — discover engineering and how it helps the world,” said Leslie Collins, executive director, National Engineers Week Foundation. “Our partnership with the ExxonMobil Foundation enables thousands of youth to envision a fulfilling future through a career in engineering.”

For full article, click here.


Feb 26 2013

Raytheon reaches out to inspire young generation of potential engineers

Category: STEM BreakThru,Student BreakThruadmin @ 9:50 pm
Students test a rocket launcher simulator

Raytheon senior systems engineer Brian Gaume, left, shows high school students a shoulder-fired rocket launcher simulator. Tyler Prince of Ironwood High School gives it a try as Laurence Goodenough and Emilio Martinez of Palo Verde High School watch.

What do missiles think about as they’re flying through the air?

That may sound like a silly question, but on Monday more than 100 high school students found out the answer to that – and maybe got some career ideas – at “Engineering Is Awesome” at Raytheon Missile Systems’ airport plant.

The daylong event, part of National Engineers Week, is one of Raytheon’s latest efforts to get kids excited about science, technology, engineering and math (STEM).

STEM education is vital to Raytheon, Southern Arizona’s biggest private employer, as experts bemoan low U.S. student test scores and wonder where the next generation of engineers will come from.

“We want students to meet real-life engineers and see firsthand what engineers do at Raytheon,” said Colleen Niccum, director of community and government relations for Raytheon. “Hopefully we will inspire these young people to become the next generation of innovators.”

Seniors and juniors from about a dozen schools in the region took part in a variety of hands-on demonstrations of engineering principles at work behind the walls of Raytheon’s sprawling plant adjacent to Tucson International Airport.

For the full article, click here.


Feb 22 2013

Making a Difference for Students with Disabilities in STEM Education: Understanding Facilitators and Barriers to Success

Category: BreakThru News,STEM BreakThruadmin @ 9:22 pm

Maria Dolroes Cimini (Assistant Director for Prevention and Program Evaluation at the University at Albany Counseling Center) wrote this article which discusses why it is important for people with disabilities to choose STEM careers. She is also the co-chair of the American Psychological Association’s Women with Disabilities in STEM Education Project (WWDSE) funded by the National Science Foundation. Cimini (she herself has a disability) writes, “Through the WWDSE project, the American Psychological Association is leading a five-year research agenda to identify barriers and promote successful outcomes for women with disabilities in STEM education.” Follow the link to read more about Dr. Cimini’s struggle to change the stereotypes of people with disabilities. http://www.whitehouse.gov/blog/2012/05/07/making-difference-students-disabilities-stem-education-understanding-facilitators-an


Oct 20 2011

STEM BreakThru: Brain Study Points to Potential Treatments for Math Anxiety

Category: STEM BreakThruadmin @ 7:23 pm

For an interesting read on advancements in STEM education, check out Brain Study Points to Potential Treatments for Math Anxiety by Sarah D. Sparks posted earlier today on Education Week.

About the Author

Reporter Sarah D. Sparks spent the last five years writing about federal and state education regulations. Now covering education research, she can most often be found with a double-shot mocha in one hand and the latest academic journal in the other. Join her in a discussion of the politics, personalities, and p-values in education studies, and help bring research out of the lab and into the classroom.

 

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Oct 18 2011

STEM BreakThru: 1st Annual Georgia Scholarship of STEM Teaching & Learning Conference

Category: Practice BreakThru,STEM BreakThruadmin @ 7:50 pm
October 12, 2011

Dear Colleague:

You are invited to attend the 1st Annual Georgia Scholarship of STEM Teaching & Learning Conference on March 9, 2012, at the Nessmith-Lane Conference Center on the campus of Georgia Southern University in Statesboro, Georgia.  The Georgia Scholarship of STEM Teaching & Learning Conference is sponsored by the University System of Georgia Board of Regents.

Georgia Southern University will organize and host a one-day conference for faculty and graduate students in the Scholarship of STEM Teaching and Learning. The target audience for the conference is STEM faculty and graduate students from all University System of Georgia colleges and universities as well as private higher education institutions within the state. Participation will be sought from among individuals in arts and sciences units as well as education units whose work involves the advancement of STEM teaching and learning. This conference complements and extends the very successful 5th annual Scholarship of Teaching and Learning (SoTL) Conference hosted by the Center for Teaching, Learning, and Scholarship (CTLS) held on the campus of Georgia Southern University.

The Georgia Scholarship of STEM Teaching and Learning currently seeks proposals for review which meet the criteria established by the Conference Committee for presentation at the 1st annual conference. This conference is limited to 175 participants, and there is NO registration fee!

The seven umbrella themes of Project Kaleidoscope will serve as organizers for conference strands.
1. Institutional Transformation (exploring what works in engaging people, policies and practices that make it happen)
2. The Human Infrastructure (exploring what works in nurturing STEM leaders, at all career stages)
3. The Physical Infrastructure (exploring what works in shaping spaces that support 21st century STEM learning)
4. The Academic Program (exploring what works in undergraduate STEM courses, from the very first courses for all students through capstone courses for majors)
5. The Pedagogical Tools (exploring what works in designing, implementing and assessing teaching approaches that have an impact on student learning)
6. The State Context (exploring the social and political context for attending to the quality of undergraduate learning in STEM fields)
7. The 21st Century Student (exploring the nature of current and emerging generations of students).

The conference will bring attention to the importance of learning support and remediation to student success in STEM courses across Georgia’s institutions of higher education. Ultimately, the Conference will provide space for showcasing and discussing the varied work ongoing at participants’ institutions to advance STEM teaching and learning and serve as a channel for extended learning opportunities accessible through web-based resources.

We will kick-off our conference on Thursday, March 8 at the Statesboro Holiday Inn with registration beginning at 6:00 PM and ending at 9:00 and a reception from 6:30 until 9:00 PM.  Poster setup will begin at 7:45 AM on Friday, March 9, 2012. The main conference program will begin at 8:00 AM on March 9, and end at 4:45 PM, so please plan to arrive on March 8, 2012.

Accommodations

A room block has been reserved at the following hotel in Statesboro for STEM Conference attendees.

Holiday Inn Statesboro South
455 Commerce Dr.
Statesboro, GA 30461
912.489.4545
912.489.4546 (fax)

The STEM Conference rate is $77.00 Visit the Holiday Inn Web Site to make reservations. The group code  is “STE.”  Enter this code when making the reservation to get the discounted rate.  The Reservation cutoff date is February 7, 2012.

Attendees will be responsible for covering the cost of their hotel accommodations and travel expenses.  Conference meals will be provided.  However, there will be some “conference travel scholarships” available.  Please contact Joy Darley for details.

To register for the conference, and to submit your proposal abstract, please access the following link: http://ceps.georgiasouthern.edu/conted/stem.html

 

The Georgia Scholarship of STEM Teaching & Learning Conference is sponsored by the University System of Georgia Board of Regents.

University System of Georgia, Board of Regents, Creating a more educated Georgia

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Sep 28 2011

STEM BreakThru: If Engineers Were to Rethink Higher Ed’s Future

Category: Practice BreakThru,STEM BreakThruadmin @ 1:40 pm

Great post published on The Chronicle of Higher Education yesterday by Jeffrey Selingo. For the original article, vist The Chronical of Higher Education by clicking here.

If Engineers Were to Rethink Higher Ed’s Future

September 27, 2011, 10:27 pm

By Jeffrey Selingo

Walk into a college president’s office these days and you’ll probably find a degree hanging on the wall from one of three academic disciplines: education, social sciences, or the humanities and fine arts. Some 70 percent of college leaders completed their studies in one of those fields, according to the American Council on Education.

You’re unlikely to discover many engineering degrees. Just 2 percent of college presidents are engineers.

Yet, when we think of solving complex problems, we normally turn to engineers to help us figure out solutions. And higher education right now is facing some tough issues: rising costs; low completion rates; and delivery systems, curricula, and teaching methods that show their age.

So what if engineers tackled those problems using their reasoning skills and tested various solutions through simulations? Perhaps then we will truly design a university of the future.

That’s the basic idea behind Georgia Tech’s new Center for 21st Century Universities. The center is officially described as a “living laboratory for fundamental change in higher education,” but its director, Rich DeMillo, describes it in terms we can all understand: higher-education’s version of the Silicon Valley “garage.” DeMillo knows that concept well, having come from Hewlett-Packard, where he was chief technology officer (he’s also a former Georgia Tech dean).

Applying the garage mentality to innovation in higher ed is an intriguing concept, and as DeMillo described it to me over breakfast on Georgia Tech’s Atlanta campus Wednesday, I realized how few college leaders adopt its principles. Take, for example, a university’s strategic plan. Such documents come and go with presidents, and the proposals in every new one are rarely tested in small ways before leaders try to scale them across the campus. After all, presidents have little time to make a mark before moving on to their next job.

In a garage, “the rules are different,” DeMillo explains to me. “Universities are set up to hit near-term goals. Few are thinking about what the university should look like years down the road.”

DeMillo already has a number of projects in the pipeline, including a Massive Open Online Course (MOOC) and a TechBurst competition where students create short, sharable videos on particular concepts, and the university as a whole is thinking of others. One favorite of Georgia Tech’s president, Bud Peterson, is X-College, which would allow students to essentially design their own degree programs focused on “grand challenges” facing society. It would also allow faculty members to experiment with learning techniques and the semester calendar itself. In keeping with the test-and-learn philosophy, Peterson wants it to start small, perhaps with 50 honors students next fall.

Georgia Tech’s center offers a unique opportunity to experiment in an industry not known for taking risks. At a kickoff event for the center on Wednesday, I moderated a wide-ranging discussion with some leading thinkers on the future of higher ed, and among my questions was this: If you had a chance to run this center, what one project would you put on its agenda?

Among the ideas I found most interesting:

Public research on the common questions. One way for public universities to reassert their relevancy is to focus on public research on big common questions facing society.

Create incubators. It’s difficult for policy makers and campus leaders to get their heads around abstract concepts of the future. Bring ideas to life in small ways, and show how they can work.

Improve social engagement. So-called softer skills are more important than ever as technology limits face-to-face interaction. Figure out ways to embed leadership, social, and global skills in everyday curriculum.

Interactive learning. Remove teachers from being the center of all knowledge. Learning no longer happens with the teacher in front of a roomful of students taking notes. Find richer, more active ways of learning.

Stop teaching subjects. Teach students how to diagnose problems starting in kindergarten and then give them the knowledge to get better at it. Helping students solve problems teaches them how to think.

Revamp the college admissions process and office. Jonathan Cole, a former provost of Columbia University, said the smartest people on campus should work in admissions, and that includes faculty members. “They need to get involved in who is living in this house,” he said. Right now, admissions is too tied to test scores, and “we’re getting boring, one-dimensional students,” he said.

So if you had a chance to run this center, what ideas would you put on its agenda?

For the original article, vist The Chronicle of Higher Education by clicking here.

Jeffrey Selingois editorial director of The Chronicle of Higher Education. On Next, he shares insights on news and trends in higher education.

Follow Jeffrey on Twitter (@jselingo)

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Aug 22 2011

STEM BreakThru: MATH + SCIENCE = SUCCESS Small Grants Program

Category: BreakThru News,Practice BreakThru,STEM BreakThruadmin @ 10:38 pm

UGA Office of STEM Education

Dear STEM Colleagues:

The Office of STEM Education announces Round 2 of the STEM Mini-Grant Request for Proposals.
Up to $9,000 per proposal is available for projects which improve the instruction and enhance the success of students taking undergraduate STEM courses. Because of a successful round of awards this summer, it is anticipated that 5-6 proposals will be funded in Round 2.

The submission deadline is September 16, 2011.

Click here to download the RFP packet.

Click here to download the Budge Template.

Please forward to UGA STEM colleagues who may be interested.

For questions, please contact:

Dr. Charles Kutal
Associate Dean of Arts and Sciences
ckutal@uga.edu
706-542-0012

Nancy Vandergrift
Office of STEM Education
vandergr@uga.edu
706-542-3499

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