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CBIA Receives $1.2 Million Grant to Strengthen Student Pipeline to High-Tech Industries

 

Over a three-year period, Cyber-Challenge will involve 1,020 Connecticut teens traditionally underrepresented in Advanced Placement (AP) and STEM courses.

 

ITEST funding will provide opportunities for them to visit major employers in Connecticut and host representatives from those companies at their schools. It will also help pay for laptops, webcams, and software to support students as they solve Cyber-Challenge problems and communicate with teammates from participating schools. The focus will be on sparking ninth- and tenth-grade students’ interest and achievement in STEM subjects and preparing them for future enrollment in AP math, science, and English classes.

 

EASTCONN, one of the state’s six Regional Education Service Centers, will provide professional development for faculty on technology tools. Faculty externships—experiential learning opportunities for teachers at major Connecticut employers—are a part of the equation too.

 

Externships, Resnick explains, give high school teachers work experience outside the classroom so that they can easily develop lessons aligning academics with current workplace needs.


Lights, Camera, Answers
Cyber-Challenge has begun, fittingly, at the newly constructed Connecticut Science Center in Hartford, where students from East Hartford, New Britain, and Waterbury met last month and formed 20 interschool teams, each comprising about six students.

 

Throughout the school year, Cyber-Challenge teams will come together at vacation academies and Engineering Challenges hosted by local colleges and universities. They will also stay in touch by way of video conferencing and other advanced technology. Their final products will be interactive multimedia presentations that demonstrate their solutions to Cyber-Challenge questions using video, audio, graphics, and animation.

 

At an overnight convention in the spring, teams will reconvene where it all started, at the Connecticut Science Center. There, they’ll put the finishing touches on their Cyber-Challenge solutions and present them to a panel of industry experts from the four participating companies.


“As some of the largest science and technology-based employers in Connecticut, these four companies have a genuine interest in developing the next generation of scientists and engineers,” says project consultant Lauren Weisberg Kaufman, former vice president of education and training at CBIA. Kaufman will lead this initiative along with Dr. Cam Vautour, president of POD, and Dr. Karen Wosczyna-Birch, executive director of the Connecticut Community College’s College of Technology’s Regional Center for Next Generation Manufacturing.

 

Partners in the grant include the State Department of Education, Connecticut Science Center, Central Connecticut State University, and the Connecticut Community College System’s virtual College of Technology.

 

The Connecticut Business and Industry Association was POD's sponsor in its startup years, providing expertise in grantwriting and fundraising, access to the business community, extensive press coverage, and assistance in pursuing public policy initiatives that make Advanced Placement a legislative priority. Beginning July 1, 2010, Project Opening Doors has been operating under the auspices of EASTCONN.

 

Bringing Math (and Science and Technology) to Life

By Lesia Winiarskyj

CBIA writer/editor

 

Over the next three years, more than a thousand Connecticut high school freshmen and sophomores will immerse themselves in math, science, and cybertechnology to tackle real-world problems confronting some of the state’s leading industries. The coordinated effort kicks off this fall thanks to $1.2 million in funding CBIA has received from the National Science Foundation ITEST (Innovative Technology Experiences for Students and Teachers) grant.

 

“The grant was highly competitive,” says Judith Resnick, executive director of CBIA’s Education Foundation and its director of workforce development. “Out of 254 proposals submitted nationally, only 35 grants were awarded.”

 

All of Connecticut’s participating ITEST schools are part of Project Opening Doors (POD), a program initiated in 2007 to increase the number of Advanced Placement courses in math, English, and science and the number of minority and low-income students enrolled in those rigorous courses. Each year of the ITEST grant, three new POD schools will be added to the group, with the goal of strengthening the pipeline of ninth and tenth graders who will enroll in POD’s Advanced Placement classes as juniors.

 

ITEST addresses concerns about the growing demand for—and projected shortage of—workers with strong science, technology, engineering, and math (STEM) skills. As such, it supports projects that build young people’s interest in and mastery of STEM subjects and their understanding of how classroom learning connects with real-world issues. Projects may take place in class, after school, or on virtual campuses. Those that involve cyberlearning, networked computing, and other communications technologies are of special interest.

 

Getting Ready for the Real World
“Our goal,” Resnick explains, “is to strengthen the pipeline of students entering Connecticut’s energy, aerospace, and biotechnology industries—key sectors in the state’s economy—by increasing student interest, engagement, and achievement in STEM subjects and their interaction with professionals in related fields.”

 

The three-year grant enables CBIA and partner organizations to create “Cyber-Challenge,” a series of industry-developed questions for students to puzzle out—discovering, in the process, how concepts and content learned in school apply to the world of work. Cyber-Challenge questions were developed by four participating companies: United Technologies Corp., Pfizer, General Electric, and Northeast Utilities.

 

Examples include
• How and why is an error in math an exponentially dangerous problem in outer space?
• How and why would you apply ratios and proportional reasoning to balance battery life with slim, light cell phone design?
• How and why would you use statistical graphing to track the health and nutritional needs of animals in a zoo?

• Which scientific principles are applied in the design of an aircraft wing?