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There has been a nationwide call to empower all American students from kindergarten through high school to learn computer science and be equipped with the computational thinking skills needed to be creators in the digital economy.
Our economy is rapidly shifting, and both educators and business leaders increasingly recognize that computer science is a new basic skill necessary for economic opportunity and social mobility. Computer science is applied in nearly all fields of human endeavor ranging from agriculture, commerce, transportation, medicine, arts, music and even social sciences. By taking computer science courses in high school, students are better prepared for college and for their future careers.
A Boise State University project called IDoCode, in collaboration with Idaho school districts, Idaho Technology Council, Idaho Digital Learning Academy (IDLA) and code.org, has led to a remarkable increase in the number of Idaho high school students studying computer science.
IDoCode trains teachers to offer high-quality computer science instruction and is critical in expanding access to computer science before college. Creation of the program was funded by a three-year, $1 million NSF Award to promote computer science education in high schools.
When the program launched in 2013, only three high schools in the Boise and West Ada school districts were offering computer science, with a total enrollment of around 60 students. None of the other school districts in the Treasure Valley area offered computer science courses.
By fall 2016, every high school in Boise and West Ada was offering computer science, with many offering multiple courses. There currently are more than 1,200 students taking computer science courses in these two school districts alone.
In 2014, the State Board of Education and House Education Committee approved a rule change allowing dual credit or AP computer science courses to count as core math or science credits. This provided incentive for more students to explore the field of computer science.
Boise State’s IDoCode program has led the effort to create programs for high school teachers and currently is working with 54 teachers. In addition, every school district in and around the Treasure Valley now has teachers who are trained, or in training with, the Boise State program, and most also are offering computer science courses.
Boise State is collaborating with the IDLA and code.org to create online courses and training that can be expanded across the state, and with the University of Idaho to replicate the IDoCode program up north. Additional workshops via IDLA and code.org have trained more than 300 elementary, 64 middle-school and 43 high school teachers.
BY: KATHLEEN TUCK PUBLISHED 7:30 AM / FEBRUARY 6, 2017
Significant work has taken place the past year at the national level and Idaho State to update the Computer Science Teaching Standards and Framework. To learn more refer to the newly added CS Teaching Standards section on the IDoCode web page.
A teacher with CS endorsement no longer needs a Math/Science certification for their AP/Dual listed CS course to count for Math/Science credit! From the 2016-2017 Credential Assignment manual, refer to the “7400 Computer Science 6/12” Endorsement number.
The CTE endorsement “6155 Comp Sci/Info Tech 6/12” was recently added to the Idaho Career and Technical Education 2016-2017 Certified Staff Criteria – ISEE manual.
- NOTE: For additional CTE information contact: Kristi Enger (firstname.lastname@example.org) for additional CTE questions regarding teacher certifications.
Computing by Design provides professional school counselors, administrators, and teachers nationwide with information and resources to guide more — and more kinds of — students to explore computing education and careers.
Computing by Design Workshop Details
- September 23, 2016
- 8:30 am – 3:30 pm
- Top of the Zions Bank – Idaho Room (8th and Main Boise)
- Cost: Free
During the program, your school team will:
- Explore computing hands-on!
- Learn about employment prospects in this fast-growing career sector, and why employers want a large and diverse talent pool
- Learn about changes in computer science education, including:
- Local computer science teacher training initiatives that lead to more course offerings
- What new courses are like, and how they count toward graduation and preparation for post-secondary pathways
- Why computer science is a fundamental literacy, no matter what your students’ plans
- Meet technology professionals, learn about their jobs and how they found their way into computing
- Enjoy lunch and receive continuing education credit
Information and Reservations: http://coen.boisestate.edu/idocode/computing-by-design/
Need to know more? Contact: email@example.com
The Computer Science department at Boise State University welcomed 58 current and aspiring Idaho Computer Science Teachers and CS educational supporters to a workshop and dinner to share best practices, highlight recent progress, and to build CS educational relationships.
NOTE: Attendees are from the Boise State IDoCode program, Code.org region 3 teachers, current Computer Science teachers, past CS workshops participants, industry representatives and CS educational supporters.
Sponsored by a Google CS4HS grant.
We had three presentations, followed by open Q&A, and an update on Vallivue’s new CS program:
- Amit Jain provided an update on the IDoCode activities
- Angela Hemingway provided an update on the newly formed STEM Action Center
- Sherawn Reberry provided an update on the IDLA / Code.org partnership
- Ken Manship provided an update on Vallivue’s creation of a new CS program.
Want to learn how to code, build your own mobile app or just hone your technology skills? The College of Innovation and Design and the Department of Computer Science are offering a “summer of technology,” bringing together students, industry professionals and anyone who thinks the summer is a perfect time to learn something new.
Boise State University has been recognized by the White House for its effort to improve K-12 computer science teaching. The university’s IDoCode program, in collaboration with the College of Innovation and Design, is developing a CS badge for teachers. View the full “White House Recognizes Boise State Computer Science Efforts” article.
Members of the CS10K Community,
I am pleased (really, really pleased that is) to let you know that today President Obama announced a new initiative, called CS for All, that aims to give all U.S. students the chance to learn computer science (CS) in school! Watch the launch from the Computer Science for All webpage.
It calls for new funding—$4 billion in his forthcoming budget—and includes a $120 million commitment from already existing funding at NSF. It specifically calls out CS10K!! It also mentions the great work of many private organizations and partners. View the Computer Science for All webpage and see the Fact Sheet.
This has gotten tons of press already this morning. CS Ed has arrived!!!
This milestone is due, in large part, to the amazing community of teachers, faculty, and researchers who have put so much of their time and energy into making ECS and CSP courses and course materials accessible and engaging for everyone.
Thank you for all that you’ve done!!!
The House Education Committee has introduce the bill H0379: Computer Science initiative for public schools that will support computer science in high schools. The Governor has proposed significant funding to support the bill with funding for teachers, equipment etc. Please check out the bill, support it and tell people about it!
“Computer Science” is now a federally recognized part of “STEM”
“Computer Science” is now a federally recognized part of “STEM” — which means we have more eligibility for federal grant programs.
Very short, simple law: STEM Education Act of 2015 Signed into law last Thursday.
New Federal Law Means Computer Science Is Officially Part of STEM
The STEM Education Act of 2015 was signed into law today.
New Federal Law Means Computer Science Is Officially Part of STEM
The STEM Education Act of 2015, which expands the definition of STEM—an acronym for science, technology, engineering, and mathematics—to include computer science programs, was signed into law yesterday.
The bill that became the STEM Education Act was introduced in the House of Representatives by Lamar Smith, a Republican from Texas, and Elizabeth Esty, a Democrat from Connecticut, both members of the Science, Space, and Technology Committee.
The new law does not add funding, but it does expand the kinds of STEM programs that can be run and funded by federal government agencies to include computer science.
It also makes people who are pursuing a master’s degree and those with a background in computer science eligible for Robert Noyce Teacher Scholarships, which support science and math graduates and professionals who hope to teach.
The STEM Education Act of 2015 also instructs the National Science Foundation to continue to fund out-of-school and informal education programs in STEM subjects. That’s a boon for museums, nature centers, and other organizations that offer informal science programming.
As we’ve reported, something about the acronym STEM seems to invite additions: Advocates and educators have added everything from art to religion to reading to create STEAM and STREAM schools. But this addition has implications for which programs can be funded and who can apply for STEM programs WITHOUT adding a letter to the acronym. (I guess STECSM doesn’t have much of a ring to it.)