برچسب: age

  • Transitional kindergarten comes of age in California

    Transitional kindergarten comes of age in California


    Students listen to their teacher during a transitional kindergarten class in Long Beach.

    Credit: Lillian Mongeau/EdSource Today

    Top Takeaways
    • Transitional kindergarten, or TK, becomes available to all 4-year-olds in the fall. 
    • Smaller child-to-staff ratios, 10-to-1, are slated to start in the 2025-2026 school year. 
    • Early exposure to the basics of reading and math can kick-start academic achievement, experts say. 

    Paula Merrigan loves being a transitional kindergarten (TK) teacher so much she says she may never retire. She’d miss the wonder of a class filled with hugs, light bulb moments, and little ones who call her mom. She’d miss sitting cross-legged on the alphabet rug, hearing plans for a cat birthday party.

    In teaching, a field often beset by burnout and high turnover, TK stands out as a joyous and messy world of puzzles, finger painting and puppet theater, a world unique from the rest of the K-12 system. This fall, California’s long-awaited vision of universal pre-kindergarten finally comes to fruition as transitional kindergarten, or TK, becomes accessible to all 4-year-olds across the state. 

    “I love working with this age,” said Merrigan, 57, a veteran teacher holding court in a classroom jam-packed with construction paper butterflies, hearts and Dr. Seuss characters. Merrigan has spent 17 years teaching kindergarten and transitional kindergarten in the Castro Valley Unified School District. “They’re so happy to come to school. They take genuine pleasure in learning. They enjoy it. They want to be here. They have a really good time, and so do I.”

    Spearheaded by Gov. Gavin Newsom and Assemblymember Kevin McCarty, D-Sacramento, the roughly $3 billion program has been described by many experts as a game-changer for families in a state with about 2.6 million children under the age of 5. Many hope that increasing access to preschool may be one of the keys to closing the state’s ever-widening achievement gap. Given that about 90% of brain growth happens before kindergarten, perhaps it should come as little surprise that children who attend preschool are more likely to take honors classes and less likely to repeat a grade or drop out of school, research suggests.

    “We know that early childhood experience strongly influences cognitive development and that many of the problems that become evident later in life, including high rates of failure, are set in motion before children enter kindergarten,” said W. Steven Barnett, the senior co-director of the National Institute for Early Education Research (NIEER), which is based at Rutgers University. “We have strong causal evidence for links with educational attainment that has high payoffs over a lifetime.” 

    Four-year-old student, Alan, mimics the movements to a song about numbers during a kindergarten program at East Oakland Pride Elementary School.
    ASHLEY HOPKINSON/EDSOURCE TODAY

    Once lagging behind the rest of the country in preschool access, some say California may now be poised to lead the way. The state now ranks 13th in the nation in preschool enrollment for 4-year-olds. That’s up from ranking 18th for 4-year-old access in 2023, according to a national NIEER report that ranks state-funded preschool programs. 

    “California’s TK is huge for the early childhood education field,” said Barnett. “The state is getting closer each year to achieving its goal of universal preschool for 4-year-olds.”

    A stepping stone between preschool and kindergarten, TK began in 2012 as a program for “fall babies,” children who narrowly missed the cutoff date for kindergarten. Now it’s been expanded to function as a kind of universal pre-kindergarten initiative. Yet even as TK is set to become a real grade, just like any other K-12 grade, there are myriad challenges looming on the horizon, from finding qualified teachers amid a dire staffing shortage to how to ensure quality instruction and suitable facilities. Class size and specialized teacher training are among the major concerns.

    California will need roughly 12,000 extra teachers and about 16,000 aides to keep the TK rollout on schedule, research suggests.

    “More TK students means districts need more TK teachers,” said Gennie Gorback, an early childhood educator and president-elect of the California Kindergarten Association. “Because TK is a special grade that requires credentialed teachers to have additional early childhood education units, it’s more of a challenge to find qualified teachers.”

    Candidates need a bachelor’s degree, must complete courses in child development or early childhood education, take the state’s teacher performance exam and log 600 hours in the classroom. Without pay. Those requirements may be holding back preschool teachers, who already teach 4-year-olds, from taking better-paying TK jobs, experts say.

    “We feel from a position of equity and respect for the experience of preschool teachers that the current pathways are still inadequate,” said Anna Powell, senior research and policy associate at Berkeley’s Center for the Study of Child Care Employment (CSCCE). “If 4-year-olds are moving into TK, some of their highly skilled teachers should have a streamlined pathway to go with them.” 

    Quality also remains a key issue. The NIEER report scored California’s TK program a mere 3 out of 10 criteria, largely for having a crowded class size of 24 children in a classroom and an average 12-to-1 student-to-staff ratio. Teacher training is also a factor.

    “Building quality is job one for the future,” said Barnett. “Providing guidance and continuous improvement so that TK develops as a program appropriate for 4-year-olds.”

    Newsom’s latest 2025-26 budget sets aside $1.2 billion to add new students and also help reduce TK staff ratios to 10-to-1, slated to start in the 2025-2026 school year. 

    “Low spending results in low quality,” according to the report. “While that may seem to save money, it is wasteful and costly in the long run to fund programs that do not adequately support long-term gains and may even harm long-term outcomes for some children.”

    Paula Merrigan

    Small class sizes are critical, experts say. For the record, the gold standard for the early education sphere is more like 8-to-1, like the state’s public preschool program, which met six out of 10 benchmarks. 

    “The real key is a small ratio,” said Gorback. “Having more adults in the room helps ensure that each child gets the attention and guidance they need.”

    Play is the heart of learning at this age. Merrigan’s classroom encourages guided play that enhances learning, such as math games students beg to play and a kinetic sandbox that sparks creativity and motor skills. 

    “I love to watch the aha moments,” said Merrigan, who tested out many activities on her own son to see if they were fun as well as edifying. “I love seeing kids who come in knowing no letters and no numbers, and they leave knowing every letter and every sound. It’s amazing. And we do it all through play.” 

    Another roadblock is that some school districts don’t have enough space and facilities for TK classrooms or the resources to add everything from potties to playground equipment sized for 4-year-olds. Some Oakland schools, for instance, don’t have any TK classrooms, which is why some children end up on wait lists for their preferred school. 

    “Space is an incredible challenge for schools,” said Gorback. “Most elementary schools were not built with TK classrooms in mind, so administrators are having to get creative in making sure that all of their young learners have the space they need.”

    After declining during the pandemic, TK growth has been accelerating. Enrollment jumped by more than 35,000 children from the previous school year, according to Bruce Fuller, professor of education and public policy at UC Berkeley, now standing at roughly 151,000, but the rub is that the bump in TK enrollment may have come at the expense of other programs. Some families simply switched from one program to another.

    “Enrollments in center-based programs have stalled overall,” Fuller said. 

    Certainly, ushering in a new grade at a time of profound upheaval, from learning loss to chronic absenteeism in the school system, may be an unwieldy challenge, experts say, but it also should be noted that early education can have the greatest impact now, even as the youngest learners struggle to recover from the damage caused by pandemic-era school closures.

    “TK absolutely can help with pandemic recovery and with changes that we see in children’s development that persist,” added Barnett, “but this will require focused attention to ensure good practice, ensure children with the greatest needs enroll, and ensure high attendance rates when they do enroll.” 





    Source link

  • In the age of AI, students urgently need access to computer science

    In the age of AI, students urgently need access to computer science


    Credit: Alison Yin for EdSource

    For school leaders, artificial intelligence (AI) might feel like the latest shiny new thing to tackle in education. 

    With ethical questions to reflect on, it may be shiny, but computer science teachers will tell you it’s not new — it’s been part of computer science education for 60 years. 

    Computer science is foundational to learning about artificial intelligence, including thinking critically about AI’s ethics and impacts, data and algorithms, and equipping students to use technology responsibly. Like learning to drive a car, it’s good to know what’s under the hood, and be aware of the dangers, troubleshoot problems, know where you’re going and how to get there safely.  If technology is driving the future, how can we prepare students to do the steering if they do not learn computer science in school?

    Yet, only 5% of California students take computer science in high school­, something we need urgent action to change.

    A high-quality computer science education offers a new way of teaching in the currency students understand best: with their technological devices. Learning to think computationally — using algorithms to construct learning — can be a tool for engaging students to think critically about technology’s influence in making meaning of their world. Whether we like it or not, the choice facing us now is: either we teach students how to use technology safely and be justice-minded creators of it, or risk students’ harm of getting used and manipulated by it.

    Despite widespread use of technology, school leaders are overwhelmed with decisions about teaching with AI tools and teaching about artificial intelligence in the classroom. Research conducted by the UCLA Computer Science Equity Project affirms that administrators struggle to juggle their overflowing plate of responsibilities. But instead of seeing AI as yet another thing to fit into the school schedule — one of the main reasons more schools aren’t offering computer science — understanding how it’s part of a high-quality computer science education can help expand access to this foundational learning.

    California’s computer science (CS) strategic implementation plan serves as a road map to realizing the state’s vision that all schools offer computer science education and all teachers are prepared to teach it. To make good on that plan, the Legislature funded the Educator Workforce Investment Grant, to provide professional learning in computer science for thousands of California’s educators. This comprehensive model of professional development, Seasons of CS, equips educators with knowledge and skills to engage students with culturally responsive curriculum and pedagogy aligned with the state’s computer science standards (which classifies AI as a sub-discipline of computer science).

    California, a hub of innovation across industries, has made significant efforts to prioritize equity, access and engagement in computer science education, but remarkably, California lags behind the national average and 38 other states in the percentage of high schools offering at least one computer science course. As of 2021, just 34% of schools serving high proportions of Black, Indigenous, Latino, and Pacific Islander students offered computer science courses, compared with 52% of schools serving a greater proportion of white and Asian students. Despite student interest in computer science, not enough schools prioritize it because they are not held accountable for it by the state.

    Yet, exposure to computer science can impact college majors and increase earnings, especially for students of color who are underrepresented in computer science. 

    Educators need support bringing computer science to every student, regardless of their background, and school leaders have a role to play in bridging this gap. District and county-level supervisors can leverage state-level initiatives like the Math, Science, Computer Science Partnership Grant to build a pathway with more computer science class offerings that are integrated into other subjects.

    To ensure every student has access to this foundational knowledge that prepares them for college, careers and community engagement, every school should offer computer science education. This year, Assemblymember Marc Berman is re-introducing legislation that will add California to the list of states whose schools are required to offer CS. Assembly Bill 887 would require every high school to offer at least one course in computer science by the 2028-29 school year, with support for schools in rural and urban areas.

    Regardless of a student’s post-high school plan, computer science can help students grapple with the good and bad of technology, including effects of social media, biased algorithms that lead to inequitable outcomes, and controversial issues around privacy and disinformation that influences our democracy. All students should have access to the foundational learning computer science provides, building critical skills for our students’ future, no matter whether their future career is in tech or not.

    It’s not easy keeping up with the rapid change of technology’s newest tools, but one thing is clear: Computer science education can inspire students to become competent and confident navigating online life. Expanding access to opportunities to teach and learn computer science and ensuring all schools offer it, will help respond to the ever-changing landscape of technology and prepare students for our digital future.

    •••

    Julie Flapan is a researcher, educator and the director of the Computer Science Equity Project at UCLA Center X, School of Education and Information Studies and co-lead of the CSforCA coalition.

    The opinions expressed in this commentary represent those of the author. EdSource welcomes commentaries representing diverse points of view. If you would like to submit a commentary, please review our guidelines and contact us.





    Source link