Imagine the frustration of a student passionate about biology, only to be bogged down by endless prerequisite math courses that delay their path to a four-year university – that's the exact problem a bold new state law is shaking up in California's community colleges. But here's where it gets controversial: while this change promises faster progress, it's sparking heated debates among educators about whether students are truly ready for the challenges ahead.
Let's dive into the story behind this shift. At Pasadena City College, math teacher Joshua Robles is guiding students through tricky trigonometry exercises – think of trigonometry as the branch of math that deals with angles and triangles, essential for understanding everything from waves in physics to curves in engineering. This hands-on approach is part of a bigger response to Assembly Bill 1705, a law that went into effect this fall and is designed to streamline math requirements for students in science, technology, engineering, and math (STEM) fields.
Key Insights to Know:
* This legislation simplifies access to calculus by reducing mandatory prerequisites, but it has faced strong pushback from many faculty members who fear it could leave students underprepared.
* To bridge the gap, community colleges are rolling out innovative prep classes that pack algebra and trigonometry – algebra being the study of variables, equations, and functions – into a single, intensive semester.
* These trial courses, available until at least 2027, are already drawing enthusiastic crowds from students eager for a quicker route to their goals.
Take Ari Marchesso, a sophomore at Pasadena City College, as a real-life example. Ari had planned to brush up on precalculus basics this year after feeling rusty on trigonometry from high school back in 2020. Precalculus, for those new to it, is like the stepping stone that builds skills right before diving into calculus, which explores rates of change and accumulation – crucial for fields like biology where you'll model population growth or chemical reactions. Ari's original plan? Tackle college algebra this fall and trigonometry next spring. But a chat with a counselor revealed a game-changer: those separate courses are off the table now for STEM majors aiming for calculus, thanks to AB 1705.
This law is a bit of a puzzle at first glance, so let's break it down simply. Enacted in 2022, it caps the number of prerequisite courses colleges can require before STEM students can jump into calculus. The goal? Stop the 'math pipeline' from becoming a roadblock, where students – especially those from under-resourced high schools – spend years on basics and never make it to the advanced math needed for transfer or careers. Instead, the bill encourages direct entry into calculus, often paired with a short 1- or 2-unit support lab offering extra tutoring to ease the transition, no matter your prior math experience.
And this is the part most people miss: while traditional precalculus classes remain available for non-STEM folks looking to build general math confidence, the law has sparked a wave of creativity. Over 60 community colleges statewide are experimenting with condensed prep courses that squeeze what used to take up to three semesters into one fast-paced term. At Pasadena, Ari switched to Math 004Z, a class blending algebra and trig essentials, billed on the college's site (https://curriculum.pasadena.edu/course-descriptions/math/) as the perfect toolkit for thriving in introductory calculus. With around 200 students signing up, it's clear there's demand.
Ari's take? It's been a refreshing wake-up call. 'This class is like a vital refresher on trig,' Ari shared, 'and it's helping me gear up mentally for calculus without wasting a whole extra term. Total win.'
The heart of AB 1705 is noble: clear the clutter so STEM dreamers can accelerate toward degrees and jobs in high-demand fields. Yet, it's ignited a firestorm. Math professors across California have voiced deep concerns that skipping the step-by-step build-up could lead to higher dropout rates in calculus, where concepts get intense quickly. The Faculty Association of California Community Colleges fought hard against the bill, warning of disaster for student success.
Faced with this outcry, the state chancellor's office hit the brakes on full enforcement. Last year, they clarified (https://edsource.org/2024/community-colleges-loosen-stem-math-placement-rules-calming-some-critics/723729) that for now, colleges can still require up to two prerequisite semesters for STEM students who struggled with high school algebra or trig. Plus, they're greenlighting optional 'innovative' prep classes like Math 004Z for anyone wanting that buffer before calculus. These are temporary measures, though – come 2027, everything gets a thorough review. Colleges must show that students using these preps reach and pass calculus at rates matching those who dive in cold.
But not everyone's on board with these compromises. Supporters of the original bill, like Jetaun Stevens from the civil rights firm Public Advocates – who championed AB 1705 – argue that even these new courses might unintentionally create hurdles. 'The real enemy is attrition,' Stevens explained. 'These preps could slow students down on their STEM journey, acting as hidden barriers when the law's spirit is to let everyone start calculus on equal footing, background be damned.' It's a provocative stance: is true equity about removing all gates, or ensuring no one falls through unprepared?
On the flip side, faculty champions see these classes as a smart middle ground. 'We're all about depth without the drag,' said Corrine Kirkbride, Pasadena's math associate professor and AB 1705 lead. 'This course zeros in on exactly what first-semester calculus demands – no more, no less.'
Early signs are promising, but the jury's out on long-term effects. The state will scrutinize each college's program in 2027, deciding if they stick around or if direct-to-calculus becomes mandatory. At Pasadena, instructor Joshua Robles breaks Math 004Z into three core modules: first, algebra fundamentals like exponents (powers of numbers) and factoring (breaking down expressions); then, trig deep dives; and finally, a teaser into calculus via real-world problems, like calculating areas under curves.
Picture a bustling Tuesday class in Pasadena's Robbins Building: about 20 students huddled in small groups, tackling the unit circle – a diagram that maps angles around a circle to trig functions like sine, cosine, and tangent, which pop up in everything from navigation to video game design. For Charly Tapia, eyeing a transfer to Cal State Northridge, it's familiar territory from high school, even after a two-year break. 'I sometimes wonder if I should've skipped to calculus,' Charly admitted. 'But honestly, reviewing this stuff is sharpening my edge – I'm glad I chose this path.'
Over at Modesto Junior College in the Central Valley, their version amps it up: a six-unit beast with six hours weekly, fusing trig and algebra for a thorough pre-calculus hit. 'It's intense – six units is no joke,' noted instructor Angelica Cortes. 'But we'd take that over throwing students into calculus without a lifeline. Better to build that base deliberately.'
Student interest is buzzing: Modesto's five sections and Pasadena's eight filled up fast, signaling relief amid the uncertainty. Yet, professors remain on edge, dreading a 2027 clampdown after pouring heart into these innovations.
When reached for comment, the chancellor's office pointed to Mallory Newell of the RP Group, a research arm aiding AB 1705 rollout. 'Colleges are buzzing with excitement over these preps,' Newell said. 'That said, some are wary – will they pass muster under the law's strict lens? It's a legislative tightrope, and no one's crystal-balling the outcome yet.'
As we wrap up, this law's ripple effects highlight a timeless debate in education: speed versus solidity in learning. Boldly put, does rushing to calculus empower more students, or does it risk widening achievement gaps? And what about those innovative preps – are they a clever fix or a sneaky workaround? I'd love to hear your thoughts: If you were a STEM student, would you skip the prep and dive in, or play it safe with a refresher? Drop your agreement, disagreement, or stories in the comments below – let's spark a conversation!
