Most employers say college graduates aren’t prepared for work, reports Bridge That Gap: Analyzing the Student Skill Index, a Chegg survey. Half of college students said they felt very or completely prepared for work in their field of study. Thirty-nine percent of employers said recent graduates they’d interviewed were well-prepared.
Students overvalue their mastery of “business basics,” according to employers, notes Inside Higher Ed.
Those include “creating a budget or financial goal” and “writing to communicate ideas or explain information clearly” (each show a 22 percentage-point gap), and “organization” (25 percentage points). In the widest gap, at 27 percentage points, 77 percent of students but only half of hiring managers reported preparation for “prioritizing work.”
Students fared the best at “making a decision without having all the facts.” About 47 percent of students said they were prepared to do that, and 37 percent of hiring managers said the same of recent graduates.
More than 90 percent of hiring managers are looking for graduates who’ve shown initiative and leadership. They also look for extracurriculars, internships and work related to applicants’ field of study. Only a third of college graduates have spent time gaining experience in their field.
Chegg also looked at “Office Street Smarts” by asking five questions:
1. Can graduates make a persuasive argument to convince others to adopt their ideas?
2. Can they write to encourage action or make a specific request?
3. Were they able to communicate with authority figures and clients?
4. Can they collaborate with people from diverse backgrounds?
5. Can they complete a project as part of a team?
Again, students “have an over-inflated sense” of their communications and collaboration skills.
STEM graduates were “slightly better prepared” to explain information and solve problems through experimentation, employers said.
Illinois community colleges are teaching remedial math to high school students, reports Community College Times.
Half of new community college students need at least one developmental course. The Illinois STEM College and Career Readiness program identifies high school students who might be placed in development education and provides remedial instruction and support services before they arrive on a college campus. College instructors and high school teachers work together to align math curricula.
At Foothill College‘s STEM (science, technology, engineering and math) summer camps, young engineering instructors don’t use books, lectures or lab exercises. The hands-on engineering curriculum lets high schoolers fly remote-control hovercraft, build robots and strap in for helicopter simulations, all in the name of science education, reports the San Jose Mercury News.
“In high school, they get a prescribed lab, they don’t really get to be creative,” said Peter Murray, the dean of physical sciences, mathematics and engineering at Foothill. “Here, we give them a whole bunch of parts and a plan, but we don’t tell them how to do it.”
The STEM summer camps are designed to attract groups that are underrepresented in science and engineering, such as women, minorities and low-income students. About half the students are female. Because the weeklong programs are free, students of all backgrounds can participate.
In a robotics session, students were challenged to build and program a robot that could travel by itself through a cardboard maze. On the first day of camp, most robots just sat at the entrance of the maze, ramming helplessly into walls or spinning uncontrollably.
“At first it was hard because we were trying to figure it out; we didn’t know what we were doing,” said Sonia Romo, of Santa Clara, a camper at the STEM summer camps and an engineering novice.
Romo’s robot, dubbed Mr. Whiskers, made it through the maze once, but failed in a second try. The team had to “go back to the drawing board, think of all the possible bugs in the code, try a fix and test, test, test.” Mr. Whiskers made it through the maze three times by the end of the week. It ”feels really good,” Romo said.
The New Vo-Tech is helping students prepare for skilled careers — and for college, writes Del Stover for American School.
Not long ago, a manufacturer asked for assistance from the Pickens County Career and Technology Center (South Carolina). A factory robot needed to be retooled for a new product, and the company’s technicians were too busy to do the work. Could the high school’s students take on the project?
. .. Soon, students were installing a new welding arm and reprogramming the robot, even though the company didn’t have a technician’s manual to help with the work.
“After we finished that, the company said they were going to put the robot on line at the plant, and they’d need maintenance,” (Principal Leonard) Williams says. “So they hired one of our kids for an apprenticeship … and hired another kid from our electronics program.”
Vo-tech — often called career and technical education (CTE) — works best when schools work closely with local employers.
In Pickens County, 1,100 students “study everything from auto repair and high-tech welding to pre-engineering and medical sciences.” Some work in school workshops or apprentice at local companies. Others earn college credits at a local technical school or work toward vocational certifications.
High school senior Toby Wofford took part in an apprenticeship program with a local manufacturer and has decided to stay on with the company after graduation. He is working part-time while seeking an associate’s degree at the firm’s expense.
Meanwhile, senior Conner Smith, who originally studied mechanical and architectural drafting at the technical center, says his experience sparked an interest in engineering that he’ll pursue in college.
In Europe, vocational education isn’t seen as a dead end, says Nancy Hoffman, author of Schooling in the Workplace. Vocational students can go on to technical colleges and universities. In the U.S., vocational education is seen as less rigorous, fit for low-performing students who aren’t going to college. There’s a stigma, says Hoffman.
“CTE prepares young people for high-demand jobs — in career areas where there are significant opportunities for middle-class wages. These jobs may require skills that may be slightly different than what’s offered in traditional academics, but there are rigorous levels of math and writing required. This is not a dumbed-down version of high school.”
Career-tech courses don’t hurt — or help — math achievement, concludes a new study. Federal legislation has attempted to integrate career and academic courses to prepare more students for STEM careers and college majors.
Community College of Aurora near Denver is streamlining remediation with hopes of getting students into college-level classes in one semester. Some students have needed as much as two years of developmental education to qualify for college-level classes.
. . . traditionally those at the 60, or pre-college level, needed two six-credit courses in Reading and English. That coursework now will be merged into an integrated five-credit class in one semester covering writing/reading intensively, with a supporting studio course in those disciplines.
Those individuals testing at the 90 mark starting in the fall in English get a composite, three-credit course (that merges English 90 and Reading 90), paired with an English 121 co-requisite or have the option to concurrently link English 121 to a content-area course, which beginning in August will be Psychology 101.
Quantitative Literacy, a new course, will prepare students for Statistics and Math for Liberal Arts, while a STEM Prep course will train students for college-level Algebra.
Half of STEM (science, technology, engineering, math) jobs are open to workers without a bachelor’s degree, according to a new Brookings report, The Hidden STEM Economy. These jobs in manufacturing, health care, construction, installation, maintenance and repair pay $53,000 on average, 10 percent more than jobs with similar educational requirements. For example, a computer systems analyst averages $82,320 without a four-year degree, according to Brookings.
Overall, 20 percent of U.S. jobs now require STEM skills, Brookings estimates.
Even in high-tech Silicon Valley, there’s a demand for people with math and fix-it skills but no bachelor’s degree, reports the San Jose Mercury News.
Tae Kim and other students learn computer software for drafting and manufacturing at De Anza College in Cupertino. (Patrick Tehan, Bay Area News Group)
“Jobs that require less than a bachelor’s degree represent a hidden and unheralded STEM economy,” said Jonathan Rothwell, author of the report. ”The overemphasis on four-year and higher degrees as the only route to these careers has neglected cheaper and more widely available pathways,” he said.
The report urges policymakers to boost funding for training in such careers as toolmaking, technical writing and technician work — the critical pick-and-shovel brigades in tech’s gold rush. Of the $4.3 billion spent annually by the federal government on tech-oriented education and training, just one-fifth goes toward training below the bachelor’s degree level. National Science Foundation spending largely ignores community colleges, it asserts.
At De Anza College‘s Manufacturing/CNC Technology Lab, students learn to run software programs and visualize multidimensional projects using $500,000 machines.
“There was a time when machine operators just pushed buttons. Those are the jobs we’ve lost — the simple, cheap, push-button jobs,” said Mike Appio, the lab’s department head. “Now everything is numbers. You need the ability to keep machines running on five axes spinning at one time.”
Patrick Pickerell dropped out of high school, learned to make coiled metal springs and kept on going. He runs Peridot, which specializes in precision manufacturing. His workers need ”math proficiency, but not advanced math, like calculus,” he said. “Kids that are gearheads are excellent candidates … people who enjoy taking things apart and putting them back together.”
Affordable child care and information about high-paying technical careers would help more women earn a degree and qualify for middle-class jobs, concludes Women in Community Colleges: Access to Success, a new report by the American Association of University Women.
Some 57 percent of community college students are women, estimates the AAUW. One in four are mothers, often with work and family responsibilities.
Community colleges present an attractive option for mothers of young children, in part because they offer flexible schedules and low tuition. Unfortunately, limited access to child care disrupts the educational path of many mothers. Although more mothers enroll at community colleges than at four-year institutions, fewer than half of all community colleges offer on-campus child care, and available slots do not typically meet student demand. Student parents consistently cite child care responsibilities as a chief reason for dropping out . . .
Community colleges offer a wide range of job training, but most women choose traditionally female occupations, the report observes. While nursing pays well, women who choose early childhood education or cosmetology programs will earn much less than they could in technical fields. Only a fraction of women train to be “engineering technicians, automotive service technicians and mechanics, carpenters, and electricians.” Community colleges should try to close the gender gap in STEM career preparation, the AAUW advises.
Community colleges are helping train a new generation of K-12 teachers, reports Community College Week.
Samuel Simpson, 54, a high school math teacher at All City High School in inner-city Rochester, is one of the first fellows of the Community Center for Teaching Excellence (CCTE), which is based at Monroe Community College (New York). “My efforts in doing the kinds of best practices that many people in the education field talk about doing — looking at data, using it to inform instruction, and teaching differently and smarter — have brought significant results,” Simpson said.
Community college educators, university professors, high school teachers and the Center for Governmental Research are collaborating on “high-impact teaching strategies” through CCTE, reports Community College Week.
A number of fellows incorporated collaborative learning techniques in their classes, such as peer teaching, paired writing and group note-taking, to increase student engagement. A few teachers experimented with integrating 21st-century technology tools into their lessons, such as creating digital versions of their notes with embedded audio and having students contribute to blogs.
MCC Assistant Professor Maria Brandt and a colleague are working with a teacher at Rush-Henrietta Senior High School to create common writing assignments and assessments.
Focused on improving students’ abilities to read critically and communicate coherently and accurately, they had students write summaries of selected authors’ work and evaluate their own writing at the beginning and middle of the fall semester.
“Through the course of the semester, students in my English 101 class have improved in two areas: their ability to summarize a text and their sense of the importance of reading closely, that you cannot formulate an accurate and responsible argument without understanding the texts involved,” Brandt said. “The students are much more aware now that they need to listen first or read well to grow as readers and writers.”
“Our goal is to better understand the gap between how high school students are performing on average and how first-year college students are performing on average and help them have higher success levels,” Brandt said.
Many schools need science, technology and math teachers. Community College Week looks at STEM programs at Cerritos College (California) and Rio Salado (Arizona), which belong to the National Association of Community College Teacher Education Programs (NACCTEP).
Ten Maryland community colleges now offer a fully transferrable associate of arts in teaching degree in secondary math, writes Colleen Eisenbeiser, director of the TEACH Institute at Anne Arundel Community College. Nine offer secondary chemistry and eight offer physics.
Two Maryland community colleges partner with their local school systems “to recruit, prepare, place, and instruct career changers in hard to fill secondary content areas, including math, chemistry, physics, and technical education.” Anne Arundel has helped a variety of career changers become certified teachers, including a computer software engineer, a health information analyst lawyer, a nurse, researchers from a lab that studies the habits of migratory birds and the Institute of Genetic Medicine at Johns Hopkins School of Medicine, and a biologist who worked at the National Aquarium and National Institutes of Allergies and Infectious Diseases.
The push for a $10,000 bachelor’s degree has come to California, reports the Sacramento Bee.
With the cost of going to college already more than $30,000 a year at many California campuses, is it possible to earn a bachelor’s degree for just $10,000 – total?
Assemblyman Dan Logue, R-Marysville, hopes so.
Borrowing an idea being promoted by Republican governors in Texas and Florida, the GOP assemblyman has introduced a bill that would create a pilot program in California for what he’s billing as a $10,000 bachelor’s degree.
Assembly Bill 51 calls for high schools, community colleges and California State University campuses to develop a low-cost degree path in STEM (science, technology, engineering or math) majors in Chico, Long Beach and Turlock.
High school students would earn college credit through Advanced Placement classes and dual enrollment in community college courses, Logue envisions. Community college students would be encouraged to enroll full time.
The $10,000 would include textbooks, but not room and board. Currently CSU students spend $5,472 a year on tuition and another $2,000 annually.
A college degree usually leads to higher income, but the payoff varies by degree and discipline, concludes The Economic Benefit of Postsecondary Degrees, an analysis by Katie Zaback and Andy Carlson of State Higher Education Executive Officers and Matt Crellin of the National Center for Higher Education Management Systems.
Bachelor’s degree graduates have a median income of $50,360 compared to a median of $38,607 for associate degree graduates and $29,423 for people with only a high school diploma, the report finds. However median earnings and the wage premium — the difference between a college graduate’s pay and what a high school graduate would earn in the same field — vary significantly.
The average wage premium for an associate degree is 31.2 percent, but that ranges from 23.3 percent in education (probably early childhood education) to 73.9 percent in health fields. Median income ranges from $23,175 for an education-related associate degree to $45,343 for STEM degrees.
Median pay also varies considerably for workers with a bachelor’s degree. As with associate degrees, the highest wage premium is in health care: The 123.4 percent wage premium leads to a median income of $56,427.