NASA administrator offers UC Merced students a glimpse of their future

It might seem that an airfield filled with old planes is a strange place to talk about the future of space flight. But Jared Isaacman, the administrator of NASA, said Atwater’s Castle Air Museum was the perfect setting to talk about what’s ahead.

Isaacman visited the former Air Force base last week to tour the planes and talk with students, including a contingent of more than 30 from UC Merced. The group included undergraduate and graduate students, members of the university’s first nanosatellite team, and faculty conducting NASA-supported research.

Among the faculty were Vice Chancellor for Research and Economic Development Gillian Wilson, an astronomer and cosmologist, Professor Sayantani Ghosh, an expert in condensed matter physics, and Professor Erin Hestir, a remote-sensing scientist and director of CITRIS, the Center for Information Technology Research in the Interest of Society & the Banatao Institute at UC Merced. The visit followed a stop at the Lawrence Livermore National Lab, where Isaacman met with scientists working on some of the technology to launch with Artemis IV, a moon-landing mission planned for early 2028.

“That’s just the opening act to America’s grand return to the lunar surface,” Isaacman said.

But space flight started with subspace flight, and the Castle display includes a F-100 previously flown by astronauts Neil Armstrong and Gus Grissom, the NASA director said in a post on X. “A real piece of NASA and American aviation history.”

https://www.msn.com/en-us/news/other/nasa-administrator-offers-uc-merced-students-a-glimpse-of-their-future/ar-AA2bZ9Cx?ocid=BingNewsSerp

‘We’re not finished making history yet’: CSUB hosts celebration of aerospace, defense grants

Industry, government and academic leaders gathered at Cal State Bakersfield Tuesday afternoon to celebrate the award of $6.8 million in state grant money to support a series of aerospace and defense projects in eastern Kern.

The brief event focused on the momentum that appears to be building around an industry speakers said has the potential to support job creation and entrepreneurial interest.

One of the event’s speakers, county District 2 Supervisor Chris Parlier, extended the celebration to include a compressed-air energy storage project and a steel rebar plant, both of which are being developed not far from the properties where the state grant money will be invested.

“If you haven’t been out to the east side lately, you have to,” he said, adding that aerospace testing and other assets available in the area “are difficult if not impossible to replicate anywhere else.”

Event emcee Justin Salters, project lead at New York-based talent and tech accelerator the Griffiss Institute, traced the county’s success at winning the grants to an economic development effort begun in 2021 and later named B3K Prosperity. He said the collaboration led to the creation of tactics for overcoming fragmentation within the local sector.

The grants through the California Jobs First initiative are intended to fund improvements to the Mojave Air & Space Port, establishment of an innovation hub at CSUB and enhancement of an engineering workshop open to entrepreneurs in the Ridgecrest area.

Salters outlined several efforts he said will come together during the next two years. One will provide leadership within the local industry cluster, including formalization of a “public-private-federal” steering committee and execution of an agreement guiding collaboration.

There will also be a significant expansion of the Mojave Aerospace Accelerator, he said, as well as a broadening of efforts to commercialize military technology.

Additionally, the industry’s growth will benefit from greater use of the Aerospace Valley brand name, development of a business retention and expansion strategy, and construction of a pipeline of companies exploring expansion or relocation within the region, Salters noted.

He said Aerospace Valley, which encompasses much of Antelope Valley, is one of three industry clusters in California, with the other two focused in Southern California and the area around Vandenberg Space Force Base in the Lompoc area. Salters said there is hope that the three can be integrated in a way that benefits all three.

One-quarter of the grant sum will be spent on a project known as Techgrid that CEO Bryan Went of Camarillo-based Future Laboratories said will foster collaboration and innovation among the U.S. Navy, small businesses, industry leaders, academic, government agencies and the U.S. military.

CEO and General Manager David G. Smith at Mojave Air & Space Port, which scored $3.1 million in state grant money, described three construction projects at the facility that are expected to create close to 1,000 construction jobs he predicted will be “repeatable over time.”

The three consist of the repair of a hangar door at the facility, a roof repair job at a building whose next tenant Smith said has already been lined up, and rehabilitation work on a road that offers access to rocket test sites around Mojave.

Already, he said, the air and space port houses 60 “mission partners” supporting 3,000 jobs.

“We can grow that number and absolutely make it better,” Smith added.

Among other speakers at the event was President Vernon B. Harper Jr. of CSUB, which took the lead in applying for the state grant money.

Harper recalled the region’s substantial contributions to the aerospace industry, saying, “We’re not finished making history yet.”

He voiced optimism for the cluster’s future, including for entrepreneurs looking to find ways to innovate in aerospace.

Solar component makers plans 600 jobs

Solar components manufacturer AMPS is proposing to establish a solar module assembly facility located at 10652 Jackson Ave., the former Del Monte plant on the outskirts of Hanford. The vacant facility is huge at 1.3 million square feet. Del Monte closed the processing plant in 2025.

Now Kings County will get some of those jobs back if this deal goes through.

According to a public notice, the solar module assembly facility (up to 8 gigawatts) includes production line installation inside an existing industrial facility with no building expansion or structural changes. There are no hazardous manufacturing processes proposed. The project proposal is limited to interior equipment installation and solar module assembly operations within existing buildings. Operations will include automated assembly lines, packaging, warehousing, shipping, receiving, and related office and support uses.

Phase 1 will include assembly lines in Warehouse #1 and Warehouse #2 and finished product storage and distribution in Warehouse #3 and Warehouse #4. Phase 2 includes future expansion of assembly into Warehouse #3 and/or Warehouse #4 if needed. There will be an estimated 10-20 truck trips per day during operations. The facility will operate up to 24 hours a day, seven days a week, depending on demand, and will have approximately 200 employees per shift or 600 total.

AMPS is a Hesperia-based manufacturer located just on the outskirts of Los Angeles. AMPS stands for American Made Power Solution.

“At AMPS, we proudly manufacture our high-quality solar products in Southern California, operating from two state-of-the-art factories. These facilities leverage the latest solar technology to ensure reliability and efficiency. By adhering to strict quality and safety standards, we deliver exceptional products that support the local economy and promote sustainability. Choose AMPS for solar solutions that exemplify American craftsmanship and innovation,” their website boasts.

The company serves residential, commercial, industrial (C&I), and utility-scale projects. Currently it operates out of a 150,000 square foot advanced manufacturing facility in Southern California. It has been expanding its production lines to reach an annual manufacturing capacity of 1.5 GW.

https://hanfordsentinel.com/business/agriculture/solar-component-makers-plans-600-jobs-john-lindt/article_fb64ae42-8702-4c01-b6bd-91ef1002f0f3.html

Fresno recycling facility adds AI robots, expands capacity with $4.5M state grant

Mid Valley Disposal has planned a ribbon cutting ceremony later this month to mark the completion of upgrades to its Fresno material recovery facility, including the installation of artificial intelliegence-powered robots funded in part by a $4.6 million state grant.

The ceremony is scheduled May 28 at the Mid Valley Disposal facility at 2721 S. Elm Ave., Fresno.

Mid-Valley Recycling, a subsidiary of Mid Valley Disposal, was awarded nearly $4.6 million from CalRecycle’s Beverage Container Quality Infrastructure Grant Program in March. The grant was one of nine awarded statewide from a pool of $46 million distributed across eight counties. CalRecycle received 37 applications requesting a total of $207 million, according to a news release.

The total project cost exceeded $12 million, according to the release.

“For more than a year now, we’ve been working on improving our commercial processing facility,” said Joseph Kalpakoff, president and CEO of Mid Valley Disposal. “This grant supports our own investment in making key improvements to our operational infrastructure and install cutting-edge technology. We feel very blessed to have been selected.”

The upgrades included six AI-powered robots and a new commercial sort line. The robots use vision technology to identify and sort materials such as aluminum cans and plastic beverage containers, according to the release. Each robot can sort an average of 25 items per minute. Combined, the system is capable of recovering an estimated 18.7 million containers per year.

The facility, which opened in 2002, processed more than 130,000 tons of material in 2025, according to the release. The upgraded system increases processing capacity by approximately 60%, adding the ability to process more than 52,000 tons per year.

“The MRF opened in 2002,” said Abel Salazar Jr., manager of post-collections at Mid Valley Disposal, “and over the years we’ve tracked the increase in volume processed at this facility. This grant will help us upgrade our sort lines and the technology we’ve recently installed will help us reduce items that are sent to the landfill.”

Mid Valley Recycling partnered with San Francisco-based company Glacier to deploy the robots. Glacier’s systems also provide real-time data to monitor plant efficiency, according to the release.

“As fellow Californians, we are proud to support Mid-Valley Recycling in setting a new standard for recycling in central California,” said Rebecca Hu-Thrams, CEO and founder of Glacier. “This partnership is a great example of how thoughtful public-private collaboration can rapidly advance sustainability innovation across our state.”

The upgrades also added about a dozen new sorting positions, along with jobs in maintenance and technology roles, according to the release.

 

https://thebusinessjournal.com/fresno-recycling-facility-ai-robots-calrecycle-grant/

UC Merced Scientists Among Global Elite Shaping AI, Climate and Health

UC Merced continues to demonstrate its growing influence on the global stage.

Several faculty members landed on Clarivate’s 2025 list of the world’s most‑cited researchers. The honor is reserved for the top 1% of scholars whose work has shaped their fields over the last 10 years. Clarivate, which produces journal impact factors and other analytics, says the award identifies the world’s most influential researchers.

Researchers have always advanced scientific understanding by building upon the discoveries of those who came before them. Today, they publish in peer‑reviewed journals. Their work is evaluated by experts before it is shared with the wider community. In every new paper, authors show how their work fits into the larger scientific story by citing earlier research, then clearly laying out the fresh insights and contributions their latest study brings to the field.

For UC Merced, the Clarivate recognition reflects a mature and fast‑advancing research enterprise rooted in Central Valley priorities — water, wildfire, climate resilience and equitable innovation — and extending into frontier areas such as artificial intelligence. Recognition on the Highly Cited list is a marker of UC Merced’s trajectory: a young campus now operating at top‑tier research intensity, producing scholarship that shapes its fields and its region.

As Clarivate’s President of Academia and Government Bar Veinstein put it in announcing the 2025 list, the honorees “advance innovation and inspire the global research community to tackle society’s greatest challenges with creativity and ingenuity.”

For the Valley, that means world‑class research rooted in local needs. Merced’s labs thrive on close student‑faculty collaboration, often with undergraduates contributing to published research — an opportunity that can be rarer at older, larger institutions.

Ming‑Hsuan Yang, professor of electrical engineering and computer science, has appeared on the Highly Cited list annually since 2018, helped by seminal work in face detection, object tracking and representation learning. Now, his group is pushing into vision‑language models — systems that connect images and text and increasingly power generative tools and reasoning engines. Making the list again, he said, shows he has not peaked.

“I’m still doing the work,” he said. “I’m still making a good impact. I’m glad people use my work and build on top of it. On the other hand, I also build on other people’s work, so it goes both ways.”

Yang maintains an active research role in industry while leading UC Merced students in cutting-edge computer vision.

Distinguished Professor Martin Hagger, the only recipient from the School of Social Sciences, Humanities and Arts, is recognized on the list for a sustained body of work in social and health psychology spanning self-control, determinants of health behavior, and theory integration. Hagger’s lab at UC Merced focuses on how beliefs, motivation and habits translate into real world behavior change. Hagger made the list for the fourth consecutive year. In 2025, Hagger was promoted to distinguished professor, received UC Merced’s Senate Award for Distinction in Research and was elected a fellow of the American Psychological Association.

One of Hagger’s most cited papers examines ego depletion—the idea that people’s self-control is limited and depletes, leading to lapses in impulse control. His work challenged that idea and received widespread attention, including media coverage in 2016.

“Highly cited authors might contribute to a department’s research reputation — having authors whose research is highly cited is a hallmark of a research-intensive culture at a university and suggests that the department and the university conduct very high-impact research,” Hagger explained. “As the department and UC Merced more broadly have moved toward achieving very high research intensity status, including reaching R1 status last year, the reputation of the research produced by its faculty is important.”

UC Merced’s cross-field recognition also extends to biochemistry and public health through Emeritus Distinguished Professor Henry Jay Forman, a pioneering scholar in free radical biology and redox signaling. Forman, one of the campus’s founding faculty members, has served in national leadership roles and continues to contribute to research and publishing.

In a year when Los Angeles was devastated by wildfires, climate experts John Abatzoglou, a professor in management of complex systems, and Professor Crystal Kolden, director of the campus’s Fire Resilience Center, were sought after by media and highly cited by their peers.

Both appear on the 2025 Highly Cited list. Abatzoglou is listed in both environment and ecology and geosciences, reflecting the breadth of his climate science portfolio. His lab develops datasets and tools that help communities, agencies and land managers understand climate variability and anticipate impacts.

Kolden, a pyrogeographer, focuses on the human environment dimensions of wildfire, from prescribed fire and mitigation to recovery planning. She is a recognized expert in community-focused resilience strategies.

“We’re public servants to the people of California first and foremost, especially at a school like UC Merced,” Kolden said. “It’s always an honor when your peers cite your research, because it means your work has impact. But my goal is always to reduce the potential for the wildfire disasters that destroy peoples’ lives.”

Yang’s AI work positions UC Merced at the frontier of a field transforming health care, agriculture and education; his students and collaborators help fuel a growing California talent pipeline. Hagger’s research informs interventions tied to chronic disease and mental health — key concerns in the Central Valley — and his international collaboration in Finland brings global insights back to campus.

Clarivate emphasizes that citation activity is only the starting point. The list is refined using quantitative metrics, qualitative analysis and expert judgment, with explicit attention to research integrity. That approach reflects how UC Merced faculty describe their work — impact rooted in collaboration, mentorship and openness.

“I have had a lot of great graduate students, and I really have to thank them,” Yang said. “They’re doing well, and I hope that making this list and helping raise the university’s profile draws even more highly qualified graduate students to our labs.”

https://news.ucmerced.edu/news/2026/uc-merced-scientists-among-global-elite-shaping-ai-climate-and-health

Stratolaunch lands major private equity investment

One of eastern Kern’s most promising aerospace operations has secured a nine-figure investment — likely its largest ever — from a prominent private equity firm intent on extending the company’s leadership in hypersonic testing services. Stratolaunch announced Tuesday the investment by Florida-based Elliott Investment Management LP will allow the company to increase vehicle production capacity, boost flight frequency and pursue carrier aircraft.

Separately, in a federal investment almost certainly going to Stratolaunch, the House on Thursday passed an appropriations package that includes $15 million to enhance an undisclosed, reusable hypersonic testbed in Kern County. The 15-year-old Mojave-based company, already credited with successful hypersonic flights of reusable, autonomous aircraft, said the ultimate goal of Elliott’s investment is more and increasingly relevant demonstrations for the U.S. Department of War and its partners in the private sector.

“At a time when speed, scale, capability and execution matter more than ever, this investment (by Elliott) enables Stratolaunch to move faster and think bigger,” President and CEO Zachary Krevor said in a news release. “The United States does not have time for incrementalism.”

The capital commitment of a firm that reported managing more than $76 billion in assets as of June 30 complements an earlier investment by Cerberus Capital Management LP, a private equity firm based in New York City that reports having about $70 billion in assets. How soon the investment might bring new jobs to the region is hard to say. Stratolaunch spokeswoman Eva Folsom noted Wednesday that everything the company does, from engineering to manufacturing to production and test flights, happens in Mojave.

“As we increase our fleets, that increases our flight cadence, and the more we fly, the more we can expand our company,” Folsom said. She added that the ramp-up Elliott is funding is expected to happen by the end of this year.

Since March 2024, Stratolaunch has focused on essentially selling space. That is, the company does not build aircraft for sale but allows companies access to its testbed as they refine their own technologies.

Though recognized locally for its large carrier aircraft, Stratolaunch’s key innovation is a much smaller vehicle that can, and repeatedly has, flown at least five times the speed of sound. It calls its Talon class of planes “the first and only commercial autonomous, reusable hypersonic aircraft with multiple successful flights.”

The federal government has taken greater interest in hypersonic flight after reports in recent years that China and Russia have exceeded U.S. capabilities. The U.S. Department of War has indicated it wants to scale up to field hypersonic flights once weekly on average. A news story published this week by UK-based Aerospace Global News said Stratolaunch’s plans to increase its flight cadence addresses the Department of War’s push for quicker design-test-learn cycles.

“Exploring additional carrier aircraft reduces reliance on a single launch platform and opens the door to parallel operations across multiple test ranges,” the story stated.

Folsom said Stratolaunch hopes to have a new Talon ready to fly as soon as this quarter as the company works to produce others. In addition, it is looking to either buy a second Boeing 747 carrier or build another massive, dual-fuselage Roc carrier, she said. Elliott’s head of global private equity, David Kerko, said in Tuesday’s release that the firm looks forward to partnering with Cerberus and Stratolaunch executives to support the company’s growth.

“We are pleased that our capital can help extend the company’s market leadership in hypersonic testing services and enable its continued expansion,” Kerko stated.

https://www.bakersfield.com/news/stratolaunch-lands-major-private-equity-investment/article_2494261c-e73b-45b0-b579-54aec0f527e9.html

John Deere goes full GUSS with acquisition of Fresno County manufacturer

A Fresno County farm automation manufacturing pioneer has gone all in with John Deere to address the labor challenges faced by growers.

The Illinois-based farm equipment powerhouse announced last week that it has fully acquired GUSS Automation, LLC, of Kingsburg. The deal builds on an existing joint venture with GUSS established in 2022 that included a 40% equity investment.

Founded by Dave Crinklaw in 2018, GUSS manufactures autonomous sprayers that can be remotely supervised by a single operator who can manage up to eight machines at a time, according to a John Deere news release. Using GPS, lidar and proprietary software, GUSS machines navigate vineyards and orchards applying chemicals via a spray rig, with the goal of reducing operator error, labor costs and waste.

Lidar is short for Light Detection and Ranging — a sensing method that sends pulses of laser light to determine the presence, shape and distance of objects, often in great detail.

More than 250 GUSS machines have been deployed globally, accounting for 2.6 million acres sprayed over 500,000 autonomous hours.

GUSS sprayers will continue to be sold and serviced exclusively through John Deere dealers, as they are today. The business will retain its name, brand, employees and manufacturing facility in Kingsburg near Highway 99. John Deere officials said they will support GUSS in expanding its global reach and accelerating innovation while continuing integration with other John Deere technologies, including the Smart Apply precision spraying equipment stemming from a 2023 acquisition.

“Fully integrating GUSS into the John Deere portfolio is a continuation of our dedication to serving high-value crop customers with advanced, scalable technologies to help them do more with less,” said Julien Le Vely, director, production systems, high value & small acre crops, at John Deere. “GUSS brings a proven solution to a fast-growing segment of agriculture, and its team has a deep understanding of customer needs in orchards and vineyards. We’re excited to have them fully part of the John Deere team.”

GUSS’ manufacturing operations expand John Deere’s U.S. manufacturing footprint to the heart of the country’s high-value crop production market. GUSS sprayers will continue to use John Deere Power Systems engines, first integrated in 2024.

“Joining John Deere enables us to tap into their unmatched innovative capabilities in precision agriculture technologies to bring our solutions to more growers around the world,” said Gary Thompson, chief operations officer at GUSS. “Our team is passionate about helping high-value crop growers increase their efficiency and productivity in their operations, and together with John Deere, we will have the ability to have an even greater impact.”

First entering development around 2014, GUSS — short for Global Unmanned Spray System — faced early challenges of a lack of available software for all of its applications. A four-wheel automated steering system allows for sharp turns in tight orchards. Laser technology compensated for the loss of GPS signals under canopies of leaves and branches.

Crinklaw and his father Bob started an agriculture spray business called Crinklaw Farm Services in 1982 with two tractors, spraying about 40 acres a day. Encountering their own labor pain points in their business, GUSS was born as an in-house solution. It first entered the market in late 2019.

Championing the Transition to Clean Energy

Mechanical engineering Professor Ricardo Pinto de Castro has turned a penchant for systems-level thinking and a longtime love of cars into a climate-resilient research mission. From electric vehicles (EVs) traversing San Francisco’s busiest streets to electric appliances such as induction stovetops and heat pumps becoming ubiquitous in homes, modern American society is transitioning away from fossil fuels to electric power from renewable energy sources, with climate change motivating even more rapid advancement.

De Castro, who also is a principal investigator at the Center for Information Technology Research in the Interest of Society and the Banatao Institute (CITRIS), has been interested in exploring how people adopt new technologies from his earliest days as a researcher.

“In undergrad, I really enjoyed opening a book and reading it from start to end,” said de Castro. “I am always driven to learn why things work the way they do. If you are in academia, you have to be a curious person, because the ‘why’ question is very important.”

De Castro holds three patents and has worked on projects ranging from electric tractors to robotic vehicles. Since joining the UC Merced faculty in 2021, de Castro has led a lab that combines power conversion with advanced control and optimization methods to achieve efficient, durable and reliable energy storage in electric and robotic vehicles. His team also explores the automation of vehicles, emphasizing safe motion planning and resilient control systems. And he advises the Bobcat Racing EV team that is designing and constructing a formula-style race car to compete in the Formula SAE competitions.

https://news.ucmerced.edu/news/2025/championing-transition-clean-energy

Stockton’s Applied Aerospace acquires firm that worked on Webb Telescope

A Stockton-based aerospace company is reaching for the stars with the acquisition of a firm that, among other things, was part of the team that created the deployable sunshield on the James Webb Space Telescope. Applied Aerospace, which makes various aerospace components, said earlier this month it has completed the acquisition of NeXolve, a Huntsville, Alabama, company with expertise in advanced polymers, films and resins used in space applications.

NeXolve helped create a five-layer sunshield for the Webb Telescope that’s the size of a tennis court. Because the telescope’s scientific breakthroughs are made by detecting infrared radiation, it needs to be kept extremely cold. The sunshield protects the spacecraft from the intense heat of the sun. NeXolve has made other membrane-based products for space as well. These include deployable solar sails that gather radiation from the sun to propel a satellite. And the company crafted an atmospheric drag sail that can brake a failing or antiquated satellite to force it reenter the atmosphere where it harmlessly burns up instead of becoming another piece of space junk.

In acquiring NeXolve, Applied Aerospace also picks up its modern facilities. Those include a spacecraft assembly bay and a characterization laboratory.

“The complementary engineering capabilities that NeXolve brings to the Applied Aerospace family is incredible,” Applied Aerospace CEO Kevin Bidlack said in the statement. “By combining our capabilities, we look forward to developing a new generation of deployable sub-systems that will help our customers improve the mission effectiveness and extend the service life of their spacecraft.”

NeXolve’s work in developing, making and testing the sunshield on the Webb Space Telescope, billed by NASA as the largest and most complex instrument of its kind ever put into space, earned the company NASA’s Collier Trophy for achievement in astronautics.

Applied Aerospace also makes a variety of aeronautical products. They range from fairings, rudders and elevators on the refueling boom of the Air Force’s KC-46A Pegasus air tanker, a derivation of the Boeing 767, to the composite reflector and strut assembly on the Nancy Grace Roman Space Telescope. Due to launch in two years, the Roman Space Telescope is designed for research into dark energy and dark matter.

Applied Aerospace’s business has been soaring. It announced in February that it closed its fiscal year with a backlog of $450 million in work, a company record high. The company said it landed 37 new contract awards and saw expansions in its existing programs.

Central Valley effort aims to train farmworkers to master the technology replacing fieldwork

Angel Cortez was ready for a change.

Cortez, 43, is a Mexican immigrant who has worked in agriculture, landscaping and restaurants since he arrived in California more than 25 years ago. But he said a workplace injury nearly a decade ago has made physical labor — jobs requiring him to stand or walk for long periods — exceedingly painful.

He has been looking to transition into jobs he could do primarily while seated. But his options felt limited: He has a high school education from Mexico, but doesn’t speak English fluently and wasn’t comfortable using a computer. So when he heard about a program at Merced College that would help him develop new skills for agriculture, he took a leap.

Cortez, a father of four, is part of the first cohort in a new certificate program launched last month at seven Central Valley community colleges that aims to ensure farmworkers don’t get displaced as the state’s powerhouse agricultural industry transitions to a more mechanized future.

As more farms move to drip irrigation systems, tractors that propel themselves with GPS guidance and robots that eliminate weeds with focused laser bursts, the certificate program aims to prepare 8,400 workers for higher-tech, higher-paying jobs in agriculture by the end of 2026. It is free to workers who enroll.

The program is one component of a larger effort to drive agricultural innovation in the Central Valley. The federal Economic Development Administration in 2022 awarded $65.1 million to a coalition of organizations, led by the Central Valley Community Foundation, that are working to integrate technology into the region’s vast farming operations.

The opportunity comes at a moment of transition for California agriculture. The industry is facing higher employee costs, resulting from state laws raising the minimum wage and requiring overtime pay for farmworkers. The labor force is aging, and immigration from Mexico — once a steady source of new workers — has slowed. And farmers are facing pressure to evolve long-standing methodologies for nurturing crops as the state enacts stricter regulations on groundwater and pesticide use and as climate change creates more extreme seasonal weather patterns.

The industry is turning to robotic harvesters, hydroponic tabletop farming and other developing technologies to address some of those challenges.

As farming methods advance, workers need to be retrained, said Marco Cesar Lizarraga, executive director of La Cooperativa Campesina de California, a statewide association of agencies administering farmworker service programs.

“As we know it, the farmworker is no longer going to exist in another 10, 15 years,” Lizarraga said. “It’s going to be a farmworker that’s much more savvy and much more of an operator of robotic equipment.”

Cannon Michael, president and CEO of Bowles Farming Co. in Merced County, echoed those sentiments, saying, “We’re constantly trying to look for ways to automate, or change, or have higher-paying jobs for higher-functioning individuals.”

To get a sense of the kinds of skills farmworkers will need to master in the new ag economy, the college instructors turned to agricultural leaders for feedback.

Growers said they need workers with a range of technical skills, people trained in the use of tablets and computers, who understand the complex regulations surrounding pesticides and can be promoted into management roles, said Karen Aceves, regional director for AgTEC, the workforce initiative within the Fresno-Merced Future of Food Innovation initiative.

“We need people who can do math, who can problem-solve, who are critical thinkers, who understand the whole ag value chain,” Aceves recalled growers saying. “We don’t know what the industry is going to look like in five and 10 years, so we want people that can grow. … And we want to keep the farmworkers that we have.”

The program’s design also drew on surveys of more than 10,000 farmworkers, conducted by grassroots organizations at tax preparation events, food distribution sites and flea markets. Most respondents had a middle school education or less. They preferred access to online courses from home and after work hours and wanted to travel 10 miles or less for an in-person class.

Students enrolled in the program study at their own pace through online courses and videos and take exams on campus. The program is the first in the California community college system designed as competency-based education, meaning that rather than earning traditional grades, students must prove mastery of specific skills, said Cody Jacobsen, director of ag innovation at Merced College.

The first lessons have focused on digital literacy — including how to use the computer, email and different systems for tracking fertilizer and pesticide use, said Karl Montague, who is teaching the course at Merced College. Later in the program, students will learn to operate and troubleshoot high-tech equipment and read and understand chemical labels. The course ends with a primer on workplace communication, including crafting an effective resume.

The colleges involved have hired student support coordinators, who help recruit students, assist them with registering for classes and connect them with resources such as laptops and transportation.

Along with Merced College, the certificate program is being offered at Madera, Fresno City, Clovis, Reedley, Lemoore and Coalinga colleges. It’s available in English and Spanish, and open to everyone regardless of immigration status.

At Merced College, seven of the 23 students enrolled so far are farm laborers, according to a college spokesperson. Among the other students are construction workers and participants in a program for formerly incarcerated adults. They range in age from 19 to 57.

“Before, I didn’t even know how to turn it on,” he said. Now, “I have my daughter’s laptop, and with this I go to places with Wi-Fi to study in the afternoons.”

It seems his career options are already expanding. He recently finished a separate forklift driving course at Modesto Junior College. And while he continues pursuing the agriculture certificate at Merced College, he said, he hopes to put his new computer skills to use as a driver for DoorDash.

Antonio De Loera-Brust, communications director for the United Farm Workers, cautioned against overestimating the impacts of programs like the community college effort, noting that the vast majority of farmworkers will be toiling in the fields for years to come.

He acknowledged the benefits of training farmworkers for higher-paying jobs. But, he noted, “‘everyone get promoted’ is not a scalable solution to farmworker poverty.”

“Let’s not forget all the farmworkers who, for any number of reasons, will never have that opportunity,” he said. For that reason, he said, the union continues to focus on improving farm jobs through better wages and safer working conditions.

https://www.latimes.com/california/story/2024-09-21/central-valley-effort-trains-farmworkers-to-master-technology-replacing-fieldwork