As universities across the country welcome a new semester, several distinctive agricultural degree programs are making their classroom debut.

Earlier this year, the Ministry of Education unveiled its updated undergraduate catalog, introducing 38 brand-new majors nationwide. Among them, multiple pioneering interdisciplinary agricultural programs have been launched, specifically aligned with national food security goals, rural revitalization efforts, and the advancement of smart agriculture.

These new agricultural majors are pioneering a fresh approach to cultivating specialized talent in the sector.

Addressing the Talent Shortage in Saline-Alkali Land Utilization

With global food security concerns taking center stage and high-tech agriculture showing immense potential, China's distinctive new agricultural programs are emerging in this dynamic context. A prime example is the training of experts dedicated to saline-alkali land management. China boasts 1.5 billion mu of such land, with around 500 million mu suitable for improvement and cultivation, positioning it as a vital reserve granary.

This year, Shandong Agricultural University approved the nation's first undergraduate program in saline-alkali land science and engineering, building on its breakthroughs in productivity enhancement, ecological utilization, and biological breeding. Lou Yanhong, deputy dean of the university's College of Resources and Environment, emphasizes that the core mission is to align with the national food security strategy and the ecological protection initiative for the Yellow River basin, directly addressing critical talent gaps.

Saline-alkali remediation is a complex systems engineering challenge requiring expertise from multiple domains. Previously, relevant skills were scattered across different disciplines, with professionals possessing fragmented knowledge and narrow capabilities, unable to meet the demands of large-scale treatment projects, as no dedicated undergraduate program existed. The new major will progressively resolve these issues through a full-industry-chain educational model, familiarizing students with applications of the Internet of Things, big data, and intelligent agricultural machinery for effective smart management.

To build a comprehensive training framework, Shandong Agricultural University has integrated its on-campus laboratories, field trial plots, and external collaborative bases into the teaching approach. The institution boasts over 50 million yuan in laboratory equipment resources and nearly 100 mu of on-campus experimental farmland. Extending beyond campus, it has co-established the National Saline-Alkali Land Comprehensive Utilization Technology Innovation Center and partnered with leading enterprises in land remediation to create practical training hubs.

Pioneering the First Undergraduate Program in Agricultural Robotics

Moving to Jiangsu province, agricultural drones, harvesting robots, and intelligent inspection systems are now widely deployed across farmlands as smart agriculture accelerates. However, there is a pressing shortage of professionals capable of integrating these technologies effectively. In response, Jiangsu University has taken the lead in establishing the country's first undergraduate major in agricultural robotics.

Inside a laboratory at the university's College of Agricultural Engineering, a sleek, compact work vehicle sits unobtrusively—yet it serves as an essential foundation for various agricultural robot platforms. Zhou Mile, deputy dean of the college, points out that traditional agricultural engineering talent often understands agriculture but lacks robotics expertise, while those skilled in robotics have little agricultural knowledge. The new program aims to cultivate students who possess agricultural insight while excelling in multi-scenario intelligent equipment applications.

Smart Fisheries Program Tackles Real-World Industry Hurdles

In Ningbo, where aquaculture is a prominent industry, modernization demands specialized expertise. This year, Ningbo University has received approval to launch an undergraduate program in smart fisheries. The establishment of this major stems from three concrete challenges identified at the grassroots industry level: an aging frontline workforce with a shortage of young workers, remote locations of most aquaculture enterprises with less-than-ideal working conditions, and significant risks from disease outbreaks and typhoons that have caused severe losses and even operational crises for many businesses.

These pain points—aging demographics, challenging environments, and high risks—all converge on one central conclusion: the traditional fishery sector stands at a critical transition point, with "smartification" being the key to transformation. In essence, "smart" means being able to remotely control aquaculture operations thousands of miles away from the comfort of an office.

Industry-Focused Programs Aligned with Modern Agricultural Directions

From saline-alkali land comprehensive utilization to agricultural robotics and smart fisheries, these three new agricultural majors are all firmly aligned with the digital, intelligent, and green development trajectory of modern agriculture. Nationwide, such industry-responsive programs are rapidly expanding. To date, over 120 universities have established more than 250 majors in the new agricultural sciences, with some popular fields being offered by upwards of a hundred institutions.

Students gain interdisciplinary knowledge while staying closely connected to rural revitalization industry needs, ensuring strong employment prospects. These new agricultural majors reflect a shift in talent cultivation models and highlight the broader trends in agricultural and rural modernization. Serving as barometers for technological innovation and industrial advancement, the dynamic updates to the professional catalog will continue providing robust human capital support for the transformation and upgrading of industries across the board.