From Making Boxes To Building Disciplines

From "Box Maker" to "Manufacturing Disciplines": How Will Interdisciplinary Programs in Printing and Packaging Reshape the Future of the Industry?

Recently, a list of interdisciplinary disciplines independently established by degree-granting institutions as of June 30, 2026, has attracted widespread attention. Among these lists, several emerging interdisciplinary fields directly related to printing and packaging are prominently listed-Hunan University of Technology independently established the doctoral and master's programs in the interdisciplinary discipline of "Packaging Engineering and Design"; Jinan University's Packaging Engineering was selected as an interdisciplinary discipline by the Ministry of Education as early as 2020; Beijing Institute of Graphic Communication has built a discipline matrix integrating "Publishing + Technology + Management + Art"; Qilu University of Technology has established the "Printing and Packaging Materials Engineering" track; and Dongguan University of Technology focuses on intelligent printing equipment through the "Low-Altitude Technology and Engineering" interdisciplinary discipline......

The intensive placement of these disciplines is far more than just a routine adjustment to university discipline catalogs. It reflects a deeper issue: as the printing and packaging industry stands at a historical turning point in digitalization, intelligence, and greening, the traditional logic of training "technical workers" is being replaced by the logic of shaping "innovative decision-makers." A structural transformation from the bottom of industry to the top of education is accelerating.



1. A profound mismatch in talent supply and demand, driving disciplinary upgrades



To understand the strategic significance of interdisciplinary settings, it is first necessary to face the talent challenges faced by the industry.



Currently, the printing and packaging industry faces a significant talent shortage. The proportion of high-end compound skilled talent is relatively low, graduates have a long adaptation period after entering the workforce, and there is a clear structural contradiction between the supply side of talent cultivation and the demand side of the industry. This contradiction is not simply a lack of "quantity" but a mismatch of "quality"-universities cultivate single-skilled talents, while industries need cross-disciplinary compound talents with digital design thinking, intelligent equipment operation and maintenance capabilities, and market insight.



The root of this mismatch is that the printing and packaging industry itself has undergone profound changes, but the disciplinary system of higher education has not kept pace.



In the past, printing and packaging were seen as a typical labor-intensive industry, with "printers" and "packaging workers" as the main force. Today, this industry has evolved into an industrial cluster with highly intersecting integration of information technology, new materials, intelligent manufacturing, creative design, and environmental science. As industry data reveals, the explosion of small-batch packaging is not an isolated upgrade in printing technology, but rather a paradigm shift driven by the combined forces of consumption differentiation, technological cost reduction, and supply chain restructuring-from stocking for large orders and competing over startup costs, to on-demand printing, zero-inventory operations, and flexible delivery of multiple varieties.



When the production logic of an industry fundamentally changes, if the disciplinary system supplying talent remains unchanged, the result will only be ongoing structural unemployment and a coexistence of talent shortages.



2. Breaking Walls and Integration: Three Innovative Paths for University Discipline Construction



Facing the pressure of industrial transformation, a number of universities have already taken the lead in breaking through barriers. Reviewing the printing and packaging-related layouts in the 2026 interdisciplinary list clearly reveals three innovation paths.



Path One: Vertical integration of the disciplinary system. The exploration by Hunan University of Technology is a benchmark. The university independently established the interdisciplinary discipline "Packaging Engineering and Design," building a disciplinary system of "materials as the foundation, design as the lead, engineering as support, and application orientation," achieving full lifecycle integration of packaging with deep integration of science and technology. The breakthrough of this design lies in the fact that it is no longer simply "bridging" traditional disciplines but reorganizing the knowledge system and talent training chain around the actual needs of the packaging industry. From packaging materials to packaging engineering, from packaging design to packaging equipment, and then to packaging economics and regulations-a "large packaging" discipline cluster connecting the entire packaging industry chain has already taken shape.



Path Two: Horizontal expansion of the disciplinary ecosystem. Beijing Institute of Graphic Communication, centered on the publishing discipline and supported by journalism and communication, design, and light industry technology and engineering, is building a "Publishing+" disciplinary ecosystem, forming seven major discipline directions: publishing theory and history, digital publishing, copyright protection and operation, publishing technology and application, and publishing aesthetics. The key word for this "disciplinary ecosystem" thinking is "integration"-not simply adding multiple disciplines, but focusing on the entire publishing media industry chain, allowing technology, management, and art to interact within the same disciplinary framework.



Path Three: Deep Reconstruction of Training Models. At the curriculum level, the integration of AI technology is reshaping the teaching logic of printing and packaging majors. Some universities have proposed a five-dimensional integrated training model centered on "red culture forging souls, multi-dimensional curriculum foundations, academician platform drives, faculty team empowerment, and technological competitions," deeply integrating AI technology with packaging engineering. Others have built cross-disciplinary "platform + module" curriculum systems, incorporating virtual simulation digital resources, adopting dual school-enterprise collaborative education to cultivate high-skilled, versatile talents suited to the integration of education and industry.



3. How disciplinary reform will affect the future of the industry



The impact of interdisciplinary settings is far more profound than updating a single discipline catalog. Its significance is reflected in at least four levels.



Structural reshaping of talent supply. The core value of interdisciplinary disciplines lies in cultivating "T-shaped talents"-those with solid engineering foundations, as well as interdisciplinary integration capabilities and innovative thinking. The goal of Hunan University of Technology's interdisciplinary training clearly targets "high-level, versatile talents who possess engineering R&D, design innovation, and interdisciplinary integration capabilities." After entering the industry, these talents will not only be competent in R&D and management positions but may also become key forces driving enterprises' transformation from "manufacturing" to "intelligent manufacturing."



Industry-education integration is moving from superficial to deeper. Changes in discipline settings are driving upgrades in the integration model. The National Digital Intelligent Printing and Packaging Industry Industry-Education Integration Community, established in May 2026, was jointly formed by Shandong Media Vocational College, Beijing Institute of Graphic Communication, and Artron Culture Group, aiming to promote the integration of the "education chain-talent chain-industrial chain-innovation chain." This community model no longer remains at the superficial level of internship base co-construction, but requires the establishment of a tangible operational mechanism, bringing real projects and equipment into the classroom, achieving "onboarding upon enrollment, employment upon graduation." When discipline settings truly align with industry needs, industry-education integration can shift from "two skins" to "one chessboard."



The source of technological innovation. Interdisciplinary fields are not only platforms for talent cultivation but also sources of scientific research and innovation. In the printed electronics field, the global market size is expected to reach $55.83 billion by 2031, with a compound annual growth rate exceeding 20%. Smart packaging is one of the most certain sources of growth. Breakthroughs in printed electronics technology precisely require multidisciplinary collaboration in materials science, electronic engineering, printing processes, and packaging design. In the direction of green packaging, flexographic printing has achieved remarkable results by reducing carbon emissions by more than 30% compared to traditional gravure printing through water-based ink substitution and full-lifecycle low-carbon design. Behind these technological breakthroughs lies the need for interdisciplinary theoretical support and talent reserves.



The foundational support of cultural soft power. Printing and packaging is not only industrial manufacturing but also carries the function of cultural dissemination. Beijing Institute of Graphic Communication takes "inheriting and promoting printing civilization and innovating and developing publishing culture" as its mission. Its publishing discipline serves the strategy of building a culturally strong nation, and student works have repeatedly won top global design awards such as Germany's Red Dot Supreme Award, Germany's iF Design Gold Award, and the American IDEA Award. When the discipline of printing and packaging is elevated to the level of cultural inheritance and innovation, its impact goes beyond the industry itself.



4. Facing challenges head-on, but the direction is already clear



Of course, interdisciplinary development is not always smooth. The inertia of teacher evaluation systems, barriers between traditional departments, difficulty in curriculum integration, and deep school-enterprise collaboration are all practical challenges. Research points out that experimental teaching in packaging engineering still faces issues such as scattered resources and lagging teaching methods under the context of multidisciplinary interdisciplinary integration. Industry insiders also admit that traditional printing companies face dual pressures from accelerated technological iteration and talent gaps.



But the trend is now irreversible. In 2024, Beijing Institute of Graphic Communication was approved as a doctoral authorization unit and a doctoral degree authorization point for publishing majors, and was selected as one of the first universities nationwide to jointly build publishing disciplines led by the Publicity Department of the CPC Central Committee. In the same year, the university's emerging interdisciplinary publishing platform became one of the first demonstration construction units among Beijing's municipal universities. The School of Packaging Engineering at Jinan University has established a complete talent training system for bachelor's, master's, and doctoral programs, undertaking nearly 100 research projects including the National Key R&D Program, and has led the formulation of 2 international standards and 24 national standards.



These developments show that printing and packaging is no longer a "traditional major"; it is being redefined as an "interdisciplinary cluster." When talent cultivation in an industry evolves from "masters leading apprentices" to collaborative training of "PhDs + engineers + designers," and from single-skill training to interdisciplinary systems thinking training, the future of the industry will truly have an innovation engine.



The establishment of interdisciplinary printing and packaging disciplines essentially answers a fundamental question: in an era of rapid technological iteration, should industry education cultivate "people suited to today's positions" or "those who define tomorrow's industries"? From the explorations of these universities, the answer is clear-cultivating those who will define tomorrow begins with redefining disciplines.