Science Is O Two by Jaehun Kim Redefines Digital Branding for Publishers

How Strategic Design Innovation Creates New Opportunities for Publishers to Engage Audiences through Unified Print and Digital Experiences

What happens when a textbook cover becomes a gateway to an entire digital ecosystem? The question of bridging physical and digital learning experiences is one that educational publishers around the world are beginning to ask themselves as they watch student expectations evolve at unprecedented speed. The answer, as the Science is O2 project demonstrates, lies in rethinking fundamental assumptions about what a physical book can be, what a physical book can do, and how a physical book can carry a brand identity seamlessly between the tangible and the virtual.

Consider the humble QR code for a moment. For most publishers, QR code squares represent a functional afterthought, something tucked into a corner or relegated to supplementary materials. QR codes work. QR codes scan. QR codes do their job without fanfare. But what if the same functional elements could become the visual centerpiece of an entire brand strategy? What if QR codes could transform from utilitarian necessity into design asset?

The question of transforming functional elements into brand centerpieces is precisely what Jaehun Kim and the creative team at VISANG answered with the Science is O2 textbook series. Launched in Korea in September 2021, the science education brand took a remarkable approach to bridging print and digital experiences. Rather than treating digital integration as an add-on feature, the design team embedded digital access directly into the brand identity itself, creating a unified visual language that speaks to students, educators, and parents alike.

The Science is O2 project earned recognition from the A' Design Award, which granted the work a Golden distinction in the Education, Teaching Aid and Training Content Design category in 2022. The jury recognized the design as a notable example of how strategic thinking can advance both the art and science of educational publishing.

So what makes the Science is O2 approach worth studying for other publishers? Let us explore the specific mechanisms at work.

Understanding the Shift in Educational Publishing Dynamics

The landscape of educational publishing has undergone a fundamental transformation that extends far beyond simply adding digital features to existing products. Students today navigate between physical textbooks and digital resources with fluidity, expecting their learning materials to move with them across platforms and contexts. Parents seek assurance that their educational investments deliver comprehensive value. Educators need tools that support both traditional classroom instruction and increasingly common hybrid or remote learning scenarios.

Research conducted among one thousand digital resource consumers during the development of the Science is O2 series revealed a striking insight. The primary request from the surveyed audience was not for more digital features in isolation, nor for better physical textbooks in isolation. What consumers wanted most was straightforward access to textbook information combined with diverse learning materials. The research finding points to a fundamental truth about modern educational publishing: the distinction between print and digital is becoming increasingly artificial in the minds of the people who actually use educational products.

For publishers, the blurring boundary between print and digital represents both a challenge and an opportunity of significant proportions. The challenge lies in creating coherent brand experiences that function equally well whether a student is holding a physical book, scanning a code with their smartphone, or watching supplementary video content at home. The opportunity lies in the fact that publishers who successfully bridge the print-digital gap can create dramatically more valuable products without necessarily increasing production costs proportionally.

The Science is O2 approach addresses the print-digital dynamic through a deceptively simple insight. Instead of treating physical and digital as separate channels requiring separate branding strategies, the design team created a unified visual identity system that works across both simultaneously. The QR codes that appear on every cover are not generic squares imported from a code generator. The QR codes are custom designed in the shape of keys, visually communicating that scanning the code will unlock additional resources. The key-shaped design transforms a functional element into a brand asset that reinforces the core identity at every interaction point.

Elementary school versions span eight volumes per grade and semester. Middle school editions include six volumes. High school students work with one integrated volume plus four in-depth volumes. Across all formats and grade levels, the brand identity remains consistent while adapting appropriately to each audience segment. The consistency builds recognition and trust over time, creating a compounding effect where each interaction with the brand reinforces previous ones.

The Architectural Logic of Integrated Brand Identity

Creating a brand identity that functions equally well across physical and digital touchpoints requires more than aesthetic consistency. Effective cross-platform branding demands what we might call architectural thinking, where every visual element serves both immediate functional purposes and broader strategic goals simultaneously.

The Science is O2 design demonstrates the architectural approach through the treatment of the QR code itself. Traditional approaches would position QR codes as necessary but forgettable elements, placed wherever the codes fit without disrupting the primary design. The VISANG creative team, led by Creative Director Park Kwangsu along with designers Myung Sujin, Lim Sehee, Choi Libin, and Kim Minjoo, took a fundamentally different approach. The team asked themselves how they could make the digital gateway into a central part of the brand experience rather than an addition to the brand experience.

The solution the team developed was elegant in simplicity. By designing the QR code in the shape of a key, the designers created an immediate visual metaphor that communicates functionality and brand personality simultaneously. Students intuitively understand that a key opens things. When students scan the key-shaped code, they unlock videos, supplementary materials, experiment demonstrations, and additional practice questions. The metaphor and the function align perfectly, creating a memorable brand touchpoint at every scan.

The architectural thinking extends beyond the QR code itself. The overall cover design incorporates the brand message that science brings joy, embedding the philosophy into visual choices that support the educational experience. For elementary textbooks, the design team employed glossy finishes that engage curiosity and create immediate visual interest for younger learners. The tactile experience of handling the books becomes part of the brand experience, with the matte coating of backgrounds contrasting against epoxy treatments on main motifs and graphics to create a semi-three-dimensional effect.

The attention to physical materiality might seem counterintuitive for a brand strategy centered on digital integration. Yet the material focus is precisely where the architectural logic reveals sophistication. By making the physical product itself more engaging and memorable, the design creates stronger motivation for students to engage with the digital extensions. The physical book becomes an anchor point for a broader ecosystem of learning experiences rather than a standalone product competing with digital alternatives.

Publishers considering similar strategies should note that the integrated approach requires coordination across traditionally separate departments. Cover design, digital content development, marketing communications, and educational content teams all need to work from the same strategic framework. The Science is O2 project succeeded because the brand identity served as the unifying framework, providing clear guidance for decisions at every level.

Material Choices That Support Learning Outcomes

The physical execution of educational materials carries significant implications for how students interact with content over extended periods. Textbooks are handled daily, carried in backpacks, spread across desks, and often shared among students. The material choices that publishers make directly influence durability, usability, and even safety during everyday interactions.

The Science is O2 series incorporates several material specifications that demonstrate thoughtful consideration of actual use contexts. Elementary textbooks measure 220 by 300 millimeters, while middle school, high school, and advanced textbooks are sized at 210 by 297 millimeters. The dimensions are not arbitrary. The measurements reflect careful consideration of how students at different developmental stages handle books, how classroom storage systems work, and how educational materials integrate with other learning tools students use daily.

Perhaps the most striking material decision for the elementary editions is the implementation of rounded corners. The rounded corner choice directly addresses safety considerations for younger learners who are still developing fine motor skills and who may handle books with less precision than older students. Sharp corners can cause paper cuts and other minor injuries during vigorous handling. Rounded corners eliminate the sharp-corner concern while simultaneously creating a visual differentiation that helps elementary students immediately recognize their materials as distinct from those used by older students.

The textural treatment of surfaces represents another layer of thoughtful material specification. The combination of matte background coating with epoxy applications on featured graphics creates what the design team describes as a vivid semi-three-dimensional effect. For science education specifically, the tactile variation serves an important pedagogical purpose. Science is fundamentally about engaging with the physical world, about observation and experimentation. Textbooks that offer their own tactile richness subtly reinforce the orientation toward physical engagement with phenomena.

Material choices also influence brand perception in ways that extend beyond individual interactions. When parents select educational materials for their children, parents often evaluate physical quality as a proxy for content quality. A textbook that feels substantial, that demonstrates care in construction, communicates investment in the educational experience the textbook delivers. The Science is O2 series leverages quality perception by creating physical products that reward examination and handling.

For publishers evaluating their own material specifications, the key lesson here is integration. Material choices should not be made in isolation by production departments focused solely on cost and durability. Material specifications should be considered as elements of overall brand strategy, with each specification evaluated for contribution to the complete experience the publisher wants to deliver.

Digital Content Strategy Within Physical Brand Architecture

The digital components of the Science is O2 ecosystem extend the brand experience without replacing or diminishing the physical product. The balance between physical and digital represents one of the most difficult challenges in modern educational publishing, and the approach taken here offers instructive principles for other organizations navigating similar terrain.

When students scan the key-shaped QR codes on Science is O2 covers, students access promotional videos that convey the traits and uses of the textbooks. Video access might seem like a primarily marketing function, but the videos serve an educational purpose as well. Students and parents who understand what resources are available and how to use resources effectively will extract more value from their educational investment. Orientation to tools is itself a form of learning support.

Beyond introductory materials, QR codes distributed throughout the interior pages provide access to video experiment data and additional practice questions. The distributed placement strategy deserves attention. Rather than concentrating all digital access points in a single location, the design distributes access points throughout the learning journey. When students encounter a concept that would benefit from video demonstration, the access point is immediately available. When students complete a section and want additional practice, the supplementary questions are one scan away.

The distribution approach mirrors how effective digital learning platforms structure their content, providing resources at the moment of need rather than requiring students to navigate away from their primary task to find resources. By embedding access points within the physical textbook flow, the Science is O2 design creates a hybrid experience that captures benefits of both formats simultaneously.

The promotional videos linked to cover QR codes serve a specific strategic function as well. In educational markets, purchasing decisions often involve multiple stakeholders. Students may express preferences, parents make financial commitments, and educators influence curriculum selections. Video content that clearly communicates product benefits can reach all stakeholders through a single access point, with students scanning codes and sharing content with parents, or educators evaluating materials before classroom adoption.

Publishers developing similar digital integration strategies should consider the full lifecycle of their content. Videos and supplementary materials require ongoing maintenance and updating to remain relevant and technically functional. The Science is O2 approach accounts for lifecycle considerations by building digital integration into the annual reorganization process that maintains brand identity across new editions. The systemic approach helps ensure that digital investments remain valuable over time rather than degrading as technology platforms evolve.

Consumer Research as Design Foundation

The strategic decisions underlying the Science is O2 design did not emerge from intuition alone. The decisions were grounded in systematic research into consumer needs and behaviors, providing a foundation of evidence that guided creative choices throughout the development process.

The research program surveyed one thousand digital resource consumers to understand their primary needs and pain points. The finding that emerged most strongly was the expressed need for textbook information and various learning materials delivered through accessible channels. The consumer insight shaped the entire strategic direction of the brand evolution.

Notice what the research revealed. Consumers were not asking for flashier covers or more impressive printing techniques in isolation. Consumers were not requesting more digital content in isolation either. What consumers wanted was connection: the ability to move smoothly between physical textbooks and the digital resources that could enhance the learning experience. The key-shaped QR code design directly addresses the expressed need by making the connection visible, intuitive, and integrated into brand identity.

The research also emerged from a specific context. The global health situation beginning in 2020 dramatically accelerated demand for remote classroom solutions and digital content. What might have been a gradual evolution in educational publishing became an urgent transformation. Publishers who had already invested in digital integration found themselves well positioned. Publishers who had not invested scrambled to catch up.

The Science is O2 response to the pandemic context demonstrates adaptive strategy in action. Rather than simply adding digital features to existing products, the design team reconceived the brand identity itself to accommodate the new reality. The result was a brand that did not just tolerate digital integration but celebrated digital integration as a central feature.

For publishers considering their own research investments, the Science is O2 case illustrates the value of asking the right questions. Consumer research that focuses narrowly on satisfaction with existing features may miss the larger patterns of need that drive fundamental innovation. Research that explores how consumers actually use products, what frustrations consumers experience, and what capabilities consumers wish they had can reveal opportunities for meaningful differentiation.

Strategic Implications for Publishing Organizations

The principles demonstrated by the Science is O2 design carry implications that extend well beyond the specific context of Korean science education. Publishers across market segments and geographic regions can draw strategic lessons from the integrated brand identity approach.

First, consider the relationship between brand consistency and market expansion. The Science is O2 series spans elementary through high school levels, maintaining consistent brand identity while adapting execution to each audience segment. Consistency creates cumulative brand equity. Students who learn science from O2 materials in elementary school carry brand familiarity with them as students progress. Parents who purchase elementary materials recognize the brand when selecting middle school and high school resources. Educators who adopt the series at one level become familiar with the ecosystem and more likely to adopt at other levels.

The cumulative effect depends on strategic discipline. Creating dramatically different visual identities for each audience segment would be tempting, reasoning that elementary students and high school students have different aesthetic preferences. The Science is O2 approach demonstrates that consistency at the brand architecture level can coexist with appropriate variation at the execution level. The key-shaped QR code, the O2 brand mark, and the core visual language remain constant. The finishes, colors, and supplementary graphics adapt to audience needs.

Second, consider the implications for organizational structure and process. Creating truly integrated brand experiences requires collaboration across functions that often operate independently. The Science is O2 project brought together creative direction, visual design, digital content development, and educational curriculum expertise. The resulting product reflects the cross-functional integration. Publishers who maintain rigid boundaries between functional areas will find achieving similar results difficult.

Third, consider the relationship between physical quality and digital adoption. Investment in physical materiality might seem wasted as attention shifts to digital channels. The Science is O2 case suggests the opposite. By creating physical products that reward attention and handling, the design draws students into engagement with the material. The engagement creates the context for digital exploration, with the key-shaped QR codes inviting students to unlock additional resources. Publishers who reduce physical quality to fund digital development may inadvertently undermine the very engagement that digital components require.

Those interested in studying how the principles manifest in actual execution can Explore the Award-Winning Science is O2 Design through the A' Design Award showcase, where detailed documentation of the project provides additional insight into the strategic and creative decisions involved.

Future Directions in Educational Brand Integration

The trajectory established by projects like Science is O2 points toward increasingly sophisticated integration of physical and digital educational experiences. Several emerging patterns deserve attention from publishers planning their own strategic evolution.

Personalization represents one significant direction. The QR code infrastructure established by integrated designs creates data collection opportunities that can inform increasingly personalized learning pathways. When publishers know which supplementary materials students access most frequently, publishers can refine both digital content development and future print edition design. The feedback loop between physical product and digital engagement creates continuous improvement opportunities.

Accessibility represents another important direction. Integrated digital access points can connect students to materials adapted for different learning needs, whether audio versions for auditory learners, expanded explanations for students requiring additional support, or advanced materials for those ready to progress more quickly. The physical textbook becomes a gateway to differentiated resources rather than a one-size-fits-all delivery mechanism.

Sustainability considerations are gaining importance as well. Publishers face increasing pressure to demonstrate environmental responsibility in their production choices. Integrated designs that maximize the value delivered per physical product may offer sustainability advantages over approaches that require multiple printed supplements. When a single well-designed textbook connects to a rich digital ecosystem, the overall material footprint per learning outcome may decrease.

Assessment integration presents additional possibilities. Educational publishers who successfully integrate physical and digital experiences position themselves to offer assessment capabilities that traditional print products cannot match. Practice questions accessed through QR codes can provide immediate feedback and adaptive difficulty adjustment, creating assessment experiences that inform learning rather than merely measuring learning.

The directions outlined above are not speculative futures. The directions represent natural extensions of the architectural approach that the Science is O2 design demonstrates. Publishers who establish integrated brand identities now position themselves to capitalize on opportunities as the opportunities mature.

The recognition extended by the A' Design Award to the Science is O2 project acknowledges work that advances the field of educational design. The Golden distinction in the Education, Teaching Aid and Training Content Design category reflects evaluation by design professionals who recognized the strategic sophistication and creative excellence demonstrated by the project.

As educational publishers navigate the evolving relationship between physical and digital learning experiences, the Science is O2 case offers a model worthy of study. The integration of functional digital access points into core brand identity, the coordination of material choices with learning objectives, the grounding of creative decisions in consumer research, and the maintenance of consistency across audience segments and product variations all demonstrate principles that transfer across contexts and markets.

What would treating digital integration as a brand identity opportunity rather than a technical requirement mean for your organization? What functional elements in your current products might be reconceived as brand assets? And how might the experience of your audience transform if every touchpoint, physical and digital alike, communicated a unified vision of what learning can be?