2nd Week Learning and Reflection

Design Thinking Concept and Its Application in Libraries

Design Thinking is a human-centered, iterative approach to problem-solving that focuses on understanding users’ needs, challenging assumptions, generating innovative ideas, and developing practical solutions. Originating from the fields of design and innovation, the concept is commonly structured around five stages:

• Understand
• Synthesize
• Ideate
• Prototype
• Implement

Unlike traditional problem-solving approaches that often emphasize institutional perspectives, Design Thinking places users at the center of decision-making and service development.

In the context of libraries, Design Thinking has emerged as a valuable framework for enhancing user experiences, improving services, and fostering innovation.

Modern libraries serve diverse communities with evolving information needs, making user-centered approaches increasingly important. Through empathy-based research methods such as interviews, observations, and user journey mapping, librarians can gain deeper insights into patrons’ challenges and expectations. These insights help define service gaps and identify opportunities for improvement.

Libraries have successfully applied Design Thinking to redesign physical spaces, improve information literacy programs, enhance digital services, and create inclusive learning environments. For example, a library may observe how students use study spaces, identify barriers to collaboration, generate multiple redesign ideas, develop prototypes of new layouts, and test them with users before full implementation. Similarly, digital catalogues, research guides, and library websites can be redesigned based on user feedback and usability testing.

By encouraging experimentation, collaboration, and continuous improvement, Design Thinking enables libraries to become more responsive, adaptable, and community-oriented institutions. It supports evidence-based decision-making while ensuring that services align closely with user needs and expectations. As libraries continue to evolve in the digital age, Design Thinking provides a strategic framework for creating meaningful, innovative, and sustainable library experiences.

The Siebel Center for Design (SCD), University of Illinois

The Siebel Center for Design serves as a pioneering interdisciplinary hub that promotes human-centered design and design thinking across the academic community. Established to foster creativity, innovation, and collaborative problem-solving, SCD brings together students, faculty, researchers, and community partners from diverse disciplines. Through courses, workshops, maker spaces, research initiatives, and experiential learning opportunities, SCD enables learners to address complex societal and organizational challenges using empathy-driven approaches. By integrating research, teaching, and practice, the center cultivates essential twenty-first-century skills such as critical thinking, collaboration, creativity, and innovation, thereby strengthening the University of Illinois’ commitment to transformative and impactful education.

Learning Reflections (Outcomes)

1. User-Centered Service Design: I learned that effective library services should be designed from the perspective of users rather than institutional assumptions, ensuring greater relevance and satisfaction.
2. Innovation Through Iteration: Design Thinking emphasizes continuous testing and refinement, demonstrating that successful library solutions often emerge through experimentation and feedback rather than one-time planning.
3. Collaborative Problem-Solving: The approach highlights the importance of engaging librarians, patrons, educators, and stakeholders in co-creating services, leading to more inclusive and sustainable outcomes.

Centre for Innovation in Teaching and Learning

At the University of Illinois, the Centre for Innovation in Teaching and Learning (CITL) plays a vital role in promoting innovative educational technologies, including XR and VR applications. Through faculty support, instructional design services, technology consultations, and professional development programs, CITL helps integrate immersive technologies into teaching and learning practices. By encouraging experimentation with emerging technologies, CITL fosters active learning, interdisciplinary collaboration, and student engagement. Its efforts complement library initiatives by supporting the development of innovative digital learning environments that enrich academic experiences and prepare students for technology-driven futures.

Extended Reality (XR) and Virtual Reality (VR): Applications in Libraries and the Role of the Centre for Innovation in Teaching and Learning (CITL), University of Illinois

Extended Reality (XR) is an umbrella term encompassing Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR), technologies that blend physical and digital environments to create immersive learning experiences. Among these, Virtual Reality (VR) enables users to interact with fully computer-generated environments through specialised headsets and controllers. These technologies are transforming education, research, and information access by providing engaging, experiential, and interactive learning opportunities.

Extended Reality (XR) is transforming medical science by enabling immersive anatomy visualisation, virtual surgical training, clinical simulations, and patient education. Medical students and healthcare professionals can practice complex procedures in risk-free environments, enhancing clinical skills, decision-making, and patient safety. XR also supports rehabilitation, telemedicine, and collaborative healthcare training across geographical boundaries.

In the context of libraries, XR and VR technologies have expanded the traditional role of libraries from information repositories to immersive learning hubs. One significant application is the creation of virtual learning environments that allow users to explore historical sites, run scientific simulations, access cultural heritage collections, and interact with complex datasets in three-dimensional spaces. Academic libraries increasingly support VR-enabled digital scholarship, virtual exhibitions, and experiential learning activities that enhance information literacy and research engagement. Such technologies enable students and researchers to interact with content in ways that are difficult to achieve through conventional text-based resources.

The integration of XR and VR in libraries demonstrates how emerging technologies can enhance access, engagement, and experiential learning while strengthening the library’s role as a centre for innovation and knowledge creation.

Learning Reflections

1. Libraries as Immersive Learning Spaces
I learned that modern libraries are evolving beyond traditional collections to become technology-enabled learning environments that support experiential and interactive education.

2. Technology Enhances Engagement and Understanding
XR and VR technologies offer deeper engagement with information by enabling users to visualise, explore, and interact with complex concepts in immersive ways.

3. Collaboration Drives Innovation
The work of CITL demonstrates that successful implementation of emerging technologies requires collaboration among educators, librarians, instructional designers, and technology specialists to create meaningful learning experiences.

9th June 2026

Program Logic Model and Its Application in Libraries

A Program Logic Model (PLM) is a systematic planning, management, and evaluation framework that visually illustrates the relationship between program resources, activities, outputs, and outcomes. It provides a roadmap for understanding how a program is expected to achieve its intended goals and demonstrates the logical sequence from inputs to long-term impact. Widely used in education, public services, healthcare, and nonprofit organisations, the Program Logic Model supports evidence-based decision-making, accountability, and continuous improvement.

A typical logic model consists of five key components: Inputs, Activities, Outputs, Outcomes, and Impact. Inputs include staff, funding, technology, facilities, and partnerships. Activities refer to the actions undertaken using those resources. Outputs are the direct products or services delivered. Outcomes represent the short- and medium-term changes participants experience, while impact reflects the broader, long-term benefits generated by the program.

In the library context, a Program Logic Model can be applied to an Information Literacy Program. Inputs may include librarians, instructional materials, digital databases, computer labs, and funding. Activities could include workshops, research consultations, online tutorials, and classroom instruction. Outputs may be measured by the number of workshops conducted, the number of students trained, and the number of learning resources developed. Expected outcomes include improved research skills, increased confidence in information evaluation, and greater use of scholarly resources. The long-term impact may be enhanced academic success, lifelong learning competencies, and the development of information-literate citizens.

Similarly, libraries can use logic models for makerspace initiatives, digital literacy programs, community engagement projects, or research support services. By clearly linking activities to outcomes, the Program Logic Model helps libraries demonstrate value, assess effectiveness, secure funding, and align services with institutional and community goals. As libraries increasingly focus on measurable impact, logic models provide an essential framework for strategic planning and performance evaluation.

Learning Reflections

1. Outcomes Matter More Than Activities
One of the most valuable lessons from the lecture was understanding that successful library programs should not be evaluated solely by the number of activities conducted. Instead, emphasis should be placed on the outcomes and long-term impact that those activities create for users and communities.

2. Evidence-Based Planning Strengthens Library Value
The lecture highlighted how the Program Logic Model helps libraries connect resources, services, and outcomes in a structured manner. This approach enables librarians to demonstrate institutional value, justify investments, and communicate the effectiveness of programs to stakeholders through measurable evidence.

9th June 2026

Environmental Scanning for Strategic Library Development

Environmental scanning is a systematic process through which libraries examine internal and external factors that influence their operations, services, and long-term sustainability. As outlined in the Mortenson Centre Associates Program, environmental scanning is a critical tool for strategic planning, helping libraries identify trends, anticipate change, and make informed decisions. Rather than being a one-time activity, environmental scanning is an ongoing effort that provides insights into the evolving ecosystem in which libraries operate.

The presentation emphasises that effective library planning begins with understanding the broader context affecting libraries, including societal, technological, educational, environmental, political, economic, and demographic factors. These dimensions, classified under the STEEPED framework, help libraries identify emerging opportunities and challenges. Environmental scanning involves three key stages: issue identification, issue prioritisation, and issue interpretation. Through these stages, libraries can determine which trends and forces are most influential and assess their potential impact on users and services.

The presentation also highlights strategic assessment tools such as SWOT (Strengths, Weaknesses, Opportunities, Threats), SWOC (Strengths, Weaknesses, Opportunities, Challenges), and SOAR (Strengths, Opportunities, Aspirations, Results). These frameworks assist libraries in evaluating their internal capabilities and external environment while aligning future aspirations with measurable outcomes. Examples from academic, public, and state libraries demonstrate how environmental scanning can guide decisions regarding digital services, community engagement, space utilisation, and emerging educational needs. Ultimately, environmental scanning enables libraries to become proactive rather than reactive institutions, ensuring that services remain relevant, user-centred, and responsive to changing societal expectations. Through data-informed and strategy-driven decision-making, libraries can position themselves for greater impact and sustainable growth in an increasingly dynamic information landscape.

Learning Reflections

1. Strategic Planning Requires Environmental Awareness
I learned that successful library planning depends on continuously monitoring social, technological, economic, and educational trends rather than relying solely on internal perspectives. Environmental scanning provides evidence for informed decision-making and future readiness.

2. Libraries Must Be Proactive Change Agents
The presentation reinforced that libraries should actively identify, prioritise, and interpret emerging issues to adapt services, spaces, and technologies. A proactive approach enables libraries to remain relevant and maximise their impact on communities and stakeholders.

AI application in Metadata and Cataloguing

Attended a workshop on AI application in Metadata and Cataloguing on the topic “Cataloguing at the Crossroads of Technology” by Myung-Ja (MJ) K. Han during the Mortenson Centre Associates Program. AI is increasingly transforming metadata creation and cataloguing workflows. AI supports keyword suggestions, metadata enhancement, subject heading assignment, schema crosswalk generation, and information extraction from digital collections and research datasets. The workshop demonstrated that AI can generate metadata in formats such as MARC, MODS, Dublin Core, and BIBFRAME, improving efficiency and scalability. However, challenges remain regarding accuracy, consistency, authority control, and the limited availability of library-specific training data. AI is most effective when combined with human expertise and quality-controlled library metadata.

Reflection:
I found that AI offers significant opportunities to modernise cataloguing and metadata management. However, the workshop reinforced the point that librarians remain essential to ensuring accuracy, contextual understanding, authority control, and ethical stewardship of information. The future of cataloguing lies not in replacing librarians with AI, but in creating a collaborative partnership where technology enhances professional expertise and improves access to knowledge.

9th June 2026

Visit to Champaign Public Library, Champaign

I had the opportunity to visit the Champaign Public Library in Illinois. The library impressed me with its welcoming environment, modern facilities, extensive collections, and strong commitment to community engagement. I observed innovative services for children, teens, adults, and lifelong learners, including digital resources, makerspace activities, and outreach programs. The library effectively combines technology, learning, and public service to meet diverse community needs.

Reflection: This visit demonstrated how a public library can serve as a dynamic community hub. I learned that user-centred services, inclusivity, and continuous innovation are essential for keeping libraries relevant and impactful in the digital age.