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The purpose of this paper is to analyze technology-related librarian advertisements to examine the changing role of the systems librarian in today’s modern, technology-filled libraries.

The authors examined 70 advertisements for technology-focused librarians posted on ALA’s JobList in 2014. The ads were examined for area of focus and required knowledge and experiences.

The ads revealed three main areas of focus: traditional systems, digital initiatives, and web services. In addition to traditional computer and library systems skills, employers were seeking candidates with project management, digital collection, customer service, technology implementation, and problem solving skills and experience.

This study highlights how the adoption and expansion of library technology has altered the roles and responsibilities of systems librarians. Instead of solely focusing on maintaining library databases and ILSs, technology librarians have branched out and become more integrated within the library.

This study has implications for those entering the library field and LIS programs, as well as gaining insight into the expanding role of technology librarians today’s library.

This paper aims to discuss the issues and impact of emerging technologies and innovation in libraries.

The paper is a general overview of the concepts and application of emerging technologies and innovation to library practices.

Librarians need to be careful about how terminology such as emerging technology is used as emerging technology in one sector is not new in others and to have credibility, librarians must understand how those differences may play out within their overall organizations. When libraries are situated in parent organizations that value experimentation and innovation, libraries must be willing to experiment and innovate with services and processes. Furthermore, because technology changes quickly, libraries need to be agile in evaluating and implementing technology.

This paper fills a gap in the digital library project management literature by providing an overview of the issues related to implementing and using emerging technology and innovative practices within libraries.

This paper aims to describe how linked data technologies can change the digital library collections, what are the benefits of linked data applications in digital libraries and what are the challenges of digital libraries in linked data environment.

The present study is based on substantial literature review on the applications of linked data technologies in digital libraries. The search engines such as Google, Yahoo and Google Scholar were used to find the relevant literature for the study. Online databases such as Pro Quest, Science Direct, Emerald and JSTORE were also used to find the relevant literature of the study. Databases of Library Sciences Library and Information Science and Technology Abstracts and Library Information Science Abstracts were also used to find the relevant literature of the study. Library, linked data technologies, Semantic Web, digital library and digital collections were the main keywords which were used to find the relevant literature for the study.

The evolution of linked data technologies and Semantic Web has changed the traditional role of the libraries. Traditional libraries are converting into digital libraries and digital libraries are in a struggle to publish their resources on the Web using XML-based metadata standards. It has made capable the digital collections to be viewed by machines on the Web just like human. On the emergence of linked data applications in digital libraries, Web visibility of the libraries has been enhanced to provide the opportunities for the users to find their required quality information of libraries round-the-clock on the Web. National Library of France, National Library of Spain, Europeana, Digital Public Library of Americana, Library of Congress and The British Library have taken the initiatives to publish their resources on the Web using linked data technologies.

This study present several key issues for policy makers, software developers, decision makers and library administrators about linked data technologies and its implementations in digital libraries. The present study may play its role to facilitate the users of the Web who are enthusiastically interested to exploit the quality and authentic library resources on the Web round-the-clock. Search engines will also achieve their longstanding goal to exploit the quality resources of the libraries for their Web users to make their Web appearance more credible and trustworthy.

This paper is intended to spark discourse on the impact of holograms and holographic technology on libraries and the possibility of their usage in Caribbean academic libraries for assisting users, especially those from the physically challenged community, as well as distance library users.

A thorough assessment of literature was done of all academic and higher institution libraries across the English-speaking Caribbean to determine the effective use of holograms and holographic technology in Caribbean libraries. Literature from several developed countries was studied, paying keen attention to the emerging holograms and holographic technology and the plausibility for inclusion and exploitation by academic libraries.

Revealing the possibilities for fostering great levels of efficacy, as well as saving time and reducing the possibility for inefficiencies in the system through smoother check-in and check-out while offering more accountability.

This research focused primarily on holograms and holographic technology that can assist libraries and their users in the near future. It further attested to the need for there to be greater consideration for physically challenged individuals and their access to material from the library.

This paper is the genesis for discussion surrounding holograms and holographic technology in the English-speaking Caribbean. It sought to bring awareness to the possible uses of holograms while exploring the practical implications of its use in libraries across the English-speaking Caribbean.

In the context of libraries adopting artificial intelligence (AI) technology, this paper aims to demonstrate the synergy between two different yet complimentary frameworks, need-based experimentation (NBE) and curiosity-based experimentation (CBE). It looks at how these frameworks interact and operate together to promote technological innovation and innovation in libraries.

The authors’ extensive professional experience in the AI adoption and innovation of libraries is drew upon in this paper. The methodology encompasses empirical observations of various libraries engaging in digital innovations through experimentations with AI technology adoption practices. Using the frameworks of NBE and CB), these observations are examined to find patterns, relationships and mutual reinforcement between the two methods. The analysis of this study is built on the authors’ observations and real-world case studies.

The research reveals that NBE and CBE work together to provide libraries with all-encompassing adoption methods for AI technology. This study indicates a dynamic interaction between NBE and CBE that boosts libraries’ methods for adopting AI technology. NBE acts as a catalyst for CBE by raising awareness of specific library needs, prompting librarians to explore AI technologies aligned with those needs. This synergy empowers librarians to creatively experiment with technology solutions that directly address pressing library challenges. Conversely, CBE fuels NBE by promoting group learning among diverse team members and fostering individual motivation to tackle library needs collaboratively. As they explore AI technology out of personal curiosity, librarians make important contributions that enhance NBE.

The novel aspect of this study is the recognition of the complementarity between NBE and CBE frameworks, which suggests that libraries should view them as intertwined rather than two separate approaches. Focusing on both methodologies increases the culture of experimentation and improves the problem-solving abilities of librarians. Innovation is fueled by controlled experimentation and innate curiosity in an atmosphere that is fostered by the mutual influence of NBE and CBE. This synthesis offers libraries a comprehensive strategy for adopting AI technology, empowering them to manage the shifting environment and realize the revolutionary promise of AI technologies.

Artificial intelligence (AI) is one of the emerging technologies of this time. AI is a widely used technology in library services that can transform the best services in the age of information technology. This paper aims to highlight the use of AI in library operations. Several research has been undertaken on this subject, but that only address a few applications. AI and libraries have a substantial nexus; nevertheless, the use and awareness of AI in library services are still creating question marks addressed in this paper. This study will help the policy stakeholder, librarians and scholars in the field to address these issues before the deployment of AI in library services.

This study is based on a qualitative method using content analysis techniques. An extensive review of literature on “artificial intelligence”, “smart libraries” was carried to ascertain the emerging technologies in the smart library domain. Literature was searched against various keywords like artificial intelligence, smart technologies, Internet of Things, electronic resource management, data mining and ambient intelligence. This study highlights the pros and cons of AI in library services and its possible solutions.

The findings of this study show that AI is a vibrant technology that can be used in library services; however, some obstacles like adequate funds, the attitude of librarians and technical skills are a few obstacles that hamper AI in library operations. The findings also reveal that using AI in library operations will accelerate libraries in the right direction. Furthermore, this study highlights various applications that can be deployed without spending costs.

This paper may be of interest to academic, librarians, policymakers, researchers and the government to have a perspective on initiatives in the country on application of technology in library services. This study can introduce the current status and potential of this technology to bring the technology revolution in library and information center services.

This study will motivate library professionals to take advantage of AI in library services and further accelerate library operations in the right direction.

This study covers the understanding of AI in library services that will help the librarian’s and information professionals leverage AI in library scenarios. Furthermore, the practical implication of AI in library services will bring positive change in implementing AI.

The purpose of this paper is to investigate the adoption of radio frequency identification (RFID) technology in handling and supporting information services and activities in Kenyan university libraries.

The study utilized a survey research design to collect data, ideas, opinions, views and suggestions from the respondents drawn from various university libraries in Kenya. Collecting data and getting in‐depth information from the respondents was done using a web‐based structured questionnaire, document analysis and participant observation.

The findings from the study show that few university libraries in Kenya are using radio frequency identification technology to handle and support information services and activities. The study also found various problems hindering the adoption of the technology, such as a lack of information communication technology (ICT) policies, lack of a business approach, limited market opportunities, lack of lobbying or negotiating skills, inadequate funding and budgeting, and lack of ICT competencies and skills. The study recommends that library ICT professionals, information professionals and other stakeholders should make tireless efforts to implement and use RFID technology with the view to building, strengthening, improving and supporting information work and activities in university libraries.

The study involved RFID technology, a relatively new and emerging innovation in university library and information systems, especially in the Kenyan context. The study also involved university libraries in Kenya that provide and support the fundamental functions of their respective universities.

Fundamentally, library ICT professionals, information professionals and other stakeholders need to take appropriate measures to address issues affecting the use of RFID solutions. There is a need to empower university libraries and information professionals with the right mix of ICT knowledge and skills necessary in the modern information environment.

Across the world, university libraries are increasingly adopting and implementing RFID solutions in order to handle and support information work and activities. Of critical importance to the discussion is the extent to which university libraries in Kenya are using this technology to handle and support information work and activities effectively and efficiently. Proper management of library operations and services is necessary in university library and information systems.

The focus of the study was to assess the extent to which university libraries in Kenya are adopting and using RFID systems in information work and activities. This research is useful in providing a point of reference for university libraries and information professionals, increasingly going for similar solutions in Kenya and Africa in general.

This paper aims to present an overview of technology in libraries that have been “left behind”, that is, libraries that are not technology compliant in terms of providing services with the latest digital tools.

Systematic literature review on libraries that are “left behind” in technology was done and the data gathered presented, of the latest trends in such libraries and their progress or regression.

Public and university libraries are mostly left behind depending on the environment and the prevailing circumstances in the environment. The COVID-19 pandemic, unrest and war situations have affected technology use in libraries and created different left behind scenarios in libraries. Recommendation is made for libraries, librarians and information specialists to remain dynamic and versatile to cope in the institutions where they work.

“Left behind” libraries are always trying to catch up, and therefore more attention ought to be paid to them, especially in the digital era of constant emerging technologies.

The purpose of this paper is to discuss the changing role of the academic library, in relation to technology support services. It proposes that library technology services should expand to take a central role in developing student academic technology skills, and shows how moving into non-traditional areas of technology support can expand a library’s operation capabilities to include entrepreneurship and innovation for faculty, staff and students.

The paper outlines how our library expanded its technology services to include course management support, technical literacy training and three-dimensional (3D) printing, and details future developments into robotics and software development. It details the authors initial objectives, the issues encountered, the improvements made in response and what the authors hope to do in the future.

We are at a time when technology has made innovation and creation available to many. Academic libraries should take on this opportunity of repositioning technology services to provide and promote technical applications, becoming a central point for library users to share ideas and collaborate on projects. As a result of the interdisciplinary nature of academic libraries, the authors are in the best position to make this happen on campus.

Even though continual change has been a theme in the development of libraries, very little has been written on the role of technology support services. This paper sets the foundation for further exploration in how taking on academic technology support services, 3D printing and makerspaces could be a part of library services.

India is one of the oldest civilizations with a kaleidoscopic variety and rich cultural heritage. It has achieved multi‐faceted socio‐economic progress during the last 43 years of its independence. As the seventh largest country in the world, India is well marked off from the rest of Asia by mountains and the sea, which gives the country a distinct geographical entity. India comprises twenty five states and seven union territories. India has made commendable progress in the technological, engineering and communication fields. Modern technologies are applied to information handling. Production of hardware and software technology is domestic. National resources are augmented by establishing links with the international systems. There are 106 medical colleges, and 40 dental colleges in India. Besides this, there are nursing colleges, pharmacy colleges and other institutions. Each college/institution has a library of its own attached to it. The libraries can be classified into Medical, Research, Ayurvedic, Homeopathic, Dental, Unani and Pharmaceutical Libraries. A survey was carried out on the usage of modern technologies in health sciences libraries eg. photocopiers, microfilming, computers, facsimile transmission, audiovisual, online searching and CD‐ROM in the form of a questionnaire. Personal visits were made to a number of libraries and some of the librarians were also interviewed. This paper examines the impact of modern technologies on medical libraries, and concludes with the problems faced by the librarians in adopting the modern technologies and suggests the need and measures for implementation of modern technologies to health science libraries.