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Total Worker Health^® (TWH) programs, which represent a holistic approach for advancing worker safety, health and well-being, require an employer to adapt programmatic coordination and employee involvement in program design and delivery. Organizational readiness for such measures requires competencies in leadership, communication, subject expertise and worker participation. In the absence of documented methods for TWH readiness assessment, the authors developed a process to prospectively identify implementation facilitators and barriers that may be used to strengthen organizational competencies and optimize the organizational “fit” in advance.

The mixed-method baseline assessment instruments comprised an online organizational readiness survey and a key leader interview; these were administered with key organizational and labor leaders in five US healthcare facilities. Findings about organizational resources, skills available and potential implementation barriers were summarized in a stakeholder feedback report and used to strengthen readiness and tailor implementation to the organizational context.

The research team was able to leverage organizational strengths such as leaders' commitment and willingness to address nontraditional safety topics to establish new worker-led design teams. Information about program barriers (staff time and communication) enabled the research team to respond with proactive tailoring strategies such as training on participant roles, extending team recruitment time and providing program communication tools and coaching.

A new method has been developed for prospective organizational readiness assessment to implement a participatory TWH program. The authors illustrate its ability to identify relevant organizational features to guide institutional preparation and tailor program implementation.

The purpose of this paper is to discuss three potential contributions from implementation science that can help clinicians and researchers to design and evaluate more effective integrated care programmes for older people with frailty.

This viewpoint paper focuses on three contributions: stakeholder engagement, using implementation science frameworks, and assessment of implementation strategies and outcomes.

Stakeholder engagement enhances the acceptability of interventions to recipients and providers and improves reach and sustainability. Implementation science frameworks assess provider, recipient and wider context factors enabling and hindering implementation, and guide selection and tailoring of appropriate implementation strategies. The assessment of implementation strategies and outcomes enables the evaluation of the effectiveness and implementation of integrated care programmes for this population.

Implementation science provides a systematic way to think about why integrated care programmes for older people with frailty are not implemented successfully. The field has an evidence base, including how to tailor implementation science strategies to the local setting, and assess implementation outcomes to provide clinicians and researchers with an understanding of how their programme is working. The authors draw out implications for policy, practice and future research.

Different models to deliver integrated care to support older people with frailty exist, but it is not known which is most effective, for which individuals and in which clinical or psychosocial circumstances. Implementation science can play a valuable role in designing and evaluating more effective integrated care programmes for this population.

This paper aims to point to established theory bases from other disciplines that may be used to illustrate the benefits, complexities and risks accompanying the adoption of radio‐frequency identification (RFID) technology.

Three theory streams are explored with respect to RFID adoption at two levels: the level of the tagged unit; and the level of the adopting firm. Each theory stream is evaluated specifically with respect to RFID, and research questions are proposed.

A variety of theoretical disciplines bring to light tension between uncertainty that spurs RFID adoption and uncertainty that accompanies RFID adoption.

Insights are provided for managers wrestling with: the question of whether and/or how to adopt RFID; or concerns regarding the implications of their decision to adopt RFID. In addition, the theory bases explored in this research offer guidance regarding risks that accompany RFID adoption but are not commonly considered.

For those contemplating adoption of, or research into, RFID technology, the paper offers a detailed synthesis of valuable theory streams, as well as promising research questions.

This paper aims to propose a conceptual model of policy components for software that supports modularizing and tailoring of information security policies (ISPs).

This study used a design science research approach, drawing on design knowledge from the field of situational method engineering. The conceptual model was developed as a unified modeling language class diagram using existing ISPs from public agencies in Sweden.

This study’s demonstration as proof of concept indicates that the conceptual model can be used to create free-standing modules that provide guidance about information security in relation to a specific work task and that these modules can be used across multiple tailored ISPs. Thus, the model can be considered as a step toward developing software to tailor ISPs.

The proposed conceptual model bears several short- and long-term implications for research. In the short term, the model can act as a foundation for developing software to design tailored ISPs. In the long term, having software that enables tailorable ISPs will allow researchers to do new types of studies, such as evaluating the software's effectiveness in the ISP development process.

Practitioners can use the model to develop software that assist information security managers in designing tailored ISPs. Such a tool can offer the opportunity for information security managers to design more purposeful ISPs.

The proposed model offers a detailed and well-elaborated starting point for developing software that supports modularizing and tailoring of ISPs.

The purpose of this paper is to review current continuous improvement implementation models and frameworks, and present a new conceptual framework tailored specifically to the needs of UK manufacturing companies.

The paper details the in-depth review of 20 existing models or frameworks for continuous improvement implementation, demonstrating the need for a new industry and region specific solution. Through the incorporation of previous findings from literature, coupled with the positive aspects of the current offerings, a new conceptual framework for continuous improvement implementation in UK manufacturing companies is presented.

The paper demonstrates the need for industry and region specific frameworks and demonstrates that current models and frameworks do not completely fulfil the objective of the research. A new continuous improvement implementation framework is therefore presented in a user friendly format, comprising positive aspects of previous models and frameworks where applicable.

The focus of the research is limited to the UK and the manufacturing industry. It is therefore not clear the applicability of the framework presented to other regions and industries. The framework presented is also conceptual at this stage and requires validation through interview and application.

The framework presented will provide senior managers wishing to implement continuous improvement an understanding of the high level process, as well as awareness of their role within the roll out. Overall, the framework provides a clear guide whilst also allowing for individual tailoring of the elements contained to the needs of the company.

The paper presents a new conceptual framework; the first to be tailored to the needs of UK manufacturing companies. The framework has also been demonstrated to be a more robust solution than those currently in existence.

Constraint-induced movement therapy (CIMT) is an effective intervention for arm recovery following acquired brain injury; however, there is an evidence-practice gap between research and CIMT use in practice. The aim of this study was to identify individual, organisational and social factors enabling implementation and sustained delivery of CIMT programs internationally.

Descriptive qualitative design. Purposive sampling was used to recruit occupational therapists and physiotherapists with previous experience delivering CIMT. Semi- structured interviews were conducted, using an interview schedule informed by the Theoretical Domains Framework (TDF) to explore individual factors (such as knowledge, skills and beliefs), organisational factors (such as organisational culture and resources) and social factors (such as leadership) influencing CIMT implementation. Interviews were audio-recorded, transcribed and managed using NVivo. The TDF guided data analysis and identification of key influences on CIMT implementation and sustainability.

Eleven participants (n = 7 [63.6%] occupational therapists and n = 4 [36.4%] physiotherapists) were interviewed from six countries, working across public (n = 6, 54.6%) and private health (n = 5, 45.5%). Six key domains influenced CIMT implementation and sustainability. Clinicians needed knowledge and opportunities to apply their skills, and confidence in their ability to implement CIMT. Within their workplace, supportive social influences (including broader team support), the environmental context (including organisational culture and resources) and reinforcement from seeing positive outcomes contributed to implementation and sustainability. Other important influences included community demand and tailoring of programs to meet individual needs.

This is the first study to examine therapists' experiences of CIMT implementation and sustainability across multiple countries. Factors related to capacity building, social and organisational support and resources enabled CIMT program implementation and ongoing sustainability. These findings can be used to design behaviour change interventions to support CIMT use in practice.

This chapter provides some concluding reflections on the different experiences of structural change encountered by the TARGET partners. The various TARGET partners had different roles in the structural change processes: seven organisations designed, implemented and monitored gender equality plans (GEPs) for the first time, two organisations provided tailored support to implementing institutions and one organisation evaluated GEP implementation. This edited volume provides an account of these diverse experiences of engaging with and catalysing structural change in very different research organisations operating in extremely different contexts both within the EU and beyond. The volume thus contributes to the growing body of literature generated from structural change projects by offering a specific focus on the TARGET approach. The TARGET process of structural change – undertaken through the development and implementation of tailored, evidence-based GEPs – was found to be strengthened through formal top management commitment and by taking a reflexive approach that was powered by communities of practice and supported by financial resources, gender expertise as well as gender and organisational change competences. Engaged institutions thus managed to overcome unfavourable conditions and implement tailor-made, context-specific interventions, some of them in areas at the cutting edge of topics and issues linked to gender equality in research and innovation such as tackling sexual harassment, sustainability and integrating the gender dimension into research content and curricula.

Implementing a performance measurement system (PMS) for research and new product development (R&NPD) is fundamental for supporting decision making but is a challenging task, because effort levels are not measurable and success is highly uncertain. The purpose of this paper is to investigate the design of a PMS in R&NPD in a case study based on the balanced scorecard and Lynch and Cross's pyramidal framework.

The case study regards Whitehead Alenia Sistemi Subacquei that was thought to be a proper company for the empirical analysis for its strong reliance on R&NPD activities, the adoption of a PMS in the R&NPD department and the lack of contributions in the literature that investigate the design of a PMS for R&NPD function in the context of the military industry.

Relevant managerial implications can be drawn: there is the need for different perspectives in measuring performance in an NPD environment, beyond the iron triangle (time, cost and quality); the use of different perspectives/indicators allows tailoring PMS to the specific object of control, coherently with the need to identify specific responsibilities for each measured performance; the adoption of different performance perspectives/indicators should not prevent a holistic view of performance, in which the different performance perspectives/indicators are related with the overall R&NPD economic performance and implementation matters: sharing with people the measurement aim/characteristics make the PMS understandable and acceptable.

Although this subject has been debated in the literature, more study of applications in real contexts is needed.