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    Item type:Publication,
    Burnout resilience in the face of the COVID-19 pandemic
    (Instituto Tecnologico de Costa Rica, Business School, 2024)
    Mucharraz y Cano, Yvette
    ;
    Dávila-Ruiz, Diana
    ;
    Cuilty-Esquivel, Karla
    The COVID-19 pandemic had an unprecedented negative impact on women’s mental well-being, especially on mothers. This article proposes the concept of “burnout resilience” and introduces “structural support” as a variable that influences job burnout in women, mothers working in executive positions. Different support measures may promote resilience: in this case, the structural, organizational, and family-related. The study focuses on resilience enablers in a disaster scenario like the COVID-19 pandemic. The study highlights the relevance for public policy and organizations of ensuring organizational and structural support that contributes to develop resilience for mitigating burnout, especially during natural catastrophe periods and war environments, among other negative scenarios. The investigation aimed to quantify job burnout among 704 executive mothers during the COVID-19 pandemic, using the Maslach Burnout Inventory General survey. The data-collection method employed was a non-probabilistic snowball sampling technique, and the hypotheses were tested using a comparison of means t-test and one-way analysis of variance (ANOVA). Results showed the relationship between job burnout and organizational, familial, and structural support. The findings also reveal that organizational and structural support attenuated burnout, while familial support is not correlated with burnout mitigation. Moreover, compared to the pre-pandemic period, executive mothers seemed to have experienced an increase in burnout during the COVID-19 pandemic. ©The authors ©Business School, Instituto Tecnologico de Costa Rica.
      17
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    Item type:Publication,
    SCOMA hand prosthetic
    (2021)
    García, Carlos
    ;
    Reyes, Arturo
    ;
    Canul, Monserrat
    ;
    Gurza, Octavio
    ;
    Cruzado, Sebastián
    SCOMA Prosthetic Hand is a robotic hand that can give to the patient the ability to resume a good part of their daily activities. It is not only designed to resume daily activities, but also to improve the mental health of the patient. Worldwide, each year the number of amputees increases from 150,000 to 200,000 in which 30% of these amputees have suffered an upper limb amputation but only between 27% and 44% of them use arm prostheses. There are many reasons behind this, but some aspects to consider about existing prostheses are: uncomfortable, very expensive, have a robotic appearance, or need invasive procedures to fit patients. In our proposal we used the mechatronic design methodology and the data from the Amputee Coalition to create a new hand prosthesis. We analyzed it through different studies such as SWOT diagrams, quality matrix, goal tree and pairwise comparison matrix and simulation tests. In addition, we tested a 3D printing to find a suitable design and the most assertive components. By building the robotic hand with cheaper, more common components and limited functions, we can offer to the patients a comfortable prosthesis and a new more realistic option than those offer on the market. This prosthesis have limited functions but can be accessible to many people and the design could be improved in the future easily. © 2021 IEEE.
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