Small Successes Make Big Wins: A Retrospective Case Study towards Community Engagement of Low-SES Families

In health-promoting interventions, a main difficulty is that low socioeconomic status (SES) groups especially seem to experience barriers to participation. To overcome this barrier, the current study focused on the success factors and obstacles in the process of supporting low-SES families in becoming partners, while carrying out small-scale activities based on their needs. A retrospective case study design was used to construct a timeline of activities organized by and together with low-SES families based on mainly qualitative data. Next, key events were grouped into the four attributes of the resilience activation framework: human, social, political, and economic capital. The following key lessons were defined: professionals should let go of work routines and accommodate the talents of the families, start doing, strive for small successes; create a functional social network surrounding the families, maintaining professional support over time as back-up; and create collaborative governance to build upon accessibility, transparency and trust among the low-SES families. Continuous and flexible ‘navigating the middle’ between bottom-up and top-down approaches was seen as vital in the partnership process between low-SES families and local professional partners. Constant feedback loops made the evaluation points clear, which supported both families and professionals to enhance their partnership.

A Comprehensive Review of the Study and Development of Microcapsule Based Self-Resilience Systems for Concrete Structures at Shenzhen University

A review of the research activities and achievements at Shenzhen University is conducted in this paper concerning the creation and further development of novel microcapsule based self-resilience systems for their application in concrete structures. After a brief description of pioneering works in the field starting about 10 years ago, the principles raised in the relevant research are examined, where fundamental terms related to the concept of resilience are discussed. Several breakthrough points are highlighted concerning the three adopted comprehensive self-resilience systems, namely physical, chemical and microbial systems. The major challenges regarding evaluation are emphasized and further development concerning self-resilience in concrete structures will be addressed.