Studi Kasus Pengaruh Dana Desa Terhadap Peningkatan Aset Desa Waru Jaya Menggunakan Sustainable Livelihood Impact Assessment Method

After the village fund program runs, it is necessary to review the impact of the Village Fund's performance to determine the achievement of the program with parameters for changes to assets/capital using the SLIA (Sustainable Livelihood Impact Assessment) method, to measure changes in village assets before and after the program. Data on changes in village assets is important to set further policy on the program

Impact Assessment in Not-for-Profit Organizations: The Case of a Foundation for the Development of the Territory

The paper describes the impact assessment method of new projects and investments in a foundation for the development of the territory based on a venture philanthropy approach. It compares the method identified with the main procedures included in the scientific literature. The paper highlights a qualitative case study carried out through three steps: (a) case study selection, (b) data collection, and (c) data analysis. Data were analyzed by three techniques: understanding the context, within-case study, and cross-case study. The result identifies an impact assessment method of new projects and investments used by a foundation for the development of the territory. It highlights a qualitative impact assessment method used for internal reporting purposes. This method is based on an ex-post evaluation with high feasibility, which allows for significant time saving. However, it does not allow for an in-depth cost analysis and presents low credibility. This assessment method can be used to justify contributions to projects and investments.

Comparative Life Cycle Assessment of Conventional Concrete to Ash Concrete

In the present work, the environmental impacts of the concrete made with woody fly ash that presented compressive strength like the conventional concrete were evaluated and compared using the Life Cycle Assessment methodology. The impact assessment method used was the “CML-IA baseline” implemented in SimaPro software. The results showed that concrete with fly ash had a lower impact than conventional concrete in all the impact categories under study and may be classified as an eco-material (eco-concrete) considering that the environmental issues that are minimized are waste reduction, reduce of landfill problems and resource saving by the utilization of recycled materials.