The document outlines several projects and studies conducted by the author including: 1. An identification of urban fire risk in Bandung, Indonesia which aimed to determine susceptible fire areas to inform fire station locations. 2. A study on land use directives for the Gedebage Industrial Park in Indonesia to determine appropriate building densities based on drainage capacity. 3. Assistance on an integrated master plan for the Bandung Metropolitan Area covering 4 municipalities in Indonesia. 4. A thesis using multi-criteria decision making to determine a landfill allocation site for West Bandung, Indonesia. 5. A coursework comparing kriging methods to estimate metal concentration from sample data.

1. 2004 High risk Low risk Final project bachelor Identification of Urban Fire Risk Index; case study Bandung, Indonesia BACKGROUND : Bandung region has high number of fire accident, yet it has only one fire station. AIM : Prior to determine the location of fire station, areas susceptible with fire should be identified. This study aimed to determine fire risk in urban city of Bandung. METHOD : Risk = Vulnerability - Safety TOOL : Geoprocessing tools ArcView 3.14, MsExcel

2. 2005 Final project, co-author Land Use Directives Based on Main Drainages Capacity Gedebage Industrial park, Indonesia BACKGROUND : Gedebage continues to experience yearly flooding due to urban pressure, while according to master plan, it is appointed as a future main industrial zone in the region. AIM : To determine the building floor areas aimed to support large areas for precipitation infiltration. METHOD : Calculate the required areas for industrial zone and compared with the drainage capacity support in the industrial defined area. TOOL : Geoprocessing tools ArcView 3.14, MsExcel

3. 2006 Project, assistant Integrated Master Plan of Bandung Metropolitan Area Indonesia 4 Municipalities; Kabupaten Bandung Kota Bandung Kota Cimahi Kabupaten Sumedang BACKGROUND : Metropolitan Bandung needed a new master plan to accommodate the population density as well as the economical pressure. AIM : to capture current urban expansion followed by analysis new spatial directives. METHOD : Delineate spatial growth stadium by land use and land cover interpretation. TOOL : Spatial analyst on ModelBuilder ArcView 9, MsExcel

4. 2008 Thesis to obtained Master degree GIS – DM* procedure; Case study; West Bandung area Indonesia * Decision making BACKGROUND : Following the methane explosion on landfill, Bandung Barat region needed a new sanitary landfill. AIM : to determine landfill allocation based on three different scenarios. METHOD : Multi-Criteria Decision Making. TOOL : Spatial analyst on ModelBuilder ArcView 9, and IDRISI (MOPLA plug-in)

5. 2008 Geostatistic, course work Comparing various kriging methods for mineral quantification Zura dataset, Swiss BACKGROUND : Geostatistics course. AIM : To extensively estimate metal concentration (Zinc) using point sample locations. METHOD : Sample kriging, ordinary Kriging, Simple Kriging with linear mean. TOOL : GSLib, variowin, Surfer

6. 2010 Université Catholique de Louvain Louvain la Neuve, Belgium Rank method Tree cores, Liberec, Czech Republic BACKGROUND : Current sampling methods are expensive, whereas non-invasive methods seems promising to identified the plume. AIM : To monitor Chloro Ethene plume at least by minimal invasive method using tree core. METHOD : Rank data transformation and ordinary kriging. TOOL : Matlab BMELib [no image available as it still in the writing stage]

7. 2011 Université Catholique de Louvain Louvain la Neuve, Belgium Maximum Entropy Bioassays, Liepzig, Zeitz, Germany BACKGROUND : Current sampling methods are expensive, whereas non-invasive methods seems promising to identified the plume. AIM : To monitor Chloro Ethene plume at least by minimal invasive method using bioassay eg: fish embryos and luminescence bacteria. METHOD : Maximum Entropy and ordinary kriging. TOOL : Matlab BMELib [no image available as it still in the writing stage]