Projects

2015

  1. Risk Screening For Palm Oil, Coffee (Arabica dan Robusta), and Cocoa in West Papua Province that Accounts for the Potential Impacts of Climate Change. CI – USAID.
  2. Flood Early Warning Early Action System For Bengawan Solo Watershed. PMI – International Federation of Red Cross and Red Crescent Societies.
  3. Development of Planting Map Information System for Agricultural Activities Planning in Indramayu to Increase the Agricultural Productivity. Society Service Grant Program – ITB.
  4. Development and Implementation of Paddy Planting Time Information System with High Resolution and Accuracy, and The Prediction of Climate-Related Disaster Potency to support the Agricultural Productivity in Indramayu District. Ministry of Research and Technology Republic of Indonesia – Local Planning and Development  Agency of Indramayu.
  5. Rainfall Prediction studies for Disaster Risk Reduction in Nusa Tenggara. World Neighbors (WN) – USAID
  6. Development of Rainfall Projection Interface Website in Ende District, East Nusa Tenggara. Institute for Rural Technology Development (LPTP), Karitas Indonesia.
  7. Development of Paddy Planting Time Information System Using Google Maps Technology. MP3EI Program, Directorate General of Higher Education – Local Planning and Development Agency of Indramayu.

2014

  1. Climate Smart Model for Planting Calender and Climate Related Disaster. Winrock International – USAID – Local Planning and Development Agency of Indramayu and Cianjur.
  2. Economic Assessment of Climate Change Impact on Agriculture in Indramayu, West Java. Winrock International – USAID – Local Planning and Development Agency of Indramayu and Cianjur.
  3. PMI Greater Jakarta Urban Disaster Risk Reduction Project: Activities in Vulnerability Assessment of Climate Change Impact along the Ciliwung River Flowing through Bogor, Depok, and North Jakarta. PMI – AMCROSS
  4. PMI Greater Jakarta Urban Disaster Risk Reduction Project: Development of Sea Level Rise Projection in North Jakarta. PMI – AMCROSS.
  5. A Development of  10 Day-Period Climate Model Prediction with High Resolution and Accuracy for Determining the Planting Rice in Indramayu. Ministry of Education of Republic Indonesia, National Strategy Program.
  6. A Development of Rainfall Model Projection  to Determine the Agricultural Planting Time and the Potency of  Climate Disaster and Diseases in TTS, TTU, Nagekeo – NTT. Yayasan Mitra Tani Mandiri (YMTM) – Local Government of TTS, TTU & Nagekeo.
  7. A Development of Climate Model Projection  to Determine the Agricultural Planting Time and the Potency of  Climate Disaster in Ende District, NTT. Institute for Rural Technology Development (LPTP) – Local Government of Ende.
  8. A Development of Climate Model Projection  to Determine the Agricultural Planting Time and the Potency of  Climate Disaster in Sikka District, NTT. Karina-KWI (Bishop’s Converence of Indonesia) – Local Government of Sikka.
  9. A Development of Sea Level Rise Model Projection  to Determine the Potency of Climate Disaster in Sikka District, NTT. Karina-KWI (Bishop’s Converence of Indonesia) – Local Government of Sikka.

2013

  1. Software Application on Map of High Resolution Planting Calendar for Supporting Rice Productivity in Indramayu. Ministry of Research and Technology of Republic Indonesia.
  2. Integration of Strategic Environmental Assessments (SEA) and Low-emission Development Strategies (LEDS) Into Spatial and Development Plans in USAID IFACS target landscapes. PT. URS Indonesia – USAID – IFACS.
  3. Model of Rice and Palawija Planting Time Determination for Adaptation to Climate Change in Belu District, East Nusa Tenggara Province. Ministry of Agriculture of Republic Indonesia.
  4. Assessment of Rainfall Projection in 5 Next Years and Adjustment of Planting Pattern in Dry Land of Sumba Timur. World Neighbors (WN).
  5. Pre-Study on Wind Energy Potency in Three Locations in Indonesia. PT. Pertamina (Persero).

2012

  1. Development of ICT for Rice Planting Time Prediction in West Java. Ministry of Education of Republic Indonesia, MP3EI Program.
  2. Participatory Research on Climate Change Vulnerability in East Nusa Tenggara. PLAN Indonesia and AIFDR, Australia.
  3. Joint Development of a Knowledge Center on Solar Energy. INDF.

2009

  1. Jakarta Extreme Flood in 2007. EEPSEA Canada.
  2. High Resolution Map projection of Seasonal and Climate Change for Food Security in Indonesia. Ministry of Research and Technology, Republic of Indonesia.
  3. Adaptive Behavior Assessment Base on Climate Change Event: Jakarta’s Flood 2007. EEPSEA, IDRC CANADA.
  4. Prediction of Paddy Planting Based in Climate Model Using New Fast Fourier Transform Method. PERHIMPI.

2008

  1. Global Climate Change Phenomenon and Its Implication in Indonesia’s Food Security. Ministry of Agriculture, Republic of Indonesia .
  2. Climate Change Modeling with Non-Linier Least Square and Fast Fourier Transform Methods. Institut Teknologi Bandung (ITB).
  3. Assessment of Climate Change Adaptation for Water Resources Management in Jakarta.  Institut Teknologi Bandung (ITB).

2007

  1. Assessment of Natural Disaster in West Java. Balitbangda West Java.
  2. Assessment of Citarum River,  Basin Management as Implication of Climate Change. WWF Indonesia.
  3. Economic and Financial Assessment of Renewable Energy in Indonesia. Institut Teknologi Bandung (ITB).
  4. Enhancement of Global Carbon Sequestration from Indonesia Tropical Forest. Institut Teknologi Bandung (ITB) – Islamic Development Bank (IDB).
  5. Assessment of Renewable Energy Potential for Clean Development Mechanism (CDM) and Sustainable Development. Ministry of Research and Technology, Indonesia.