Wildan Fatih Gunawan

LIDAR and aerial photogrammetry data processing for city-wide large scale detailed mapping of the City of Bandung under Pusat Infrastruktur Data Spasial (PIDS) ITB. Project under Dinas Tata Ruang Kota Bandung

• Production of accurate digital terrain model (DTM) from LiDAR data.
• Verified data checking for compliance, error and repeat data.
• Production of high resolution orthophotos, mosaics, and appropriate tilings for 943 Nomor Lembar Peta (NLP) in the entire city of Bandung.

Researcher on the sedimentation rate of Segara Anakan Lagoon and land cover changes within the Citanduy River basin. Research under Dr.Budhy Soeksmantono at ITB Geodesy Department partnering with Balai Besar Wilayah Sungai Citanduy.

• Utilised optical and radar satellite imagery for accurate classification of land cover and rate of sediment deposition within Segara Anakan.
• In-situ verification of remotely obtained data using direct observation and aerial mapping of sample sites.

Lab assistant for Photogrammetry II course in ITB Geodesy Department. In charge of designing practical modules and helped to guide students through the course for the whole semester.

Part of the team on the development and maintainance of Sistem Informasi Geografis Online Kabupaten Sumedang.

• Handled civic data, regional potentials sectors such as tourism, agriculture, industry etc. to produce an easy to interpret geographic visualisations of those information.
• Assisted with field data collection efforts, ensuring accurate representation of geographic features on maps and other visualizations.
• Performed regular data updates by integrating new information into existing GIS databases, ensuring up-to-date resources for project stakeholders.

Photogrammetric Data Analysis on former mining site in Cibulan, Kuningan, West Java, on its suitability for soybean agriculture. Included planning, data acquisition as UAV Pilot, data processing and analysis, and presentation to the village government and regional bodies.

Survey of Situ Umar, Lembang, of its topography using aerial mapping to analyse its vulnerability to flooding

- Making the Terms of Reference for the survey.

- Planning the specifications for the equipment used in the survey

- Determining the distribution of GCPs and check points

- Early reconnaissance to the survey area

- UAV team on survey day

- Aerial mapping using quadcopter UAV

- Data processing of aerial photographs

- Production of orthophoto products in accordance with national standards