Resume
Introduction
|
·
Name |
Saurav Ranjit |
|
·
Affiliation |
|
|
LocationMind株式会社 (LocationMind Inc.) - Senior Data Engineer |
|
|
|
Academic
Degree
|
Degree |
Affiliation |
Year |
|
PhD in Civil
Engineering |
The
University of Tokyo, Tokyo, Japan |
2015.10
– 2018.09 |
|
Master in Remote Sensing and Geographic
Information System |
Asian Institute of Technology, Klong Luang,
Pathumthani, Thailand |
2013.01
– 2014.12 |
|
Bachelor
in Electronics and Communication Engineering |
Kathmandu Engineering College, Tribhuvan
University, Kathmandu, Nepal |
2004.10 – 2009.05 |
Work
Experience
|
Office |
Post |
Year |
|
LocationMind株式会社 (LocationMind Inc.), Japan |
Senior Data Engineer |
2019.11
– present |
|
Center for
Spatial Information Science, The University
of Tokyo, Japan |
Visiting
Researcher |
2021.10
– 2024.03 |
|
Center for Spatial Information Science, The University of Tokyo, Japan |
Project
Researcher |
2018.10 – 2019.10 (Full Time) |
|
Center for Spatial Information Science, The University
of Tokyo, Japan |
Technical
Assistant |
2017.06
– 2018.09 (Part
Time) |
|
Asian Institute
of Technology, Thailand |
Research
Associate |
2015.02 – 2015.08 (Full Time) |
|
Toyota Tsusho Nexty Electronics Thailand Co., Ltd., Thailand |
Student Trainee |
2014.04
– 2014.10 (Part
Time) |
|
Nepasoft
Solutions Pvt Ltd., Nepal |
Senior
Software Developer |
2010.01 – 2012.12 (Full Time) |
|
HealthNet Nepal, Nepal |
System
Support Trainee |
2008.08
– 2009.06 (Part
Time) |
Research
Achievement
Journal Paper
|
1.
Ranjit, S., Witayangkurn, A., Nagai, M., Shibasaki, R. Agent-Based
Modeling of Taxi Behavior Simulation with Probe Vehicle Data. ISPRS Int. J.
Geo-Inf. 2018, 7, 177. |
Book Chapter
|
1.
Ranjit S., Witayangkurn A., Nagai M., Shibasaki R. (2019) Taxi Behavior Simulation
and Improvement with Agent-Based Modeling. In: Geertman S., Zhan Q., Allan
A., Pettit C. (eds) Computational Urban Planning and Management for Smart
Cities. CUPUM 2019. Lecture Notes in Geoinformation and Cartography.
Springer, Cham. |
Conference Paper
|
1.
Ayumi Arai, Apichon Witayangkurn, Hiroshi Kanasugi,
Zipei Fan, Wataru Ohira, Silvino Pedro Cumbane, Satoshi Miyazawa, Saurav
Ranjit, Mohamed Batran, & Ryosuke Shibasaki. (2020, July 30).
Building a data ecosystem for using telecom data to inform the COVID-19
response efforts. Data for Policy. https://doi.org/10.5281/zenodo.3992420 |
|
2.
Y. Méneroux1., D. Manandhar., S. Ranjit., G. Saint
Pierre., R. Shibasaki (2017). Positional Accuracy Control in Dense Urban
Environment with Low-Cost Receiver and Multi-Constellation GNSS, 9th
Multi-GNSS Asia (MGA) Conference, Jakarta (Indonesia) |
|
3.
A. Peungnumsai, A. Witayangkurn, M. Nagai, A. Arai, S. Ranjit, B. R.
Ghimire (2017) Bangkok Taxi Service Behavior Analysis using Taxi Probe Data
and Questionnaire Survey, MISNC '17: Proceedings of the 4th Multidisciplinary
International Social Networks Conference July 2017 Article No.: 14 Pages 1–8
https://doi.org/10.1145/3092090.3092117 |
|
4.
Ranjit, S., Nagai, M., Witayangkurn, A., Shibasaki, R.
Sensitivity Analysis of Map Matching Techniques of High Sampling Rate GPS
Data Point of Probe Taxi on Dense Open Street Map Road Network of Bangkok in
a Large-Scale Data Computing Platform. In Proceedings of the 15th
International Conference on Computers in Urban Planning and Urban Management,
Adelaide, Australia. |
|
5.
Ranjit, S., Nagai, M., Witayangkurn, A. Bangkok Taxi Probe’s
Big Data Processing for Traffic Hotspot Analysis and Visualization Using the
Apache Hadoop Distributed System. Proceeding of 8th ATRANS Symposium:
Young Researcher’s Forum, 21 August 2015, Bangkok, Thailand. |
|
6.
Ranjit, S., Nagai, M., Rittaporn, I., Hilding, F. GPS Enabled
Taxi Probe’s Big Data Processing for Traffic Evaluation of Bangkok Using
Apache Hadoop Distributed System (2014), Proceeding of 7th ATRANS
Symposium: Young Researcher’s Forum, 22 August 2014, Bangkok, Thailand. |
|
7.
Ranjit, S., Nagai, M., Rittaporn, I. GPS Enabled Taxi Probe’s
Big Data Processing for Traffic Evaluation of Bangkok Using Apache Hadoop
Distributed System (2014), 10th Asia GIS June 16 -17 2014, Lotus
Hotel Pang Suan Kaew, Chiang Mai, Thailand. |
Conference/Poster
Presentation
|
1.
Ranjit, S., Manandhar, D., Shibasaki, R.,Nagai, M.,
Witayangkurn, A. Utilization of GPS/GNSS Big Data from Probe Vehicle for
Traffic Management in the context of Nepal, UN-Nepal Workshop on the
Applications of Global Navigation Satellite Systems, 12-16 December 2016,
Kathmandu, Nepal. |
|
2.
Ranjit, S. Taxi Probe Data Analysis for Taxi Driver Profit: タクシーのプローブデータを解析して乗客の獲得を支援することにより、運転手の利益向上に貢献,
G-SPASE: Annual Meeting, 22 February 2018, Japan. |
|
3.
Ranjit, S. Taxi Probe Data Analysis for Business Catchment, G-SPASE：G-EXPO
Symposium, 13 October 2017, Tokyo, Japan. |
|
4.
Ranjit, S. Taxi Probe Data Analysis to Estimate Customer
Trend with Addressing Urban Traffic Issues, G-SPASE: Annual Meeting,23
February 2017, Tokyo, Japan. |
Thesis
|
1. Taxi GPS
Data Analysis for The Improvement of Taxi Operation of Bangkok (バンコクにおけるタクシー運行改善のための GPS データ分析), 2018. |
|
2. Bangkok
Taxi Probe’s Big Data Processing for Traffic Hotspot Analysis and
Visualization Using the Apache Hadoop Distributed System, 2014. |
Technical
Expertise
|
Big Data Platform Infrastructure (Distributed Processing System) |
·
Hadoop ·
Hive ·
Spark |
|
Programming language/ Database |
·
Java, Python, R ·
PostgreSql, MySql |
|
Geospatial Data Processing/ Analytics |
·
GPS probe vehicle data analysis ·
Mobile GPS big
data analysis ·
CDR data
analysis |
|
GNSS Data Analytics |
·
RTKLIB |
|
GIS Tools |
·
ArcGis, Qgis |