Dr. Nur Mohammad Shuman, EIT - Officer - University of Information Technology and Sciences

Dr. Nur Mohammad Shuman, EIT

Associate Professor and Head

Department: CE

Official Phone: +8809678008487, Ext-208

Email:
head.ce@uits.edu.bd
mohammad.shuman@uits.edu.bd

Bio

Sustainable infrastructure, Transportation Geotechnics, Retaining Structures, Numerical modeling, Geotechnical Instrumentation and Performance Monitoring, Geophysical Testing, Climate and Seasonal Effects on Infrastructures

Academic Background

Ph.D. in Civil Engg

Jackson State University, Jackson, MS, USA.

2023

M.Sc.InCivil Engg

Jackson State University, Jackson, MS, USA.

2020

B.Sc.InCivil Engg

Bangladesh University of Engineering and Technology

2007

HSC

Notre Dame College

2001

SSC

Motijheel Govt. Boys’ High School

1999

Professional experience

Project Officer of a Project for Special Child

PROYASH Institute of Special Education,

15 May 2015 to 19 Apr 2018

Project Officer and Horizontal Platoon Commander of an UN Contingent Bangladesh Engineer Construction Company in MINUSMA

UN Contingent Bangladesh Engineer Construction Company in MINUSMA, Mali

10 February 2014 to 13 Dec 2014

Staff Officer (Work) for Road Construction Project Officer of a Road Construction Project

Chittagong- Hathajari- Rangamati road project

Ghagra- Chondroghona-Bangalhalia-Bandorban road project

Bangalhalia-Rajasthali road project, 19 ECB (Engineeri Construction Battalion), Chittagong

26 April 2011 to 09 February 2014

Research interest

Sustainable infrastructureTransportation GeotechnicsRetaining StructuresNumerical modelingGeotechnical Instrumentation and Performance MonitoringGeophysical TestingClimate and Seasonal Effects on Infrastructures

Career highlights

Selected publications

Performance-Based Design Method for Multiple Helices of Helical Pile in Cohesionless Soil

Type: JOURNAL, CONFERENCE,

Published on: Transportation Research Record, 2677(5), pp.77-91
Settlement based load capacity curve for single helix helical pile in c-ϕ soil

Type: JOURNAL,

Published on: Soils and Foundations, 63(1), p.101265.
Capacity review of large diameter helical pile in cohesive and Cohesionless soil

Type: JOURNAL,

Published on: 2021
DOI: 10.13140/RG.2.2.29427.45607
Coupled Hydro-Mechanical Analysis of Highway Slope on Expansive Soil Subjected to Rainfall

Type: JOURNAL,

Published on: Geo-Extreme 2021 (pp. 167-177), 2021
Vetiver Grass Performance on a Distressed Highway Slope of High-Plastic Clay under Excessive Rainfall

Type: JOURNAL,

Published on: Geo-Congress 2022 (pp. 268-278).
Performance Based Design Method for Multiple Helices of Helical Pile in Cohesionless Soil

Type: JOURNAL,

Published on: TRB 101st Annual Meeting, January 9-13
Evaluation of Effective Stress-Beta Method’s Design Coefficients Using Machine Learning

Type: JOURNAL,

Published on: 2021 TRB virtual 100th Annual Meeting, January 15-21.
Simplified Design Method for Small Diameter Helical Pile

Type: JOURNAL,

Published on: 2021 TRB virtual 100th Annual Meeting, January 15-21
Landslide Hazard Potential Mapping in Mississippi based on Field Investigation and Remote Sensing

Type: JOURNAL,

Published on: AGU Fall meeting, December 13-17
Downscaling Remotely Sensed Soil Moisture Variations Using Satellite and Unmanned Aerial Vehicle (UAV) Photogrammetry

Type: JOURNAL,

Published on: AGU Fall meeting, December 13-17
Data-Driven Prediction of Climate Change Impact on Soil Moisture Content in Yazoo Clay using Machine Learning

Type: JOURNAL, CONFERENCE,

Published on: 2024 TRB 104th Annual Meeting, January 5-9
Efficient Machine Learning Model for Settlement Prediction of Large Diameter Helical Pile in c - Φ Soil

Type: JOURNAL, CONFERENCE,

Published on: 2024 TRB 104th Annual Meeting, January 5-9