SHIBLU SARKER

Orlando, Florida ***** • 407-***-**** adjtif@r.postjobfree.com

• https://www.linkedin.com/in/shiblu-sarker-791113141/ • https://shiblubuet.wixsite.com/website PROFESSIONAL LICENSURE

• Passed Fundamentals of Engineering (FE) Civil Exam on Oct 2019 and able to obtain EIT.

• On the track of Principles and Practice of Engineering (PE) Civil Water Resources and Environmental in April 2021.

EDUCATION

Doctor of Philosophy in Civil Engineering (PhD)

Emphasis in water resources engineering, University of Central Florida, Orlando, Florida, April 2021 (Expected) Bachelor of Science in Water Resources Engineering (BSC), GPA 3.79/4.0 Emphasis in water Resources engineering, Bangladesh University of Engineering and Technology, Dhaka, Bangladesh Feb 2013

PROFESSIONAL EXPERIENCE

Investigating topologic and geometric properties of synthetic and natural river networks under changing climate

(PhD Dissertation)

• Generate Synthetic River/drainage networks through the development of OCN simulation model based on energy minimization principle (MATLAB have been exercised for the development of OCN simulation and data preparation).

• Natural River/drainage networks extracted from digital elevation model (DEM) using python, MATLAB, and ArcGIS software.

• Critical nodes identified on the synthetic and natural river network topology using graph theoretical framework (MATLAB and Python language was used to implement network algorithm).

• Physical meaning of spectral properties was investigated to understand the network controllability and heterogeneity under changing climate.

• Physical understanding of topologic and geometric complexity of River/drainage network using the notion of energy and entropy.

• A graph-theoretic framework is also proposed to understand the physical inference of environmental flux dynamics on static river/drainage network topology using the notion of advection diffusion process.

• An abstract way of quantifying geometric roughness is also proposed to understand the inhomogeneity of the natural river network under changing climate.

Project: Contribution in following NSF funded project

• Collaborative Research: From Surface Dynamics to Strata: Quantifying the Signals of Surface Processes in Space and Time

• RAPID: Monitoring and modeling the transport of contaminated water from sinkhole in Mulberry, Florida Course Project Accomplishment

• Calibration, Drawdown prediction, Particle tracking in a Ground water Modeling of Silver spring areas using Groundwater Vistas.

• Simulation of Stormwater influence on hypothetical River/drainage network using SWMM.

• Statistical quantification of channel pattern on drainage network topology using SAS.

• Seepage Analysis for a Dam by Using GeoStudio.

• Vulnerable location analysis of Ganges Delta Network under external influence.

• Computation of flow profile and flood map for St. Johns River using HEC-RAS and HEC-GeoRAS.

• Domestic drinking water (pipe) distribution network design using Water CAD. PROJECT EXPERIENCE

Junior Engineer at Institute of Water Modelling, Dhaka, Bangladesh (August 2013- August 2016), 3 years Involved in bathymetry data preparation, development of 2D morphological model using MIKE 21C and MIKE 21 FM, hydrological and sediment data analysis, analysis of bank line shifting by using ArcGIS, quantifying maintenance dredging volume using AutoCAD and selection of spoil site for the following projects in Bangladesh

(https://www.iwmbd.org/iwmwebsite/index.php).

• Kalni-Kushiyara Dredging Modeling & Monitoring Project.

• Technical Study to Judge the Feasibility of Installing Additional Jetty Structure at the Riverbank of Surma River.

• Morphological Modeling of Meghna River for Saidabad Phase III.

• Monitoring of Hydraulic and Morphological Conditions of Jamuna River for the safety of Bangabandhu Bridge.

• Feasibility Study for the Re-Excavation of Titas River.

• Morphological Modeling of the Jamuna River for Maintenance Dredging.

• Morphological Mathematical Modeling for Implementation Support to Maintenance Dredging of the Gorai River.

• Two-dimensional modeling of the Surma-Kushiyara Rivers in Connection with Hydrological Study of Tipaimukh Project.

• Morphological Feasibility Study of Rajshahi Water Treatment Plant. Graduate Teaching Assistant

Department of Civil, Environmental & Construction Engineering, University of Central Florida, Florida, USA Aug 2016 – Present, 4.5 years

• Instructed and evaluated grades for theory course and laboratory course regarding Hydraulics for 14 semesters.

• Taught water resources design class and instructor of drawing in AutoCAD and bill of quantities in Excel.

• Instructor of water CAD, SWMM and HEC RAS software. VOLUNTEER EXPERIENCE

University of Central Florida, Florida, USA, Aug 2016 – Present, 4.5 years

• Vice President, International Association for Hydro-Environment Engineering and Research, UCF.

• Treasurer, International Association for Hydro-Environment Engineering and Research, UCF.

• Secretary, American Water Resources Association, UCF. SOFTWARE SKILLS

• Hydrological model: MIKE 11 NAM, Water-CAD, Storm-CAD, HEC-HMS, EPA SWMM.

• Hydrodynamic model: HEC-RAS, HEC-GeoRAS, MIKE 11 HD, MIKE 21C, MIKE 21 FM.

• Ground water model: MODFLOW, Groundwater Vistas.

• Geotechnical model: GeoStudio.

• Stormwater & Drainage system model: EPA SWMM, Water-CAD, Storm-CAD.

• Programming & Computation: MATLAB, Python, Microsoft Excel VBA, C++.

• Statistical Software: SAS, R.

• Drafting & Design Software: AutoCAD.

• GIS Software: ArcGIS.

PUBLICATION

• Sarker, S., Veremyev, A., Boginski V., and Singh, A., (2019). Critical Nodes in River Networks. Journal of Scientific Reports, (https://www.nature.com/articles/s41598-019-47292-4). PRESENTATION & AWARD

• Graduate Presentation Fellowship for Presenting the Papers at AGU, University of Central Florida (2017- 2019)

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