Dr. S M Rashidul Hasan

Name: Dr. S M Rashidul Hasan

Designation: Assistant Professor (NAOE)

Contact: +8801717050145

Email: rashidul.naoe@bsmrmu.edu.bd

Blood Group: B+

Present address: Shantinagar, Dhaka

Permanent Address: Shantinagar, Dhaka

Research Area:

Energy Efficiency of Ship, Renewable Energy, Artificial Intelligence,  Net Zero Emission from Ship, Ship hydrodynamics in Confined Water , Resistance and Propulsion

Research Interests:

Implementation of renewable energy on ship, Use of Artificial Intelligence in efficient ship design to achieve Low Emission and Low Cost Ships

Teaching:

Marine Renewable Energy, Marine Hydrodynamics, Basic and Advanced Ship Design, Riser and Mooring, Heat Transfer, Resistance and Propulsion

Academic Qualifications:
Sl Exam Institute Year Result
1 Doctor of Philosophy Bangladesh University of Engineering and Technology (BUET) 2021 Completed
2 Master of Science Chalmers University of Technology, Sweden 2012 4.1 out of 5.0 (82%)
3 Bachelor of Science Bangladesh University of Engineering and Technology (BUET) 2007 3.51 out of 4.0 (74.2%)
In Service Courses, Symposium, Workshop and Seminar:
Sl Title Institute Year Remarks
1 Influence of EEDI on Ship Design & Operation The Royal Institute of Naval Architects, Uk 2020 Contributes to the Continuing Professional Development requirements of the Institution
2 Engine Room Simulator workshop Chalmers University of Technology, Swerden 2011 Fulfilled the MSc the degree requirements
3 Full Mission Bridge Simulator workshop Chalmers University of Technology, Swerden 2011 Fulfilled the MSc the degree requirements
4 Experimental resistance prediction SSPA AB, Sweden 2011 Fulfilled the MSc the degree requirements
5 Technical Seminar on the software IPCA (Integrated Program For Calculation Of Ship’s Performance Capability) Nippon Kaiji Kyokai, Japan 2007 Contributes to the Continuing Professional Development
6 Prospects of MODU Design & Construction in Bangladesh American Bureau of Shipping 2014 Contributes to the Continuing Professional Development
7 Model test of 124 TEU inland container vessel Indian Institution of Technology, Chennai 2014 Contributes to the Continuing Professional Development
8 Productivity at Factory: Development and Technique National Productivity Organization, Ministry of Industries, Bangladesh. 2013 Contributes to the Continuing Professional Development
9 ISO 9001-2008 Training for Quality Management System and Internal Audit Bureau Veritas 2013 Contributes to the Continuing Professional Development
10 Three weeks long training Bangladesh Institute of Marine Technology (BIMT) and Ananda Shipyard and Slipways Limited 2003 Fulfilled the BSc the degree requirements
11 Three weeks long training Khulna Shipyard Limited (KSY) 2005 Fulfilled the BSc the degree requirements
12 International Conference on Mechanical, Industrial and Materials Engineering. Rajshahi University of Engineering and Technology 2013 A paper was published as well
13 International Conference on Mechanical Engineering Bangladesh University of Engineering and Technology (BUET) 2015 A paper was published as well
14 International Conference on Sustainable Energy & Environmental Protection Bangladesh University of Engineering and Technology (BUET) 2020 A paper was published as well
15 Competency Based Education and Training BSMRMU under Nuffic Project 2023 Participant
16 Annual Research Initiative and QS University Ranking roadmap BSMRMU and Centre for Business & Economic Research (CBER), London, UK 2022 Participant
17 Tailor Made Training Plus (TMT+) program Orange Knowledge Programme supervised by IHE- Delft Institute for Water Education of Netherlands(OKP) 2022 Trainer of Module-1
Professional Memberships:

1.      Member of the Royal Institute of Naval Architects (RINA), UK. Membership # 00316651

2.      Member of the Institute of Engineers, Bangladesh (IEB). Membership # M 27912

3.      Life Member of the Association of Naval Architect & Marine Engineers, Bangladesh. Membership # LM10654

4.    WoS Research ID: HKN-6535-2023

5.   Orcid ID: 0000-0002-0144-5031

6.   Scopus Author ID: 57210341686

Experience:
Sl Designation Organization From To Remarks
1 Senior Naval Architect Marine House Limited 01-Jun-2007 31-Jul-2010
2 Researcher SSPA AB Sweden 01-Jun-2011 30-Nov-2011
3 Director Ships & Naval Architects Ltd. 01-Feb-2012 30-Jun-2013
4 Executive Engineer (Naval Architect) Chittagong Drydock Limited 01-Jul-2013 31-Aug-2015
5 Deputy Chief Engineer Dockyard & Engineering Works Ltd 01-Sep-2015 05-May-2022
Publications:

Journal Papers:

Sl.

Topic

Status

Journal Name

Quartile, Impact Factor (IF) and SJR score

1.

Energy-Efficient Inland Ship Design Based On Fuel Consumption and CO2 Emission Control Using CFD

Under Review

Marine Pollution Bulletin, United Kingdom

IF: 7.001, Cite Score: 9.2, SJR: 1.508, Q1.

2.

Energy Efficiency Design Index Baselines for Ships of Bangladesh Based on Verified Ship Data

Published on 4th October 2022

Heliyon (Doi: https://doi.org/10.1016/j.heliyon.2022.e10996), Netherlands

IF: 3.77, Cite Score: 4.0, SJR: 0.55, Q1.

3.

Reanalysis of the revised EEDI parameters for inland ships of Bangladesh

Published on 21st September 2022

Journal of Engineering for the Maritime Environment, (Doi: https://doi.org/10.1177/14750902221131418), United Kingdom

IF: 1.383, Cite Score: 1.537, SJR: 0.467, Q2.

4.

Proposed Inland Oil Tanker Design in Bangladesh Focusing CO2 Emission Reduction Based on Revised EEDI Parameters

Published on: August 2020

Journal of Marine Science and Engineering (Vol: 8, Page: 658; doi:10.3390/jmse8090658), Switzerland

IF: 2.774, Cite Score: 2.884, SJR: 0.467, Q2.

5.

Revised EEDI Parameters for Inland Cargo Ships of Bangladesh

Published on: August 2019

Journal of Engineering for the Maritime Environment (Volume: 234 issue: 1, page(s): 89-99, DOI: https://doi.org/10.1177/1475090219863956), United Kingdom

IF: 1.383, Cite Score: 1.537, SJR: 0.467, Q2.

6.

Establishment of EEDI Baseline for Inland Ship of Bangladesh

Published on: 2017

Journal of Procedia Engineering (Volume 194, 2017, Pages 370-377, DOI: https://doi.org/10.1016/j.proeng.2017.08.159, Netherlands

Cite Score: 1.75, SJR: 0.334, Q2.

 7.

Hydrodynamic and Economical Analysis for the Performance of the Ships Plying in the Shallow Water Areas of Bangladesh

Published on: February 2013

MIST Journal of Science and Technology, Volume 5, Number 5, Bangladesh

ISSN: 2224-2007

 

Conference Papers:

 

Serial

Topic

Conference

Date

1.

Applicability of Wind-Assisted Propulsion System to the Smaller Ships in the Bay of Bengal A Step towards the Path to Zero Emission

14th International Conference on Mechanical Engineering (ICME), BUET, Dhaka

December, 2023

2.

Energy-Efficient Inland Ship Design Based on EEDIBD Parameters Using CFD (Selected for Journal Publication)

4th International Naval Architecture and Maritime Symposium, Istanbul, Turkey

October, 2023

3.

Energy-efficient inland cargo ship design based on fuel consumption and CO2 emission control using CFD

International Conference on Marine Technology (MARTEC), BUET, Dhaka

December, 2022

4.

Optimization of Bangladeshi Inland Vessels with Respect to Energy Efficiency Design Index (EEDI)

11th International Conference on Mechanical Engineering (ICME), BUET, Dhaka

2015

5.

Implementation of Energy Efficiency Design Index and Its Impact on the Design of Container Vessels, Published at International Conference on Mechanical, Industrial and Materials Engineering

International Conference on Mechanical, Industrial and Materials Engineering (ICMIME), RUET, Rajshahi

2013

 

Other Publications:

Serial

Topic

Publisher

Date

1.

Improving Fuel Efficiency: An Imperative for Inland Ships of Bangladesh.

The Guardian, Bangladesh

October 2013

2.

Impact of EEDI on Ship Design and Hydrodynamics, a study of the Energy Efficiency Design Index and other related emission control indexes

Chalmers University Library, Sweden

2012


Other remarks: Visited: Sweden, Norway, Germany, Denmark, Netherlands, France, Switzerland, Belgium, Spain, Italy, China, India, Thailand, Srilanka, Indonesia, Nepal, UAE, Saudi Arab