Muhammad Sami Ullah | Civil Engineering | Best Researcher Award

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Mr. Muhammad Sami Ullah | Civil Engineering | Best Researcher Award

Student at Southeast University,  China

An accomplished Structural Engineer with 3.5+ years of experience across diverse projects in the U.S., U.K., and China. Specializing in advanced structural design, analysis, and optimization, they have honed their technical skills using software like SAP2000, STAAD Pro, and Tekla Tedds. Their international exposure includes remote work and internships with industry leaders in engineering. Known for attention to detail, problem-solving, and meeting tight deadlines, they excel at delivering safe, efficient, and cost-effective structural solutions. A dynamic engineer committed to driving excellence in both residential and commercial projects.

Publication Profile

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Education  🎓

Master of Science in Civil Engineering (2022–2025), Southeast University, China (83%).  Bachelor of Science in Civil Engineering (2017–2021), The University of Faisalabad, Pakistan (CGPA 3.59/4.00) The Master’s thesis focused on “Load-path and strut-and-tie modeling of multiple-pile caps in bridges,” with notable research contributions published in the Structural Concrete Journal. The Bachelor’s thesis investigated the “Effect of Different Types of Superplasticizer on Properties of Fresh and Hardened Concrete.” Their academic journey blends practical projects with innovative research, culminating in an advanced understanding of structural engineering’s principles and applications.

Experience  🔧

Structural Engineer at Foresight (USA): Designed complex structural systems and analyzed steel elements using SAP2000.  Structural Engineer at Revite (UK): Specialized in advanced steel structure design and trained staff in SAP2000, STAAD Pro, and Tekla Tedds.  AGC (UK): Focused on designing timber structures, including lofts and skylights, ensuring compliance with BS and EC standards.  Internships in China: Contributed to the design of stadium structures, gaining experience with tools like ABAQUS and ANSYS  Previous roles include projects in Pakistan, optimizing material quantities and monitoring on-site construction.

Awards and Honors 🏆

Published research in Structural Concrete Journal and presented a conference paper at GBCESC 2024, China. Achieved an 83% score in the MSc program at Southeast University, China.  Winner of the Eassy Contest for International Students in Jiangsu Province. Recognized in the AutoCAD Competition at UET Faisalabad.  Represented The University of Faisalabad in Badminton tournaments. Participated in research on international students’ perceptions of the Belt and Road Initiative.

Research Focus  🔬

Their research primarily focuses on structural load-path analysis and the development of advanced strut-and-tie models for bridges. They have published work analyzing transverse tensile stresses in multiple-pile caps in Structural Concrete Journal. Ongoing projects include enhancing the design of multi-pile caps for better structural efficiency and sustainability. Additionally, they have contributed to research on the effects of superplasticizers in concrete, optimizing both fresh and hardened concrete properties for construction projects. Their research integrates advanced modeling techniques with practical applications, ensuring high-performance structural designs.

Publication  Top Notes

  • Protection-Enhanced Watermarking Scheme Combined With Non-Linear Systems
    Journal: IEEE Access, 2023
    Contributors: Hira Nazir, Muhammad Sami Ullah, Syed Salman Qadri, Humaira Arshad, Mujtaba Husnain, Abdul Razzaq, Syed Ali Nawaz
    This article introduces a watermarking scheme designed to enhance protection through non-linear systems.
  • A Color Image Encryption Scheme Combining Hyperchaos and Genetic Codes
    Journal: IEEE Access, 2022
    Contributors: Hira Nazir, Imran Sarwar Bajwa, Saima Abdullah, Rafaqut Kazmi, Muhammad Samiullah
    It explores a color image encryption model that combines hyperchaos and genetic codes for enhanced security.
  • Chaos-Based Cryptographic Mechanism for Smart Healthcare IoT Systems
    Journal: Computers, Materials & Continua, 2022
    Contributors: Muhammad Sami Ullah
    This paper presents a chaos-based cryptographic system for secure communication in smart healthcare IoT networks.
  • Hyperchaos and MD5 Based Efficient Color Image Cipher
    Journal: Computers, Materials & Continua, 2022
    Contributors: Muhammad Sami Ullah
    This article focuses on a cipher for color image encryption using hyperchaos and the MD5 algorithm for increased security.
  • Robust Secure Color Image Watermarking Using 4D Hyperchaotic System, DWT, HbD, and SVD Based on Improved FOA Algorithm
    Journal: Security and Communication Networks, 2021
    Contributors: Hira Nazir, Imran Sarwar Bajwa, Muhammad Samiullah, Waheed Anwar, Muhammad Moosa, Manjit Kaur
    It offers a robust color image watermarking technique utilizing a 4D hyperchaotic system.
  • An Image Encryption Scheme Based on DNA Computing and Multiple Chaotic Systems
    Journal: IEEE Access, 2020
    Contributors: Muhammad Samiullah, Waqar Aslam, Hira Nazir, M. Ikramullah Lali, Basit Shahzad, Muhammad Rafiq Mufti, Humaira Afzal

Conclusion:

The candidate is highly suitable for the Best Researcher Award due to their robust combination of technical expertise, strong academic performance, and contributions to structural design research. With a proven ability to lead and innovate in the field of civil engineering, particularly in the areas of steel and timber structure design, the candidate’s global experience and commitment to research excellence make them an ideal contender for such an award. Focusing on industry impact and expanding research into emerging civil engineering technologies would further enhance their candidacy.

Morteza Akbari | Structural Control | Best Researcher Award

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Mr. Gdańsk University of Technology, Poland

Morteza Akbari is a PhD student in Structural Engineering at Gdańsk University of Technology, Poland, specializing in structural control, earthquake engineering, and soil-structure interaction. He holds an MSc in Structural Engineering from Islamic Azad University, Iran, with a thesis on seismic control of tall buildings using semi-active friction tuned mass dampers. Morteza has published several journal and conference papers on advanced seismic control strategies, focusing on the reliability and optimization of structural control devices in buildings. His professional experience includes technical inspection roles in construction, and he has served as a reviewer for academic journals.

 

Professional Profiles:

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🎓 Education

PhD Student: Structural Engineering, Gdańsk University of Technology, PolandThesis: Optimal design of structural control devices in buildings, including soil-structure interactionSupervisor: Prof. Robert JankowskiDuration: 2023-2027MSc. Structural Engineering: Islamic Azad University, Zahedan Branch, IranGPA: 15.82/20Thesis: Seismic Control of Tall Buildings Equipped with Semi-Active Friction Tuned Mass Damper Including Soil-Structure InteractionSupervisor: Dr. Sadegh EtedaliDuration: 2013-2016B.S. Civil Technology Engineering: Islamic Azad University, Birjand Branch, IranGPA: 16.24/20Duration: 2011-2013A.D. in Building General Works: Ibn Hossam Technical and Vocational University, Birjand, IranGPA: 14.39/20Duration: 2008-2010

🏅 Honor & Award

2016: Graded as an excellent thesis with a GPA of 4/4 (MSc) (18.5/20) Here’s a revised version of the content with headings and emojis to make it more engaging:

🎓 Education

PhD Student: Structural Engineering, Gdańsk University of Technology, PolandThesis: Optimal design of structural control devices in buildings, including soil-structure interactionSupervisor: Prof. Robert JankowskiDuration: 2023-2027MSc. Structural Engineering: Islamic Azad University, Zahedan Branch, IranGPA: 15.82/20Thesis: Seismic Control of Tall Buildings Equipped with Semi-Active Friction Tuned Mass Damper Including Soil-Structure InteractionSupervisor: Dr. Sadegh EtedaliDuration: 2013-2016B.S. Civil Technology Engineering: Islamic Azad University, Birjand Branch, IranGPA: 16.24/20Duration: 2011-2013A.D. in Building General Works: Ibn Hossam Technical and Vocational University, Birjand, IranGPA: 14.39/20Duration: 2008-2010

💼 Field of Interest

Structural ControlStructural ReliabilityEarthquake EngineeringSoil-Structure InteractionMachine Learning (ML)Finite Element Method

🛠️ Professional Skills

Engineering Software and Programming Languages:

MATLAB & SimulinkSeismoSignalAUTO CAD

Other Skills:

Microsoft Office

🏅 Honor & Award

2016: Graded as an excellent thesis with a GPA of 4/4 (MSc) (18.5/20)

🌐 Experience

Technical Inspector: Ready-mixed concrete company and construction company, Birjand and Mashhad, Iran (Full-time, 2017-2022)Surveyor: Housing foundation office and document registration office, Birjand, Iran (Part-time, 2017-2021)

✍️ Refereeing Experience

Reviewer: Structures Journal, Elsevier (2023-2024)Reviewer: Results in Engineering, Elsevier (2023-2024)

Strengths for the Award:

  1. Strong Academic Background:
    • Morteza Akbari is currently pursuing a PhD in Structural Engineering at Gdańsk University of Technology, with a focus on the optimal design of structural control devices in buildings, including soil-structure interaction. His academic journey also includes an MSc in Structural Engineering and a BSc in Civil Technology Engineering, demonstrating a solid foundation in the field.
  2. Specialization in Seismic Control and Soil-Structure Interaction:
    • His research work is deeply rooted in seismic control strategies, which is a critical area in structural engineering, particularly for earthquake-prone regions. His focus on soil-structure interaction further emphasizes his understanding of complex dynamics in structural design.
  3. Notable Publications:
    • Akbari has several publications in reputable journals, including Geomechanics and Engineering, Soil Dynamics and Earthquake Engineering, and the Journal of Earthquake and Tsunami. His research covers important topics such as friction-tuned mass dampers, failure probability in tall buildings, and advanced seismic control strategies.
  4. Collaborations with Renowned Researchers:
    • His work with respected supervisors like Prof. Robert Jankowski and Dr. Sadegh Etedali adds credibility to his research. Collaborating with leading experts in the field strengthens his profile as a researcher.
  5. Recognition and Awards:
    • Grading of his MSc thesis as excellent and his experience as a reviewer for journals like Structures and Results in Engineering demonstrate his academic rigor and recognition within the research community.
  6. Relevant Skill Set:
    • Proficiency in engineering software like MATLAB, Simulink, and SeismoSignal, as well as experience with programming languages, makes him technically adept in his research domain.

Areas for Improvement:

  1. Broader Impact of Research:
    • While Akbari’s research is specialized and impactful within structural control and seismic mitigation, expanding the scope to include more interdisciplinary applications or real-world case studies could enhance the broader relevance and applicability of his work.
  2. International Exposure and Collaborations:
    • Increasing international collaborations and exposure through conferences, joint research projects, or partnerships with global research institutions could further elevate his profile.
  3. Publication in High-Impact Journals:
    • While his current publications are impressive, targeting more high-impact journals in civil engineering or structural dynamics could increase the visibility and citation of his work.
  4. Diversification of Research Topics:
    • Exploring additional areas within structural engineering or integrating emerging technologies like AI and machine learning into his research could provide new insights and innovations.

 

 

✍️Publications Top Note :

. Advanced Seismic Control Strategies for Smart Base Isolation Buildings Utilizing Active Tendon and MR Dampers

Authors: Akbari, M., Zand, J.P., Falborski, T., Jankowski, R.

Journal: Engineering Structures

Publication Year: 2024

Volume: 318

Article ID: 118756

2. A New Seismic Control Framework of Optimal PIλDµ Controller Series with Fuzzy PD Controller Including Soil-Structure Interaction

Authors: Etedali, S., Zamani, A.-A., Akbari, M., Seifi, M.

Journal: Journal of the Franklin Institute

Publication Year: 2023

Volume: 360

Issue: 14

Pages: 10536–10563

Citations: 4

3. Friction Tuned Mass Dampers in Seismic-Excited High-Rise Buildings with SSI Effects: A Reliability Assessment

Authors: Etedali, S., Akbari, M., Seifi, M.

Journal: Journal of Earthquake and Tsunami

Publication Year: 2023

Volume: 17

Issue: 2

Article ID: 2250022

Citations: 7

4. Failure Probability of Tall Buildings with TMD in the Presence of Structural, Seismic, and Soil Uncertainties

Authors: Etedali, S., Seifi, M., Akbari, M.

Journal: Structural Engineering and Mechanics

Publication Year: 2023

Volume: 85

Issue: 3

Pages: 381–391

Citations: 2

5. MOCS-Based Optimum Design of TMD and FTMD for Tall Buildings Under Near-Field Earthquakes Including SSI Effects

Authors: Etedali, S., Akbari, M., Seifi, M.

Journal: Soil Dynamics and Earthquake Engineering

Publication Year: 2019

Volume: 119

Pages: 36–50

Citations: 52

6. A Numerical Study on Optimal FTMD Parameters Considering Soil-Structure Interaction Effects

Authors: Etedali, S., Seifi, M., Akbari, M.

Journal: Geomechanics and Engineering

Publication Year: 2018

Volume: 16

Issue: 5

Pages: 527–538

Citations: 12

Conclusion:

Morteza Akbari’s academic achievements, specialized research in seismic control and soil-structure interaction, and his solid publication record make him a strong contender for the Best Researcher Award. His work addresses critical challenges in structural engineering, particularly in enhancing the safety and resilience of buildings against seismic activities. By expanding his research’s broader impact and increasing his international collaborations, Akbari can further solidify his standing as a leading researcher in his field. His current trajectory suggests a promising future, with the potential to make significant contributions to civil engineering and structural dynamics.