Dr.FARAZ Tariq | Residual Stress | Best Researcher Award

Dr.FARAZ Tariq , GLA University , India

Dr. Tariq’s educational journey commenced at AMU Aligarh, where he pursued his Bachelor’s degree in Civil Engineering, graduating with an outstanding GPA of 9.12. Subsequently, he furthered his academic pursuits by completing a Diploma in Civil Engineering from the same institution, demonstrating his commitment to gaining comprehensive knowledge in his field.

Driven by a desire to delve deeper into his chosen discipline, Dr. Tariq pursued a Master’s degree in Civil Engineering from IIT Hyderabad, where he achieved a commendable GPA of 7.85. His thirst for knowledge and academic excellence led him to pursue a Ph.D. from IIT Roorkee, where he excelled with flying colors, earning the highest grade of A+ for his doctoral research.

Throughout his academic journey, Dr. Tariq has actively engaged in research endeavors, showcasing his prowess in areas such as structural engineering and analysis. His research contributions have been instrumental in advancing the understanding of critical subjects like fire resistance of earthquake-damaged structures, a project he undertook as part of the UKEIRI-IIT Roorkee initiative.

Professional Profiles:

Scopus

Google Scholar

Orcid

🎯 Objective:

As a dedicated public educator with nearly two decades of experience in Academics, my aim is to continue serving as an Academician in my field. I am passionate about utilizing my demonstrated leadership skills to uphold the district’s tradition of providing quality education and fostering research, thereby preparing students for their future success.

🔍 Experience:

Uttar Pradesh Rajkiya Nirman Nigam limited
- Apprentice JE (Quantity Surveyor)
Prompt Structural and Geo consultants
- Quantity Surveyor
GITAM University Hyderabad
- Assistant Professor
IIT Roorkee
- Co-principal investigator
- Junior Research Fellow MHRD
- Senior Research Fellow MHRD
Uttaranchal University Dehradun
- Assistant Professor and Head of Department
GLA University Mathura
- Assistant Professor Research

🎓 Education:

PhD – IIT Roorkee (Grade: A+)
MTech – IIT Hyderabad (CGPA: 7.85)
BTech Civil Engineering – AMU Aligarh (CGPA: 9.12)
Diploma in Civil Engineering – AMU Aligarh (Percentage: 65)

💼 Skills:

Teaching
Research
Software
Analysis and Design

🔬 Projects:

Fire Resistance of Earthquake damaged Structures
- This project was conducted under the UKEIRI-IIT Roorkee initiative.

Publication Top Notes:

Residual mechanical behavior of (SD 500) hot rolled TMT reinforcing steel bars after elevated temperatures

Citation : 36

Bond characteristics of corroded pullout specimens exposed to elevated temperatures

Citation : 23

Flexural behaviour of corroded RC beams exposed to fire

Citation : 16

Analysis of behaviour of corroded RC beams exposed to elevated temperatures

Citation : 13

Post corrosion bond-slip models for super ductile steel with concrete

Citation : 12

Introduction of Control and automationc

Control and automation research is a dynamic field at the intersection of engineering and technology, dedicated to advancing systems that operate with minimal human intervention.

Machine Learning in Control Systems:

Researchers explore the integration of machine learning algorithms into control systems. This subtopic involves developing adaptive control strategies, predictive maintenance models, and intelligent decision-making processes to enhance the efficiency and autonomy of systems.

Industrial Robotics and Automation:

Advancements in industrial robotics and automation systems are a key focus of research. This subfield explores topics such as robotic arm control, collaborative robots (cobots), and the integration of automation solutions to streamline manufacturing processes.

Smart Sensors and Actuators:

Researchers focus on developing smart sensors and actuators for precise control in various applications. This subtopic involves innovations in sensor technologies, feedback mechanisms, and actuation systems to enhance the responsiveness and accuracy of automated processes.

Cyber-Physical Systems (CPS):

n this subfield, researchers explore the synergy between physical processes and computational algorithms. Cyber-Physical Systems research involves developing interconnected systems that enable real-time monitoring, analysis, and control, contributing to the evolution of smart infrastructure and Industry 4.0.

Autonomous Vehicles and Control:

Advances in autonomous vehicle technology and control systems are pivotal for the automotive and transportation sectors. This subtopic explores topics such as self-driving algorithms, sensor fusion, and decision-making processes for safe and efficient autonomous navigation.