Congratulations, Mr.Prateek Chandrakar | Best Researcher Award | Winner 2023
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Mr. Prateek Chandrakar - Innovative Leadership
Congratulations, Mr Prateek Chandrakar, on winning the esteemed Best Researcher Award from Research! Your dedication, innovative research, and scholarly contributions have truly made a significant impact in your field. Your commitment to advancing knowledge and pushing the boundaries of research is commendable. Here's to your continued success in shaping the future of academia and making invaluable contributions to your field. Well done!
professional profile:
⦁ Google scholar
⦁ Orcid
⦁ LInkedin
⦁ Researchgate
Early Academic Pursuits:
His academic journey began with a solid foundation, showcasing consistent excellence from your matriculation in 2010 to your Bachelor's in Mechanical Engineering in 2016. This laid the groundwork for your pursuit of higher education at prestigious institutions.
Professional Endeavors:
His professional journey commenced with a vocational traineeship at NTPC-SAIL Power Company in June 2015, providing you with practical experience in power plant operations. This early exposure likely influenced your subsequent academic and research choices.
Contributions and Research Focus:
His research endeavors demonstrate a strong commitment to advancing knowledge in aerospace and mechanical engineering. Your Ph.D. thesis focuses on the uncertain stability and structural response optimization of defected composite laminates, utilizing finite element formulations and examining various factors impacting structural integrity.
Accolades and Recognition:
His academic achievements, including securing the 2nd position in the Vaidik Maths Contest, a notable rank in CG PET 2012, and an impressive 98.98 percentile in GATE ME 2017, highlight your exceptional capabilities. The recognition through MHRD Fellowships further underscores your academic prowess.
Impact and Influence:
His contributions extend beyond research, encompassing peer reviews for international conferences and book chapters. This involvement reflects your dedication to advancing the broader academic community's knowledge and understanding.
Legacy and Future Contributions:
As you celebrate your one-year milestone in your Ph.D. program, the array of research publications and conference proceedings demonstrates a promising trajectory. Your legacy may include advancements in understanding uncertain structural responses and optimization methodologies for composite laminates.
Future Contributions:
Looking ahead, your participation in conferences and submission of abstracts indicate a continued commitment to disseminating knowledge. The utilization of surrogate models for probabilistic failure estimation suggests potential contributions to the field of uncertainty quantification in structural analysis.
In summary, your journey from early academic pursuits to your current Ph.D. research reflects a dedication to excellence, a passion for advancing knowledge, and a promising future as a researcher and contributor to the academic community.
Interdisciplinary Excellence:
His academic trajectory from Mechanical Engineering in your undergraduate years to Aerospace Engineering in your Ph.D. showcases an interdisciplinary approach. This transition signifies a diverse skill set and a willingness to explore and integrate knowledge across related fields.
Innovation in Finite Element Analysis:
His M.Tech. thesis, focusing on the incorporation of the Jaumann Stress Rate Measure in a Nonlinear Finite Element Code, demonstrates an inclination towards innovation in numerical methods for analyzing large deformation dynamic elastoplastic systems. This foundation likely influenced your later work in your Ph.D.
Comprehensive Skill Set:
His skills in languages (English, Hindi) and proficiency in various coding languages (Python, C, C++, MATLAB) and commercial software (ABAQUS, ANSYS, SolidWorks, AutoCAD, Creo) highlight a comprehensive skill set. This versatility is crucial in navigating the diverse demands of academic research.
Practical Application:
The completion of mini-projects during your undergraduate years, including the design and fabrication of an Automatic Hydraulic Jack Mechanism for Four-wheel vehicles, showcases a balance between theoretical knowledge and practical application. This practical mindset is essential in engineering research.
Continuous Learning and Development:
His engagement in certificate training sessions, workshops on Machine Learning and MATLAB, and the acquisition of the Diploma in Product Design certification indicate a commitment to continuous learning. This adaptability aligns with the dynamic nature of engineering and technology.
Strong Leadership and Mentorship:
The supervision of your research projects by esteemed professors at IIT Kharagpur and IIT Guwahati underscores their recognition of your potential. This mentorship is crucial in fostering future leaders and contributors to academia.
Future Endeavors:
As you continue your Ph.D. journey, the diverse fiber density distribution and thermal buckling investigations in your upcoming conference abstracts suggest a future focus on addressing real-world challenges in composite material applications.
Holistic Approach to Engineering:Your involvement in projects ranging from power plant familiarization to composite laminates research indicates a holistic approach to engineering. This broad perspective could lead to impactful contributions that bridge the gap between theory and practical applications.
In conclusion, your academic and professional journey portrays a multifaceted individual with a solid foundation, innovative mindset, diverse skill set, and a commitment to continuous learning. Your contributions to research, coupled with your practical experiences, position you as a promising figure in the field of aerospace and mechanical engineering.
Notable Publications:
- Stochastic buckling response of variable fiber spacing composite plate under thermal environment
Stochastic RBFN-based reliability estimation of variable fiber spacing composite plates under thermal loading - Damage-induced buckling characteristics of thermally loaded variable angle tow laminated plates under uncertain environment
- Stochastic vibrational characteristics estimation of delaminated variable angle tow laminated plates
- Stochastic RBFN-based reliability estimation of variable fiber spacing composite plates under thermal loading