Showcasing my academic achievements, projects, conferences attended, awards won, and papers published.
Here are some of the key projects I completed during my time in college:
Developed a fully functional e-commerce platform with user authentication, product listings, and secure payment options.
Technologies Used: HTML, CSS, JavaScript, Node.js, MongoDB
View ProjectReal-time messaging app with instant messaging, group chats, and media sharing using WebSockets.
Technologies Used: React, Firebase, WebSockets
View ProjectResearch papers on topics related to Biomechanics, Sports Biomechanics, AI, Machine Learning, and Computer Vision:
Published in: Applied Bionics and Biomechanics
Abstract: This study proposes a mecanum-built perturbation-based balance training device aimed at improving motor adaptive skills for fall prevention in individuals with neurological disorders or the elderly. The device's effectiveness was evaluated in a controlled experiment, showcasing its potential to enhance postural control. It involves perturbations that challenge balance in dynamic and unstable environments, which is key for rehabilitation. The results highlight improvements in balance-related motor tasks, suggesting significant clinical benefits for elderly populations.
Indexing: SCIE
Impact Factor: 1.8
Link to Paper: View Paper
Published in: Applied Bionics and Biomechanics
Abstract: This paper investigates the effects of perturbations on fall direction and lower limb loading in individuals, with a focus on balance and injury prevention in lateral inclined platforms. We conducted a series of controlled tests to analyze how different types of perturbations affect lower limb kinematics and force distribution, aiming to develop better fall prevention strategies for individuals at risk. The study's findings are valuable in understanding the biomechanical response to such perturbations.
Indexing: SCIE
Impact Factor: 1.8
Link to Paper: View Paper
Published in: Biomedical Human Kinetics
Abstract: This paper examines the use of BlazePose, a computer vision tool, for assessing joint angles in outdoor running environments, with a focus on accuracy and real-world applicability. Our study evaluates BlazePose’s performance in outdoor settings, comparing it with traditional motion capture methods. Despite environmental challenges, BlazePose demonstrates considerable accuracy, making it a promising tool for real-time performance analysis.
Indexing: ESCI, Scopus
Impact Factor: 0.8
Cite Score: 1.5
Link to Paper: View Paper
A Summary of Conferences Attended and Papers Presented
"Non-Invasive Glucose Monitoring using Machine Learning"
Location: Adhiparasakthi Engineering College, Melmaruvathur, TN, INDIA
Role: Presenter
Abstract: The study investigates the use of machine learning algorithms for non-invasive glucose monitoring. This system involves a Photoplethysmograph (PPG) based system using a light source of wavelength 525nm, 660nm, and 950nm to determine the blood glucose parameters. The light source illuminates the skin at the wrist and the reflected beam is captured by a photodiode receiver.
Publication: IEEE Xplore
Indexing: IEEE
View Certificate: View Certificate
Link to Paper: View Paper
"Reliability of Kinovea Software in Measuring Spatial Parameters Associated with Perturbation Training"
Location: The North-Eastern Hill University, Shillong, India
Role: Co-author
Abstract: This paper discusses the reliability of Kinovea software in measuring spatial parameters for balance and perturbation training. The results are crucial for improving the accuracy of biomechanical measurements in sports science.
Publication: IEEE Xplore
Indexing: IEEE
Link to Paper: View Paper
"Validation of an Automated Step Length Measurement Method in Sprinting Athletes Using Computer Vision and Pose Estimation"
Location: SRM Institute of Science and Technology, TN, INDIA
Role: Presenter
Abstract: The paper investigates the use of computer vision and pose estimation to measure step length in sprinters, providing an innovative approach for performance assessment in track and field sports. This study evaluates the inter-device reliability of sprint speed measurement for 100m with an android smartphone application (Photo Finish) from three different smartphone devices.
Publication: AIP Conference Proceedings
Indexing: SCOPUS
View Certificate: View Certificate
Link to Paper: View Paper
"Validity and Reliability of Micro Measurement-Android Smartphone Application for Measuring Range of Motion of Finger"
Location: SRM Institute of Science and Technology, TN, INDIA
Role: Co-author
Abstract: The paper investigates the use of computer vision and pose estimation to measure step length in sprinters, providing an innovative approach for performance assessment in track and field sports. This study evaluates the inter-device reliability of sprint speed measurement for 100m with an android smartphone application (Photo Finish) from three different smartphone devices.
Publication: AIP Conference Proceedings
Indexing: SCOPUS
Link to Paper: View Paper
"Validation of an Automated Step Length Measurement Method in Sprinting Athletes Using Computer Vision and Pose Estimation"
Location: SRM Institute of Science and Technology, TN, INDIA
Role: Presenter
Abstract: This paper discusses the reliability of Kinovea software in measuring spatial parameters for balance and perturbation training. The results are crucial for improving the accuracy of biomechanical measurements in sports science.
Publication: IEEE Xplore
Indexing: IEEE
View Certificate: View Certificate
Link to Paper: View Paper
"Design and Development of Mecanum-Assisted Caster Platform: A Moderate Perturbation Device"
Location: SRM Institute of Science and Technology, TN, INDIA
Role: Co-author
Abstract: This paper discusses the reliability of Kinovea software in measuring spatial parameters for balance and perturbation training. The results are crucial for improving the accuracy of biomechanical measurements in sports science.
Publication: IEEE Xplore
Indexing: IEEE
View Certificate: View Certificate
Link to Paper: View Paper
Attended the online International Conference on Biomechanics in Sports Performance (BIOSPE) 2021.
Location: YMCA College of Physical Education, TN, INDIA
Role: Participant
View CertificateNotable awards and recognitions received in my academic career:
Awarded for outstanding performance in developing web-based applications as part of my final year project.
Year: 2023
View AwardRecognized for creating a unique project that implemented AI and Machine Learning to optimize data processing in real-time.
Year: 2022
View AwardProgramming languages and technologies I am proficient in:
Additional projects and tools I have developed:
A personal portfolio to showcase my projects and achievements.
View ProjectA chatbot application built using Python and Natural Language Processing for customer interaction.
View ProjectCourses and tutorials I have taught online:
What others have said about my work:
"Hari's work on our e-commerce platform was outstanding. He delivered on time and exceeded expectations."
– Client A
"An excellent researcher with a keen interest in AI. His paper on chatbots was revolutionary for our team."
– Researcher B
Connect with me on these academic platforms:
List of patents filed, published, and granted:
This patent covers an innovative AI-driven algorithm for real-time human joint angle measurement using virtual markers based on pose estimation method.
Application Number:202441023000 A
Date of Publication:29/03/2024
View PatentDownload my full resume for more details on my academic and professional background:
Download ResumeFeel free to reach out for any inquiries or collaborations: