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Prof.P. SIVASANKARAN
APID: 15943
capAssociate Professor at Christ College of Engineering and Technology pondicherry, pondicherry
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My Biography

Hello Im P.sivasankaran working as Associate More Professor in CCET ,Pondy .

Area Of Expertise

Mechanics of solids , Metrology ,Industrial Engineering

Area of Intrest

Production and Manufacturing

Honors and Awards


Young Researcher award 2020 by IRDP on 12/12/2020
2nd International Conference on ERIR 2020 in 12th December 2020.

outstanding article award by Kamarajar Research Institute on 16/03/2022
2. Received best outstanding article award 2022 from Kamarajar Research Institute for the paper titled “Literature Review on Assembly line Balancing Problems”

Career Timeline

Academic Identity

User not updated academic id.

Project: A heuristic Approach to Minimize the Makespan in Single Machine Scheduling with Identical Parallel Machines
Goal: To reduce the total makespan time of jobs for scheduling the identical parallel machines
Current Stage: completed
Starting Date:
Sponsored by: self sponsor
Projects
Project: Fabrication and testing of hybrid E waste composites.
Goal: To fabricate and test the hybrid composite materials using e waste management
Current Stage: completed
Starting Date: 15/12/2017
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Design and fabrication of screw less machine vice for radial drilling machine.
Goal: To develop screwless machine machine using DFA analysis for radial drilling machine
Current Stage: completed
Starting Date: 25/10/2018
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Analysis & Process Mapping For Fitment Of Foot Brake Valves To Visually Aid Assembly Process
Goal: To design layout for assembly of chassis design to visually the workers for easy access of assembly parts of vehicle
Current Stage: completed
Starting Date: 04/10/2019
Sponsored by: Ashok Leyland
Projects
Project: Automatic Screwing Up Of A Heavy Weight Die In An Injection Molding Machine
Goal: To perform loading and unloading operation by automatic screwing of die in molding machine
Current Stage: completed
Starting Date: 23/10/2019
Sponsored by: Ucal polymers
Projects
Project: Design and analysis of efficient plant layout for machine shop
Goal: To perform layout design for manufacturing plant in ACCL to reduce setup and part moving time .
Current Stage: completed
Starting Date: 17/12/2019
Sponsored by: ACCL
Projects
Project: Recycle of plastic wastes using Pyrolysis processes
Goal: To reduce the pollution hazards in vehicles using pyrolysis oil as fuel
Current Stage: completed
Starting Date: 18/03/2020
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Sensing of Air Borne diseases using Quadcopter
Goal: To analyze the air borne disease using quadcopter
Current Stage: completed
Starting Date: 15/07/2020
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Natural fiber reinforced composites Mycelium
Goal: To design and analyze the properties of mycelium based composites
Current Stage: completed
Starting Date: 17/08/2022
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Plant layout for washing Machine assembly line
Goal: To Design plant layout for washing machine assembly line unit
Current Stage: completed
Starting Date: 21/12/2022
Sponsored by: whirlpool
Projects
ICSCAN2021
Organizer: MANAKULA VINAYAGAR INSTITUTE OF TECHNOLOGY
Start Date: 30/07/2021 | End Date: 30/07/2021
Location: PONDICHERRY,INDIA
Role: Presenter
Conferences
ICSCAN2020
Organizer: MANAKULA VINAYAGAR INSTITUTE OF TECHNOLOGY
Start Date: 03/07/2020 | End Date: 04/07/2020
Location: PONDICHERRY,INDIA
Role: Conference Committee, Presenter
Conferences

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Karpagavalli Nageswaran

Hello,

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Saifullah Khalid

Dear Friends,
I am excited to announce an incredible opportunity for experts and visionaries in the Read More fields of AI, Aviation, and Air Traffic Technology! I am in the process of curating a groundbreaking book titled “New Innovations in AI, Aviation, and Air Traffic Technology,” and I’m inviting you to be part of this exciting journey.
✈️ About the Book ✈️
“New Innovations in AI, Aviation, and Air Traffic Technology” aims to provide a comprehensive overview of the latest advancements, game-changing technologies, and future prospects in these rapidly evolving sectors. This book will serve as an essential resource for professionals, researchers, and enthusiasts, shedding light on how AI is reshaping aviation and air traffic management.
🌐 Why You Should Contribute 🌐
If you’re a thought leader, expert, or practitioner in AI, aviation, or air traffic management, this is your chance to share your knowledge, insights, and innovative ideas with a global audience. By contributing a chapter, you’ll:
📚 Enhance your professional reputation and visibility.
🚀 Be part of a pioneering publication at the forefront of industry trends.
🌍 Contribute to the advancement of these critical fields.
💡 Collaborate with fellow experts and thought leaders.
📝 How to Get Involved 📝
Express Your Interest: Reach out to me via LinkedIn message or email at [email protected] with a brief overview of your expertise and the specific topic you’d like to explore in your chapter.
Submit Your Proposal: Upon expressing your interest, I will provide you with detailed guidelines for chapter proposals. Your proposal should outline your chapter’s content, key takeaways, and how it aligns with the book’s objectives. You may submit at:
https://lnkd.in/dGJpMaED
Collaborate and Create: If your proposal is selected, we will work closely together to ensure your chapter aligns with the book’s vision. You’ll have the opportunity to collaborate with other industry experts and contribute to a game-changing resource.
Recognition and Publication: Your chapter will be prominently featured in the book, and you will be acknowledged as a contributing author, offering you valuable recognition in your field.
📆 Deadline for Chapter Proposals: October 29, 2023
Don’t miss out on this unique opportunity to be part of a publication that will shape the future of AI in aviation and air traffic technology. Together, we can drive innovation, spark discussions, and create a lasting impact on these industries.
Please feel free to share this call for contributors within your network. Your support in spreading the word is greatly appreciated!
Thank you for considering this opportunity, and I look forward to collaborating with you on this exciting project.
Warm regards,
Dr. Saifullah Khalid
#AI #Aviation #AirTraffic #Innovation #Technology #ContributorsWanted #BookProject
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Saifullah Khalid

“Hello everyone, I wanted to take a moment to share some of the recent developments in my work and Read More research.
I’ve been focusing on the development of innovative optimization algorithms, and I’m excited to introduce you to some of the algorithms I’ve created, including the Adaptive Lizard Foraging Algorithm, Adaptive Spider Net Search Algorithm, Adaptive Mosquito Blood Search Algorithm, and Adaptive Blanket Body Cover Search Algorithm. These algorithms have the potential to significantly improve problem-solving in various fields.
In addition to algorithm development, I’ve been actively applying these algorithms in practical contexts. For instance, I’ve been exploring how these optimization algorithms can enhance aircraft systems, making them more fuel-efficient and safer. The potential impact on environmental sustainability is quite significant.
I’ve also been working on the application of these algorithms to active power filters, which could lead to improved power quality and energy efficiency in electrical systems. This has implications for a wide range of industries and consumers.
In the realm of air traffic management, I’ve been researching the impact of optimization algorithms on air traffic surveillance systems. Our goal is to optimize routes, reduce the risk of collisions, and enhance air traffic efficiency.
One of my recent projects involved generating electricity using wind energy produced by the jet blast of commercial aircraft like the Airbus A320-200 and B737-800 during takeoff. This project has the potential to make airports more sustainable and reduce energy costs.
I’m also leading a project that focuses on the incorporation of traffic resolution advisories made by Local Air Traffic Control Officers into the INDRA system, aiming to enhance air traffic management and safety.
I’ve had the privilege of contributing to academic journals, publishing over 100 research papers, and authoring four books while editing two others. These contributions help disseminate knowledge and foster the growth of research in our field.
Finally, I’ve received several awards and recognitions for my work, including the Best Researcher Award at the International Research Awards on New Science Inventions in 2022. These accolades are not just personal achievements but also a reflection of the impact our collective work can have on science and technology.
I believe that our ongoing efforts in optimization algorithms and their practical applications hold great promise in transforming industries and improving the quality of life for many. Thank you for your support and collaboration in this exciting journey of innovation and research.”
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Dr. MD. Shamshuddin

Hello

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Devbrat Pundhir

Working on the study of seismo-ionospheric measurements

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Arvind Singh Tomar

I am having interest in Natural Resource Management, Irrigation and Drainage Engineering, Soil & Read More Water Conservation Engineering, GIS & Remote Sensing, DSS.
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Anjireddy Bhavanam

My preset research focusses on the Development of Pre-treatment methodologies for separation of Read More Cellulose, Hemicellulose and Lignin from Lignocellulosic Biomass. Development of novel functional materials, composites from lignocellulosic biomass.
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Jamal Alshorman

I would like to share with you how my recent work in the field of Orthopedics and spine surgery is Read More making a difference and how it can help our practice.
In my recent research, I have focused on improving surgical techniques and patient outcomes in orthopedic and spine surgeries. Through meticulous analysis of surgical approaches, post-operative care, and rehabilitation protocols, I have identified innovative strategies that can significantly enhance patient recovery and long-term functional outcomes.
My work emphasizes the importance of personalized treatment plans tailored to each patient’s unique needs. By considering factors such as age, overall health, and specific spinal condition, we can optimize surgical interventions and minimize complications. I have also explored advancements in minimally invasive techniques, which can reduce surgical trauma, shorten hospital stays, and accelerate patient recovery.
Additionally, I have delved into the realm of regenerative medicine and explored the potential of stem cell therapies and tissue engineering in promoting spinal tissue repair and regeneration. These cutting-edge approaches hold promise for improving the outcomes of complex spinal surgeries and enhancing patients’ quality of life.
By sharing my research findings and innovative techniques, I aim to contribute to the advancement of orthopedic and spine surgery as a whole. I believe that our collective knowledge and collaboration can lead to improved surgical outcomes, reduced patient discomfort, and enhanced overall patient satisfaction.
I am excited about the potential impact of these advancements and look forward to collaborating and exchanging ideas with all of you in our shared pursuit of excellence in orthopedics and spine surgery.
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SHALINI RADAKIRISHNAN VALLIAMMAL

My current research work is to develop a portable device that can detect the amniotic fluid level of Read More the uterus and encourage common people to measure and self-monitor the fluid level without the involvement of technicians. Current practice includes foetal ultrasound (sonogram), which is an imaging technique utilizing sound waves to produce images of a foetus in the uterus. The Amniotic Fluid Index (AFI) is an estimate of amniotic fluid level in pregnant woman that is diagnosed via ultrasound imaging technique manually. My research is to design a working model that detects the level of amniotic fluid automatically and display the normal or abnormal values to the user. The product will be designed for its utilization at home or wherever necessary. It is proposed to develop the device at a lower cost and make it easily available for the consumer.
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SHALINI RADAKIRISHNAN VALLIAMMAL

I am Dr R V Shalini, Associate professor, Head of the Department, Department of Biomedical Read More Engineering, Sri Shakthi Institute of Engineering and Technology, Coimbatore. I am focusing on research areas that are associated with energy efficient electronic devices in biomedical field.
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User has not Posted Anything.

Title: Design and Simulation of Concurrent Assembly Line Layout-Case Study
Subject:
Journal:
NIL
Published By: OtherMAT JOURNALS
06/09/2023
Publications
Title: Literature review of assembly line balancing problems
Subject:
Journal:
https://doi.org/10.1007/s00170-014-5944-y
Published By: OtherSPRINGER
12/11/2014
Publications
Title: Assembly Line Scheduling In Shop Floor Using Dynamic Programming – Case Study
Subject:
Journal:
NIL
Published By: OtherMAT JOURNALS
14/08/2023
Publications
Title: Physical Challenges in Assembly Line Production Systems from Ergonomics Point of View – Review
Subject:
Journal:
NIL
Published By: OtherMAT JOURNALS
01/08/2023
Publications
Publications
Publications
Title: TOTAL PRODUCTIVE MAINTENANCE IN LAB SET UP OF EDUCATIONAL SYSTEM – CASE STUDY
Subject:
Journal:
10.22306/atec.v8i1.139
Published By: Otheracta technologia
17/03/2022
Publications
Publications
Publications
Title: Review on PCB assembly line balancing – glance
Subject:
Journal:
https://doi.org/10.22306/atec.v9i2.171
Published By: Otheracta technologia
10/07/2023
Publications
Title: Modelling Hybrid Single Model Assembly Line Balancing Problem
Subject:
Journal:

Published By: Otherudyog pragati
13/11/2013
Publications

Project: A heuristic Approach to Minimize the Makespan in Single Machine Scheduling with Identical Parallel Machines
Goal: To reduce the total makespan time of jobs for scheduling the identical parallel machines
Current Stage: completed
Starting Date:
Sponsored by: self sponsor
Projects
Project: Fabrication and testing of hybrid E waste composites.
Goal: To fabricate and test the hybrid composite materials using e waste management
Current Stage: completed
Starting Date: 15/12/2017
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Design and fabrication of screw less machine vice for radial drilling machine.
Goal: To develop screwless machine machine using DFA analysis for radial drilling machine
Current Stage: completed
Starting Date: 25/10/2018
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Analysis & Process Mapping For Fitment Of Foot Brake Valves To Visually Aid Assembly Process
Goal: To design layout for assembly of chassis design to visually the workers for easy access of assembly parts of vehicle
Current Stage: completed
Starting Date: 04/10/2019
Sponsored by: Ashok Leyland
Projects
Project: Automatic Screwing Up Of A Heavy Weight Die In An Injection Molding Machine
Goal: To perform loading and unloading operation by automatic screwing of die in molding machine
Current Stage: completed
Starting Date: 23/10/2019
Sponsored by: Ucal polymers
Projects
Project: Design and analysis of efficient plant layout for machine shop
Goal: To perform layout design for manufacturing plant in ACCL to reduce setup and part moving time .
Current Stage: completed
Starting Date: 17/12/2019
Sponsored by: ACCL
Projects
Project: Recycle of plastic wastes using Pyrolysis processes
Goal: To reduce the pollution hazards in vehicles using pyrolysis oil as fuel
Current Stage: completed
Starting Date: 18/03/2020
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Sensing of Air Borne diseases using Quadcopter
Goal: To analyze the air borne disease using quadcopter
Current Stage: completed
Starting Date: 15/07/2020
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Natural fiber reinforced composites Mycelium
Goal: To design and analyze the properties of mycelium based composites
Current Stage: completed
Starting Date: 17/08/2022
Sponsored by: manakula vinayagar institute of technology
Projects
Project: Plant layout for washing Machine assembly line
Goal: To Design plant layout for washing machine assembly line unit
Current Stage: completed
Starting Date: 21/12/2022
Sponsored by: whirlpool
Projects

ICSCAN2021
Organizer: MANAKULA VINAYAGAR INSTITUTE OF TECHNOLOGY
Start Date: 30/07/2021 | End Date: 30/07/2021
Location: PONDICHERRY,INDIA
Role: Presenter
Conferences
ICSCAN2020
Organizer: MANAKULA VINAYAGAR INSTITUTE OF TECHNOLOGY
Start Date: 03/07/2020 | End Date: 04/07/2020
Location: PONDICHERRY,INDIA
Role: Conference Committee, Presenter
Conferences

Editorial Roles
Mechanical Engineering

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