Browsing by Author "Kale, Samir Ramdas"

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    Assessing the Understanding Level of Students for the Computer Programming Course through MATLAB: A Case Study of Working Professional Student
    (SSRN, 2022-02) Jasti, Naga Vamsi Krishna; Kale, Samir Ramdas
    As new digital technologies evolve in various engineering facets, there is a need for an engineer, as a stakeholder to understand and comprehend the backbone of the technologies and the logical framework involved. Programming plays an important role to understand it easily, therefore, the article emphasises the impact of teaching programming to the engineers and its effectiveness with respect to the learning outcomes. The case study involves working professionals who are students at the largest technical institute which offers work-integrated learning programs in India. The research is carried out for the recently concluded course Computer Programming in their current semester which was taught through MATLAB. It has been observed through a feedback survey that the level of understanding of the logic and the software was increased significantly at the end of the semester.
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    Design of Remote Labs for Continuing Education Students in Engineering Domain
    (SSRN, 2022-02) Jasti, Naga Vamsi Krishna; Srinivas, Kota; Kale, Samir Ramdas
    Problem-solving is the key skill expected in any industry, especially in continuing learning related to engineering and technology. In the industry, the study requires stopping production and conducting the trials requiring a lot of time with financial implications. In the physical laboratory at the institute, the presence of the student and the faculty is limited by time and space. Remote labs and virtual labs can ease these concerns with the help of technology. Considering these factors, remote and virtual labs have been developed and offered for continuing education students across engineering domains. This research work has focused on the demonstration of the design and establishment of the Fluid Mechanics and Machines remote lab. The study includes IT, physical infrastructure and instructional strategy deployed in the lab. It also presents the statistics with respect to the number of experiments performed, assessment and feedback by the students.
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    Ergonomic and workplace assessment of an integrated fiber industry using quantitative methods
    (2006) Kale, Samir Ramdas
    Ergonomic Design and Workplace Assessment are the major disciplines that govern the Occupational Health and Safety of a Process Industry.This paper highlights the various factors that are vital to these disciplines in the context of an Integrated Fiber Industry (combined chemical and spinning operations). A Questionnaire was designed to cover all aspects related to Ergonomics and Workplace. It included feedback from the workers at the Spinning and After-treatment sections (heart of the fiber industry). Based on the workers response quantification was done on the marks allocated to each one of the factors. This methodology aimed at finding the deviations from the desired norms and regulations. This approach is discussed in detail in the article. Certain inferences can be made from the study. • No of Training hours to be increased • Use of Personal Protective Equipment to be encouraged • Comfort conditioning to be calculated & maintained (Based on 8 hours working)
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    Heavy metal removal from wastewater using nanomaterials-process and engineering aspects
    (Elsiever, 2021-06) Kale, Samir Ramdas
    ALAdsorbent loading ANFISAdaptive network based fuzzy inference system ANNArtificial Neural Network APHAdsorbent Packaging Height BTBreakthrough Time CA-LDHCa/Al layered double hydroxides CDColumn Diameter CS-CNTchestnut shell-carbon Nanotubes CTS-G-PAchitosan-graft-polyacrylamide DHPCT3,4-dihydroxyphenethylcarbamodithioate DMSADimercaptosuccinic acid ECExhaustion Capacity FRFlow rate LAMMPSLarge-scale Atomic/Molecular Massively Parallel Simulator LDH/GOMg−Al-layered double hydroxide-supported graphene oxide MGL compositesMagnetic composites consisting of magnetite (Fe3O4), graphene oxide (GO), and Mg3Al−OH layered double hydroxide (LDH) MIMetal Ion MLP-ANNMulti-layer perceptron NCNanocomposites NPNanoparticles ORPOxidation – Reduction Potential RAReducing Agent RBF-ANNRadial basis Function ROReverse Osmosis SCMNPSilica Coated Magnetic Nanoparticles SOSSymbiotic Organism Search ZnCr-LDHZn-Cr layered double hydroxide ZVIZero Valent Iron
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    An occupational health and safety management system framework for lean process industries: an interpretive structural modelling approach
    (Emerald, 2022-10) Jasti, Naga Vamsi Krishna; Kale, Samir Ramdas
    The manufacturing sector has been observing various benefits by the implementation of lean manufacturing practices. However, the manufacturing sector has neglected the significance of health and safety management system implementation. The purpose of this research is to propose and validate an occupational health and safety management systems (OHSMS) framework based on critical success factors and their relationships in the lean manufacturing organizations.
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    Review Of Occupational Health And Safety Management System (OHSMS) Of Process Industries With A Case Based Study Of A Fiber Industry
    (IJERT, 2013-06) Kale, Samir Ramdas
    The paper presents a state of art review of OHSMS in process industries. Major industrial accidents/incidents are described along with its root cause in the recent past. OHSMS application with a systematic approach can eliminate such incidents and accidents, such approach is also being considered for a fiber industry whose case based review has been discussed in this article. The initial approach is to identify gaps between the standard requirements of OHSMS and existing practices of the industry and implementation steps are suggested based on observations and data collected. Also, root cause analysis model for the particular industry is also suggested.
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    Sustainable Production System Critical Success Factors: an Interpretive Structural Modelling approach
    (Procedia CIRP, 2021) Kale, Samir Ramdas; Mishra, Rajesh P; Kota, Srinivas; Jasti, Naga Vamsi Krishna; Kota, Srinivas
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    Symbiosis of Maintenance and Safety in process industry
    (PMRC, 2015) Kale, Samir Ramdas
    This article highlights the mutual relationship between maintenance and safety. Process industry is generally based on the cascading effect of various unit operations. In order to maintain these operations proactive maintenance practices should be adopted. Planned Maintenance and Autonomous maintenance should be adopted and integrated with safety aspects