MIT-World Peace University (MIT-WPU) is a top educational institute located in Pune, India. It is recognized within&nbsp;UGC under Government of Maharashtra Act No. XXXV 2017.&nbsp;

It is part of the MIT group of institutions (established in 1983) which covers 10+ campuses across India and has more than 50,000+ students enrolled across various disciplines at a given point of time. The institute houses 15 schools ranging from Engineering &amp; Technology, Design, Pharmacy, Commerce, Governance among others. It offers undergraduate, postgraduate and PhD programs among different disciplines.&nbsp;

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MIT World Peace University

Reserves estimation is one of the most essentialtasks in the petroleum industry. It is the process by which theeconomically recoverable hydrocarbons in a field, area, orregion are evaluated quantitatively. A major goal in thisinitiative is preparation of training modules that representindustry’s “recommended practices.” Long before the issuecaught the public’s attention, how- ever, reserves estimationwas a challenge for the industry. The challenge stems frommany factors, tangible and intangible, that enter theestimation process, and judgment is an integral part of theprocess. Uncertainty, along with risk, is an endemic problemthat must be addressed. Consequently,the industry’s record ofproperly predicting reserves has been mixed. Despite appealsfrom some quarters, there currently is no standardizedreserves-estimation procedure.

School of Petroleum Engineering

Engineering and Technology

World University root node

International Journal of Engineering and Technology

Reserve Estimation using Volumetric Method

Directional drilling has become a very importanttool in the development of oil and gas deposits. Currentexpenditures for hydrocarbon production have dictated thenecessity of controlled directional drilling to a much largerextent than previously. For a successful drilling operation to becarried out surveys, planning and calculations needs to becarried out at the start before the operation commences. Thepaper focusses on the design of well trajectory. In welltrajectory the well profile is plotted with the help of givenTarget and Surface Coordinates, Build-Up Rate, KOP. Thedocument has included the methods and formulas used forcalculation of Well Trajectory

International Journal of Engineering and Technology” (IRJET)

Well Trajectory Survey of a Directional Well

Lab Experiments, (ISSN 0972-6055) 42 (12(2))

Measurement of Liquid Level Using Capacitance Method

Journal of biological and physical sciences (ISSN No. 2319-636X), 1 (IV {\ldots}

A novel route for the removal of Ni (II) from aqueous solution using nano zero valent silver on activated carbon

Lab Experiments, (ISSN 0972-6055) 41 (12(1))

Temperature Measurement Using Thermocouple and RTD

Lab Experiments, (ISSN 0972-6055) 43 (12(3))

Dynamic Behavior of Interacting \&amp; Non-interacting Systems

International Journal of engineering research and Industrial applications {\ldots}

Autothermal reforming for hydrogen production

The Process Dynamics and Control subject is traditionally taught using mathematical equations, Laplace Transform, Z-transform techniques. Usually students do not enjoy learning the subject based on complicated mathematics. It is observed that students understand the basic concepts better if complex mathematical theory is supplemented by using software simulation tools such as MATLAB and SIMULINK. The process control trainers available in the Process Control laboratory have fixed design parameters, which are practically impossible to change during practical class. The effect of change in process parameters can be studied using MATLAB simulations. This resulted in an enhanced interactive learning of the basic concepts of Process Dynamics and Control, rather than learning through complex mathematical equations. In this paper, the dynamic behavior of standard processes is analyzed using MATLAB. This process knowledge is useful for controlling the process response to desired specifications.

Study of open-loop response characteristics of processes using MATLAB

Lab Experiments, (ISSN 0972-6055), LE-44,12(4)(2012) 44 (12(4))

Root-locus Analysis and Design of Feedback Control Systems Using MATLAB”

Lab Experiments, (ISSN 0972-6055) 40 (11(4))

Analyzing Feedback Control Systems Using MATLAB

Chemical Engg. Fluid Mechanics (ISBN: 9789380064482, 9380064489)

Mechanical Operations (ISBN 81 86314 27 X)