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Mr Abhishek Kumar

Assistant Professor (Senior Scale)

Department of Electrical Engineering School of Electrical, Electronics & Communication Engineering

CURRENT ACADEMIC ROLE & RESPONSIBILITIES

    Apart from teaching  Abhishek Kumar has the following roles and responsibilities:

    • Integrated Electronics LAB, Faculty In-charge
    • Siemens Centre of Excellence Automation Drives Lab, Faculty Deputy In-charge
    • Member, EE-FPC   (Training and Placement)

 

SUBJECTS CURRENTLY TEACHING

Subject Subject code Semester
Modern Control Theory,MBSD EE1601 VI Sem (IIIrd Year)
MICROCONTROLLER BASED SYSTEM DESIGN EE1506 V SEM , SECA , SEC B

ACADEMIC QUALIFICATIONS

Degree Specialisation Institute Year of passing
PhD AEROSPACE ENGINEERING UNIVERSITY OF PETROLEUM & ENERGY STUDIES , DEHRADUN Pursuing
Master Of Technology Control Systems Manipal Institute Of Technology, Manipal 2012
Post Graduate Diploma System Software Development C-DAC, Hyderabad 2009
Bachelor Of Technology Electrical & Electronics Engineering Sikkim Manipal Institute of Technology, Sikkim 2007

Experience

Institution / Organisation Designation Role Tenure
Manipal University Jaipur Assistant Professor Teaching August, 2012 till date

AREAS OF INTEREST, EXPERTISE AND RESEARCH

Area of Interest

Optimal Control, system identification and Modelling, Navigation Guidance & Control

Area of Expertise

Digital Design, control systems, Electrical circuits, optimal control

Area of Research

Aerospace Engineering, Optimal Control, Flight Dynamics and Control

Professional Affiliations & Contributions

  • Member, Control Systems Society (CSS), Institute of Electrical and Electronics Engineers (IEEE).
  • Member,  Aerospace and Electronic Systems Society,IEEE
  • Member, Automatic Control and Dynamic Optimization Society (ACDOS), Indian Institute of Science (IISc.).

Work Experience

Organisation Role Tenure
Smadurk Infotech Pvt. Ltd., BANGALORE Software Engineer  FEB 2009 TO March 2010
C.B Industries, Patna Technical Manager July, 2007 to July, 2008

ANALYSIS, DESIGN & IMPLEMENTATION OF HOT WATER FLOW CONTROL THROUGH DIFFERENT CONTROLLERS

July 02, 2018 Automation & Control, Process Control,PLC, HMI Mr Abhishek Kumar Sunidhi Jain (B.Tech EEE, Final Year) Swetabh sinha (B.Tech EEE, Final Year)

Technology Used : Siemens s7 1200 PLC, KTP 700 HMI, PID Controller, Temperature process trainer,Flow control Trainer

DESIGNING OF A TEMPERATURE CONTROL PROCESS TRAINER THROUGH CONTROLLER INTERFACED WITH SIEMENS S7-1200 PLC & KTP700 HMI

June 30, 2017 Automation & Control, Process Control,PLC, HMI Mr Abhishek Kumar Namrata Kar (B.Tech EEE, Final Year)

Technology Used : Siemens s7 1200 PLC, KTP 700 HMI, PID Controller, Temperature process trainer

Non Linear Modelling of a Distillation Column using Decoupler and MRAC Control Techniques

June 30, 2015 Non linear control System, Adaptive control Mr Abhishek Kumar Anshuman Kumar Jha , M.Tech (control Systems)

Distillation is a process which is used in petroleum industries for seperation of products into an overhead distillate and a bottoms product. Concept of decoupler controller is applied for a 4x4 Distillation column. Adaptive control , Non linear control and MRAC approach is used.

Designing of an error detection and data recovery architecture for motion estimation testing application

June 30, 2015 Digital design, VHDL, Image processing Mr Abhishek Kumar Chityala Shruthi, B.Tech EEE

The proposed error detection and data recovery architecture detects and recovers data in the motion estimator. The model has been developed in VHDL.

Designing of WSN based Robust PID controllers using DAQ/LabView

July 30, 2015 PLC, LabView based DAQ card, Controller design Mr Abhishek Kumar Soni Kumari Verma, M.Tech (Control Systems)

There are various parameters which are used in process industries for better accuracy and high precision, further these parameters are flow, mass, speed, pressure and temperature. Since these parameters are working in wireless domain also but, if we have to know the set point and errors of a particular PID through wireless then it will be not possible at all. So to overcome this phenomenon, We planned to work on wireless and instrumentation technology that how to interface these type of protocols.