DEEPAK KUMAR



DEEPAK KUMAR

Associate Professor
Department of Electrical Engineering
Motilal Nehru National Institute of Technology Allahabad, Prayagraj, India-211004
E-mail: deepak_kumar[at]mnnit[dot]ac[dot]in
Telephone: +91-532-2271401(O)


Thesis Supervised



S.No Research Topic Name of Student Completion/Registration Year
Ph.D. Completed:
1Internal model control based Load frequency control of power systems using model reductionBheem Sonker2019/2014
2Optimized Power Harvesting and controller design for Power electronics converter used in wind energy conversionAkhilesh Kumar Gupta2019/2013
3Reduced Order Modelling of Linear Time Invariant Systems using Stability Preservation MethodsChhabindra Nath Singh2022/2015
4Controller Design for Load frequency control of multi-area power systemsTejavath Veerendar 2023/2018
5Singular value decomposition based model reduction of large-scale systemsVineet Sharma2024/2019
Ph.D. Ongoing
1Fractional order system modelling and its applicationsShekhar Gehlaut2020
2Frequency-limited Gramians based Model reductionKumari Kanchan2020
3Model reduction of complex uncertain systemsKhushboo Kumari2022
4Modelling and Controller DesignNavneet Pathak2024
M.Tech Students
1Weighted order reduction using Schur balanced truncationRavi Dutt Pal2014/2011
2Frequency weighted model reduction with square-root balanced approachMithlesh Kumar2014/2011
3Model order reduction of continuous-time interval systems by frequency-domain methodsAnkit Sachan2015/2013
4Order reduction of discrete interval systems by stability preservation methodsManish Kumar Sharma2015/2013
5Optimized stabilization and tracking control of linear inverted pendulum systemAnkur Gupta2016/2014
6Swing up and stabilization of rotary inverted pendulum and its implementationNavdeep Kumar Singh2016/2014
7Model reduction of interval systems using stability-preservation approachSunil Kumar Gautam2019/2017
8Model reduction of power system models using balanced truncationDevendra Verma2019/2017
9Frequency-weighted model reduction using balanced truncationSatya Prakash Singh2019/2017
10Model reduction using frequency interval GramiansAbhisek Satapathi2019/2017
11Application of single-phase current source modular multi-level converter in induction heatingSuranjan Dey2019/2017
12Passivity preserving Frequency-weighted model reductionPraveen Rao2021/2019
13Cross Gramian based Frequency-limited model reductionAfroz Alam2021/2019
14Frequency domain model reduction of fractional-order systemsAyush Pagey2021/2019
15Stable approximants of continuous and discrete time interval systemSudhakar Kumar2022/2020
16Frequency and time interval gramians based truncated realizationPriya Sahu2022/2020
17Positive real frequency weighted model order reductionChetna Singhal2022/2020
18Pole-clustering based model reduction of large-scale systemsMirnal Singh Rawat2022/2020
19Modeling and Controller Design for Nuclear Power ReactorAmit Randhawa2023/2021
20Controller Design for Automatic Voltage Regulator in A Power SystemPallavi Kumari2023/2021
21Modeling and Controller Design for Reduced-Order Proton Exchange Membrane Fuel CellVinay Kumar2023/2021
22Optimal Scheduling in Home Energy Management System with Renewable Energy ResourcesRajarshi Singh2023/2021
23Reduced Order Modelling of Fractional Order Systems Using Oustaloup ApproximationAbhishek Kumar2024/2022
24Model Order Reduction of Interval Systems Using Iterative Routh ApproximantsSubrata Ghosh2024/2022
25Modelling And Controller Design for DC-DC ConvertersPrity Kumari 2024/2022
26Modified Internal Model Controller for DC-DC ConvertersAkanksha Singh2025/2023