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Hello and welcome to my website. I am Professor in th=
e department of Electrical Engineering Pakistan Institute of Engineering &a=
mp; Applied Sciences, Islamabad, Pakistan. |
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Hello and welcome to my website. I am Professor in th=
e department of Electrical Engineering Pakistan Institute of Engineering &a=
mp; Applied Sciences, Islamabad, Pakistan. |
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Conta=
ct Information |
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Phone: +92(0) 51 2207380-4; Ext. 3452 Fax: +92(0) 51 2208070 E-mail: aqkhan@pieas.edu.pk |
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Personal Visit: Room No. SE-101, DTD-Building Department of Electrical Engineering (Please take care of the timing schedule given i=
n Calendar and Events) |
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Mailing Address: Dr. Abdul Qayyum Khan Professor (Pr. Engineer), Room No. SE-101 DEE, PIEAS, P.O. Nilore, Islamabad |
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Education =
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Awards and Honors
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Biography |
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Degree |
Majors |
University/Institution<=
/span> |
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Ph. D. |
Proce=
ss monitoring and fault diagnosis |
Insti=
tute of Automatic Control & Complex Systems, University of Duisburg-Ess=
en, Germany |
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M. Sc. |
Syste=
ms Engineering |
Pakis=
tan Institute of Engineering & Applied Sciences, Islamabad, Pakistan |
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B. Sc. |
Elect=
rical Engineering |
Unive=
rsity of Engineering & Technology, Peshawar, Pakistan |
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Calendar and Events |
Lecture schedule:
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Discussion Hours:
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***
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Subject |
Schedule |
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EE-111: Circui=
t Analysis-I (A) |
Mondays: 0825-=
0920hrs Wednesdays-Thu=
rsdays (0930-1025hrs) |
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EE-111: Circui=
t Analysis-I (B) |
Wednesdays-Thu=
rsdays (1035-1130hrs) Fridays (1140-=
1235hrs) |
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EE-612: Fault =
Diagnosis and Tolerance |
Mondays: 0930-=
1025hrs Thursdays-Frid=
ays (0930-1025hrs) |
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Subject |
Day |
Time |
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EE-111: Circui=
t Analysis-I |
Thursdays |
1400hrs-1530hrs |
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EE-612: Fault =
Diagnosis and Tolerance |
Thursdays |
1400hrs-1530hrs |
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Research Stude=
nts (PhDs, MSc, BS=
c) |
Wednesdays |
0900hrs-1530hrs |
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General Matter=
s (Head DEE) |
Mondays-Friday=
s |
1400hrs-1530h |
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B.S. Electrical Engineering * PAM-266 Probability and Stati=
stics * EE-223 Electrical Machines-II=
* EE-432 Power System Protectio=
n * EE-226 Circuit Analysis-II =
; =
; |
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M.Sc. Systems/Electrical Engineering * EE-501: Control System Design=
-I * EE-601 Control System Design-=
II (Feedback Control Systems-II) * EE-602 Nonlinear Control Syst=
ems * EE-603 Optimal Control Engine=
ering * EE-612 Fault Diagnosis and To=
lerance * EE-521 Advanced Power Systems=
Protection * EE-613 Electronic and Control=
Systems Lab-II * Kalman filter based parameter=
optimization * LQG Control for MIM1O Systems=
* EE-513 Electronic and Control=
Systems Lab-I * Parameter optimized Controlle=
r design =
; =
; |
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Teach=
ing |
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Resea=
rch |
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Research Interests:
*<=
span
style=3D'width:8.0pt'> Fault detection and pr=
ocess monitoring * Robust a=
nd Optimal Control design * Linear a=
nd Nonlinear Observer design * Linear m=
atrix inequalities (LMIs) based Controller and observer design * Hybrid s=
ystems, Time delay systems * Nonlinea=
r Systems |
Publi=
cation
Books/ Book Chapters/Research monographs
[1]=
M. Abid, A. Q. K=
han, M. Rehan, and H. Rash=
id, TS Fuzzy Approach for Fault Detection in Nonlinear Cyber Physical Syste=
ms, Chapter of Computational Intelligence for Decision Support in Cyber-Phy=
sical Systems 2014, Springer [2]=
A. Q. Khan, Observer based fault d=
etection in nonlinear systems, University of Duisburg-Essen, Germany, Publi=
sher Shaker-Verlag ISBN: OND-00000-0000093, 2011 [3]=
A. Q.=
Khan, Robust Controller design for Nonlinear Control System, DEE, PIEAS,=
Islamabad, Pakistan, 2004. =
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Journal paper
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Publi=
cation in proceedings |
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[1] =
;A. Mahmood, A.Q.Khan, G. Mus=
tafa, M. Abid, A. S. Khan, H.Rasheed, Gimbal Based Robotic Eye for Dynamic =
Social Environment, IEEE RAEE 2020, Islamabad, Pakistan [2] =
;M. Khan, N. Iqbal, A. Q. Khan, Separa=
tion Principle with Secure State Estimation and Lyapunov Stability of Cyber=
-Physical System under Sensor Attack, IEEE RAEE 2020, Islamabad, Pakistan [3] =
;J. Mehmood, M. Abid, M.S.Khan,A.Q.Khan Design of Slid=
ing Mode Control for a Brushless DC Motor, IEEE INMIC 2020, Bahawalpur, Pak=
istan [4] =
;M. W. Khan, M. Abid, A. Q. Khan, "`Fractional Or=
der Bergmans Minimal ModelA Better Representation Of Blood Glucose-Insulin =
System,"'International Conference on Applied and Engineering Mathemati=
cs (ICAEM), 2019. [5] =
;Z. Tahir, A.Q. Khan, and M Asad “Attack detection and=
Identification in cyber physical systems: An example on Three Tank System,=
” IEEE ICET 2019 [6] =
;A. Q. Kha=
n, Qudrat-Ullah, M. Sarw=
ar, S. T. Gul, N. Iqbal, Transmission Line Fault Detection and Identificati=
on in an Interconnected Power Network using Phasor Measurement Units, IFAC =
SafeProcess 2018, Warsaw, Poland, 29-31 August 2018 [7] =
;S.T. Gul, M. Imran and =
A. Q. Kha=
n, An Online Incremental=
Support Vector Machine for Fault Diagnosis using Vibration Signature Analy=
sis Accepted for publication in 19th IEEE International Conference on Indus=
trial Technology (ICIT 2018) Lyon, France February 20-22 2018. [8] =
;M.U.Shahzad, [9] =
;M. M. Tahir, A. Hussain=
, S.Badshah, A. Q. Khan and N.Iq=
bal, “Classification of Unbalance and Misalignment Faults in Rotor using Mu=
lti-Axis Time Domain Features” IEEE Int Conf on Emerging Technologies, Isla=
mabad Pakistan October 18-19, 2016 [10]&nbs=
p;A. Hameed, S.T.Gul and =
A. Q. Khan,“A Park=
’s Vector Approach Using Process Monitoring Statistics of Principal Compone=
nt Analysis for Machine Fault Detection,” IEEE Int Conf on Emerging Technol=
ogies, Islamabad Pakistan October 18-19, 2016 [11]&nbs=
p;Rummaan Bin Amir, S.T.G=
ul and A. Q. Khan,“A Comp=
arative Analysis of Classical and One Class SVM Classifiers for Machine Fau=
lt Detection Using Vibration Signals,” IEEE Int. Conf. on Emerging Technolo=
gies, Islamabad Pakistan October 18-19, 2016 [12]&nbs=
p;A. R. Khan, A. Q. Khan, M. T.R=
aza and M Abid, ``Design of Robust Fault Detection Scheme for Penicillin Fe=
rmentation Process,'' 9th IFAC SafeProcess15, Paris, France September 2-4, =
2015 [13]&nbs=
p;M.T.Raza, A. Q. Khan, G. Mus=
tafa and M. Abid, ``Robust Fault Detection and Isolation for Uncertain Swit=
ched Systems under Asynchronous Switching with Adaptive Threshold,'' 9th IF=
AC SafeProcess15, Paris, France September 2-4, 2015 [14]&nbs=
p;M. Adil, M. Abid, A. Q. Khan, G. Mus=
tafa, Comparison of PCA and FDA for Monitoring of Coupled Liquid Tank Syste=
m, 13th International Bhurban Conference on Applied Sciences & Technolo=
gy, January 12-16, 2016, Islamabad [15]&nbs=
p;A. Fatma, A. Q. Khan, ``Data=
-Driven Technique for Robust Fault Detection in Generators,'' 2015 Symp. Re=
cent Advances in Electrical Engineering, Islamabad Pakistan, pp:1-4, 19-20 =
Oct. 2015, DOI: 10.1109/RAEE.2015.7352759 [16]&nbs=
p;M. M. Khan, A. Q. Khan, M. T. =
Raza, ``On Robust Residual Generation for Fault Detection in Linear Uncerta=
in Time Delay Systems,'' 2015 Symp. Recent Advances in Electrical Engineeri=
ng, Islamabad Pakistan, pp:1-5, 19-20 Oct. 2015, DOI: 10.1109/RAEE.2015.735=
2754 [17]&nbs=
p;M. Sabeeh, A. Q. Khan, M.T. R=
aza, M. Abid and G. Mustafa, ``Dedicated Observer-based Approach for Fault =
Isolation in Wind Turbine System,''In Proc.30th IEEEP Multi-Topic Internati=
onal Symposium2015 (MTS2015), March 25-26, 2015, Karachi, Pakistan [18]&nbs=
p;T. Wahab, M. Abid, A. Q. Khan, G. Mus=
tafa, Robust Fault Detection of Linearized Power Grid Network System, Power=
Generation System and Renewable Energy Technologies (PGSRET), 2015, June 1=
0-15,2015, Islamabad Pakistan. [19]&nbs=
p;Muhammad, G. Mustafa, A. Q. Khan, and M.=
Abid, ``On Observability of Non-Uniformly Sampled Systems'', In Proc. 12th=
IEEE Frontiers on Information Technology (FIT), 17-19 December 2014, Islam=
abad Pakistan [20]&nbs=
p;M. Niaz, G. Mustafa, A. Q. Khan, and M.=
Rehan, ``On the Controllability of Sampled-Data System under Non-Uniform S=
ampling,'' In Proc. 10th IEEE Int. Conf. Emerging Technology (ICET), 07-09 =
December 2014, Islamabad Pakistan [21]&nbs=
p;A. Wahab , G. Mustafa, M. Abid, A. Q. Khan, Discre=
tizing LTI descriptor Systems, 1st Int. Yo=
ung Engineers Convention (IYEC-2014), April 18-20, 2014, Lahore, Pakistan [22]&nbs=
p;M. T. Raza, M. Sabeeh, M. Nazeer, A. Q. Khan, M. Abi=
d, G. Mustafa, Fault diagnosis for reliability of Wind Power Systems, 1st Int. Yo=
ung Engineers Convention (IYEC-2014), April 18-20, 2014, Lahore, Pakistan [23]&nbs=
p;M. Shoaib, M. Abid, and A. Q. Khan, Multi-Objective Robust H∞ observe=
r design for one-sided Lipschitz nonlinear systems, Chinese Conference on D=
ecision and Control, 2014 [24]&nbs=
p;T. Hussain, M. Abid, and A. Q. Khan, TS Fuzzy approach for Fault Detection in Nonlinear Sy=
stems with Immeasurable State Variables, Chinese Conference on Decision and=
Control, 2014 [25]&nbs=
p;Ali Muqtadir, M. Abid, A. Q. Khan and G. Mustafa, Residual Generation for Discrete Time=
Periodic Systems using Parity Space Approach, 11th Internati=
onal Conference on Frontiers of Information Technology (IEEE FIT), December=
9-10, 2013, Islamabad, Pakistan, pp: 199-204 [26]&nbs=
p;W. Ashraf, A. Q. Khan, M.T. Raza, M. Abid, RFDF design fo=
r a class of time delay systems with unknown inputs and parameter uncertain=
ties using bicausal transformation, 9th IEEE International Conference on Emerging Technologi=
es (ICET2013), December 9-10, 2013, Islamabad, Pakistan [27]&nbs=
p;H. Naveed, A. Q, Khan and M. Abid, <=
/span>Fault Tolerant=
Control Using Event Based Switching, 9th IEEE International Conference on Emerging Technologi=
es (ICET2013), December 9-10, 2013, Islamabad, Pakistan [28]&nbs=
p;M. H. Rizvi. M. Abid, and A. Q, Khan, Actuator Fault=
Diagnosis and Isolation in Vehicle Active Suspension System, 9th IEEE International Conference on Emerging Technologi=
es (ICET2013), December 9-10, 2013, Islamabad, Pakistan [29]&nbs=
p;W. Ashraf, A. Q. Khan, M.T. Raza, M. Abid, Unknown input diagnostic observ=
er design for a class of time-delay systems using bicausal transformation, =
Third International Conference on Aerospace Science & Engineering (ICAS=
E2013)August 21-23, 2013 Islamabad, Pakistan [30]&nbs=
p;M. Abid, A. Q. Khan, M. Rehan, and M. Adil, Sensor fault reconstruction =
for one sided Lipschitz nonlinear systems, 10th IEEE IBCAST, =
2013,Islamabad, Pakistan [31]&nbs=
p;A. Ahmad Khatt=
ak, S. Farooq, A. Q. Khan and M. Abid, A=
n LMI based approach to passivity analysis and robust passification of unce=
rtain neutral systems with time varying delays, 51st Conf. Decis, Contr. (C=
DC), Maui, Hawaii, USA, December 10-13, 2012 [32]&nbs=
p;R. F. Abbas, <=
/span>A. Q. Khan, M. Abid, and=
A. Ahmed, Fault Detection for Uncertain Linear Systems Using Parity Space =
Approach, 8th IEEE International Conference on Emerging Technologies (ICET2=
012), October 8-9, 2012, Islamabad, Pakistan [33]&nbs=
p;A. Hussain, A. Q. Khan, M. Abid, and=
M. Tufail, On fault detection in coupled liquid three tank system using su=
bspace aided data driven design, 8th IEEE International Conference on Emerg=
ing Technologies (ICET2012), October 8-9, 2012, Islamabad, Pakistan [34]&nbs=
p;S Farooq, A. A=
hmad, M. Abid, and A. Q. Khan, Passivity Ana=
lysis of Uncertain Singular Neutral Systems with Arbitrary Time Varying Del=
ays, 8th IEEE International Conference on Emerging Technologies (ICET2012),=
October 8-9, 2012, Islamabad, Pakistan [35]&nbs=
p;K. Iftikhar, A. Q.=
Khan, and M. Abid, Robust Fault Detection Filter Design for Discrete Swi=
tched Linear Systems, 10th IEEE International Conference on FIT (IEEE FIT20=
12) December 17-19, 2012, Islamabad, Pakistan [36]&nbs=
p;S. Farooq, A A=
hmed , A. Q. Khan, and M. Abid, =
Delay Range Dependent Robust Pacification for Singular Neutral Uncertain Sy=
stems with Time Varying Delays and Actuator Saturation, 10th IEEE International Conference on FIT (IEEE FIT2012)=
, December 17-19, 2012, Islamabad, Pakistan [37]&nbs=
p;S. Farooq, A A=
hmed, A. Q. Khan, and M. Abid, =
Passivity-based Sliding Mode Control of Neutral Singular Uncertain Systems =
with Time Varying Delays and Bounded Matched Disturbances, 10th IEEE International Conference on FIT (IEEE FIT2012)=
, December 17-19, 2012, Islamabad, Pakistan [38]&nbs=
p;F. Kauser, M. Abid and A. Q.=
Khan, Sensor fault detection in coupled liquid tank system, 10th IEEE International Conference on FIT (IEEE FIT2012)=
, December 17-19, 2012, Islamabad, Pakistan [39]&nbs=
p;W. Chen, S. X. Ding, A. H. Abandan Sari, A. Naik, A. Q. Khan, and S. Yin, Observer-based =
FDI Schemes for Wind Turbine Benchmark, 18th IFAC World Congress 2011, Mila=
no, Italy [40]&nbs=
p;A. Q. Khan, S. X. Ding, C. I. Chihaia, M. Abid, and W. Chen, Robust fault dete=
ction in nonlinear systems: A three-tank benchmark application, In Proc. Of=
Conf. on Control and Fault-tolerant systems (SystTol10), October 6-8, 2010=
, Nice, France [41]&nbs=
p;W. Chen, S. X. Ding, A. Q.=
Khan, and M. Abid, Energy-based fault detection for dissipative systems, =
In Proc. Of Conf. on Control and Fault-tolerant systems (SystTol10), Octobe=
r 6-8, 2010, Nice, France [42]&nbs=
p;A. Q. Khan, M. Abid, W. Chen and S. X. =
Ding, On optimal Fault detection of Nonlinear Systems, In Proc. Of Conferen=
ce on Decision and Control (CDC09), Shinghai China, Dec. 16-18, 2009 [43]&nbs=
p;W. Chen, A. Q.=
Khan, M. Abid and S. X. Ding, Integrated design of fault detection for a=
class of uncertain nonlinear systems with Lipschitz nonlinearities, Proc. =
7th workshop on Advanced Control and Diagnosis November 19-20, 2009, Poland=
. [44]&nbs=
p;A. Q. Khan and S. X. Ding, Threshold Co=
mputation for Robust Fault Detection in a Class of nonlinear Systems, In Pr=
oc. Of European Control Conference (ECC09), Budapest, Hungary, Aug. 23-26, =
2009 [45]&nbs=
p;M. Abid, S. X. Ding and A. Q.=
Khan, Dynamic Threshold for fault detection in Lipschitz nonlinear Syst=
ems, 7th IFAC Safe Process, pp: 36-40, Barcelona, Spain, June 30-July 3, 20=
09. [46]&nbs=
p;A. Q. Khan, S. X. Ding and M. Abid, Residual Generation and Evaluation Scheme =
for Detection of Faults in Nonlinear Systems using Convex Optimization, In =
Proc. Of 6th Workshop on Advanced Control and Diagnosis, 27-28 November 200=
8, Coventry University, UK. [47]&nbs=
p;S.X. Ding, A. Q.=
Khan, Y.Q. Wang, M. Abid, A Note on Unknown Input Fault Detection filter =
Design, 17th IFAC08 World Congress, Seul,=
S. Korea, July 6-11, 2008. [48]&nbs=
p;Naeemullah, A. Q.=
Khan, G. Mustafa and M. Yousaf, High Gain Observer Design for ETH Helicop=
ter, Proceeding of IEEE ICET 2006 Int. Conf. pp: 330:333, November 13-14, 2=
006, Peshawar, Pakistan [49]&nbs=
p; A. Q. Khan, G. Mustafa and N. Iqbal, LQ=
G/LTR based Controller Design for Three Degree of Freedom Helicopter/Twin R=
otor Control System, Proc. of 9=
th IEEE INMIC Int. Conf. pp: 110:114,Karachi, Pak=
istan, 2005. [50]&nbs=
p;G. Mustafa, N. Iqbal and A. Q.=
Khan, On Passivity based Output Feedback Stabilization of Two Degrees o=
f Freedom Twin Rotor Control System, Proc. of 4=
th IBCAST Int. Conf., Muree, Pakistan, 2005. [51]&nbs=
p;A. Q. Khan and N. Iqbal, Modeling and D=
esign of an Optimal Regulator for Three Degree of Freedom Helicopter/Twin R=
otor Control System, Proc. of IEEE SCONEST 2004 Int. Conf. pp: 45-50=
, 30-31 December, 2004 Karachi, Pakistan. |
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Thesi=
s Supervision |
=
PhD T=
heses
[1] Aadil Sarwar Khan, Fault diag=
nosis and tolerance in rotating machine, PhD thesis in Electrical Engineeri=
ng, PIEAS, Pakistan , 2021 (Graduated) [2] M.Asim Abbasi, Fault diagnosi=
s and tolerance in industrial process using data driven techniques, PhD the=
sis in Electrical Engineering, PIEAS, Pakistan ,2021 (Graduated) [3] Owais Khan, Fault diagnosis a=
nd tolerance in the framework of model predictive control, PhD thesis in El=
ectrical Engineering, PIEAS, Pakistan , 2020 (Graduated) [4] M.T. Raza, Robust fault detec=
tion and tolerance of switched dynamical systems, PhD thesis, Electrical Engineering, PIE=
AS, Islamabad, Pakistan, 2016 [5] Asim Shoaib, Fault diagnosis =
and tolerance in Power systems, PhD thesis in Electrical [6] M. Atif, Fault diagnosis and =
tolerance in networked control systems, PhD thesis in Electrical Engineering, PIEAS, Pakistan (In Progress) [7] Faizan-e=
-Mustafa, Alarm Management System Design for Large Scale Systems, [8] Husnain =
Ahmad, Fault diagnosis and Tolerance, PhD thesis in Electrical Engineering, PIEAS,=
Pakistan (In Progress) M.Sc.=
Theses
[1] Qammar Abbas, Key performance=
indicator based fault detection in industrial process, M.Sc. Systems Engineering Thesis, =
PIEAS, Islamabad, Pakistan 2021 [2] Muhammad Ibraheem, Data drive=
n diagnosis and tolerant control of complex systems, M.Sc. Systems Engineering Thesis, =
PIEAS, Islamabad, Pakistan, 2021 [3] Arshad Ali, Fault diagnosis o=
f networked control systems in the paradigm of industry 4.0, MS Systems Eng=
ineering Thesis, PIEAS, Islamabad, Pakistan, 2021 [4] Maleeha Amin, Fault diagnosis=
of diesel engines, MS Systems Engineering Thesis, PIEAS, Islamabad, Pakist=
an, 2021 [5] Saad Mustafa, Online Surveila=
nce, diagnosis and prognosis of industrial systems, MS Electrical Engineeri=
ng Thesis, PIEAS, Islamabad, Pakistan, 2021 [6] Nida Maryam, Fault diagnosis =
using dimensionality reduction and data-driven techniques, MS Systems Engin=
eering Thesis, PIEAS, Islamabad, Pakistan, 2021 [7] M. Amir Hamza, Design of H2 a=
nd H1 control for networked systems under non-uniform sampling and communic=
ation delay, MS Systems Engineering Thesis, PIEAS, Islamabad, Pakistan, 202=
1 [8] Ayesha Rehman, Launch of a De=
nial of Service Cyber Attack on the Modbus/TCP Protocol and Development of =
its Protection Mechanism, MS Information Technology, PIEAS,2021 [9] Maryam Khan, Secure State Est=
imation for Power Systems under Cyber Attack, M.Sc. Electrical Engineering =
Thesis, PIEAS, Islamabad, Pakistan, 2020 [10] Zohaib Tahir, Real Time Track=
ing Systems for Cyber Physical Systems, M.Sc. Systems Engineering Thesis, P=
IEAS, Islamabad, Pakistan, 2019 [11] M. Shayan, Event Triggered Secure State Estimation, M=
.Sc. Electrical Engineering Thesis, 2018, PIEAS, Islamabad, Pakistan,2018 [12] F. Tariq, Data driven design for fault detection in i=
ndustrial process, M.Sc. Electrical Engineering Thesis, 2017, PIEAS, Islama=
bad, Pakistan, 2018 [13] Adil Khan, Fault detection in power systems using WAM=
S, M.Sc. Electrical Engineering Thesis, 2017, PIEAS, Islamabad, Pakistan, 2=
018 [14] Bilal Asif, Diagnosis of ball bearing for multiple fa=
ult using computational intelligence technique,M.Sc. Systems Engineering Th=
esis, 2017, PIEAS, Islamabad, Pakistan [15] M. Umar Quereshi, Motor current signature analysis fo=
r machine fault detection using advanced spectral estimation techniques, M.=
Sc. Systems Engineering Thesis, 2017, PIEAS, Islamabad, Pakistan [16] Munhal Imran, Design of an online robust SVM classifi=
cation for machine fault detection using vibration data, M.Sc. Systems Engi=
neering Thesis, 2017, PIEAS, Islamabad, Pakistan [17] Qudratullah, Power system m=
onitoring and protection using Wide Area measurement applications (WAMS), M=
S Electrical Engineering Thesis, 2016, PIEAS, Islamabd, Pakistan [18] Zia, Fault detection system design for rotating machi=
nes, M.Sc. Electrical E=
ngineering Thesis, 2016, PIEAS, Islamabad, Pakistan [19] R. Amir, Viberational signature analysis for on line =
machine fault detection using computational intelligence techniques, M.Sc. Systems Engineering Thesis, <=
/span>2016, PIEAS, Islamabad, Pakistan [20] A. Hameed, Electrical Signatu=
re signature anal=
ysis for on line machine fault detection using computational intelligence t=
echniques, M.Sc. Systems Engineering Thesis, <=
/span>2016, PIEAS, Islamabad, Pakistan [21] Armaghan Hameed, Electrical S=
ignature Analysis in industrial machines for fault diagnosis using CI technicques, M.Sc. Systems Engineering Thesis, PIEAS, Isla=
mabad, Pakistan [22] Rumman Bin Aamir, Vibrational=
signature analysis for machine fault detection using computational intelli=
gence techniques, M.Sc. Systems Engineering Thesis, PIEAS, Islamabad, Pakis=
tan [23] Salim Afzal, Fault detection in industrial process, M=
.Sc. Systems Engineering Thesis, 2016, PIEAS, Islamabad, Pakistan [24] A.Fatima, Sensor and actuator=
fault detection in synchronous generators, M.Sc. Systems Engineering Thesis,=
2015, PIEAS, Islamabad, Pakistan, [25] A. Majid, Vibrational data an=
alysis for machine fault detection using computational intelligence techniq=
ues, M.Sc. Systems Engineering Thesis, 2=
015, PIEAS, Islamabad, Pakistan [26] M.Mzaffar Khan, Robust Fault =
Detection in Uncertain Time-Delay Systems, M.Sc. Systems Engineering Thesis, 2=
015, PIEAS, Islamabad, Pakistan [27] A.Arafat, Modeling of Steam G=
enerator used in Nuclear Reactors for Fault diagnosis Applications, =
M.Sc. Nuclear Engineering Thesis, 2=
015, PIEAS, Islamabad, Pakistan [28] M.Hussain, Study on Nuclear R=
eactor Control with fault diagnosis perspective, M.Sc. Nuclear Engineering Thesis, 2=
015, PIEAS, Islamabad, Pakistan [29] M. Naumanullah, Online monito=
ring of Nuclear Reactors, M.Sc. Nuclear Engineering Thesis,=
2015, PIEAS, Islamabad, Pakistan [30] A. Rahman, Design of Robust =
Fault Detection Scheme for Complex Process using Input Output Data, =
M.Sc. Systems Engineering Thesis, 2=
014, PIEAS, Islamabad, Pakistan [31] S. Akbar, Robust Fault Detect=
ion for Uncertain Systems Under Synchronous Switching, M.Sc. Systems Engineering Thesis,=
2014, PIEAS, Islamabad, Pakistan [32] U.Altaf, Fault Detection For=
Uncertain Time-Delay Systems using Canonical form Transformation, <=
span
lang=3Den-US style=3D'font-family:Arial;mso-default-font-family:Arial;mso=
-ascii-font-family:
Arial;mso-latin-font-family:Arial;mso-greek-font-family:Arial;mso-cyrilli=
c-font-family:
Arial;mso-armenian-font-family:Arial;mso-hebrew-font-family:Arial;mso-ara=
bic-font-family:
Arial;mso-currency-font-family:Arial;mso-latinext-font-family:Arial;
font-weight:bold;language:en-US;mso-ansi-language:en-US;mso-bidi-language:
ar-SA;mso-ligatures:none'>M.Sc. Systems Engineering Thesis,=
2014, PIEAS, Islamabad, Pakistan [33] A. Ali, Modeling of Power Sys=
tems: A fault diagnosis and Tolerance perspective, M.Sc. Systems Engineering Thesis,=
2014, PIEAS, Islamabad, Pakistan [34] M. Sabeeh, Fault isolation an=
d estimation in wind turbine system, M.Sc. Systems Engineering Thesis,=
2014, PIEAS, Islamabad, Pakistan<=
/span> [35] A. Batool, Robust fault dete=
ction of power systems with stochastic uncertainty, M.Sc. Systems Engineering Thesis, 2=
013, PIEAS, Islamabad, Pakistan [36] K. Jan, Fault detection in no=
nlinear systems using unscented Kalman filter, M.Sc. Systems Engineering Thesis,=
2013, PIEAS, Islamabad, Pakistan<=
/span> [37] K. A. Latif, Robust fault dia=
gnosis and tolerance using data-driven techniques, M.Sc. Systems Engineering Thesis, 2=
013, PIEAS, Islamabad, Pakistan [38] H. Naveed, Fault detection an=
d tolerance using event-based switching, M.Sc. Systems Engineering Thesis,=
2013, PIEAS, Islamabad, Pakistan [39] W. Ashraf, Fault detection fo=
r uncertain time delays systems, M.Sc. Systems Engineering Thesis,=
2013, PIEAS, Islamabad, Pakistan [40] A. A. Chudhry, Robust fault d=
etection for linear time varying (LTV) systems, M.Sc. Systems Engineering Thesis,=
2013, PIEAS, Islamabad, Pakistan [41] H. Fahad, Robust fault detect=
ion for linear parameter varying (LPV) systems, M.Sc. Systems Engineering Thesis,=
PIEAS, 2013, Islamabad, Pakistan<=
/span> [42] R. F. Abbas, Robust fault det=
ection in uncertain time-delay systems using parity space approach, =
M.Sc. Systems Engineering Thesis,=
2012, PIEAS, Islamabad, Pakistan [43] K. Iftikhar, Robust fault det=
ection for slow switched systems, M.Sc. Systems Engineering Thesis,=
PIEAS, 2012, Islamabad, Pakistan [44] Usmanullah, Robust fault dete=
ction in technical systems using Unscented Kalman filter, M.Sc. Systems Engineering Thesis,=
2012, PIEAS, Islamabad, Pakistan [45] A. Hussain, Data-driven techn=
iques for Fault detection in technical systems, M.Sc. Systems Engineering Thesis, 2=
012, PIEAS, Islamabad, Pakistan [46] M. Nazeer, Fault detection of=
Wind Turbine benchmark using reference model-based approach, M.Sc. Systems Engineering Thesis,=
2012, PIEAS, Islamabad, Pakistan [47] D. Fan, Fault Detection Schem=
e for uncertain systems with application to the Laboratory system-Inverted =
Pendulum, M.Sc. Control and Automation Thes=
is, 2009, AKS, University of Duisburg-Essen, Duisburg, Germany [48] A. R. Rizvi, Comparative anal=
ysis of different observer based fault detection schemes for Electro Hydrau=
lic servo actuator schemes, M.Sc. Control and Automation Thesis=
, 2008, AKS, University of Duisburg-Essen, Duisburg, Germany [49] Naeemullah, Robust controlle=
r design for Aerospace Vehicles, M.Sc. Systems Engineering Thesis,=
2006, PIEAS, Islamabad, Pakistan [50] R. T. Ahmad, Analysis of con=
trol algorithms for nonlinear under-actuated mechanical systems, B.Sc.=
Final Year Projects
[1] M.Nouman, M. Umair, Azir, M. Waqas, Gimbal Based Robo=
tic Eye for Fast Moving Stimulus in Dynamic Social Environment, B.S. Electr=
ical Engineering, PIEAS, Islamabad, Pakistan [2] M.S. Shah, and M.S.Haider, Design and developementg o=
f Prototype MAGLEW Train, B.S. Electrical Engineering, PIEAS, Islamabad, Pa=
kistan [3] A.Rehman, S.M.Khan,and S.A.Zafar, Design and implemen=
tation of Detection schemes for cyber physical perturbations in industrial =
processes, B.S. Electrical Engineering, PIEAS, Islamabad, Pakistan [4] H.Rauf,H.Ali, M.Saleem, Design of Tower and Control S=
ystems for a Solar Collecter System, B.S. Electrical Engineering, PIEAS, Is=
lamabad, Pakistan, 2018 [5] K.Hussain, M.Shafay, and R. H=
aseeb, Automatic Wireless Level Control Systems, B.S. Electrical Engineerin=
g, PIEAS, Islamabad, Pakistan 2018=
[6] B.Ali, M.B.Shams, and S. A. N=
oor, Design and optimization of operation of solar collector system (Phase-=
II), B.S. Electrical Engineering, PIEAS, Islamabad, Pakistan, 2017 [7] H.Shahid. F. Bukhari, and A. =
Samad, Design and optimization of operation of solar collector system, B.S. Electrical Engineering, PIEAS=
, Islamabad, Pakistan,2016 [8] M. Umair Khan, Design of Control Cards for t=
win rotor control systems, B.S. Electrical Engineering, PIE=
AS, Islamabad, Pakistan, 2015 [9] A. Naeem and F. Rahmat, Desig=
n, modeling,and fabrication of twin rotor control system, B.S. Electrical Engineering, PIEAS=
, Islamabad, Pakistan, 2014 [10] S. Ahmed, S. Ali, T. Ali, Mod=
eling and design of hot air blower system, B.S. Electrical Engineering, PIE=
AS, Islamabad, Pakistan, 2014 [11] M. Fahad, Optimal power gene=
ration using solar energy, B.S. Electrical Engineering, PIE=
AS, Islamabad, Pakistan, 2014
=
; |
=
|
Admin=
istrative Work |
=
|
* <=
/span>Head, Department of Electrical Engineering, PIEAS, 20=
19-Present * <=
/span>Coordinator PhD Electrical Engineering Program, 2018-=
2019 * <=
/span>Member of Quality Enhancement Cell (QEC) of the depar=
tment * <=
/span>Member of PhD Coordination Committee (PCC) |
|
* Member as Professional Engineer of Pakistan Engineeri=
ng Council (PEC) * Member IEEE * Member IEEE Control System Society (CSS) |
|
Profe=
ssional associations |
|
*=
Member Editorial Board of Universal Journal of Control and Automation, Horizon Rese=
arch Publicatication, ISSN 2331-6489, USA (2011-Present ) *=
Chair of Technical Committee and Organization of IEEE=
symposium on Recent Advances in Electrical Engineering held April 19=
-20, 2015 at PIEAS Islamabad. *=
Chair of Technical Committee and Publicity of =
IEEE symposium on Recent Advances in Control Engineering held April 23,=
2014 at PIEAS Islamabad. *=
Member Executive Committee IEEE CSS Karachi-Lahore=
-Islamabad Joint Chapter, Pakistan, 2013-2014 *=
In-charge Election Team for Annual Election of IEEE CSS Karachi-Lahore=
-Islamabad Joint Chapter Pakistan for 2013-2014 *=
Served as Judge in Techno Moot 2013 at CIIT Abbot=
tabad, Pakistan, 2013 *=
Chair of Robust Control and Fault diagnosis chapter o=
f IEEE CS Islamabad-Karachi section, 2012 *=
Member, Technical Program Com=
mittee (TPC), IEEE Int. Conf. on Emerging Technology (ICET) 2012, 2013 *=
Session Chair, IEEE Int. Conf=
. on Emerging Technology (ICET) 2012, 2013 *=
Member, Technical Program Com=
mittee (TPC), IEEE Int. Conf. on Frontiers of Information Technology (FIT) =
2012, 2013 *=
Member, TPC, IEEE Int. multi-=
topic conf. (INMIC), 2012, 2013 *=
Member, TPC ICAMS 2012=
* Reviewer of various technical journals and conferences in the field=
of control engineering |
|
Scien=
tific Community Services |
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