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$15 USD / hora
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islamabad, pakistan
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Se unió el noviembre 16, 2014
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Rizwan A.

@rizwanazam

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$15 USD / hora
Bandera de PAKISTAN
islamabad, pakistan
$15 USD / hora
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Ph.D. in Electrical Engineering (Control Systems).

I am an Electrical engineer with an interest in embedded and control systems. I also hold a Ph.D. degree with a specialization in Control Systems. I work in various fields of control systems and embedded systems like Linear/Nonlinear control design robotics and aerodynamics etc. Currently, I work as a Lecturer at a renowned university.

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Experiencia

Lecturer

CUI Islamabad
ene 2014 - Presente
I am working as a Lecturer in the Electrical and Conputer Engineering Department of COMSATS University Islamabad

Educación

PhD Control Systems

Muhammad Ali Jinnah University, Pakistan 2013 - 2019
(6 años)

MS Electronics (Control Systems)

Muhammad Ali Jinnah University, Pakistan 2011 - 2013
(2 años)

BSc Engineering (Electronics)

Federal Urdu University of Arts, Science and Technology, Pakistan 2005 - 2009
(4 años)

Publicaciones

Computational-Model-Based Biopharmaceutics for p53 Pathway Using Modern Control Techniques

Applied Sciences
In this article, a computational Model Based Biopharmaceutics are designed for p53 Pathway Using Modern Control Techniques for Cancer Treatment

Sliding mode controller–observer pair for p53 pathway

IET systems biology
In this study, a sliding mode control (SMC) based robust non-linear technique is presented for the drug design of a control-oriented p53 model. The control input generated by conventional SMC is discontinuous; however, depending on the physical nature of the system, drug infusion needs to be continuous. Therefore, to obtain a smooth control signal, a dynamic SMC (DSMC) is designed. Moreover, the boundedness of the zero-dynamics is also proved.

System Based Strategies for p53 Recovery

IET Digital Library
The authors have proposed a systems theory-based novel drug design approach for the p53 pathway. The pathway is taken as a dynamic system represented by ordinary differential equations-based mathematical model. Using control engineering practices, the system analysis and subsequent controller design is performed for the re-activation of wild-type p53.

Sensitivity analysis of Wnt Signaling Pathway

IEEE Conference Publications
Sensitivity analysis for Wnt Pathway is conducted to identify most effective (hence important) parameters, for which the system's response is most sensitive. We have carried out different variations in parameters and studied change in the course of concentrations. The sensitivity analysis and simulation studies guide us towards the fact that system output is more sensitive to axin dependent destruction complex rate constant.

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