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Name Dr. Muhammad Sajjad Sabir Malik
Designation Lecturer
Department Mechanical Engineering (Taxila)
Highest Qualification PhD Mechanical Engineering
Specialization Modelling and Simulation, Dynamics and control
Phone No +92-51-9047699
Cell No
Fax No
Email [email protected]

PhD Mechanical Engineering (QMUL, United Kingdom)

MS Mechanical Engineering   (EME, NUST)

BE Mechanical Engineering   (EME, NUST)

 

➢ Modelling and Simulation of endothelial cells (February 2021-Present)
➢ Modelling, Fabrication and tank testing of wave energy converter (November 2017-November 2021)
➢ Development of an efficient algorithm to minimize degradation mechanisms in lithium-ion battery (September
2017-August 2021)

Modelling and Simulation, Dynamics and Control

I. "A non-linear model predictive control strategy to minimise mechanical degradation effects of lithium-ion battery" in Journal of energy storage (2023), V 71, page nos, 1-10 (Impact Factor 8.90)  

 

II. “An optimal charging algorithm to minimise solid electrolyte interface layer in lithium-ion battery” in Journal of power sources (2021), V 482, Page nos. 1-11

(Impact Factor 9.127).


III. “An experimental analysis of waste heat recovery from a rotary kiln of cement industry” in The Nucleus Journal (2020), V 1, issue 57, Page nos. 33-38

(Y category Journal).


IV. “Cancer detection in breast histopathology with convolution neural network based approach” in IEEE international conference on Computer Systems and Applications, 3-7 November 2019.


V. “The effect of particle size on the dispersion and wear protection ability of MoS2 particles in polyalphaolefin and TMP ester” in Journal of Engineering Tribology, SAGE Journals, 8(232), page nos. 987-998 (Impact Factor 1.6).


VI. ”A bond graph approach to hydraulic hybrid vehicle”, in IASTED international conference of Modeling and Simulation, 7-9 November 2011, Pittsburg, USA.


VII. “Anatomization of Stresses on a V-12 Engine Crankshaft Vulnerable to Varying Imposed Forces” in Journal of Applied Mechanics and Materials Vols. 392 (2013) pp 141-145, Trans Tech Publications, Switzerland (Scopus indexed Journal).

 

VIII. “Mathematical Modeling of Aging Mechanisms in Lithium-Ion Batteries” in Book, Solid State Batteries Volume 1: Emerging Materials and Applications, pp 111-133 (2022), American Chemical Society.


IX. “Engine Tribology: Enhancing Energy Efficiency for Cleaner Environment” in Book, Diamond-Like Carbon Coatings, pp 221-254 (2022), CRC Press.
 

➢ Modelling and Simulation of endothelial cells (February 2021-Present)
➢ Modelling, Fabrication and tank testing of wave energy converter (November 2017-November 2021)
➢ Development of an efficient algorithm to minimize degradation mechanisms in lithium-ion battery (September
2017-August 2021)

Member Core Analysis Committee OBE

Member Library Committee

Member Scrutiny Committee of Results (MS & PhD)

 

➢ Lecturer (Mechanical Engineering Department) at University of Engineering and Technology, Taxila,
October 2013-Present
➢ Demonstrator (School of Engineering and Materials Science) at Queen Mary University of London, United
Kingdom, October 2017-August 2021
➢ Lecturer (Mechanical) at Swedish College Affiliated with UET Taxila, Wah Cantt, December 2011 to October 2013
➢ Research Engineer (Mechanical) at NUST College of E&ME, Rawalpindi, October 2009-Septmber 2010

Undergraduate

Engineering Mechanics-I: Statics 

Engineering Mechanics-II: Dynamics

Postgraduate

Dynamics of Machinery

 

 

I. NUST Scholarship for BE
II. HEC Scholarship for PhD