Dr. Hira Ilyas

Academic Position:

Assistant Professor

Teaching Interests:

Applied Mathematics and Computational numerical analysis

Fields of Research (FoR):

Computational numerical algorithms, Machine Learning, Deep Learning

Keywords:

Artificial Neural Networks, Solutions of Differential Equations, Numerical Computing, Bioinformatics

Faculty:

Faculty of Physical & Biological Sciences.

Contact Details:

Social Links

Student Advising Schedule:

Monday 9:00-12:00

Total Experience

BIOGRAPHY

Hira Ilyas done her PhD titled “Design and applications of WAVENET for solving nonlinear models” from University of Gujrat, Pakistan. She completes her M.Phil. in Applied Mathematics from University of Gujrat, Pakistan in 2015. She done her BS from University of Gujrat, Pakistan in Mathematics in 2006. In her 7 years of research career, she solved the well-known problems with computational numerical techniques specifically stochastic methods by means of MATLAB, Mathematica software’s along with statistical analysis in Minitab. She had developed computational algorithms for iterative method, WaveNet solver, spline methods, Levenberg-Marquardt back-propagation, unsupervised learning with different activation functions. She is a passionate researcher who belief the dissemination of research is an assist of sciences. She had 25 publications with overall impact factor above 130.

ACADEMIC APPOINTMENTS

No.DesignationSchool / Institute / UniversityYear / Duration
1Assistant ProfessorUOG, PakistanNov 2021 – Oct 2023
2LecturerUOG, PakistanAug 2015 – Feb 2019
3ResearcherHEC Project2019 – 2021

 

MY QUALIFICATIONS

No. Degree / Program of Study Awarding Body / University / Institute Year
1 PhD Mathematics University of Gujrat, Pakistan 2021
2 MPhil Mathematics University of Gujrat, Pakistan 2015
3 BS (Hons) Mathematics University of Gujrat, Pakistan
4 HSSC FBISE 2007
5 SSC FBISE 2005

MY RESEARCH ACTIVITIES: JOURNALS ARTICLES / BOOK CHAPTERS / PATENTS

No.TitleDetail
1Numerical simulation of the permeable wedge-shaped geometry incorporating electroosmosis, solar radiation and heat source-sink effectsHussain, Azad, Naila Farooq, Ambreen Ahmad, and Ayesha Saddiqa. International Communications in Heat and Mass Transfer 150 (2024): 107177.
2Unconventional wall implications of intertwined stenosis in constrict arteryHussain, Azad, Muhammad Naveel Riaz Dar, Aysha Rehman, Faizan Hussain, and Naila Farooq. Advances in Mechanical Engineering 15, no. 3 (2023): 16878132231162178.
3Exploration of double diffusive convection phenomena of viscous nanofluid with consideration of solar radiative flux and MHD impact through the peristaltic channelHussain, Azad, Naila Farooq, and Ayesha Saddiqa. Numerical Heat Transfer, Part B: Fundamentals (2023): 1-29.
4Gyrotactic micro-organisms swimming under the Hyperbolic Tangent Blood Nano Material and Solar biomimetic system over the EsophagusHussain, Azad, and Naila Farooq. International Communications in Heat and Mass Transfer 141 (2023): 106579.
5Impact of double diffusivity on the hyperbolic tangent model conveying nano fluid flow over the wedgeHussain, Azad, Naila Farooq, Ambreen Ahmad, and Lubna Sarwar. International Communications in Heat and Mass Transfer 145 (2023): 106849.
6Peristaltic analysis of Williamson blood flow model with solar biomimetic pumpFarooq, Naila, and Azad Hussain. International Communications in Heat and Mass Transfer 138 (2022): 106305.
7Numerical Approach for Induced MHD Sutterby Fluid Flow with Electro-osmosis’s function for chemical reaction and heat dissipation across the WedgeHussain, Azad, Naila Farooq, Ambreen Ahmad, Ayesha Saddiqa, Abdulsalam Saeed Shflot, and Muhammad Yousaf Malik. Case Studies in Thermal Engineering 56 (2024): 104268.
8Consequences of an inclined magnetic field and variable viscosity on Williamson blood nanomaterial with bioconvection phenomena passing through peristalsis geometryHussain, Azad, Naila Farooq, and Muhammad Naveel Riaz Dar. Numerical Heat Transfer, Part A: Applications (2023): 1-27.
9Slip effects on 3-D spinning dual-phase nanofluid flow over an exponentially stretching sheet with variable viscosityHussain, Azad, Muhammad Naveel Riaz Dar, Ali Mujtaba, Faizan Hussain, Naila Farooq, and Ahmed M. Hassan. Results in Engineering 20 (2023): 101387.
10Swimming of gyrotactic micro-organisms within the Williamson blood nano fluid model and solar mimetic system over the peristaltic arterial wallHussain, Azad, Naila Farooq, and Naveel Dar. Computational Particle Mechanics 10, no. 6 (2023): 1669-1683.
11Study of Double Diffusivity and Heat Conducting Phenomena under the Casson Nanofluid Flowing through a Vertical Peristaltic TubeHussain, Azad, Naila Farooq, Ayesha Saddiqa, Ahmad M. Hassan, and Abdulkafi Mohammed Saeed.
12Study of the charged spherical stellar model in f (R) gravitySharif, M., and Naila Farooq. The European Physical Journal Plus 133 (2018): 1-9.
13Charged cylindrically symmetric collapse in f (R) gravitySharif, M., and Naila Farooq. The European Physical Journal Plus 132 (2017): 1-11.
14Charged bulk viscous cylindrical collapse in f (R) theorySharif, M., and Naila Farooq. International Journal of Modern Physics D 27, no. 02 (2018): 1850013.
15Heat Transfer Analysis in a Magnetized Peristaltic Channel Containing Hybrid Nanoparticles with Double-Diffusivity ConvectionNaila Farooq and Ayesha Arif. Results in Engineering 28:107711.
16Case study of heat flux conveying the engine oil/(ZnO + MoS2) hybrid nanoparticles via permeable wedge‐shaped geometry: Heat source‐sink and electroosmosis applicationsNaila Farooq et al., ZAMM – Journal of Applied Mathematics and Mechanics, 105(10).

 

MY RESEARCH SUPERVISION:

Currently Supervising

Student Name Research Topic Affiliation

Completions

 

Student NameResearch TopicAffiliation