Dr. Aanchal Gaba
ITS engineering college, Technological Institute of Textile and Science, MMU, Mullana, adarsh mahila mahavidyala, bhiwani
About
After attaining a Masters Degree in Mathematics, I completed PhD in mathematics and also worked on Major Research Project entitled “Mathematical Modeling to Study Crustal Deformation Due To Dislocation in Earth” as a research fellow. During my tenure of 2.5 years, I have established a reputation for myself as a diligent and meticulous researcher with an eye for detail.
With 12 years of experience, I am expert in facilitating students in learning strong mathematical concepts – that would help them in subsequent stages of their careers. My ability to create clear and concise learning objectives and the knowledge of using innovative, appropriate and differentiated instructional methods was the prime reason of my promotions at my previous place of work. I know just how to make this subject interesting by using contemporary resources and materials that will keep students’ interest piqued at all times.
I have published 14 research papers in national and international Scopus/ SCI journals and participated in 10+ national/ international conferences/ Seminars/ Workshop.
Employment
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ITS engineering college Assistant Profesor2017 - Present
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Technological Institute of Textile and Science Assistant Professor/Research Fellow2015 - 2017
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adarsh mahila mahavidyala, bhiwani2014 - 2015
Education
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MMU, Mullana
Projects & Funding
Projects & funding information is unavailable.
Publications (9)
- Effect of irregularity and inhomogeneity on Love wave propagation in sandwiched dry sandy media Save
- Static Deformation in an Initially Stressed Magneto-Elastic Transversely Isotropic Half-Space affected by Imperfect Interface Save
- PLANE STRAIN DEFORMATION WITH REPEATED CHARACTERISTICS VALUES Save
- Imperfect Interface Model to Study Deformation Field Save
- Rayleigh waves in an anisotropic prestressed elastic half space overlying by an anisotropic prestressed elastic layer with spring contact Save
- Effect of Line Loading on An Irregular Elastic Medium Possessing Cubic Symmetry Save
- Strike-Slip Fault Model with Linear and Parabolic Dislocations with Width-Depth Ratio Save
- 2-Dimensional Deformation of an Irregular Orthotropic Elastic Medium Save
- Waves at Spring Contact of Two Fiber-Reinforced Thermo-elastic Mediums Save