Priyambada Tripathi | Vidyashilp University Faculty

Dr. Priyambada Tripathi

Assistant Professor, School of Computational and Data Sciences
Former Assistant Professor, Dyal Singh College (University of Delhi)
Former Assistant Professor, Shaheed Bhagat Singh College (University of Delhi)
Ph.D. in Applied Mathematics, University of Delhi
M.Sc. (Mathematics), Banaras Hindu University, Varanasi
Mail| priyambada Vidyashilp University Faculty


Biography
Professional Education
Teaching Courses
Research Interests
Selected Publications
Biography

Dr. Priyambada Tripathi is an enthusiastic and diligent math instructor and mathematics lover. She believes that “Mathematics is neither pure nor applied. Once you understand, it never leaves you alone.” She has been teaching mathematics to UG Honors students for more than ten years. She has been teaching UG Honors students for over 10 years. She has taught numerous courses in applied and pure mathematics as an assistant professor at Dyal Singh College (University of Delhi) and Shaheed Bhagat Singh College (University of Delhi). She is an active participant and mentor in mathematics teaching at several national- level programs.

She is now teaching mathematics with a data science twist at Vidyashilp University's School of Computational and Data Sciences. Nonlinear dynamic systems, chaos, and stability are among her research interests.

She has received the CSIR-N.E.T. Junior Research Fellowship, the Senior Research Fellowship, and the UGC Meritorious Students Fellowship.

Professional Education
  • Ph.D. from University of Delhi in Applied Mathematics - 2015
  • M.Sc. Mathematics from Banaras Hindu University - 2008

Teaching Courses
  • Linear Algebra to B.Tech. (H) Data Sciences
  • Introduction to Statistics and Data Analysis for Non-B.Tech. Programs

Research Interests
  • Nonlinear Dynamical Systems
  • Chaos Theory and Stability of Dynamical Models
  • Synchronization of Chaotic Systems

Selected Publications (Recent)
  • Novel fractional-order chaotic systems of different order and Multiswitching Synchronization, Pramana – J. Phys. (2020) 94:93 © I ndian Academy of Sciences (SCI), Volume 94, Issue 1(2020), Impact Factor: 2.699.
  • Reduced Order Multiswitching Synchronization between Two Hyperchaotic Systems of Different Order, Nonlinear Dynamics and Systems Theory, 20 (5) (2020).
  • Stability of Dynamical Behavior of A New Hyperchaotic System in Certain Range and its Hybrid Projective Synchronization Behavior, International Journal of Dynamics and Control, Vol.7, 2018.

Dr. Priyambada Tripathi is an enthusiastic and diligent math instructor and mathematics lover. She believes that “Mathematics is neither pure nor applied. Once you understand, it never leaves you alone.” She has been teaching mathematics to UG Honors students for more than ten years. She has been teaching UG Honors students for over 10 years. She has taught numerous courses in applied and pure mathematics as an assistant professor at Dyal Singh College (University of Delhi) and Shaheed Bhagat Singh College (University of Delhi). She is an active participant and mentor in mathematics teaching at several national- level programs.

She is now teaching mathematics with a data science twist at Vidyashilp University's School of Computational and Data Sciences. Nonlinear dynamic systems, chaos, and stability are among her research interests.

She has received the CSIR-N.E.T. Junior Research Fellowship, the Senior Research Fellowship, and the UGC Meritorious Students Fellowship.



  • Ph.D. from University of Delhi in Applied Mathematics - 2015
  • M.Sc. Mathematics from Banaras Hindu University - 2008
  • Linear Algebra to B.Tech. (H) Data Sciences
  • Introduction to Statistics and Data Analysis for Non-B.Tech. Programs
  • Nonlinear Dynamical Systems
  • Chaos Theory and Stability of Dynamical Models
  • Synchronization of Chaotic Systems
  • Novel fractional-order chaotic systems of different order and Multiswitching Synchronization, Pramana – J. Phys. (2020) 94:93 © I ndian Academy of Sciences (SCI), Volume 94, Issue 1(2020), Impact Factor: 2.699.
  • Reduced Order Multiswitching Synchronization between Two Hyperchaotic Systems of Different Order, Nonlinear Dynamics and Systems Theory, 20 (5) (2020).
  • Stability of Dynamical Behavior of A New Hyperchaotic System in Certain Range and its Hybrid Projective Synchronization Behavior, International Journal of Dynamics and Control, Vol.7, 2018.
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