Chandrasekharan Vanajakshi


Post-Secondary Education

North Carolina State University
Master of Science
Physics

North Carolina State University
Doctor of Philosophy
Physics


Education

Ph.D., North Carolina State University, Raleigh, NC

Astrophysics (Minor: Mathematics)

M.S., North Carolina State University, Raleigh, NC

Astrophysics (Minor: Mathematics)

M.S., York University, Toronto, Canada

Semiconductor Physics (Minor: Mathematics)

M.S., University of Madras, Chennai, India

Electronics (Minor: Mathematics)

B.S., University of Madras, Chennai, India

Physics (Minor: Mathematics)

 

 


Teaching Experience

  • 20+ years
  • Astrophysics, Physics, Astronomy, Statistics, Mathematics, Chemistry; course development; Accreditation related work; Book Reviews.
  • 3 countries: US, Canada, India
  • Universities: San Jose State University, San Francisco State U., CSU East Bay, University of Phoenix, North Carolina State University, York University [Canada], University of Madras [India]
  • Colleges [Bay Area] ( I have taught at these colleges at different times and am teaching at some of them currently): De Anza College, Foothill College, College of San Mateo, San Jose City College, Ohlone College, Menlo College, Laney College, Merritt College, College of Alameda, West Valley College, City College of San Francisco, Chabot College

Astronomy

Austin Community College - Astronomy, Physics                                                                   01/2020 – Present

College of San Mateo – Astronomy (Regular Lecture, online classes), Astronomy Labs              08/2000 – Present

Canada College – Astronomy Lecture, Labs                                                                          08/2002 – 08/2005

San Jose City College – Astronomy (Regular and Hybrid classes)                                            01/1995 – Present

San Francisco State University: Astronomy, Astrophysics, Astronomy                                      08/2003 – 12/2011

City College of San Francisco – Astronomy                                                                           08/2003 – 12/2010

Chabot College – Astronomy                                                                                              01/2004 – 05/2006

Laney College – Astronomy                                                                                               08/2003 – 05/2005

West Valley College – Astronomy                                                                                        08/1995 – 06/1997

Physics

San Jose City College – Physics 2A (algebra-based), Physics 4A 9Calculaus-based)                   01/1995 – Present

                                        Physics 4B (Calculaus-based)                                                     

Notre Dame De Namur University – Physics 2A and Physics 2B                                                08/2018 – 06/2019  

Ohlone College  - Physics 2A                                                                                                08/2012 – 12/2012 

Merritt College – Physics                                                                                                      01/2004 – 05/2005


Professional Training - Online Teaching

Online Course Design and Development, and Teaching Online

QM Training - ACC - Fall 2020

EDIT 022 - Online Course Development - Full semester course completed with an "A" at Evergreen Valley College, CA - FALL 2020 

Online Course Management – STOT [Structured Training for Online Teaching] - Levels I and II at College of San Mateo, SMCCCD.

Quality Online Teaching & Learning - College of San Mateo July 2020

CSM Regular and Substantive Contact - College of San Mateo 2020

DE Training - San Jose City College - Summer 2020

 

Software Design & Development

Software Design and Development, Curriculum Development in Software – Siebel Systems, Asera Inc

 

 

 

 


Research Experience

NASA: Scientist, Post-Doctoral Research Associate, Consultant

Goddard Space Flight Center, Greenbelt, MD                                                      04/1985 – 09/1986

Ames Research Center, Moffett Field, CA                                           

NASA/ Stanford University, Moffett Field, CA                                        09/86 – 07/89 | 01/94 – 07/95

Indian Institute of Astrophysics: Visiting Scientist                                                               07/1989 – 08/1993

*Research area: [published in Astrophysical Journal, Journal of Computational Physics]

  • Origin of solar system
  • Origin of life on Earth
  • Star Formation

 


Professional Publications

Astrophysicsl Journal:

"Effect of Turbulent Viscosity on the Isothermal Collapse of a Rotating Protostellar Cloud". The Astrophysical Journaal, 294, 504-512, 1985 July 15

Icarus

Journal of Computational Physics: 

Boundary value problems in magnetohydrodynamics (and fluid dynamics). I. Radiation boundary condition

TC Vanajakshi, KW Thompson, DC Black - … of Computational Physics, 1989 - Elsevier

Numerical simulations of time-dependent phenomena involving magnetohydrodynamic
(MHD) waves encounter serious problems due to artificial reflection of waves at numerical
boundaries in situations where the time-dependent magnetic fields external to those

 

Time-dependent boundary conditions for hyperbolic systems, II

KW Thompson - Journal of computational physics, 1990 - Elsevier

… Volume 89, Issue 2, August 1990, Pages 439-461. Journal of Computational Physics … Phys., 68
(1987), p. 1. 2. KW ThompsonLecture Series in Computational Fluid Dynamics. NASA …
Springer-Verlag, New York (1948). Google Scholar. 5. TC Vanajakshi, KW Thompson, DC Black

 

Bulletin of the American Astronomical Society, Vol. 20, p.882

A 2-D Simulation for Rotating, Magnetized Solar Wind

CT VanajakshiA Barnes - Bulletin of the American …, 1988 - adsabs.harvard.edu

… The structure is assumed to be symmetrical about the equator and the pole. The propogation
of information through the inner boundary (ro) is treated rigorously using the method of
non-reflecting conditions for MHD waves developed by Vanajakshi et aL(1). 

 

Spectral Irradiance Measurements of Simulated Lightning in Planetary Atmospheres

Author links open overlay panelW.J.BoruckiaC.P.McKayaD.JebensbH.S.LakkarajucC.T.Vanajakshid

ICARUS Volume 123, Issue 2, October 1996, Pages 336-344

Measurements of the spectral irradiance from approximately 380 to 820 nm are reported for laboratory simulations of lightning in the atmospheres of Venus, Jupiter, and Titan. The observations were made at 1 and 5 bars of pressure for Venus and Jupiter and at 1 bar for the Titan mixture. The spectra were obtained by observing laser-induced plasmas with a scanning spectrometer and an optical multichannel analyzer. Simulations of lightning show that atomic line and continuum radiation dominate the spectra. Weak molecular band radiation from CN was also observed for Venus and Titan. As the ambient pressure was increased from 1 to 5 bars, the prominence of the line radiation diminishes compared to the continuum radiation, some lines disappear, and the intensity of the molecular band radiation increases. Laboratory results for the venusian lightning spectrum are consistent with those found by the Venera 9 spectrometer when it viewed a storm on the nightside of Venus. For both Jupiter and Venus, narrow spectral features are present that are ideal for detecting lightning from Earth-based telescopes.

 

 

 

 

 


LEADERSHIP/MANAGEMENT EXPERIENCE

SLO/Assessment Coordinator, College of San Mateo

Member, NASA, Scientific Organizing committee, Human Exploration of Mars Program

Member, National Board of Advisors for the development of distance education courses used by universities and colleges all over the US for distance education - (Coastline Community College)

In charge of training faculty in assessment software TRACDAT

Created User Guides for Student Learning Outcome Management software – TRACDAT

Project Manager, Siebel Systems

 



Published: August 23, 2024