*Aditi Dudeja*
surveyed results on pebble games and bounds and
trade-offs for resolution proofs for her Master's
thesis, which she completed in July 2017.

*Anuj Tawari*
surveyed some recent results in the area of algebraic complexity for
his Master's thesis, which he completed in June 2014. Working towards
his doctoral degree, he is looking at hardness-of-representation
questions in algebraic complexity.

*Anil Shukla*
surveyed results concerning lower bounds for resolution proofs for his
pre-doctoral project completed in July 2013. For his doctoral
dissertation, he has explored various proof systems for QBFs.
In Feb 2017, he defended his
doctoral dissertation, titled
*
On Proof Complexity for Quantified Boolean Formulas
*.

*Sankardeep Chakraborty*
surveyed results in the area of correlation bounds for his Master's
thesis, which he completed in July 2013.

*Nitin Saurabh*
surveyed results in the area of algebraic complexity for his Master's
thesis, which he completed in July 2012. In Dec 2016, he defended his
doctoral dissertation, titled
* Analysis of Algebraic Complexity Classes and Boolean
Functions*.
Currently, Nitin is a post-doctoral fellow at Charles University, Prague.

*
Karteek Sreenivasaiah*
surveyed lower bound techniques for Boolean circuits for his master's
thesis, which he completed in July 2010. He recently defended his
doctoral dissertation, titled
*On verifying proofs in constant depth, and polynomial identity
testing*.
Currently, Karteek is at the Max-Planck Institute for Informatics,
Saarbrucken and the CS Dept of Saarland University in Germany.

*
Prajakta
Nimbhorkar* worked on a variety of problems concerning
planar graphs and planar layouts. A high point of her research,
co-authored with many others, is a log-space algorithm for determining
whether two planar graphs are isomorphic. She is also interested in
circuits, randomness, and algebraic structures. She defended her
doctoral thesis, titled
* Complexity Analysis of Some Problems
in Planar Graphs, Bounded Tree-width Graphs and Planar Point Sets*,
in October 2010.

Currently, Prajakta is at the Chennai Mathematical Institute.

*
B. V. Raghavendra
Rao* worked on problems concerning counting
classes, arithmetic circuits, algebraic complexity, and the complexity
of some isomorphism questions.
He defended his
doctoral thesis, titled
* A study of width bounded arithmetic circuits, and the complexity
of matroid isomorphism*, in March 2010.

Currently, Raghavendra is
in the CSE dept at IIT Madras.

*Nutan Limaye*
worked on parallel computation techniques centred around LogCFL
for her M.Sc. project, which she completed in June 2005.

Towards a PhD, Nutan worked on problems concerning circuits,
logarithmic space, and context-free languages. She defended her
doctoral thesis, titled
* Exploring LogCFL using Language Theory*, in December 2009.

Currently, Nutan is at the CSE dept at IIT Bombay.

*
Jayalal Sarma
*
worked on derandomization techniques
for his M.Sc. project, titled
* Refining Randomness and Applications to Derandomization*,
which he completed in July 2004.

Towards a Ph.D., he worked on problems concerning circuits,
algebraic structures/computations, and derandomization. He defended
his doctoral thesis, titled
* Complexity Theoretic Aspects of Rank, Rigidity and Circuit
Evaluation*, in February 2009.

Currently, Jayalal is in the CSE dept at IIT Madras.