Mohit Tawarmalani

1205, W. Main Apt #3A, Urbana IL 61801, USA.
Home: (217) 3287048, Off.: (217) 3335290
URL:  http://archimedes.scs.uiuc.edu/tawarmal/homepage.html
email: tawarmal@uiuc.edu


Education


Research Interests

Mathematical Programming, Complexity and Approximation, Symbolic Computing. Initial emphasis will be on global optimization theory, algorithms and applications in investment analysis, and molecular design and analysis.

Teaching Interests

Deterministic and Stochastic Operations Research, Logistics, Production Planning, Engineering Economics, Decision Analysis, and Supply Chain Management.

Graduate Course Work


Computing Skills

 
Languages C, C++, Perl, FORTRAN, Pascal, YACC , AWK, LEX, Matlab, Pro*C, SQL, PL/SQL, GAMS
Applications CPLEX, OSL, MINOS, SNOPT, BARON, CADDS5, ORACLE
Operating Systems UNIX, DOS, Windows, VMS
Administration IBM (AIX ) and web administration since Mar '96
 

Research and Work Experience

The project is aimed at developing a computational methodology for the design of environmentally benign refrigerants. The key components include mathematical modeling, development of a global optimization algorithm and a computer verification system for the verification, testing and implementation of the proposed algorithmic method.

Developed and applied convexification tools and geometric ideas for designing new algorithms for global optimization of mixed integer nonlinear programming problems. Co-authored a global optimization software, BARON, implementing the proposed algorithms and designed its web interface. BARON is available Online.

Designed and taught IE337, titled ``Economic foundations of Quality systems'' introducing the use of engineering economic analysis techniques in deterministic and stochastic project selection and the concepts of multiattribute decision making.

The project is aimed at finding more efficient algorithms for the Quadratic Assignment Problem, and similar other Mixed Integer Linear Programs which find applications in scheduling, VLSI design, multiprocessor assignment, etc.

In capacity of software development engineer as part of the CADDS5 Geometric Modeling group at ComputerVision. The projects undertaken were `Data reduction in spline approximations'
and `Improvement in lofting algorithms'.

Training through design, production, management services, tool maintenance and trouble-shooting departments. Developed software for ORACLE based queries to company's process planning data to aid offloading decisions.

Developed the feature extraction module of a Computer Aided Process Planning system for turned components.

Developed software module for stress analysis of piping networks.


Honors


Organizations


Publications


Presentations


References