To join a company that offers me a positive atmosphere to learn and implement new technologies while enhancing my current skills.
Hands on experience in performing research methods akin to subject matter provided
Ability to assume responsibility and perform with little or no supervision
Conversant in developing and implementing analytical solutions
Ability to impart instructions in a conducive manner
Exceptional interpersonal and multitasking skills
Experience in providing assistance to lead teachers, and taking the lead when applicable
Acquired effective communication skills and problem solving abilities
Proven success in coaching, mentoring and motivating teams to improve their performance
Trained beginners to improve efficiency of the program
Molecular modeling, Sequence analysis, Parallel computing, Evolutionary computing, pharmacokinetics, Cpp, PERL, Linux and study of techniques such as X-Ray Crystallography, NMR, Protein folding, Data Mining, Statistical analysis etc. Project was performed in Evolutionary computing (under Centre for Development of Advanced Computing, Pune, India) titled "Protein Structure Prediction Using Hybrid Taguchi Genetic Algorithms". The objective was to integrate the "Taguchi" function into the simple genetic algorithm and test for the better performance in protein structure prediction. The project explored the advantage of applying a Hybrid Taguchi Genetic Algorithms in the prediction of a protein structure over a Simple Genetic Algorithm. The algorithm employed uses orthogonal arrays. Two short peptides were analyzed. Different parameters were explored with and without Taguchi function to test the algorithm. Master of Science, Human Genetics: Department of Human Genetics, Andhra University (2005-2007) Location: Visakhapatnam Andhra Pradesh India. Medical Genetics, Inherited Metabolic disorders, Cytogenetics, Population genetics, Human Molecular Genetics, Biostatistics, Bioinformatics, Computer applications in Biology, Immunogenetics, Human Anatomy and Physiology. Practical (laboratory work): PCR, DNA extraction, Gels preparation, Immunogenetics, Cell culturing etc. Dissertation: Dystrophin Gene and Muscular dystrophy. A detailed study of the history, course, and progress of Muscular Dystrophy and the role of the Dystrophin Gene. Location: Vijayawada. Andhra Pradesh India Genetics, botany and Chemistry. Project work: "Dermatoglyphic analysis to determine hereditary nature of fingerprints" - the project was an attempt to understand the procedure of dermatoglyphic analysis and to determine the hereditary nature of fingerprints.
Track: Health Informatics
Health Care Information Systems - focus on the general systems theory applied to health care systems and information technology, Computer-based information system operation and management functions in the context of various professional settings, impact of information technology on health care management, Demonstrations of current health information systems, emphasizing design, system components, data structures and database management, The costs and potential benefits of current applications; the justification, specification and evaluation of computer systems, and the capacity for future modification and development.
Projects involved creating a sample database using MS EXCEL and SQL for a clinical setting, a literary review on the impact of HIPAA (Health Insurance Portability and Accountability Act) on EMR (Electronic Medical Records). Grade A. Biomedical Modeling and Decision Making systems - Use of differential equations and relevant mathematical concepts to describe health care and physiological systems; focus on the methods and resources of computer simulation and modeling which are suitable for analyzing medical and health care problems under a broad categories of conditions for constructing solutions to optimize decisions concerned with important variables both in health care organizations (such as efficacy of information transfer, productivity &\ resource utilization), and in physiological systems in such areas as drug dosage, pulmonary transport, cardiac output, kidney function, etc. Using Maple software. Project involved a study of biomedical and statistical modeling in the realm of renal function prediction. Grade A. Statistical Analysis Software (SAS) Applications in Biomedical and Clinical Research - Current uses of computer as a tool for scientific enquiry, explore techniques for searching the computer-based databases containing research literature; Ways of formulating problems and hypotheses for statistical analysis of clinical, health services, laboratory and biomedical data; Issues in the design, organization and operation of randomized controlled clinical trials and intervention studies, and analysis of qualitative and quantitative data; Project involves using SAS programming techniques for management and analysis of health science data. Medical Image Processing and Visualization - Study of Medical Image Analysis and Visualization Systems built and based on recent advances in computer graphics, image processing, and medical imaging technology, in various clinical settings, for a variety of uses (diagnosis, modeling, decision making, education, etc); representation of space-time and vector variables, representation of 3-D and higher dimensional data, dynamic graphical methods, and virtual reality. Using Matlab. Project involved study of micro calcifications in breast cancer analysis from digital mammograms. Grade A.
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