Sreekanth Veerathu

• Concept, validation and analysis of light weight, modular and scalable product. • Detailed design and development of the prototype, product, back-end and front-end using agile methodologies. • Developed user stories from pilot client feedback, leading to rich, focused and user-friendly interface. • Owned the planning and scheduling of two-week sprints and articulated the product vision to engineering. • Proactively designed and developed a simple Android mobile version of the product.

• Enhanced the security of the application by mitigating security threats and get the product certified. • Adapted Converis Configuration Interface and Research Portal to the new Data Model. • Chosen by ELT to successfully lead the deployment team for IGMS, Singapore project. • Analyse and improve the code quality using automated tools: Sonar, Conqat. • Test Driven Development using Selenium and Arquillian.

• Responsible for the development team in India and the timely delivery of new functions and features. • Enhanced the performance of Converis (application and database) by using best practices and code refactoring. • Concept and implementation of Data Validation at server-side and client-side. • Led the team to upgrade the 3R User management module. • Designed coding guidelines for various teams. • Debugging performance issues. • Recommended Continuous Integration tools and trained the Team.

• Designer and System Architect of Converis. • Design and implementation of Converis Database Architecture. • Involved in the decision making of Converis technical environment. • Lead the JSF GUI and EJB Programmers. • Architect of the three level RRR User Management module.

EQS simulation of the unrolled/rolled model of Endosteal electrode in Cochlea. • Designed the interface for the calculation of potentials and other electrical parameters, which effect the design and placement of the electrode array inside the Cochlea. • Modelled the Cochlear Implant with Endosteal Electrode using CAD. • Involved in carrying out the simulations using the Finite Integration Technique (FIT) implemented by CST EM Studio™, a simulation software and MATLAB™.

Contribution to the implementation of FIT on BEM model of Cochlear Implants. • Converted the bms™ file (BEM mesh file) into .stl (Stereo Lithography) file. • Developed a Delphi 6.0 interface for the conversion process. • Designed and implemented a program in MATLAB™ to retrieve the matrix objects from CST EM Studio™. • Solved the system of equations over a Linux Cluster using different iterative methods like CGS, BiCG, BiCGStab, PCG, QMR, MINRES, etc.

Effects of High frequency radiations in Non-isotropic materials. • Distributed computational data over multi-processors using MPI (Message Passing Interface). • Converted regular to sparse matrices using routines programmed in VC++. • Post-processing the result-set to plot the 2-D and contour plots.

Multimediales Lernnetz Bauphysik. • Developed a HTML-Editor using Java, JSP and Applets. • Integrated the HTML-Editor and MathML-Formula Editor.

Server-side Programming using JSP and Servlets. Creating application business logic components. Analysis of Internet securities trading solutions.

Electromagnetics, Numerical Methods.