Entry Level Software Developer

Objective
Seeking challenging position as a Software Development Engineer that will utilize my knowledge and experience in the field of Information Technology and •••••Computer Science. •••••Education
•••••/••••• - •••••/••••• Masters Program in Computer Science, University of Massachusetts at Dartmouth. Cumulative GPA: •••••
•••••/••••• - •••••/••••• Student with Computer Science department, University of Massachusetts at Dartmouth. Prerequisites for entering Masters Program in •••••Computer Science.
•••••/••••• - •••••/••••• Masters + Bachelor in Telecommunications and Computer Engineering, Technical University, Sofia, Bulgaria.•••••Relevant work
Software Development, Database Design, Experience with Oracle9i.
•••••Projects
Java Applications, Web-Based Applications, Simulated Software Design Process, Statistical Analysis of Software Process.

Computer skills
Languages: UML, Java, JSP, Swing Inteface, Java Servlets, SQL, C, C•••••, Assembler.
Software: RationalRose•••••/•••••, ForteForJava, JDeveloper, MSVisualC•••••, OpenGL, NeuroSolution, Matlab, Word, Excel.
Platforms: Windows•••••/•••••/NT, Mac, UNIX .
Databases: FileMakerPro 6, Oracle9i, MySQL. •••••Skills
Strong object-oriented programming skills. Positive, team oriented attitude. High energy, ability to follow a schedule and deliver work on timely basis, self •••••starter, ability to rapidly assimilate new technology, ability to write and implement design specification, ability to multi-task and prioritize. Problem •••••solving skills along with the ability to research.
•••••
Employment
•••••/••••• - •••••/••••• Research Assistant. Computer Science Department - UMASSD. Supervisors: Prof. Upchurch (CIS Dept.) and Prof. Sims-Knight (PSY Dept.). •••••Working on the following project: conduct a short-term longitudinal study of the development of design skills in engineering
Prediction and assessment of student learning and knowledge structure.
Design Process Simulation Tool.
Evaluation criteria for Software Design Process.
Forms Development with JSP••••••••••/••••• - •••••/••••• Tutor assistant. Academic resource center, University of Massachusetts-Dartmouth.
•••••/••••• - •••••/••••• Tutor/grader in Computer Science Department on courses: Web Page Development and Computer programming with C .
•••••/••••• - •••••/••••• Research fellow with the Frontier Collaborative Research Center, Tokyo Institute of Technology, Tokyo, Japan.
Developed and implemented evaluation process to estimate the performance of the utilized neural network for image processing mapping techniques.
Prepared and presented algorithm and results in seminars and conference.
Developed extensive knowledge of Neural Networks.
•••••/••••• - •••••/•••••
Research fellow with Suzuki Laboratory, International Cooperation Center for Science and Technology, Tokyo Institute of Technology, Japan.
Put into practice laboratory for the purposes of teaching and self - education, utilizing Digital Signal Processor in the area of Code Division Multiple •••••Access Systems. ••••••••••/••••• - •••••/••••• Part - time job at Asia company (Yamashita Denky), Yokohama, Japan.
Responsible for various product assemble.
Supervised quality of the product before being launched on the market.
Refinance education.•••••Extracurricular
••••• - ••••• Information processing of the Olfactory Bulb and Brain dynamics.
Assist in developing mathematical model of Olfactory Bulb in humans for odor recognition systems.
Independent Component Analysis•••••Interests
Object Oriented Software Engineering, Enterprise Java, Distributed Systems.•••••Awards
Invited to participate as a research assistant in NSF Grant: Assessing Cognitive Components of ••••• Design for Course-based •••••Improvement Funded by the National Science Foundation Assessment ••••• of Student Achievement Program.
Invited to participate in a research fellowship program on Research Grant sponsored by Japan ••••• Science and Technology •••••Organization.
Invited to attend one week Workshop on Digital Signal Processor 5x, Japan.•••••Languages
English, Japanese, Russian, Bulgarian. •••••Papers•••••
Ralph Reilly, ••••• •••••, Neural network approach to solving the Traveling Salesman Problem, The Journal of Computing in Small Colleges, Volume ••••• , •••••Issue 1 (October •••••),Pages: ••••• - •••••giev, P.•••••Synthesis of Models for Receptive Field Dynamics and Synaptic transmission Using Spiking neurons, Proceedings of the IEEE Systems, Man, •••••and Cybernetics Conference, Washington D.C., USA, October •••••, pp. •••••, •••••giev, N. Gueorguieva, P.•••••, and I. Valova, Odor Information Processing in Human-Oscillatory Model, Proceedings of the IEEE Systems, Man, and •••••Cybernetics Conference, Tucson, Arizona, USA, October •••••, pp. •••••, ••••••••••Valova, N. Georgieva, and P. •••••, Modelling the Olfactory Bulb Information Processing Activity with Oscillatory Neural Network, Eds. C. Dagli at all, •••••Intelligent Engineering Systems Through Artificial Neural Networks, Vol•••••, pp. •••••, ••••••••••Valova, N. Georgieva, •••••t Demirer, P. •••••, and G. Georgiev, The Determination of the Evoked Potential Generating Mechanism based on Radial Basis •••••Neural Network Model, Proceedings of the (IASTED) International Conference on Neural Networks, Pennsylvania, May •••••, •••••, pp. ••••••••••Valova, G. Georgiev, P. •••••, and N. Georgieva, Self-Learning Neural Network for Mapping of Geographic Images. Proceedings of the International Conference •••••on Imaging Science, Systems, and Technology, Las Vegas, Nevada, June ••••• - •••••, •••••, pp••••••••••Yukio Kosugi, ••••• •••••, Munenori Fukunishi, Shigeru Kakumoto and Takeshi Doihara, An Adaptive Nonlinear Mapping Technique for Extracting Geographical •••••Changes, •••••va, N. Georgieva, •••••t Demirer, P. •••••, G. Georgiev, Determination of Evoked Potential Generating Mechanism modeled on Radial Basis Neural •••••Network, (IASTED) International Conference on Neural Networks, Pennsylvania, USA, pp •••••, (May) ••••••••••P. •••••, G. Georgiev, N. Moritani, •••••va, A Neural Network Approach to Geographic Image Analysis, IEEE Southwest Symposium on Image Analysis and •••••Interpretation, Austin, Texas, USA, (April) •••••, pp ••••••••••N. Gueorguieva, G. Gueorguiev, I. Valova, and P. •••••, Neural Network Model For Organization of Self Rewarded Processors Found in The Human Brain. •••••Proceedings of the •••••th International Symposium on Computer and Information Sciences, ••••• October, Izmir, Turkey, •••••, pp. ••••••••••N. Georgieva, G. Georgiev, P. •••••, and I. Valova, Potential Function Algorithm for Image Decomposition and Compression, •••••th International Symposium on •••••Computer and Information Sciences ISCIS•••••, Ankara, Turkey, •••••, ••••••••••References Available upon request.