Syed Waseem Haider
syedwaseemhaider@hotmail.com http://www.utdallas.edu/~waseem
Cell 214-636-4135
PROFILE SUMMARY Seeking Software Engineer position where professional experience and academic knowledge can be utilized to address challenges. Experienced in analysis, design and development of multi-tier applications. An excellent understanding of Object Oriented design and development methodologies, Design patterns and Distributed Internet Application Architecture. Experienced in Requirements Elicitation and Specification. Excellent communication and customer service skills to help resolve technical issues and educating users. Very analytical and possesses good problem solving skills. Experienced in complete software development lifecycle. Have done statistical analysis of software metrics and data to assure quality of the process. Have worked with SQL 2000 wrote stored procedures and normalized data base. Strong mathematical background and programming skills.
TECHNICAL SKILLS Languages: Tools: Protocols and Standards: Databases and Servers: Courses: C/C++, C#, Java, VB, UML, Servlets, JSP, Unix scripting, HTML, JavaScript, SQL, Stored Procedures, XML, XSLT Rational Rose, J2EE, Visual Studio .NET, MATLAB, Extend 6 RUP, TCP/IP Stack, CMMI, IEEE, SNMP, MIB, EIGRP, BGP, MPLS, OSPF, VoIP, SIP, GSM, CDMA, UMTS MS Access, SQL Server 2000, Internet Information Server, Apache Server, Tomcat Advanced Software Engineering; Object Oriented Analysis and Design; Requirements Engineering; Software Architecture and Design Patterns; Software Testing Verification and Validation; Software Process Modeling, Simulation and Control; Software Project Management; Advanced Operating Systems; Theory of Computation; Telecommunication Software Design; Performance of Computer Networks; Pattern Recognition and Neural Networks; Random Process
EDUCATION Doctor of Philosophy in Computer Science in Software Engineering University of Texas at Dallas, December 2007 Master of Science in Computer Science with Major in Software Engineering University of Texas at Dallas, December 2005, GPA: 3.6 Master of Science in Telecommunications Engineering University of Texas at Dallas, December 2002, GPA: 3.5 Bachelor of Engineering in Electronics NED University of Engineering and Technology, August 1999
DOCTORAL DISSERTATION Estimation of Software Defects and Stochastic Control of Software Testing Process. Development of a Stochastic State Space Model of Software Testing Process to capture the behavior of Software Testing. Application of pattern recognition and control system theory to estimate the state and regulate the process respectively.
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Syed Waseem Haider
syedwaseemhaider@hotmail.com http://www.utdallas.edu/~waseem
Cell 214-636-4135
STRENGTHS Analytical, Versatile, Quick Learner. Team Player, Possess excellent communication skills, and a valuable asset to the organization. RELEVANT EXPERIENCE
The University of Texas at Dallas RESEARCH ASSISTANT 01/04 – Till date
Developed a new technique ED3M to estimate total number of defects in a software product during testing. Developed a Bayesian estimation technique called BayesED3M to improve the initial estimation of defects by using the historical data to compensate for noisy data. Validated using industrial and simulation data sets. Currently investigating the noise covariance matrix for defect data, determination of covariance matrix will lead to the use of Kalman filter to reduce the noise in the data. Future extension include stochastic state space model of the software test process. Implemented in Matlab.
Adea Solutions Inc. SOFTWARE ENGINEER 03/03 – 08/03
Worked on the development of a throw away prototype of the web based Help Desk software. Participated in elicitation, specification and verification of the requirements from users and domain experts. Used semi formal methods and UML modeling for collecting and specifying the user needs. Participated in design and development of application, documented issues of concern and developed test cases. Developed and normalized database using SQL Server 2000. Implemented using ASP.NET and ADO.NET on Visual Studio.Net.
PUBLICATIONS 1. Haider, S. W.; Cangussu, J. W.; Cooper, K. “Estimation of Defects based on Defect Decay Model: (ED M)” submitted to IEEE Transactions on Software Engineering. 3 2. Haider, S. W.; Cangussu, J. W. “Bayesian Estimation of Defects based on Defect Decay Model: BayesED M” in Proceedings of Eighteenth International Conference on Software Engineering and Knowledge Engineering (SEKE 2006) San Francisco Bay, July 5-7, 2006. 3. Haider, S. W.; Cangussu, J. W. “A Study of Estimation Methods for Defect Estimation”, in Proceedings of Second International Workshop on Predictor Models in Software Engineering (PROMISE’06) Philadelphia, PA September 24, 2006. 4. Haider, S. W.; Cangussu, J. W. “A Novel Approach for Defect Estimation” Technical Report, No. UTDCS30-05, Richardson TX, August 2005. PROJECTS
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JFreeChart Assistant Tool (JAT): Developed GUI and automatic code generating tool called JAT for JFreeChart, a free Java Chart Library. For the input data and selected chart types, desired code is automatically generated that can be executed to carry out the desired operation. Used iterative waterfall model. Developed Project Management Plan and Software Quality Assurance Plan following the widely accepted industrial standards. Documented each phase of the development cycle and followed strict quality assurance guidelines. Used CVS to facilitate Configuration Management. Designed in UML and implemented in Java using Servlets and EJBS on J2EE platform.
2. Distributed Application: Designed a distributed global hash table that is accessible to concurrent clients. Developed name resolution and load balancing mechanisms in the distributed environment. Implemented in C++ on SUN Solaris platform using socket APIs and threads.
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