IAM Architect & Engineer Resume

SUMMARY

Accomplished, results - driven, multilingual Computer Engineer with Identity Management, Access Management and System Administration consultation experience. Working knowledge of Financial, Health Care, Profit, Non-Profit, Private and Public sectors. Fluent in English & Tamil, proficient in French, and limited knowledge of Spanish.
Proven leadership, decision making and management skills in stressful environments
Adept at communicating and presenting information to management and colleagues
Fantastic synergy of problem solving and creative thinking skills
Positive and confident attitude when approaching new problems and revisiting old ones
Friendly, approachable individual that is always displaying strong work ethics and high integrity
Capable of cooperating with team members but also very effective working independently to accomplish goals

TECHNICAL SKILLS

Application Server: .NET 1.0/2.0/3.5/4.0 , JBoss 5.x/6.x, Tomcat 4.x/5.x, WebLogic 9/10

Database: IBM DB2, Oracle, MS Access, MS SQL, MySQL, Sybase

Directory Server: CA Directory 12.5, MS Active Directory, Sun ONE 5.1/5.2

Hardware: Altera (MAX Plus, FLEX, NIOS II), IBM DataPower, Microcontrollers (HC12)

Identity Management: CA Identity Minder 6.0/12, CA SiteMinder 5.5/6.0/R12, MS ADFS 2.0

Language: Assembly, ASP, ASP.NET, C, C++, C#, Delphi, Java, Pascal, Perl, Prolog, SDL, UML, Visual Basic, VHDL

Markup Language: DHTML, HTML, SAML, XACML, XML

Operating System: AIX 5.3/6.1, RHEL 4/5/6, Ubuntu 7/8/9/10/11/12, Windows 98/2000/XP/Vista/7, Windows NT/2003/2008

Software: AutoCAD, Eclipse, MATLAB, MS/Open Office, NetBeans, OPNET, Quartus, Rational Rose, SPICE

Virtualization: Virtual PC, VMWare 5/6/7/8

Web Design: CGI, CSS, Dreamweaver, Flash, Java Script, PHP

Web Server: Apache 2.x, IHS 7/8, IIS 5/6/7, iPlanet/Sun ONE Web Server 6/7

PROFESSIONAL EXPERIENCE

Confidential

IAM Architect & Engineer

Responsibilities:

acted as the primary SME for CA’s Identity and Access Management technologies assisted the SiteMinder and Identity Minder build out of the CSF (Central States Funds) environment directed, designed and migrated the parallel R12 SiteMinder environment for the PwC (Pricewaterhouse Coopers) security infrastructure
PwC’s architecture consisted of Policy Servers, Report Server, Federation, Apache/IHS/IIS WebAgents, WebSphere Application Server Agents, Oracle Directory, SMWalker and Authentication Override ensured all tested cases of SiteMinder and Federation were functioning in a similar manner as the PwC R6 environment lead the Identity Minder architecture and build out of UB (Union Bank) Next Generation SSO project to replace existing custom IDM environment
UB’s architecture consisted of Identity Minder, Provisioning Server, CA Directory, SiteMinder, Auth Minder and Risk Minder architected and designed UB’s Directory Environment which consisted of Enterprise Directory, Provisioning Directory, Policy Store, Key Store, Session Store and Admin User Store

Confidential

IAM Subject Matter Expert & Architect

Responsibilities:

architected a framework to stream live video from a mobile device's camera to MindEbb.com developed Sentry, a J2ME & Android mobile application for capturing real time video feeds
Sentry is capable of P2P file sharing, Instant Messaging, video uploading developed MindEbb.com, a website which takes incoming UDP raw video stream from a mobile user and generates broadcast streams (HTTPS, RTP, UDP) for viewers
MindEbb.com's other services include allowing users to upload pre-recorded videos, view uploaded content, and broadcast live footage framework allows popular media sites to broadcast live streams through embedded flash players recruited and collaborated with volunteers throughout the development phase

Confidential

Team Lead, Architect & Lead Developer

Responsibilities:

developed a service to control a team of two fully automated wireless hockey playing robots used a digital camera to monitor the locations of the puck, friendly & opponent robots extracted the positions and orientations of objects through image processing computed strategic paths for the friendly robots using an AI algorithm communication between the robots, server, and scoreboard done wirelessly via Bluetooth kept track of the score with a wireless scoreboard monitored and calculated goals scored using image processing and IR sensors created a web site to view real time footage of the hockey game, object positions and the score designed a manual override to control friendly robots through TCP/IP