• Developed software for a medical device that completed over 1000 treatments during a clinical trial
• Designed medical device software for a life-supporting heart assist device used on one patient
• Implemented networking security embedded software used by AT&T, Avaya, Lucent, Sprint

• C/C++, Ruby, Java, JavaScript, Perl, SQL, Bash, XML, HTML
  
• Top to low-level TCP/UDP/IP, PPP/SLIP, network management
• Windows, Linux, Lynx, pSOS, BSPs without an operating system
• Matlab, Mathematica, LabView
• Medical device development (Class II and III)
• Embedded systems, OO, linear algebra, signal processing, robotics, electronics, AI.

• Developed back-end service (C++, C, on Solaris) and front-end GUI (JavaScript)
• Wrote testing specifications and deployment plans

• Developed software for the first hemodiafiltration device in the U.S. (C on HC12, TMS320)
• Class II medical device, major level of concern, conforming to IEC60601-1-4
• Wrote specifications, design, risk analysis, verification&validation documents, user manual, SOPs under design control.
• Involved in the whole development lifecycle, including IDE and 510(k) submissions.
• Designed automated verification framework. Designed unit test framework. Performed V&V activities (reviews, testing, reports).
• Wrote software for extracting natural language requirements from Visio documents for automated software verification (Ruby+OLE, Visio, VBScript)
• Troubleshooting electronics (digital, analog, RF), hydraulics, sensors
• Designed Graphical User Interface, performed ergonomic assessment

• Wrote telecom security software in C, C++, assembler for 68360 and MPC8360 (PowerPC)
• Wrote RS232 device drivers and SLIP/PPP protocols on Lynx, pSOS. Modified Linux drivers.
• Implemented multi-factor/challenge-response authentication
• Network management agents: Implemented legacy-to-XML data access, designed SNMP agent with bindings to a scripting language.
• Modified all code, from device drivers to application layer, to expand from 2-to 4-byte pointers
• Designed Java auto-documenting tool for legacy CCL code, w. JDBC/SQL storage.
• Developed C/C++/Java/Tcl software for secure management and monitoring of critical infrastructure.
  The solution spanned Windows, Linux, Lynx, pSOS OSes, utilized iptables, XML communication, MS-SQL back-end.

• Developed Winamp and Windows Media Player plugins (Visual C++) for USB and RS232 pedals
• Developed DSP algorithms (Matlab) and plugins (C++) for decoding digital time code embedded in audio signal (SMPTE LTC)
• Win32 API GUI, multithreading, interprocess communication
• Subcontracted and oversaw work of other developers

• Designed software for a Class III life-supporting medical device (C++, i386, PC104, no OS)
• Responsible for software development through entire product life cycle: from requirements through implementation to validation and QA
• Developed and implemented DSP algorithms for real-time EKG R-wave and Tachycardia detection on SHARC DSP microprocessor (patented)
• Coordinated logistics and conducting of animal studies
• Designed LabView automated testing software for validating EKG detection

• MS Thesis: Stewart Platform with Fixed Actuators as a Platform for Coronary Artery Bypass Graft Surgery
• Developed data acquisition, signal processing and robot control apps in C++, Matlab, Labview
• Designed and implemented C++ software to control a heart-assist device (C++ Builder)
• Devised algorithm for estimation and B-spline 3D modeling of beating heart from ultrasonic signals (Matlab, Java 3D visualization)

• Implemented SQL FoxPro accounting application as a team member
• System administrator for NetWare, TCP/IP, Microsoft Network LAN
• Trained novice computer users, designed corporate web pages

• M.S. in Bioengineering, concentration in Computer Science, Columbia University, 1997
• B.S. in Electrical Engineering, concentration in Telecommunications, Belgrade University, Yugoslavia, 1995

References available upon request.