Developing server-side component providing configuration services (CMS, Configuration and Management Service) and applications as part of the OAM&P (Operation, Administration, Maintenance and Provisioning) subsystem for the newly developed software platform which brings communication services and infrastructure for the next generation communication applications (OpenTouch, Unified Communications, Next Generation Voice Mail, etc.): - Discussing requirements with SW Architects, providing estimations, performing research and pre-studies - New features development and support of existing core functionality (persistence, transactions, data integrity and synchronization, migration, setup, etc.) - Profiling and optimization, performance tuning - Unit/Functional/Integration testing - Documentation (Software Design Document, Test Plan, External Specification) - Internal trainings and presentations, knowledge transfers, team help/consultation, code/doc reviews

Development and support of the diagnostics subsystem and the corresponding applications (OSD, CLI) for Motorola OCAP stack (MotOCAP):- Responsible for serial diagnostics application (CLI via terminal) support and evolution - Support of existing and developing new diagnostic applications for Motorola OCAP compatible STBs - Support for platform diagnostics in middleware and integration with platform services - Documentation (High Level Design, Detailed Design), code reviewsDeveloped IDE, OCAP Simulator and Software Support Kit (SSK) for use by internal Motorola engineering, SI&T/DVT and customer support as well as external customers (MSO’s and 3rd party ISV’s) developing OCAP applications for Motorola’s MotOCAP OCAP implementation: - Development and support STB OCAP Simulator and Eclipse-based IDE - Documentation (Detailed Design) - Refactoring, bug-fixing, code reviews

Firmware development for devices which are part of the hardware-software complex of railway automatics.The devices are built on the common hardware platform based on Infineon (Siemens) C167 MCU and Altera Flex PLMs and have different sets of peripherals on board. Specific of the software been developed is hard real-time environment, time critical tasks are performed, high reliability: - Developed low level system services (drivers) using C and ASM166, ASM51 - Implemented complex data processing algorithms - Ported existing system services to new hardware platforms - Developed tests (functional, performance) - Bug-fixing