Andrei Alexandru Enescu Email & Phone Number

Bucharest, Romania

- Layer-1 Software global lead for wireless technologies (5G NR, LTE, WiFi, Bluetooth)- Local leader of the Artificial Intelligence team

Bucharest, Romania

Leading the Layer 1 Integration Software development and test teams in Freescale's eNodeB chip products for metro and small cells BSC913x, B3421, as well as 5G development activities.- Planning and definition of internal milestones- Coordination of technical execution- Customer support management- Software Quality process implementation within the project.

Bucharest, Romania

- Organized the SW process of the internal tools- Applied Agile methodology for SW development- Defined requirements for the SW development team

- Part of the company's strategy (product and team)- Implemented team's mission objectives- Built financial reports for the investitors

Bucharest, Romania

Technical manager of the Baseband DSP SW teamI was manager of a team of 8 engineers in a 3G baseband project, partly developed in Romania.My main responsibilities:- Technical coordination within the team- Project management at the team level- Team management, including recruiting, conducting performance reviews, setting performance goals- Build the.

Bucharest, Romania

Simulator for a WCDMA R99 chip-rate transceiver and specific algorithms.

- Courses: Advanced Techniques for Digital Signal Processing, Discrete Time Signals and Systems, Radar and Radiolocation, Digital Signal Processing Integrated Systems- Applications: Signals & Systems, Digital SIgnal Processing, Antennas, Radiolocation, Radiocommunication systems- More than 50 papers published in proceedings of International Conferences or.

Coordinator of the DSP department- Leader of a team of 3 other people (1 Senior engineer + 2 Intermediate engineers)- Identified specific tasks for the DSP teams and built time schedules enclosed in Gantt charts- Project coordination and follow-up- Proposed new features for the PHYDesigned lower-MAC level system algorithms for a WiMAX base station- Link.

• Design architecture for the WiMAX 802.16e Base Station
• Complete simulators for the 802.16-2004 and 802.16e-2005 standards in Matlab – including all mandatory features
• DSP implementation of different modules in the PHY (code written in C for ST140, STM)
• Coordinator of the FPGA team in Bucharest- Designed architecture for FPGA modules for WiMAX ranging engine and turbo coder/decoder- FPGA implementation for different modules for the WiMAX ranging engine

• VHDL Programming (Design + Simulation)
• FPGA Configuration and Programming
• FPGA Synthesis (Synplify Pro, XST)
• FPGA Implementation (Xilinx ISE 6.0)
• Multiple Antenna Algorithms in OFDM
• Part Reliability

Ph D, Wireless Communications

Activities and Societies: "Contribution to the theory and implementation of the MIMO technologies in digital communications", new.

B Sc, Mobile And Satellite Communications, 9.97