Architect and Develop Data Center Network Simulations on The Scala Computing HPC Platform. Working closely with clients to meet software requirements and business needs.

Customization and extension of NS3 software (C/C++, Python, BASH) to meet demanding requirements from clients. Data center scala network simulations are distributed on the cloud for expedited execution, results are then displayed on an intuitive dashboard for important data insights.

Experienced Software Engineer leading design and implementation of Network Simulator 3 (NS3) network simulations on Scala Computing cloud HPC platform. Working closely with clients to meet software requirements and business needs.

Customization and extension of NS3 software (C/C++, Python, BASH) to meet demanding requirements from clients. Datacenter scala network simulations are distributed on the cloud for expedited execution, results are then displayed on an intuitive dashboard for important data insights.

Develop and implement custom wireless real time multithreaded telecommunication systems (python, c/c++, Linux (bash), Windows, Android)

Debug, and test wireless digital communication software systems

Implement software enhancements for backend performance

Implement and parse cellular wireless network protocols according to 3GPP and ETSI specifications

GSM, GPRS, UMTS, HSPA, LTE, ASN.1, WiFi

• - Developed data sorting algorithms for RADAR system analysis and reporting (Python, MATLAB)

• - Executed statistical analysis on overall system performance (Python, MATLAB)

• - Programed PIC microcontrollers (C/C++) for system management and data acquisition

• - Presented design reviews and reports to Program Managers and private industry contractors

• - Designed and simulated microwave transmission lines and antennas (Python, ANSYS High Frequency Simulation Software, MATLAB)

• - Implemented amplifying and filtering analog circuitry (RF front end for FMCW RADAR System) for proximity sensors in miniaturized RADAR applications

• - Worked with digital design lead engineer with Xilinx FPGA development in FMCW RADAR Digital Signal Processing applications (Verilog)

• - Designed electronic circuits in Altium for simulation and fabrication (Gerber files, Schematics, and SPICE simulations)

While at NJIT I performed Research in Electromagnetic Theory with the Physics Department and its various applications (Micro-scale Semiconductor circuit population utilizing magnetic forces) as a student research assistant. US Patent # 7737515 B2 – Method of Assembly using Array of Programmable Magnets

• - Developed mathematical models (MATLAB) of electromagnetic fields due to a matrix of cylindrical solenoids

• - 3d modeling using COMSOL

• - a scientific paper and presentation were prepared as a result

• - Presented Research at several Research Symposium

• - Research was sponsored by the Ronald E. McNair Program

• - developed great communication skills