Contact Bit2SyS

PROFILE:  

Software Defined Radio, ATE, RF and MMIC Systems Engineer using ADS and momentum, fully effective team member, self-motivated person and experienced in RF-System Integration, extensive experience in programming various RF and optical equipment using C/C++, MATLAB/Simulink. I have strong mathematical analysis background, Advanced Signal Processing for Radio Systems and a good knowledge of RFIC transceivers and optoelectronics systems design and I thrive on new challenges for innovative designs.  

TECHNICAL SKILLS 

• RF and MMIC testing using ATE LabVIEW, and CVI Automation Measurement
• Patch Antenna, Power amplifier, LNA design using ADS and momentum
• Testing Optical Systems using MATLAB, CVI based on tolerance file analysis. 
• Programming test equipment C/C++: – Scope, OSA, PSU, DMM, etc.
• Test Data analysis using MATLAB and Excel, production of test & analysis.  
• Environmental and Compliance Testing of Embedded Electronic Products, Rasbery Pi.
• Production of test specifications and test plans (Vibration test, Humidity test, testing, EMC.
• Test Planning and Management, production of test & analysis report in MS-Office – Compliance 

Matrix, System Requirement Specification, Datasheet, REACH and ROHS compliance, DVP&R. 

OTHER SKILLS 

Languages -Fluent in English and French 

Team work – Developed through academic collaborative research work, working with Bit2SyS Limited, STS-Defence, Ultra Maritime, Teledyne, MBDA, UTC Aerospace -Silicon Sensing, Alcatel Submarine Networks (ASN).  

ACHIEVEMENTS 

• Achieved PhD in Electronics Engineering within MMIC research group, which demonstrates creativity and intellectual ability.  
• Communication contributed to 5 scientific publications, 2 journals and 3 conferences.  

EDUCATION: 

PhD in RF and MMIC Systems Design at School of Electronics & Physical Sciences at University 

of Surrey “Advanced Technology Institute”. Subject of Research: “Investigation for Direct Conversion Techniques for RF Microwave and Millimetre-wave Communication Transceivers for radar applications.”