edward ramani

Lead Radio Frequency Systems and Hardware Design Engineer at QinetiQ

London, England, United Kingdom

About

Experience

  • QinetiQ (2 yrs 2 mos)
    • Lead Engineer
      Jun 2024 - Present · 2 yrs 2 mos

      Software Defined Radio (SDR), SHF, SDR: systems development lifecycle. FCAS Systems and Simulation Modelling Threat modelling including: Seekers, Data Links and Jammers

    • Lead Radio Frequency systems and Hardware Engineer
      Jun 2024 - Present · 2 yrs 2 mos

    • Lead Technician
      Jun 2024 - Present · 2 yrs 2 mos

      Software Defined Radio (SDR), C-band: end-to-end V-model system design, including subsystem definition, RF front-end design, and transceiver PCB integration FPGA development using Xilinx MPSoC with Simulink-based model-driven design flow Satellite surveillance radar detection systems (VHF–SHF): system definition, subsystem design, build, and verification FCAS-related system modelling and simulation, including threat modelling of Seekers, Data Links, and electronic attack/jamming systems

  • Hardware Consultant at Logic Associates Ltd
    Feb 2024 - May 2024 · 4 mos

    X/Ku Band 30W Microwave Power Distribution Sub-System for Quantum Computing application

  • Design Team Lead at Leonardo, Microwave Division, Bristol, Luton
    Jan 2020 - Jan 2024 · 4 yrs 1 mo

    · Tempest (GCAP), KU/K-Band, WCDMA, Data Link System requirement definition and management of KU/K-Band Data Link Transceiver Sub System Architecture requirement definition and management System and Sub System integration, verification and EMC Test Frequency Planning Printed Circuit Board level design and verification · Scalable Seeker, X Band, FMCW, AESA Systems Design and Specification, X-Band Transceiver Sub System Design and Specification, X-Band Transceiver Specification of Post Processing (Pulse Compression, Integration) X-Band Transceiver Board level Line Up Phased Array Antenna design specification Phased Array Antenna Design and Development · FCAS, RCS Modelling and Analysis FC/ASW subsystem RCS design and analysis using CST MWS, EMAG simulation tool · BrightCloud, C to KU band Transceiver System and subsystem Analysis and Development · KU Band Hybrid Design Passive 3D Microwave divider, coupler design using CST MWS

  • Design Consultant at MBDA Seeker Division, Stevenage
    Oct 2016 - Jan 2020 · 3 yrs 4 mos

    · AESA, Sub System, KU band Transceiver sub system GaN: HPA, and Rx front end, sub system specification GaAs: Transceiver characterisation Development, integration and test Full Tx/Rx · Sub System, X-band Transceiver Design incorporating, ‘Software Defined Radio IC’ Transceiver hardware design using discrete components

  • Principal Design Engineer at MBDA, Seeker Division
    Oct 2016 - Jan 2020 · 3 yrs 4 mos

    Subsystem design of Ku-band AESA transceiver architectures Specification and development of GaN high-power amplifiers (HPA) and receiver front-end modules Seeker system integration, test, and performance validation