Masanam Ramani
Electronics Design Engineer @AAC Clyde Space
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WORK HISTORY
Electronics Design Engineer @AAC Clyde Space
Glasgow, GB
FPGA Development: Architect and implement high-reliability FPGA solutions using Verilog/VHDL, optimizing for performance and power efficiency in radiation-hardened environments. PCB Design: Develop multi-layer boards for high-speed digital and mixed-signal systems, adhering to ECSS (Space) and IPC standards. RTL Programming & Verification: Create synthesizable RTL code, perform functional verification with UVM/SystemVerilog, and ensure compliance with DO-254 for aerospace projects. Hardware Testing & Validation: Lead EMI/EMC, thermal, and vibration testing for space-grade hardware, ensuring robustness under extreme conditions. End-to-End Prototyping: From schematic capture (Cadence OrCAD/Allegro) to FPGA synthesis (Xilinx Vivado/Intel Quartus), I turn concepts into flight-ready hardware.
EDUCATION
Acharya Nagarjuna University
Bachelor of Technology - BTech, Electrical, Electronics and Communications Engineering
ABOUT MASANAM RAMANI
Experienced Electronics Design Engineer with 8 years in hardware engineering, adept at designing and implementing complex electronic systems and PCB layouts. Proven track record in project management, innovation, and leading cross-functional teams to deliver high-quality solutions on time and within budget. Seeking to leverage expertise to drive innovation and contribute to organizational success in the electronics industry.Skills:PCB Layout and Design in AltiumTesting and DebuggingSimulation and Synthesis in VerilogElectronic Circuit Design and Simulation in LT SpiceCustom IP Implementing in VerilogFPGA DevelopmentVerilog/VHDL ProgrammingPythonCommunication Protocols (SPI, I2C, UART, CAN, Ethernet)EMI/EMC ComplianceProject ManagementCraft Prospect: Electronics Design EngineerDesigned and implemented a PCB board for an Optical Laser transceiver for free space communication.Developed FPGA firmware in Vivado for comprehensive testing of the implemented board.Implemented RS encoder in Verilog according to CCSDS standards utilizing dual basis algorithm, validated on Zynq SoC.Created and implemented a Pseudo randomizer based on LFSR for a given polynomial.Led the development of a customized control interface for motorized actuators, enhancing precision and efficiency in satellite orientation systems.Integrated advanced signal processing algorithms into FPGA-based systems, optimizing performance and resource utilization for real-time applications.Radix Micro Systems: Electronics EngineerDeveloped Verilog code for a reconfigurable LoCoMo-Net architecture enabling the classification of hand movement gestures for an upper limb prosthetic arm.Spearheaded Hardware-Software Co-design for LoCoMo-Net, optimizing performance and efficiency.Designed PCB board for high-speed GTx transmission utilizing SFF transceivers, ensuring robust and reliable data transmission.Engineered a high-speed mixed signal board incorporating ADCs, DACs, and low-pass filters, enhancing signal integrity and accuracy.Implemented EMI filters for power distribution circuits and devised layer stackup strategies to mitigate electromagnetic interference.Proficient in communication protocols including SPI, I2C, RS232, RS422, CAN, and UART, interfacing external devices with FPGA platforms.Radix Micro Systems: Junior Electronics EngineerProficient in analog and digital circuit design, including PCB layout optimization and signal integrity considerations.Experience in using simulation tools such as SPICE and MATLAB/Simulink for electronic circuit modeling and analysis.
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