MURALI YANAMANDALA

FPGA Design, RTL Coding, Validation, Debug, SDK, Vivado, Vitis, Project Planning.

FPGA Lead,FPGA Design, Work Schedule Plan, On-Site KT, Training Junior Engineers

• Improved project efficiency by streamlining engineering processes and implementing innovative solutions.
• Monitored employee performance to keep projects on task.
• Delivered high-quality products by collaborating closely with sales teams to understand customer needs and translate them into viable solutions.

• Collaborated with cross-functional teams for successful product launches, ensuring seamless integration of new features.
• Worked with industry leaders like Samsung, ADI, Xilinx
• Worked on technologies like 5G Phy layer, FPGA Prototyping, CNN

• Conducted thorough design reviews to identify potential issues and propose effective solutions early in the development process.
• Streamlined communication within the engineering team, leading to more efficient problem-solving and a reduction in project delays.
• Worked on Display Protocol Sub Systems, Video Timing Control IP, AXI Steaming IP, Validation of Video Protocols.

• Established strong working relationships with clients through exceptional communication skills, fostering trust and collaboration.
• Developed positive working relationships with stakeholders to effectively coordinate work activities.
• Achieved successful project outcomes by maintaining accurate documentation and meeting strict deadlines.
• Worked on Image/Video Processing algorithms like Video surveillance, Noise filtering, Feature Detection, Change Detection, Panorama generation, Contrast Enhancement, Image Restoration, Morphological Operations, Implemented Hardware Design of image/Video Processing Applications, also on Tri-Speed Ethernet for applications related to network Security.

• Collaborated with cross-functional teams to develop highly integrated hardware solutions.
• Worked on SDR

• Strengthened team dynamics through regular feedback sessions, resulting in increased productivity and improved performance.
• Streamlined data collection processes by implementing efficient tracking systems, leading to more accurate reporting and analysis capabilities.
• Facilitated stakeholder meetings to solicit input on project goals, priorities, and expectations to ensure alignment across all parties involved.
• Developed FPGA Design for the Ultrasound Machine transmitter for 16 Channels.
• Implemented the 16 Channel transmitter design on Kintex-7 evaluation board(KC705)
• Worked on AFE5809 Evaluation board, which is an ultrasound receiver board.

Worked on Ultrasound machine 16 Channel transmitter board design.