Hire the Best Xilinx Programmers
in Pakistan

I am a seasoned programmer and AI specialist with over 6 years of experience, backed by a professional team. My expertise centers on developing advanced solutions in Artificial Intelligence, Machine Learning, Deep Learning, MATLAB, and Python. I excel in designing and implementing complex algorithms, data analysis, and model optimization to solve real-world problems. In addition to my technical skills, I offer mathematics tutoring and problem-solving support to help you grasp core concepts and enhance your project outcomes. If you're looking for expert guidance or collaboration in AI, ML, MATLAB, or Python development, feel free to contact me. Committed to delivering high-quality, innovative, and professional results.

I have over 4+ years of experience in designing, developing, and debugging complex digital systems on Xilinx platforms, including Zynq-7000, Zynq UltraScale+, and custom FPGA boards. Proven expertise in RTL design, high-speed SERDES communication, and AXI4-based IP development. Hands-on experience with video processing pipelines using H.264 encoders, V4L2 drivers, and MIPI CSI2 interfaces, as well as embedded Linux integration via PetaLinux. Adept at multi-team collaboration, hardware bring-up, and solving intricate engineering challenges across global projects. Proficient in Xilinx Vivado, Vitis, and scripting with Python/TCL.

As a solution architect I have 14+ years of ASIC/FPGA/SOC based Design/Develop/Deployment experience from user requirement to the end system. -- Digital Design of complex blocks, RTL design, systemVerilog/IPcore Design -- FPGA emulation of large ASIC designs on Dense Xilinx FPGA chips -- Xilinx SOC based digital designs using Vivado design suit. -- High speed ethernet/PCIe Designs ADC/DAC Software definer radios DSP cores -- Embedded Linux - devicetree - driver - usersapce apps -- Timing closures - CDC based designs -- High speed ADC/DACs from ADI designs -- Verification using systemVerilog and cocoTB Tools: -- Xilinx FPGA Vivado Design Suite, Debugging using ILA Xilinx ZYNQ SOC / Ethernet / DMA / cores. -- IPs from Cadence, precise-ITC, and ARM, as well as VIPs from Mentor Graphics, Synopsys, and TrueChip. With a high level of skill, responsibility and dedication to solution delivery, I always realize every requirement of the client to the maximum in detail, and guarantees the timeline of the project with excellent time management skills.

I'm an FPGA and embedded engineer who takes digital hardware from spec to working bring-up on real boards, architecture, RTL, verification, synthesis, timing closure, and on-board validation. On the FPGA side I write production-grade Verilog/SystemVerilog, build and debug designs in Vivado and Vitis (also ISE and Quartus when a project needs them), and target Xilinx Zynq-7000, Zynq UltraScale+, Artix/Kintex-7, and Lattice parts. Day-to-day work: clean RTL (FSMs, pipelining, CDC), AXI4/AXI-Lite/AXI-Stream SoC integration, custom IP, and constraint/timing closure on designs that have to actually meet Fmax, not just simulate. Verification is part of the job, not an afterthought, SystemVerilog testbenches, functional and code coverage, and assertions. I simulate in ModelSim/QuestaSim, Verilator, and Icarus, and debug on hardware with ILA, logic analyzer, scope, and JTAG. I go deep on RISC-V: custom RV cores, ISA extensions, and emulators, including instruction-set modification and syscall/binary remapping at the userspace level. On the embedded side I write C/C++ for microcontrollers and Linux, work with the GCC/LLVM toolchain, and handle interfaces like UART, SPI, I2C, DMA, PCIe, and Ethernet. If you have hardware or low-level software problems or need a new solution, send the spec and I'll reply with a clear scope and timeline.

Solution Architect System Design based on System on chip reconfigurable platforms - development of high speed Embedded and FPGA based systems, handling the whole hardware and software aspect of it. Had my hands dirty with, - ZYNQ UltraScale ZCU111 RFSOC / ZCU102/ ALYNX - Zynq ZedBoard/MicroZed/Zybo/PYNQ/ custom designed zynq boards - ADI RFSOCs/FMCOMMS/USRPs/LimeSDR/iotSDR/pocketGNSS piksi GNSS/GPS and custom SDRs - Analog Devices High Speed ADC/DACs, DDS chips, RF Boards. - ASIC Emulation on S2C VU19 Board, 100G ethernet NIC System Verilog/VHDL/Xilinx SOC Dev Tools/Vivado Suite/Vivado HLS/Xilinx SDK, Xilinx System Generator. Matlab/GnuRadio/UHD/SoapySDR/adi libiio/iioscope/ Embedded Linux/Yocto/PetaLinux/ microblaze/ C, Python , ARM Processors, Rasberry PI/BeagleBoan/Nvidia Jetson SDR and comm RF Testing expertise on Agilent Vector Signal Analyzer, Rohde & Shawardz FSVR, Infiniium Oscilloscope, National Instuments AWG and VSA.

Delivering robust, resource-efficient hardware architectures from concept to FPGA deployment. With extensive industrial experience in RTL development and FPGA-based accelerators, I specialize in transforming complex algorithms into optimized, high-performance digital systems. Whether you are building edge AI systems, custom processors, or high-throughput DMA bridges, I provide clean, synthesizable, and rigorously verified code. I am meticulous about hardware-software interfacing, timing closure, and comprehensive testbench development using golden models. Core Technical Capabilities: Hardware Description & Tools: Verilog, SystemVerilog, VHDL. Xilinx Vivado, ISE, and Intel Quartus Prime. AI Acceleration & Computing: Designed custom systolic arrays and Dot Product Engines (DPE) with real-time conversion for multiple precision formats (INT2–INT16, FP16/BF16 to FP32 IEEE-754). Dedicated multiplier and adders . System Integration & Protocols: Deep expertise in AXI4, AXI-Lite, and UART. Advanced memory access implementation using DMA through PCILeech-based frameworks. Processor Architecture: Pipelined processor design including data forwarding and stalling logic. Advanced Verification: Python and MATLAB co-simulation, FPGA-in-the-Loop ,self check testbenches ,Golden model comparison. Full project management from architectural design to deployment is my standard. Let's discuss your system requirements and build an architecture that scales efficiently.