Master's degrees in Electrical Engineering from top universitie CNAM Paris in FRANCE. An Electrical Design Engineer providing support on Medium Voltage (MV), Low Voltage (LV) & Extra Low Voltage (ELV) distribution systems for Commercial & Residential buildings, Housing Colonies, Water/Wastewater Treatment Plants & Pumping Stations in accordance to local and international codes (BS, IEC, AS/NZS, NFPA, WAPDA, DEWA). Perform Power System calculations and design studies including but not limited to Load Calculations, Load Flow Analysis, Short Circuit Analysis, Voltage Drop Calculations, Cable or Busway Capacity Calculations, Earthing and Lightning protection Studies. Perform equipment design and sizing calculation for Secondary Substation Transformers, Emergency (Standby) Diesel Generators, HV/LV switchgears, Motor Control Centers (MCCs), UPS/Solar Systems, MV/LV/ Instrumentation and Control Cables and their Trenching Details. Design of Building Management Services (BMS) of high rise buildings including but not limited to General & Emergency Power, Illumination, CCTV Systems, Access Control System, Fire Detection & Alarm System, Data Networking, Telecommunication, GPON, MATV/IPTV and Security systems. Create electrical drawings including Single Line diagrams, Electrical Schematics, Riser Diagrams, Grounding and Lightning Protection Drawings. Prepare Tender Documents including Bill of Quantities/Takeoffs, Cost Estimation and Technical Specifications. I can assist and guide you in Electrical Electronics and Power Engineering related Problems, Tasks, and Simulations like: 1. Electrical Power Engineering 2. EV CHARGER, Fast Charging Station 3. Linear Control System 4. Microelectronics 5. Digital logic design 6. Power System Analysis 7. Electronics I 8. Proficiency in generation of RTL code (VHDL, Verilog) for programmable logic (FPGA, CPDL) system. Commissioning, Instrumentation, Project Planning, Construction, Electricity, Power Systems, AutoCAD, Caneco,Matlab,Etap.... 9. Feedback control Systems 10. Digital control Systems 11. Communication systems 12. Digital signal processing 13. MATLAB

Passionate Electronic Engineer with expertise in FPGA design, VHDL programming, and hardware architecture. I hold a Bachelor's degree in Electronic Engineering, with a strong focus on digital systems and hardware development. Over the years, I have gained hands-on experience in designing and testing digital circuits, developing embedded systems, and working with hardware description languages (HDL) like VHDL. In addition to my technical skills, I have provided academic support to students in electronics and FPGA design and worked on various projects, including quantum computing emulation and processor design for embedded systems. I am currently collaborating on cutting-edge research projects related to quantum computing. I'm looking for opportunities to apply my knowledge and skills in VHDL, FPGA design, and hardware development to new and exciting projects. Let's work together to bring your hardware ideas to life!

I am a Research Physicist and Engineer with a dual background in Physics and Engineering, specializing in high-performance radar systems, RF environmental surveying, and complex signal processing. With experience at NASA and the Florida Space Institute (FSI), I bridge the gap between theoretical physics and practical hardware implementation, delivering high-precision solutions for demanding technical challenges. Whether you need advanced simulations in Python/MATLAB, FPGA development on Xilinx platforms, or hardware prototyping for RF systems, I bring a rigorous, research-backed approach to every project. Core Competencies - Radar & RF Systems: Design of coherent combining systems (up to 40 GHz/10 kW), passive radar feasibility studies, and antenna array deployment. - FPGA & Embedded Systems: Programming Xilinx ZCU111 and RFSoC 4x2 utilizing the CASPER toolflow for environmental data acquisition. -Signal Processing: Spectrogram generation, cross-correlation analysis for RFI identification, and noise floor characterization using Python and MATLAB. -Simulation & Modeling: Developing machine learning algorithms for satellite data (GOES-R) and simulating gravimetric sensor environments for UAVs. -Prototyping: CAD design (Autodesk Inventor), sensor fabrication, and hardware validation in extreme environments. Professional Highlights -NASA: Developed drone detection and tracking systems using Software Defined Radio (SDR) and the Signal Hound API, creating live spectrograms to secure airspace. -Florida Space Institute: Led the research and requirements definition for a 256-element RF survey system with extreme sensitivity (-200 dBm), delivering critical insights to government customers. -NEXT Lab: Prototyped ultrasonic sensors for high-temperature molten salt systems, validating designs for nuclear energy applications. I am available for complex engineering projects that require a deep understanding of electromagnetics, data analysis, and hardware integration. Let's discuss how I can apply this technical expertise to your next project.

Digital IC Design RTL Modeling, FPGA & IP/SoC/Embedded Development Engineer. Offering: - FPGA/ASIC RTL solutions in (System)Verilog, and VHDL. - Embedded C Coding. - Multilingual Tutoring. -------Your success is my priority------- Available Round-the-Clock | Flexible Pricing | Prioritizing Service Excellence My Experience: I've worked extensively with FPGAs, utilizing various FPGA boards from different vendors such as AMD(Xilinx)/Intel(Altera)/Efinix. Also experienced in ASIC designs, I've worked with Synopsys tools, with TCL scripts and GUI for DesignCompiler, Formality. Proficient in documentation using: - LaTeX: for professional documentation. - Markdown: for GitHub repos. - Microsoft Word. Let's collaborate and bring your project to life. Reach out to discuss the details, and I'll be here to assist you at any time. Additional Key Skills: - STA and CDC. - Communication protocols such as: UART - SPI - I2C - AXI... - Programming languages such as: C/C++. - Knowledge in scripting Language : TCL - Python . Tools: VUnit • Vivado IDE • Quartus prime • Efinity IDE • VS Code • Xilinx ISE • ModelSim/QuestaSim.

Hello, thank you for checking out my profile. I'm a Certified LabVIEW and MATLAB Developer with over 5 years of experience in signal processing, FPGA, and Embedded System Design. With a strong set of skills and expertise, I bring proficiency in developing cutting-edge solutions in these domains. My strengths lie in my deep understanding of LabVIEW and MATLAB, allowing me to design and implement efficient algorithms for signal processing tasks. I excel in FPGA programming, leveraging its power to accelerate computations and optimize system performance. Additionally, my expertise extends to embedded systems design, where I have successfully developed robust solutions for various applications. Throughout my career, I have been involved in several notable projects such as Signal Processing of mm-wave Radar for Driver Drowsiness and Child Presence Detection for Vehicle In-Cabin Monitoring System which showcase my ability to deliver high-quality results. I have successfully implemented complex signal processing algorithms, enabling real-time data analysis for critical applications. Furthermore, my experience in FPGA design has led to significant improvements in system speed and efficiency. I hold a strong educational background, having obtained relevant certifications and a degree in Electrical Engineering. This foundation has equipped me with a solid theoretical understanding, which I consistently apply to real-world challenges. In summary, as a Certified LabVIEW and MATLAB Developer, I possess a wealth of experience in signal processing, FPGA, and embedded system design. My proven track record of delivering successful projects, along with my expertise and educational background, make me a valuable asset in tackling complex engineering problems. .

I have more than 12 years experience in Embedded systems design, the main field of experience is FPGA programming, using VHDL, verilog and system verilog. I also have experience with working with Xilinx ISE, Vivado, Intel Quartus, Liberos SOC and Diamond Lattice

Do you need a professional Electrical & Electronics Engineer for your complex projects? I’m Waqas Javaid, an industry-experienced engineer with over 6 years of hands-on expertise in automation, embedded systems, control systems, power electronics, and simulation-based engineering. ✅My Core Skills Include: 🔹 MATLAB & Simulink – Modeling, simulation, control systems, GUI apps, and image processing 🔹 PLC Programming – Ladder logic for Siemens, Allen Bradley, Omron, Schneider, and Codesys 🔹 Embedded Systems – Arduino, Raspberry Pi, AVR, PIC, STM32, ARM (C/C++ & Python) 🔹 Circuit Simulation – Proteus, LTspice, Multisim, ADS, Logisim 🔹 Robotics – ROS, automation with sensors/actuators, motion control 🔹 PCB Design – Altium Designer for single/multi-layer designs (2D/3D) 🔹 Power Electronics – PWM, SPWM, SVPWM, rectifiers, power supply design 🔹 Networking – Cisco Packet Tracer, IP/MAC addressing 🔹 Software Tools – LabVIEW, DIgSILENT, EasyPower, COMSOL, PVSyst, AnyLogic 🔹 Languages – C++, Python (image processing, data analysis), Visual Studio ✅ Popular Services I Offer: ✔ PLC + HMI/SCADA Automation Systems ✔ Power System Simulation in DIgSILENT or EasyPower ✔ MATLAB Simulink models for academic & industry ✔ Custom microcontroller firmware (AVR, STM, PIC) ✔ IoT systems using Raspberry Pi and Arduino ✔ Advanced robotics projects with ROS or custom algorithms ✔ Technical report writing and documentation ✅ Notable Projects: Waiter Robot for Restaurant Automation – Arduino-based with IR sensors Brain Tumor Detection – MATLAB image processing with 98% accuracy Wound Segmentation in Python – Achieved 95% accuracy using custom algorithms PV Solar Design Projects – System layout, sizing, simulation, and optimization ✅ Why Choose Me? 🎓 Bachelor’s in Electrical Engineering (2018, Bahria University Islamabad) 🏭 6+ Years Industry Experience (Service Industries Ltd., NECOP) 📈 Fast, clear communication & high-quality delivery 💯 100% Satisfaction or full refund 📩 Let's discuss your project and bring it to life with engineering precision and professional support. ✅ Keywords: Electrical Engineering, PLC Programming, MATLAB Simulink, Arduino, Embedded Systems, Control Systems, Circuit Design, Robotics, Power Electronics, FPGA Verilog, Raspberry Pi, Signal Processing, Image Processing, PCB Design, COMSOL, DIgSILENT, LabVIEW, C++ Visual Studio, Python Programming

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.

"I am an embedded systems engineer with substantial experience in programming languages like C, C++, VHDL, Verilog, Java and Python. My expertise extends to working with boards such as Arduino, Raspberry Pi, ESP32, STM32, and FPGAs. Additionally, I am proficient in designing and implementing communication protocols such as UART, I2C, CAN, USB, and SPI. With these skills, I can develop robust and high-performance embedded solutions for diverse applications in the fields of digital services and the Internet of Things."

I am a Hardware & FPGA Engineer with 6+ years of industry experience, working hands‑on across the entire product development cycle—from schematic design and PCB layout to FPGA implementation, board bring‑up, and system‑level debugging. I help startups and engineering teams build reliable, manufacturable, and testable hardware—not just designs that work in simulation or temporarily on a lab bench. My focus is on creating hardware that integrates cleanly, scales well to production, and minimizes costly board re-spins and long debug cycles. **Core Expertise** ✅ Schematic Design (KiCad / Altium Designer) a. Digital circuits, power supplies, clocks, and high‑speed interfaces b. FPGA support circuitry (configuration, IO banks, JTAG, external memory, regulators) c. Microcontroller and single‑board computer (SBC) interfacing ✅ PCB Layout (Altium Designer) a. Signal integrity, power distribution networks (PDN), and clock routing b. Mixed FPGA + MCU designs c. Manufacturability, assembly, and test considerations ✅ Component Selection & BOM Support a. Availability, lifecycle status, and cost vs. performance trade‑offs b. Design decisions informed by supply chain realities **FPGA & Embedded Systems** ✅ FPGA Design & Bring‑Up a. Verilog / VHDL development b. RTL integration with custom hardware c. FPGA bring‑up, validation, and debugging d. Experience with Xilinx (Vivado), Intel/Altera (Quartus), and Lattice FPGA platforms ✅ Microcontroller & SBC Integration a. Arduino‑based systems for control, automation, and prototyping b. Raspberry Pi integration for higher‑level control, testing, and data handling c. FPGA‑to‑MCU and FPGA‑to‑SBC interfaces ✅ Interfaces & Protocols a. SPI, I²C, UART, PWM, GPIO b. Custom digital interfaces tailored to system requirements **Bring‑Up, Debug, & Production Support** ✔ Board bring‑up and validation ✔ Design revisions, ECOs, and production support ✔ Root‑cause analysis across hardware, FPGA logic, and firmware boundaries **My Engineering Approach** ✔ Clean, well‑structured schematics with clear signal naming and hierarchy ✔ PCB layouts optimized for power integrity, clock stability, and I/O reliability ✔ Logical partitioning between FPGA, MCU, and SBC domains ✔ Well‑documented RTL and hardware design decisions ✔ Practical trade‑offs based on cost, component availability, and production constraints I design PCBs that are easy to assemble, easy to debug, and easy to revise, while ensuring FPGA, microcontroller, and Raspberry Pi systems integrate predictably and robustly—helping teams move from prototype to production with confidence. If you need one engineer who understands PCBs, FPGAs, and embedded control systems, I can help bridge the gap between hardware, logic, and system‑level integration.