Hire the Best QuadLabs Technologies XChange Specialists

I am a highly experienced digital design engineer with 4+ years of professional expertise in ASIC and FPGA design. I specialize in RTL coding using Verilog, VHDL, and SystemVerilog to deliver high-performance, optimized hardware solutions. My technical toolkit includes: - FPGA Design: Vivado, ISE, Diamond, Quartus - ASIC Design: VCS, DVE, DC, Formality, Spyglass - HDL Languages: Verilog, SystemVerilog, VHDL - Design Optimization: Speed, area, and power optimization - Simulation & Verification: Comprehensive testbench development - Tools: Cadence Platform, ModelSim, VCS I have successfully delivered 47+ complex projects including FPGA-based image encryption systems, efficient matrix multiplication designs, Bitcoin miners, and advanced processor architectures. Every project is delivered on time with detailed documentation and verification. Clients appreciate my clear communication, attention to detail, and commitment to creating efficient, production-ready designs. Whether you need RTL coding, synthesis optimization, or full design implementation, I'm ready to help!

I have good experience of three years of teaching Circuit Theory and Basic electronic Devices such as Diode, MOSFET, BJT, Op-Amp, Differential pair, Current Mirror, and Oscillator topics such as Harmonic oscillator and multivibrator. Also related topics such that Feedback, frequency response, and noise analysis. I have good experience in cad tools such that Altium, protus, Multisim, OR CAD, and LT spice. I graduated from the department of communication and electronics and Mastered analog and Digital (Mixed) IC circuits and Master Cadence Virtuoso software and VLSI Layout. I also Work on Matlab, Simulink, and Matlab GUI. I design a high-speed current steering Digital to analog converter in cadence virtuoso and its related circuit like Decoder, Flip Flops, and Applying Dynamic Element Matching to our DAC by using a Logarithmic shifter and 16 Bits linear feedback shift register and dealing with designing a custom Digital logic gates and Layout for each one. Also, a two-stage biopotential amplifier for ECG, EMG, and EMG applications is performed in 130 nm technology under Cadence Virtuoso. all of my previous give me a good experience

I’m an AV Systems Designer and DSP/Control Programmer with solid experience delivering reliable, installer-ready solutions for commercial and residential projects. I specialize in creating clean system designs, stable DSP files, and intuitive control interfaces for integrators, consultants, and AV contractors. I work with the following platforms and technologies: DSP & Audio - Bose ControlSpace Designer & Modeler - Biamp Audia, Nexia & Tesira - Extron DSP - Loudspeaker coverage analysis & acoustic modeling - Gain structure, routing, presets & logic Control Systems - Crestron (SIMPL Windows, VT-Pro, Toolbox) - GUI design & signal flow integration - On-site and remote commissioning Design & Documentation - AutoCAD & Revit - 2D/3D design - SLD, wiring diagrams, signal flow schematics - Rack elevations, floor plans & equipment layouts - Documentation for permits, construction, and installers Brands I work with AtlasIED, Bose, Biamp, Crestron, Extron, ElectroVoice, JBL, QSC, SAVI, Shure, Sonance, and more.

I design the control layer that makes hardware behave predictably — and the electronics underneath it. ELECTRONICS & FIRMWARE Full board development — architecture, schematic, layout, mixed-signal SPICE, supplier-aware BOM, fabrication-ready outputs. Altium and KiCad. Altium Accredited: PCB Design Advanced, Mixed-Signal Simulation, Expert Engineer. STM32 and ESP32 firmware — sensors, motor control, calibration, documented HAL/CubeMX code. CONTROL & SIMULATION Plant modeling, controller design (PID, LQR, MPC), and validation in simulation before hardware exists. MATLAB/Simulink, Python, ROS/Gazebo, Isaac Sim, HIL/SIL. Control for nonlinear flexible robotics at AIST Japan (model-based control + RL in a high-fidelity simulator). ROS/Gazebo trajectory tracking for a ground vehicle, built CAD to URDF. MPC validated on Quanser HIL hardware. Engineering minor in UAV autonomy. Most control problems are hardware problems, and most hardware problems surface as bad control behavior. I work both sides, so I find the cause instead of tuning around it. Every delivery ships with a test procedure, pass/fail criteria, and documentation of what was validated. Mechatronics Engineer, Tecnológico de Monterrey — honors, top 10%. R&D intern at AIST Japan. Project work with John Deere, ABB, Parker Hannifin. Ecuador — full US Central-time overlap. Tell me what your system needs to do and I'll tell you what I'd deliver, in what order, and how we'll know it works.

I am an expert in SystemVerilog, Verilog, and VHDL with over 5 years of experience in FPGA and IPS verification using Cocotb and UVM. For IPS verification, I primarily use the Cocotb and UVM libraries. Some highlights of my experience include: 1. Working with simulators such as Xilinx Vivado, Cadence, Synopsys, Icarus, and Verilator. Assisting with digital system design projects, including building data paths and control units using Verilog. 2. Extensive experience with microprocessor projects; if you’re looking for an expert in this area, I can help. 3. Proficiency in assembly coding on the Edsim51 simulator using 8051 assembly language. 4. Strong command of C and C++ for related projects. 5. "I am skilled in RISC-V processor design and implementation on FPGA boards. I have expertise in developing, configuring, and deploying RISC-V architectures, enabling efficient and customized processor solutions on FPGA hardware."

I am a Power Systems Engineer with a PhD in Electrical Engineering, specializing in distribution networks, renewable energy integration, microgrids, and optimization. I work with OpenDSS, AMPL, MATLAB/Simulink, and Python to model power systems, run simulations, process engineering data, analyze operational scenarios, and prepare clear technical reports. Areas I can support: • Power flow analysis • Renewable energy and DER integration • Microgrid analysis • Volt/VAR control and loss reduction • Optimization models using AMPL • Python data processing and visualization • Technical documentation and research reports Tools: OpenDSS | AMPL | Python | MATLAB/Simulink | Pandas | Matplotlib