About Me
Hi, I’m Nabil Salhi, an Electronics and Telecommunications Engineer with a passion for Embedded Systems, Automotive, and Aerospace technologies. I specialize in real-time application development, hardware/software integration, and teaching engineering principles.
With experience in the automotive and aerospace industries, I bring expertise in vehicles systems architecture, power electronics, and team leadership. As an instructor, I help students and engineers unlock their potential through engaging and practical learning approaches.
Key Skills
- Embedded Systems Development: FPGA, DSP, Real-Time Firmware
- Programming Languages: C, C++, Python
- GUI Development: Advanced Interface Design for Embedded Applications
- MATLAB: Data Analysis, Simulation, and Signal Processing
- Automotive Diagnostics: CAN, OBD-II Protocols
- Real-Time Systems: RTOS, Scheduling, Control Systems
- Signal Processing: DSP Algorithm Design and Implementation
- Digital Design: VHDL for Automotive Applications
- Power Electronics: Vehicle Systems and Energy Management
- Hardware Interfaces: SPI, I2C, UART
- Technical Instruction: Electronics Labs and Curriculum Development
Professional Experience
Embedded Systems Engineer and Maintenance Specialist
Confidential Companies, UAE & Morocco
2014 - Present
- Engineered and maintained embedded systems for automotive, defense, and aerospace applications, focusing on high-reliability environments.
- Designed and implemented diagnostic and optimization solutions, improving system uptime and operational efficiency.
- Led the development of hands-on training modules for system troubleshooting, repair, and performance enhancement.
- Ensured compliance with industry standards, contributing to the integration of critical electrical systems in complex technical environments.
Notable Projects
Embedded Controller for UPS System with Web-Based HMI
Technologies- Embedded Systems, PIC, Web Interface, JavaScript
- Developed an embedded control system for inverters with real-time monitoring through a JavaScript-based web interface.
- Focused on providing critical performance feedback for UPS systems.
- Integrated embedded electronics with user-friendly HMI design, enhancing system diagnostics and troubleshooting.
Radiation Pattern Analysis for Dipole and Antenna Arrays via MATLAB GUI
Technologies- MATLAB, Antenna Arrays, Signal Processing
- Designed and simulated radiation patterns for dipole antennas, analyzing key parameters like Half-Power Beamwidth (HPBW).
- Extended the project to include phased antenna arrays, providing customizable options for performance tuning.
- Utilized advanced simulation and signal processing techniques for optimizing communication systems.
DSP and Embedded Controller Design for Automotive Signal Processing
Technologies- DSP, Embedded Systems, Automotive Diagnostics
- Designed and implemented DSP-based signal processing algorithms for automotive embedded systems.
- Developed real-time data analysis solutions, improving system performance and diagnostics for automotive electronics.
- Focused on system calibration, fault detection, and performance optimization for the automotive industry.
LabVIEW-Based Frequency Response Analyzer for Analog System Characterization
Technologies - LabVIEW, NI USB-621, HM8131 Function Generator
- Developed a LabVIEW-based graphical user interface (GUI) to control a function generator for generating frequency sweep signals.
- Integrated the NI USB-621 acquisition board to capture the output signal from the analog system.
- Processed the captured data to display the frequency response in a Bode plot.
- Extracted key metrics such as bandwidth and cutoff frequency for system analysis.
- Provided a comprehensive solution for testing and characterizing analog systems through real-time frequency response analysis.
VGA Interface Development Using Altera FPGA
Technologies- FPGA, NIOS II, Altera, Simulation Tools
- Led the design and implementation of a VGA interface using an embedded NIOS II microprocessor on an Altera FPGA.
- Integrated both hardware and software components to ensure high graphical performance and reliability.
- Focused on real-time optimization and system efficiency for embedded systems.
Education
University of Fez, Morocco
Master’s Degree in Electronics & Telecommunications
2009 - 2014
- Gained expertise in analog/digital systems, telecommunications, and electromagnetic theory.
- Served as Vice-President of the Robotics Club, organizing workshops and competitions.
- Honed teamwork and leadership skills through collaborative academic projects.
A Little More About Me
Beyond engineering, I am passionate about:
- DIY Engineering Videos
- Technical Blog Writing
- Gaming and exploring new technologies