اعرفكم بنفسي "خالد شريف" مهندس اتصالات وإليكترونيات، مهتم بتطوير أنظمة البرمجيات المدمجة وأمتلك خبرة عملية واسعة في هذا المجال. خلال مسيرتي المهنية، قمت بتدريس دورات في البرمجة والأنظمة المدمجة عبر منصات تعليمية مختلفة، مما أتاح لي فرصة تعزيز مهاراتي التقنية والتعليمية. اعمل حاليا كمنسق تدريب عبر الإنترنت في شركةالمينتور، حيث أساهم في تطوير وتنسيق البرامج التعليمية. واقوم بتدريس دورات خاصة في البرمجة بلغة ال C وال C++ وبرمجة ال Arduino، إلى جانب خبرتي في الأنظمة المدمجة، لديّ معرفة قوية في تطوير واجهات المواقع باستخدام HTML، وCSS، وBootstrap وتحليل البيانات.
Session Management: Orchestrating educational sessions for optimal learning flow and efficient scheduling.
Attendance Oversight: Utilizing our system to implement robust tracking mechanisms for accurate attendance records and compliance.
Instructor Support: Collaborating with instructors, offering resources and logistical support to enhance teaching effectiveness.
Student Engagement: Fostering a positive learning atmosphere by addressing concerns and providing guidance.
Overall Coordination: Ensuring smooth coordination among sessions, attendance, instructor support, and student engagement for an effective educational experience.
Teaching C/C++ and Arduino courses, providing hands-on experience in embedded systems development for private groups.
Taught C++ to first-year students in a summer-training program in Electrical Engineering department.
Developed engaging lesson plans, incorporating demonstrations, exercises, and real-world examples.
Personalized guidance and support to students, fostering a positive learning environment.
Designed assessments, provided feedback, and promoted continuous improvement.
Embedded Systems Engineer
Graduation Date: July. 2022
C/C++, Python and MATLAB
AVR, ARM-based Microcontrollers and ESP32
HTML, CSS and Bootstrap
Data Analysis
UART, I2C, SPI, CAN, and LIN
Bootloader
This graduation project developed a firmware over-the-air (FOTA) update system for smart vehicles based on the CAN bus. The system consists of a gateway, three applications (parking system, adaptive lighting system, and adaptive venting system), and a website to control updates. All applications and the gateway are connected to the CAN bus using an STM32F103 Blue Pill board.
This system uses an Atmega32 microcontroller, a temperature sensor, and an LCD screen to turn on a heater or an air conditioner depending on the temperature.
This project controls LED status using STM32F103, a website and an ESP module. The website is a simple HTML and PHP page that allows users to turn the LED on and off.
Gripper Robot using ATmega32, Servo motors, DC motors, and Joystick
Line follower robot senses black line by using IR sensors and then sends the signal to drive the motors