Abdul Yashik

About Me

I am a dedicated and enthusiastic PCB Designer eager to contribute my ​skills and knowledge in electronic design to innovative projects. Recently ​graduated with a Bachelor's degree in Electronic Communications Systems, I ​possess a solid foundation in PCB layout design principles, circuit analysis, ​and electronic components. My goal is to leverage my academic ​background and passion for electronics to create efficient and reliable PCB ​designs that meet industry standards.

2021-

2024

Bachelor of Science

Electronic Communications Systems

• During my Bachelor's in Electronics and ​Communication Systems, I developed a ​strong passion for PCB Designing, which ​became my favorite subject.
  
• Key aspects of my coursework and projects ​in this area include.
  

2​020-

2021

mani higher secondary school

• Achieved comprehensive understanding and ​proficiency in Computer Science and Physics ​disciplines.
  
• Developed strong analytical and problem-solving ​skills through coursework and practical ​experiments.
  

Lie Detector System - MATLAB & ARDUINO

Developed a Lie Detector System integrating Arduino for real-time physiological data ​acquisition and MATLAB Simulink for signal analysis. The system measures biometric ​responses such as heart rate variability and skin conductivity, correlating these with ​stress levels. While not detecting lies directly, it interprets physiological changes ​associated with deception. This project enhances understanding of biometric sensing ​technologies for behavioral analysis and stress detection applications, showcasing the ​integration of hardware and software to create a robust lie detection framework using ​accessible tools like Arduino and MATLAB Simulink.

Smart Street Light using

Ultrasonic sensor and LDR

In the Smart Street Light project using Ultrasonic sensor and LDR, I was able to ​implement sensors for immediate environment monitoring and body presence. The ​decision to complete the project using Arduino required me to learn sensor interfacing, ​data processing, and automated control systems by programming Arduino to respond ​to data from the Ultrasonic sensor and LDR. This project enlightened me on aspects ​such as the amount of light available in urban areas and how many people pass the ​particular area at night. It demonstrated how I could use my electronics knowledge in ​the real world while refining my comprehension of smart city innovations and eco-​friendly cities.

PCB - Designing

• Completed certification in ​PCB Designing using ​Altium Designer, focusing ​on foundational skills in ​schematic capture and ​PCB layout.
  
• Acquired proficiency in ​creating basic PCB ​layouts, understanding ​component placement, ​routing techniques, and ​design principles.
  
• Developed competence ​in designing simple ​circuits, ensuring ​functionality and ​adherence to basic ​design guidelines.
  

Effective E-Waste Management

• Certified in E-waste ​Management, equipped with ​knowledge of ​environmentally responsible ​disposal practices for ​electronic waste.
  
• Proficient in identifying, ​categorizing, and handling ​electronic waste to ​minimize environmental ​impact and promote ​recycling efforts.
  
• Skilled in implementing ​strategies to educate and ​raise awareness about the ​importance of sustainable ​e-waste management ​practices in communities ​and industries.
  

ENERGY LITERACY

• Energy-Efficient Electronics: ​Experienced in optimizing ​power usage and selecting ​components to enhance ​energy efficiency in ​electronic systems.
  
• Sustainable Design Practices: ​Skilled in integrating ​renewable energy solutions ​like solar power into ​electronic devices to ​promote sustainability.
  
• Environmental Impact ​Awareness: Knowledgeable ​about minimizing energy ​consumption and reducing ​environmental footprint ​through smart design ​choices in electronics.
  

"Developed in Arduino-based Lie Detector System ​measuring physiological responses like heart rate to ​infer honesty. Utilized sensors to monitor biometric ​data, processed in real-time to detect variations ​indicative of stress. This project explores practical ​applications of biometric technology in behavioral ​analysis and stress detection.

Trinh Hien

Department Head

"Lie Detector System in MATLAB Simulink, utilizing ​signal processing techniques to analyze raw ​physiological data. Implemented real-time ​visualizations and statistical summaries to enhance ​deception detection capabilities. This project ​showcases the application of Simulink in real-time ​biometric signal analysis for behavioral assessment ​and stress detection.

Schematics-

circuit diagram

Developed an Arduino-based Lie Detector ​System integrating a Pulse Sensor and ​Temperature Sensor to monitor ​physiological data. Real-time readings are ​displayed on an LCD, with a buzzer alerting ​deviations. This project explores practical ​applications of biometric sensors for ​deception detection and stress analysis.

Final Analysis in ​MATLAB Simulink for ​Lie Detector System

Utilized MATLAB Simulink to implement a Lie ​Detector System, plotting raw physiological ​signals, generating statistical summaries, and ​implementing real-time visualizations. The ​project integrates signal processing ​algorithms to analyze biometric data, ​providing insights into stress levels and ​facilitating behavioral analysis for deception ​detection.

This project aims to create an energy-efficient ​street lighting system that automatically adjusts ​based on ambient light levels and presence ​detection. The Ultrasonic Sensor measures the ​presence of vehicles or pedestrians, while the ​LDR (Light Dependent Resistor) detects ​ambient light levels. When the sensors detect ​low light conditions and presence, the street ​light illuminates to ensure safety and visibility. ​Conversely, it dims or turns off during daylight or ​when no activity is detected, optimizing energy ​consumption. This smart solution enhances ​urban lighting efficiency and reduces electricity ​costs while promoting environmental ​sustainability.