Electrical & Electronics Engineering
2022 – 2027 (expected)Haliç University
GPA: 2.15 / 4.00
Key courses
- Circuit analysis
- PLC
- Microprocessors
- Electromagnetic wave theory
- Communication theory
- MATLAB
- Electronics
Fethi Karacan
Electrical & Electronics Engineering student
- [email protected]
- +90 542 374 0103
- GitHub
- Date of birth: 1 January 2003
Summary
Electrical & Electronics Engineering student at Haliç University who wants to bring energy and artificial intelligence together. In my internship at İstanbul Enerji I worked on energy management, energy efficiency and sustainability in both office and field settings, from SECAP reporting to on-site measurements in İBB buildings. I am looking for a position after graduation at the intersection of energy and AI.
Education
Oğuz Canpolat Anatolian High School
Science and mathematics track
Graduated with a grade average of 75 / 100.
Experience
Intern
6 July – 16 August 2026İstanbul Enerji
Energy management, energy efficiency and sustainability, in both office and field work.
- Supported work under SECAP (Sustainable Energy and Climate Action Plan), taking part in evaluating and reporting energy consumption, emissions and climate change data.
- Joined field studies at the İBB Saraçhane Headquarters, Alibeyköy Logistics Support Center and İBB Bakırköy Annex Services Building, carrying out measurements, inspections and assessments of energy consumption and building and facility performance.
- Contributed to organizing, analyzing and reporting the field data in the office.
- Took part in assessing the current condition of buildings and facilities for energy efficiency and sustainability.
- Used Excel to organize, compare and analyze energy data and field measurements.
- Supported the preparation of reports, documentation and presentations for energy management and sustainability work.
Retail sales and responsibility roles
March – September 2025DeFacto
Retail sales and responsibility roles
April – December 2024ebebek
Projects
Arduino Based Smart Car System
2025Embedded systems project, completed
Built a mobile robot car based on an Arduino Uno, controlled from a phone over Bluetooth and detecting obstacles with an ultrasonic sensor. The project combined motor control, sensor data reading, wireless communication and embedded programming.
The finished car runs efficiently.
Features
- Forward, backward, left, right and stop commands from a phone over an HC-05 Bluetooth module.
- Distance measurement with an HC-SR04 ultrasonic sensor and automatic stop at a set safety distance.
- Buzzer warning when an obstacle is detected.
- Control of two DC motors through an L298N motor driver.
Components
- Arduino Uno
- L298N
- HC-05
- HC-SR04
- Buzzer
- 2WD robot chassis
Personal website
HTML, CSS and JavaScript
My personal website with a bilingual (Turkish and English) About me page and an online CV.