Ali El Hage

Current master's student at Chalmers University of Technology actively pursuing a master's degree in Complex Adaptive Systems, and I have also already completed my bachelor's in Electrical engineering.

Experienced in assembly and warehouse industry through work at Volvo Cars and IAC. Also gained experience in the restaurant industry at Aptitgården. Comfortable with customer interactions and working under pressure. I am flexible, detail-oriented, patient, and efficient worker.

I conducted my bachelor's thesis at Chalmers University of Technology in the field of acoustic cameras. The project involved programming a camera to measure sound levels in a room and display them using colors. Depending on the sound level, the camera displayed it on a screen in different colors. We used MATLAB for the programming and conducted the tests in an anechoic chamber.

Diode Project

I conducted a project at Chalmers where we analyzed and characterized diodes through simulations and experiments. The work involved using MATLAB for data processing, as well as performing capacitance and voltage analysis to study the electrical properties of the diodes.

Optimization of Power Distribution and Generator Selection 

This project aimed to determine the most efficient method for distributing electricity by selecting optimal generators, using the JuMP Julia programming language. The work took production costs, grid stability, power balance, and voltage limits to ensure a cost-effective and stable power distribution system into account.

Sustainable Alternatives to Asphalt for Runways – Material Analysis and Environmental Perspective

I was part of a project investigating alternative materials to asphalt for runways at Landvetter Airport from both an environmental and cost perspective. The work included analyzing material properties, environmental impact, and cost efficiency to identify more sustainable solutions, such as bio-asphalt.

This project enhanced my knowledge of material analysis and sustainability, particularly regarding environmental and cost assessments. It also strengthened my ability to analyze and present research-based solutions to these kinds of challenges.

Characterization of MOSFET Transistors in Microelectronics

This project focused on analyzing and modeling MOSFET transistors by examining their electrical properties, such as threshold voltage and current modeling, using MATLAB and experimental data.

The objective was to understand and analyze how MOSFET transistors function by characterizing their electrical properties and behavior, with the goal of applying this knowledge to optimize and design electronic circuits.

• Date of Birth: 02/02/02
• Nationality: Swedish

Driver's license AM/B, Truck driver's license