Mechanical engineer with hands-on experience in thermal management, energy storage, and aerospace structures. I use computation and AI to go further — not to replace the physical work.
I grew up in Syria. After the war, I started over in Siirt, Turkey. That gap between where I was and what I wanted to build is probably why I work the way I do: from scratch, from
first principles, until it works.
I graduated as a Mechanical Engineer from Siirt University, focused on thermal management, energy storage, and aerospace structures. Over the past four years I've designed battery cooling systems, a jet engine combustion chamber, fabricated supercapacitor electrodes from agricultural waste, modeled a nuclear reactor, and published research along the way. I also led teams to competition placements at national and global level, and mentored over 100 students in robotics and embedded systems at Deneyap.
I'm looking for environments — a research group, an engineering team, or a PhD program — where that kind of rigor is the standard, not the exception.
I am a Mechanical Engineer focused on the next generation of energy. My work integrates AI and robotics with practical engineering to develop sustainable solutions in energy storage and renewable systems.
Led 7 teams in AI, Nuclear, EV, and Energy competitions.
2x Teknofest Finalist & 3rd Place, YES Challenge.
In robotics, coding, and design at T3 Foundation.
A timeline of my practical, hands-on contributions to engineering, and research.
T3 Vakfı – Deneyap Workshops
Mentored 20+ students in applied robotics, providing direct technical guidance and troubleshooting for Arduino, Fusion 360, and coding challenges.
TÜBİTAK 2209A Research Program
Developed novel supercapacitor electrodes from food-waste carbon, achieving 7.98 F/g capacitance. Conducted 27 electrochemical tests (CV, GCD, EIS) and analyzed data in OriginPro.
Clean Energy Lab
Increased PV efficiency by 30.7% and power by 26% by optimizing 6-nozzle spray configurations. Successfully decreased surface temperatures by 47% on 80W PV systems.
Disseminating research findings in peer-reviewed international conferences and journals.
A comprehensive comparative analysis of PV cell temperature models in HOMER Pro and their impact on power output performance.
Investigation of thermal behaviour of Li-ion battery packs under varying ambient temperatures and discharge rates.
Access my full publication list and citation metrics.
A showcase of my hands-on experience in research, competition, and development.
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Nuclear Engineering
Advanced to Teknofest national finals. This project involved modeling a 135 MWe TMSR coupled to a supercritical CO₂ Brayton cycle, successfully attaining a 45% net thermal efficiency.
Thermal & Fluid Systems
Reached Teknofest finals by designing a hybrid cooling system for EV batteries. Integrated nanofluids, PCM, and microchannels to decrease surface temperatures by 31% and mitigate thermal runaway.
Sustainable Materials
Won 3rd place in the YES Challenge. Led the EcoEnergy team in developing a complete business and technical model for creating sustainable supercapacitor solutions from food waste.
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AI / HealthTech
Led a 5-member team to the semifinals of the 3T in Oncology Competition. Developed an AI MVP to analyze lung cancer biomarkers from medical data.
AI / AgriTech
Led team to the Eksim Pulse Ideathon finals. Developed a concept for an AI-driven vertical farming system focused on resource optimization and sustainability.
AI / HealthTech
Led a 10-member team to the semifinals of the 'Technological Applications in Psychology Competition'. Developed an AI-powered MVP to analyze psychophysiological data.
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Materials Science
As a TÜBİTAK Undergraduate Researcher, developed novel supercapacitor electrodes from food-waste carbon, achieving 7.98 F/g capacitance. Conducted 27+ CV, GCD, and EIS tests.
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Renewable Energy
Internship project. Designed and optimized a 6-nozzle spray-cooling system for 80W PV panels, increasing efficiency by 30.7% and decreasing surface temperatures by 47%.
A visual showcase of my design, simulation, and competition projects in 3D.
A showcase of my work in AI, quantum computing, and sustainable energy.
Engineered a hybrid Quantum Neural Network (QNN) for superior power output forecasting, benchmarking against classical models to validate quantum advantage.
Built a high-precision Sentiment Analysis and Entity Recognition system using BERT, optimizing transformer models for state-of-the-art performance.
Collaborated with two developers to create a platform that connects volunteers with social causes. Implemented authentication middleware with Passport.js (local, OAuth, JWT), designed scalable backend architecture, and managed database schemas using Mongoose. Led the team through two sprints with daily stand-ups, ensuring successful delivery.
Simulation
CAD/CAM
CAD/CAE
CAD/Design
AI & Computational
Deep Learning
Quantum Framework
Quantum Framework
AI & Data Science
AI & Data Science
AI & Data Science
AI & Data Science
AI & Data Science
AI & Data Science
Research Analysis
Data Management
Database Management
Web Development
System Architecture
Web & DevOps
Web & DevOps
Web & DevOps
Web & DevOps
Version Control
Design Tools
From Theory to Reality
I build the bridge from complex theory to real-world application—in AI, robotics, and sustainable energy systems.
Practical tutorials and cutting-edge techniques for modern web development
Complete tutorial on hosting React apps with custom domains. Perfect for students and developers.
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Step-by-step guide to installing MongoDB with troubleshooting tips.
Follow along as I explore web technologies, share coding insights, and build innovative solutions
Ready to work together on innovative projects? Reach out and let's create something amazing.