My Technical Projects
A selection of personal and academic projects highlighting various technical skills.
Telematic in Automotive
TEA2+ testing focuses on the truck's electronic systems for safety and communication. It includes simulation tests for software and hardware, ensures compliance with safety standards, and tests physical durability in various conditions. Dynafleet testing ensures data accuracy, validates features with real users, and assesses usability for fleet management.
Automotive Engineering
The main engineering goal is to enhance diagnostic capabilities for the complex Euro VI system, moving from basic sensor checks to predictive, real-time fault tracing. This involves integrating data from subsystems like EGR, DPF, and SCR to pinpoint issues rather than just symptoms. By developing On-Board Diagnostic (OBD) logic that uses pressure differential sensors, we create performance models that can predict problems before emissions limits are breached.
Other Projects
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VHDL / FPGA
Digital Electronics Design with VHDL
Design and implementation of digital systems using structural VHDL and programmable logic. Key Points: Developed digital logic solutions, finite state machines, memory structures, and **Soft-CPU design** on the DE1-SoC development board using Intel Quartus Prime. Mastered concurrent vs. sequential programming, hardware architectures, functional verification, testbench design, timing analysis, and hardware debugging on FPGAs.
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KiCad
Electronics Design & PCB Manufacturing
Computer-aided electronics design from concept to final PCB using KiCad. Key Points: Design schematics, custom components, and PCB layouts. Perform DRC/ERC checks, create ground planes, and generate Gerber files for production. Master soldering and desoldering techniques for surface-mount components (down to TQFP144) using stencils and reflow ovens. Understand industrial production processes like pick & place.
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Matlab/Python
Nuclear Power Plant Safety and Ethics
This content outlines key skills and knowledge related to nuclear power plant safety and ethical considerations. Key Points: • Master problem-solving with uncertainties and limited information. • Collaborate in diverse interdisciplinary groups. • Address and assess ethical implications of problems. • Communicate effectively in English about various aspects of nuclear power plants. • Understand the workings, safety culture, regulations, and risk assessments of nuclear power plants. • Explain safety implementation and analysis methods, along with behavior during incidents. • Reflect on safety issues, incorporating ethical concerns. Conclusion: Developing these skills and knowledge is crucial for addressing safety and ethical issues in nuclear power.
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Electric Power Mearsurements
High Voltage Engineering
Perform analytical calculations of electric field distribution in insulation systems. Identify unsuitable geometries, suggest improvements, and explain electric breakdown in gases. Define terms and factors for high electric withstand strength. Discuss laboratory equipment, safe test setups, and evaluate test sequences. Identify power components in substations, calculate fault probabilities, and coordinate insulation levels with protective measures. Reflect on international work challenges.
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Web Development
Personal Website / Portfolio (This one)
Built with HTML, Tailwind CSS, and JavaScript.