Resume
Electronics and embedded systems profile focused on robust design, control, and validation workflows.
Roberto Ibáñez Mingarro (21 y.o.)
Electronics & Embedded Systems Engineering Student
linkedin.com/in/robertoibanezmingarro robertoibanezmingarro@gmail.com +34 681 631 715
Education
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Expected graduation: September 2026.
Specialization in Embedded Systems.
Focus on advanced circuit design and control systems.
Strong adaptability to complex engineering environments.
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Expected graduation: September 2026.
ARA Program Member: High Academic Performance program with limited enrollment, small cohorts, and strong emphasis on research and instruction in English.
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Expected start: September 2026; admission confirmed through the INSA Toulouse–UJI double-degree pathway.
Experience & Projects
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- Reconstructed system architecture through physical teardown, PCB inspection, package identification, and datasheet triangulation under scarce documentation constraints.
- Developed iterative schematic hypotheses, custom KiCad symbols/footprints, and overlay-based mechanical validation to progressively converge toward a simulation-ready model.
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- Designed and fabricated a mixed-signal measurement platform integrating analog front-end conditioning, STM32-based acquisition, and custom PCB layout.
- Performed validation from power integrity and filtering analysis to firmware bring-up, ensuring repeatable measurement behavior and manufacturability constraints.
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- Implemented embedded control logic on STM32 for autonomous navigation, integrating sensor acquisition, actuator control, and real-time system coordination.
- Structured firmware at register-level granularity, ensuring deterministic behavior and robust control-loop execution under constrained hardware conditions.
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- Contributed to embedded system integration for autonomous vehicle platform, combining perception input, control algorithms, and real-time actuation.
- Worked on system-level validation and tuning to ensure stable closed-loop performance under dynamic track conditions.
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- Designed and simulated a complete 8-bit processor at RTL level, including datapath, control unit, and instruction decoding architecture.
- Developed structured testbenches to validate functional correctness and timing behavior across multiple architectural iterations.
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- Architected a desktop application enabling engineering-focused animated content generation, integrating LaTeX rendering and structured animation pipelines.
- Designed modular software structure using object-oriented principles to support extensibility and maintainability.
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- Delivered structured one-on-one instruction in mathematics and physics, adapting explanations to student-specific conceptual gaps.
- Reinforced analytical reasoning and problem-solving methodologies through progressive exercise-based learning.
Technical Skills
- Test, measurement and validationInstrumentation, Data Acquisition, Experimental Testing, Result Analysis
- PCB design and circuit simulationLTSpice, KiCad, Simulink, Proteus 9 Professional
- Development platformsSTM32 (NUCLEO F103-RB), BASYS 3 (AMD FPGA), ESP32
- Programming languagesC, C++, Python, ARM Assembly (Cortex-M3), VHDL, MATLAB, Java, SQL, R
- Computer-Aided Engineering and Design (CAD)SolidWorks, AutoCAD, Ansys
- Office and documentation toolsLATEX (Overleaf), Microsoft Office, LibreOffice, Google Workspace
Languages
- EnglishC1
- FrenchB2
- ValencianC1
- SpanishNative
Additional Information
Valid driving license and own vehicle. Willingness to travel. You will find detailed descriptions of the projects I consider most interesting on this website, both on the homepage and in the portfolio section.
Full Resume (PDF)
For a print-ready version, download the PDF.