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I am Kristian Thomas Luter Arregui, a Senior Hardware Engineer with international experience in aerospace-grade power electronics, HV systems, and Battery Management Systems (BMS). I have led hardware architecture, design, and validation for safety-critical electric and hybrid aircraft, collaborating across Europe and Australia.\n\nI excel at HV/LV system design, PCB development, CAN-based data acquisition, FPGA integration, and hardware validation in regulated environments. I am fluent in Spanish and English and thrive in cross-functional teams delivering robust, certifiable solutions.…I am Kristian Thomas Luter Arregui, a Senior Hardware Engineer with international experience in aerospace-grade power electronics, HV systems, and Battery Management Systems (BMS). I have led hardware architecture, design, and validation for safety-critical electric and hybrid aircraft, collaborating across Europe and Australia.\n\nI excel at HV/LV system design, PCB development, CAN-based data acquisition, FPGA integration, and hardware validation in regulated environments. I am fluent in Spanish and English and thrive in cross-functional teams delivering robust, certifiable solutions.

Kristian Thomas Luter Arregui

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I am Kristian Thomas Luter Arregui, a Senior Hardware Engineer with international experience in aerospace-grade power electronics, HV systems, and Battery Management Systems (BMS). I have led hardware architecture, design, and validation for safety-critical electric and hybrid aircraft, collaborating across Europe and Australia.\n\nI excel at HV/LV system design, PCB development, CAN-based data acquisition, FPGA integration, and hardware validation in regulated environments. I am fluent in Spanish and English and thrive in cross-functional teams delivering robust, certifiable solutions.…I am Kristian Thomas Luter Arregui, a Senior Hardware Engineer with international experience in aerospace-grade power electronics, HV systems, and Battery Management Systems (BMS). I have led hardware architecture, design, and validation for safety-critical electric and hybrid aircraft, collaborating across Europe and Australia.\n\nI excel at HV/LV system design, PCB development, CAN-based data acquisition, FPGA integration, and hardware validation in regulated environments. I am fluent in Spanish and English and thrive in cross-functional teams delivering robust, certifiable solutions.

Available to hire

I am Kristian Thomas Luter Arregui, a Senior Hardware Engineer with international experience in aerospace-grade power electronics, HV systems, and Battery Management Systems (BMS). I have led hardware architecture, design, and validation for safety-critical electric and hybrid aircraft, collaborating across Europe and Australia.\n\nI excel at HV/LV system design, PCB development, CAN-based data acquisition, FPGA integration, and hardware validation in regulated environments. I am fluent in Spanish and English and thrive in cross-functional teams delivering robust, certifiable solutions.

Skills

Experience Level

Expert

Intermediate

Intermediate

Intermediate

Intermediate

Language

Spanish; Castilian

Fluent

English

Fluent

Italian

Beginner

German

Beginner

Work Experience

Hardware Engineer / HW Focal Point at AERTEC

July 1, 2021 - October 31, 2023

PCB design and debugging using Altium Designer for Power aerospace applications. Circuit modeling and simulation using MATLAB/Simulink and LTSpice. Hardware/software requirement definition and coordination with international teams.

Technology Engineer at Dovetail Electric Aviation

October 1, 2023 - June 30, 2024

Technology Engineer focusing on hardware development for aerospace-grade power electronics; coordinated hardware and software validation with international teams; contributed to system integration and hardware qualification.

Lead Hardware Engineer at Dovetail Electric Aviation

August 1, 2024 - Present

Led aerospace-grade battery systems and high-voltage power distribution architectures for electric aircraft. Defined system architecture, safety concepts, and hardware requirements for a certifiable BMS. Architected redundant HV distribution ensuring fault tolerance and aerospace compliance. Designed CAN-based DAQ systems for validation, monitoring, and testing. Introduced AI-assisted automation for Acceptance Test Procedures, reducing validation time. Established in-house PCB manufacturing workflows, significantly reducing prototype lead time. Led hardware process deﬁnition and continuous improvement initiatives. Designed hydrogen distribution systems for hybrid-electric aviation applications. Developed HV/LV harnesses and managed electrical subsystem integration. Defined low-level software requirements and supported embedded integration. Designed DAQ systems for system-level validation and testing.