Santiago F. Scagliusi

Assistant Professor of Electronics Engineering
University of Seville & IMSE-CNM-CSIC

I work on wearable bioimpedance devices for monitoring heart-failure patients. My main project is VOLUM, a wearable that estimates fluid build-up in the legs. I teach microcontrollers and biomedical instrumentation, and publish a free course on MSP430 assembly.

Santiago F. Scagliusi
  • PhD 2024Electronics Engineering, University of Seville
  • FulbrightPredoctoral researcher, Swarthmore College
  • 12publications · IEEE TIM, EMBC, MDPI
  • 100k+audience on YouTube and social media

NEWS

  • Apr 2026Launched a free YouTube course on MSP430 assembly, with an in-browser simulator.
  • 20251st place, Pfizer Innomakers4Health, with BioPatch.
  • 2024Best Researcher Under 30 in Experimental Sciences, City Council of Seville.

VOLUM

Wearable that estimates leg edema in heart-failure patients from bioimpedance spectroscopy.

Project details →

Characterization and Correction of Bioimpedance Measurement Artifacts

Identification and study of a low-frequency artifact in bioimpedance measurements caused by electrode mismatch, which leads to errors of up to 90%.

02Selected publications

All 12 →
  1. Bioimpedance Spectroscopy-Based Edema Supervision Wearable System for Noninvasive Monitoring of Heart FailureSantiago Fernández Scagliusi, Luis Giménez Miranda, Pablo Pérez García, Daniel Martín Fernández, Francisco Javier Medrano Ortega, Gloria Huertas Sánchez, Alberto Yúfera García · 2023DOI
    IEEE TIM
  2. A Novel Wearable Device for Continuous Bioimpedance Monitoring in Congestive Heart Failure PatientsSantiago Fernández Scagliusi, Maggie Delano, Pablo Pérez, Daniel Martín, Gloria Huertas, Alberto Olmo, Alberto Yúfera · 2023DOI
    IWIS
  3. Characterization and Correction of Low Frequency Artifacts in Segmental Bioimpedance MeasurementsSantiago Fernández Scagliusi, Maggie Delano · 2023DOI
    EMBC

03MSP430 assembly course

FREE · YOUTUBE · SINCE APR 2026

A video course on MSP430 assembly, from registers and addressing modes to interrupts, with an in-browser simulator to run every example.

; blink LED on P1.0
    bis.b  #BIT0, &P1DIR
loop:
    xor.b  #BIT0, &P1OUT
    mov.w  #50000, R15
wait:  dec.w  R15
    jnz    wait
    jmp    loop
Microcontrollers
3rd year · Electronic Engineering
Electromedicine Lab
2nd year · Hands-on biomedical measurement
Computer Architecture
1st year · Processors and instruction sets
Teaching →
  • 20251st Place in Pfizer Innomakers4HealthPfizer and Wayra (Telefonica)
  • 2024Best Researcher Under 30 in Experimental Sciences in SevilleCity Council of Seville
  • 20241st Place in HackForGood SpainHackForGood Spain
  • 2023Best Paper Award in 16th International Workshop on Impedance SpectroscopyChemnitz University of Technology
  • 20231st Place in Three Minute Thesis Competition (3MT®)International Doctorate School
  • 2022Fulbright Predoctoral Research GrantFulbright Commission