Giacomo Talevi

Credentials

  • MSc Biomedical Engineering
  • Cardiac Electrophysiology
  • Innovatech Health
  • Brussels, Belgium

Bridging Research and Innovation

Giacomo Talevi is a biomedical engineer and the founder of Innovatech Health, specializing in cardiac electrophysiology and advanced biomedical technologies.

With an MSc in Biomedical Engineering, his work focuses on cardiac electrophysiology, computational modeling, medical software, and 3D printing.

Giacomo's work bridges fundamental research and practical application, turning advanced biomedical science into tools that clinicians and researchers can use.

His multidisciplinary expertise spans mathematical modeling and simulation, full-stack software development, and 3D printing.

Beyond cardiac research, Giacomo has developed digital solutions across healthcare (academic management systems, biofuel cell technology) and agritech (precision agriculture platforms). Through Innovatech Health, he translates advanced scientific knowledge into practical innovations for medtech companies, research institutions, and healthcare organizations worldwide.

Cardiac Electrophysiology

Advanced signal analysis, computational modeling, and clinical data interpretation

3D Printing

Patient-specific 3D-printed models and rapid prototyping

Software Engineering

Full-stack development for healthcare and research platforms

Mathematical Modeling

Advanced analytics, statistical modeling, computational simulations

Professional Journey

2024

Founder - Innovatech Health

Healthcare Innovation Consulting

Translation of biomedical research into practical solutions for industry

2023 - Present

Cardiac EP Researcher

Independent Research

Cardiac electrophysiology, computational modeling, and simulation

2021 - 2023

MSc Biomedical Engineering

Brussels, Belgium

Specialization in medical device technology and signal processing

2020 - Present

Independent Developer

Full-Stack Solutions

Healthcare management systems, AgriTech platforms, financial tools

Core Expertise

Cardiac Electrophysiology

  • Cardiac signal analysis and interpretation
  • Signal processing & LAT analysis
  • Arrhythmia mechanism identification
  • Computational electrophysiology models
  • Clinical data interpretation

Mathematical Modeling

  • Advanced data analysis
  • Predictive modeling
  • Geometric analysis
  • Statistical methods & machine learning
  • Simulation & validation

Software Development

  • Python (Flask, Django, NumPy, SciPy)
  • JavaScript (React, Node.js)
  • Database design (MySQL, PostgreSQL)
  • API development & integration
  • Cloud platforms (AWS, Google Cloud)

3D Technologies

  • 3D printing & biocompatible materials
  • 3D scanning and reconstruction
  • CAD modeling (Blender, 3DFlow)
  • Rapid prototyping
  • Computational simulation (FEA)

Medical Devices

  • Prototype development
  • Regulatory strategy (FDA, CE)
  • IEC 62304 compliant software
  • Biocompatibility testing protocols
  • Clinical validation studies

Project Management

  • Agile methodology
  • Cross-functional team collaboration
  • Technical documentation
  • Stakeholder communication
  • Budget & timeline management

Research Contributions

Publications

Author and contributor on cardiac electrophysiology and computational modeling.

View Publications

Collaborations

Partnering with medtech companies, research groups, and healthcare innovators to bring ideas from concept to product.

Innovation

Developing novel approaches to cardiac modeling, medical software, and translational technologies.

Let's Collaborate

Interested in working together on innovative healthcare solutions? Get in touch to discuss your project.

Contact Me