Welcome to the AM-HEAL e-learning platform.

AM-HEAL is a 5 ECTS micro-credential at Master’s level (NFQ Level 9) dedicated to Additive Manufacturing for personalised rehabilitation and war-injury recovery.

This short professional course teaches engineers and clinicians how to design, manufacture, and verify patient-specific rehabilitation devices using 3D printing within a regulated clinical workflow.

The programme is uniquely built for a mixed cohort: engineers will gain clinical context, while clinicians will gain manufacturing literacy.

Across five interactive modules, learners will collaborate to deliver safe, traceable devices that meet strict clinical expectations and standards.

The course is delivered through a blended mix of self-paced asynchronous theory, guided virtual exercises, live webinars, and in-person practical workshops.

Welcome to the AM-HEAL e-learning platform.

AM-HEAL is a 5 ECTS micro-credential at Master’s level (NFQ Level 9) dedicated to Additive Manufacturing for personalised rehabilitation and war-injury recovery.

This short professional course teaches engineers and clinicians how to design, manufacture, and verify patient-specific rehabilitation devices using 3D printing within a regulated clinical workflow.

The programme is uniquely built for a mixed cohort: engineers will gain clinical context, while clinicians will gain manufacturing literacy.

Across five interactive modules, learners will collaborate to deliver safe, traceable devices that meet strict clinical expectations and standards.

The course is delivered through a blended mix of self-paced asynchronous theory, guided virtual exercises, live webinars, and in-person practical workshops.

Bienvenido a la plataforma de aprendizaje electrónico de AM-HEAL.

AM-HEAL es una microcredencial de 5 ECTS de nivel de máster dedicada a la fabricación aditiva para la rehabilitación personalizada y la recuperación de heridas de guerra.

Este curso profesional de corta duración enseña a ingenieros y clínicos a diseñar, fabricar y verificar dispositivos de rehabilitación específicos para cada paciente mediante impresión 3D dentro de un flujo de trabajo clínico regulado.

El programa está diseñado de forma única para un grupo mixto: los ingenieros adquirirán contexto clínico, mientras que los clínicos obtendrán alfabetización en fabricación.

A lo largo de cinco módulos interactivos, los estudiantes colaborarán para entregar dispositivos seguros y trazables que cumplan con las estrictas expectativas y normativas clínicas.

El curso se imparte mediante una combinación mixta de teoría asíncrona a tu propio ritmo, ejercicios virtuales guiados, seminarios web en directo y talleres prácticos presenciales.   

Welcome to the AM-HEAL e-learning platform.

AM-HEAL is a 5 ECTS micro-credential at Master’s level (NFQ Level 9) dedicated to Additive Manufacturing for personalised rehabilitation and war-injury recovery.

This short professional course teaches engineers and clinicians how to design, manufacture, and verify patient-specific rehabilitation devices using 3D printing within a regulated clinical workflow.

The programme is uniquely built for a mixed cohort: engineers will gain clinical context, while clinicians will gain manufacturing literacy.

Across five interactive modules, learners will collaborate to deliver safe, traceable devices that meet strict clinical expectations and standards.

The course is delivered through a blended mix of self-paced asynchronous theory, guided virtual exercises, live webinars, and in-person practical workshops.

Welcome to the AM-HEAL e-learning platform.

AM-HEAL is a 5 ECTS micro-credential at Master’s level (NFQ Level 9) dedicated to Additive Manufacturing for personalised rehabilitation and war-injury recovery.

This short professional course teaches engineers and clinicians how to design, manufacture, and verify patient-specific rehabilitation devices using 3D printing within a regulated clinical workflow.

The programme is uniquely built for a mixed cohort: engineers will gain clinical context, while clinicians will gain manufacturing literacy.

Across five interactive modules, learners will collaborate to deliver safe, traceable devices that meet strict clinical expectations and standards.

The course is delivered through a blended mix of self-paced asynchronous theory, guided virtual exercises, live webinars, and in-person practical workshops.