About Me

Creative Aerospace Engineer with five years of experience, blending humility, curiosity, and dedication to overcome complex challenges in innovative projects. My expertise spans from civil drones to prosthetics, with strong software and automation insights. My primary goal is to make impactful contributions by creating technology for positive change, continuously feeding my curiosity, and amplifying my creativity along the way. I am driven by the desire to push boundaries and find novel solutions that can make a difference in people's lives and advance the aerospace industry.

Experience

Education

Volunteering

May 2025 - Present
Change Manager @ Brivio Compensati S.p.A
Apr 2023 - Sept 2024
Aerospace Engineer @ Wingtra AG
Apr 2021 - Apr 2023
Simulation Mechanical Engineer @ Radiate Engineering & Design AG
Jan 2020 - Jul 2020
Jr. Mechanical Engineer @ Radiate Engineering & Design AG

Feb 2025 - Present
Business Management Executive Programme @ London School of Economics LSE
Dec 2021 - May 2022
IBM AI Engineering Specialization @ Coursera
Sept 2018 - Mar 2021
Mechanical Enginnering M.Sc. @ ETH Zürich
Sept 2015 - July 2018
Material's Engineering & Nanotechnology B.Sc @ Milan's Polytechnique

Oct 2024 - Present
Strategy & Change Management Lead @ SEET
Oct 2024 - Apr 2025
Digitalization Consultant @ Mirror of Hope CBO

My Skills

Finite Element Analysis

I developed solid foundations in simulation-driven design. By appropriately limiting prototyping costs, I successfully leveraged structural and thermal simulations to drive product innovation.

Simcentre 3d (Nastran) | Ansys | Abaqus

Computer-Aided Design

As an integral part of the simulation workflow, I developed proficiency in the 3D parametric modelling of products. My experience primarily spans aerospace, biomedical, and sports product design.

Siemens NX | Solidworks

Python Programming

Driven by my passion for software development, I've successfully deployed moderately complex software solutions for automation and web development. This experience has allowed me to practice various programming techniques and best practices.

Scientific Computing | Machine Learning | Web Development

Composite Materials

I successfully designed, prototyped, and planned the manufacturing of several products for the drone and sports industries. Through this experience, I gained a comprehensive overview of the sector, including its future potential and current limitations.

Design & Simulation | Prototyping | Manufacturing

Creative Thinking

My professional career has refined my creativity, which stems from the ability to abstract concepts and connect different fields. Curiosity and passion are the key ingredients in this process.

Strategy & Change Management

Through formal education and professional experience, I've developed a keen sense of strategy definition and change management. I've successfully led such initiatives in startup environments.

Analytical Mindset

Rooted in my formal education, I honed my analytical skills through consistent practice. This involved breaking complex problems into manageable parts, setting clear priorities, adopting a pragmatic approach, and documenting learning.

Project Management

Through my experience in several startups, I witnessed the ongoing tension between structured management and chaotic implementation. This taught me the value of balance and pragmatism when introducing organizational structure.

My Portfolio

Control Surface Actuation Development

I contributed to the development of civil drones for territorial mapping. During my time at Wingtra, I led the engineering of test benches to collect and process flight fatigue and landing impact data. The project involved building and testing both the physical bench and the software routines to operate it. This bench allowed my team to validate several requirements simultaneously and provided the GNC (Guidance, Navigation, and Control) team with preliminary control-surface dynamic data.

Abstracted

Abstracted is an innovative newsletter service that lets you describe your scientific interests in your own words. Every two weeks, it delivers short summaries of the latest and most relevant scientific publications tailored to your interests. Built using Next.js, Supabase, Cloudflare, and Redis, it leverages AI and new embeddings technology for relevance matching. The platform is fully developed in TypeScript and can be accessed at abstracted.science.

Lower Limb Prosthesis

On behalf of our customer, I led a project to develop a lower-limb prosthesis for amputees in developing countries. I was responsible for both project management and technical implementation. The project allowed me to introduce several innovations, such as machine learning for structural design. The project also taught me valuable lessons in aligning customer expectations with project management tasks. Recently launched, the product is now available for sale.

Hi, I'm Massimo