Stefano
Cerutti
Mechanical Engineer & Aerospace Specialist
Montreal-based aerospace engineer with hands-on experience at Airbus & Bombardier. Specializing in aircraft systems, thermodynamics, and performance analysis. Expert in developing innovative engineering solutions for complex aerospace challenges.
About Me
I'm a recent Mechanical Engineering graduate from Concordia University with extensive aerospace experience. My passion lies in solving complex engineering challenges through innovative design and advanced technology.
Education
Bachelor of Engineering
Mechanical Engineering Co-Op
Concordia University (2020-2025)
Member of the Institute for Co-Operative Education
Recognition
Hydro-Québec Scholarship 2022
Academic achievement for excellent grades
Renewable with GPA minimum 3.20
Languages
English: Fluent
French: Fluent
Italian: Intermediate
My Journey in Aerospace Engineering
As a Montreal-based mechanical engineer, I've developed expertise in aerospace engineering through hands-on experience at industry leaders Airbus Canada and Bombardier Aerospace. My work focuses on aircraft systems, thermodynamics, and performance analysis, with significant contributions to engine performance validation and decompression analysis simulations.
I've participated in critical in-flight testing procedures on various aircraft including the Global 7500, Global 6500, and Challenger 650. My experience spans the full spectrum of aerospace engineering, from theoretical analysis to practical implementation, making me a valuable asset for complex engineering challenges in the Montreal aerospace industry.
Professional Experience
Hands-on aerospace experience with industry leaders, developing cutting-edge tools and solutions
Airbus Canada
Heavy understanding and development of thermodynamics with numerous experienced professionals. Focus on aircraft (A220) air inlets and outlets.
Key Achievements:
- Developed a C++ tool for defining air inlets under various conditions with drag and pressure recovery calculations
- Created a Python decompression analysis tool to simulate various models and breach scenarios for aircraft safety
- Led tool development projects with knowledge gathering, validation & verification
- Created effective user manuals and developer guides
Technologies & Skills:
Airbus Canada
Understanding engine performance data generation and validation process. Developed, modified, and optimized processes by creating programs in C++.
Key Achievements:
- Applied engine performance knowledge through interaction with specialists
- Developed and optimized data generation processes
- Programming in MATLAB, VBA, and C++
- On-the-job training with engine performance specialists
Technologies & Skills:
Bombardier Aerospace
Support test activities on system, structural and dynamic test simulators for Bombardier aircraft programs at CIASTA (Complete Integrated Aircraft Systems Test Area).
Key Achievements:
- Supported test activities on various simulators (ISTCR, CSTR, ESIM, SITS)
- Performed in-flight cabin noise surveys on production aircraft
- Flew on Global 7500, Global 6500, Global 5500 & Challenger 650
- Led Test Readiness Reviews with various Airbus A220 aircraft system groups
- Post-processed and archived data ensuring quality standards
Technologies & Skills:
Skills & Expertise
A comprehensive toolkit developed through academic study and professional experience
Core Competencies
Aerospace Engineering
Aircraft systems, thermodynamics, engine performance, structural testing
Software Development
Tool development, simulation software, data analysis, automation
Project Management
Test readiness reviews, cross-functional collaboration, documentation
Aerospace & Engineering Projects
A comprehensive portfolio showcasing my expertise in aerospace engineering, mechanical design, and software development for the aviation industry
Designed and manufactured an innovative all-terrain rover with a modular cargo bay for urban ecology research applications.
Key Achievements:
- Led CAD design using SolidWorks for all-terrain rover chassis
- Implemented modular cargo bay system for versatile payload configurations
- Managed complete project lifecycle from initial design to hands-on assembly
- Ensured practical application and durability through rigorous testing
Technologies Used:
Developed a comprehensive Python-based tool for simulating aircraft decompression scenarios to enhance flight safety analysis.
Key Achievements:
- Created advanced simulation models for various breach scenarios
- Implemented real-time analysis of decompression dynamics
- Provided critical safety insights for aircraft certification processes
- Developed user-friendly interface for engineering teams
Technologies Used:
Built a C++ application for analyzing aircraft air inlet performance under various flight conditions.
Key Achievements:
- Developed comprehensive inlet modeling algorithms
- Implemented drag and pressure recovery calculations
- Created validation framework for engineering verification
- Optimized performance for real-time analysis capabilities
Technologies Used:
Designed and implemented a digital counter system using various logic components and LED displays.
Key Achievements:
- Manipulated all types of logic flip-flops and transistors
- Integrated op-amps, resistors, and other electronic components
- Created functional LED display system
- Demonstrated understanding of digital logic principles
Technologies Used:
Self-directed learning project to develop an artificial intelligence chatbot using advanced C++ programming concepts.
Key Achievements:
- Implemented object-oriented programming principles
- Developed natural language processing capabilities
- Managed memory allocation and optimization
- Created modular architecture for extensibility
Technologies Used:
Experimental research project focused on transforming renewable energy into electricity through thermoelectric effects.
Key Achievements:
- Conducted comprehensive literature review on renewable energy conversion
- Designed and executed experimental procedures
- Analyzed energy conversion efficiency under various conditions
- Presented findings on renewable energy optimization strategies
Technologies Used:
Interested in learning more about any of these projects?
Get In Touch
Ready to discuss opportunities or collaborate on exciting engineering projects? I'd love to hear from you.
I'm always interested in discussing new opportunities, innovative projects, or potential collaborations in the aerospace and mechanical engineering fields.
Download my documents:
Available for Opportunities
I'm currently seeking full-time opportunities in mechanical engineering, aerospace, or related fields where I can apply my technical skills and continue growing as an engineer.