CPGE · SolidWorks
CPGE: mathematics, physics and industrial sciences. Develop a method: model, test, reason and explain.
Education / EPF engineer
Science. Technology.Management. Execution.
A multidisciplinary engineer who connects the disciplines. Rigour to understand, curiosity to explore and autonomy to move from a model to a working solution.
EPF engineering degree · Master’s grade · Class of 2025
CATIA V5 · Structural Analysis
Relate loads, stress, deformation and geometry. Compare analytical, experimental and numerical approaches to mechanical dimensioning.
CATIA V5
System design connects a manipulator arm, hydraulic actuators, 3D assemblies and shaft dimensioning.
MATLAB · Simulink · Simscape
State-space models, stability, controllability and observability. An inverted pendulum makes feedback and dynamic behaviour tangible.
COMSOL Multiphysics · MATLAB
Dimension fins, follow heat flux and compare thermal simulation with experiment. Connect geometry, conductivity and transfer.
Arduino · MATLAB · Excel · Python / SQL / VBA (notions)
From sensors and digital acquisition to statistics, numerical methods and structured data. Connect the signal, its representation and the analysis.
MS Project · WBS / Gantt · RACI
Project planning, information systems, costs, supply chain and change management. Connect requirements, resources and delivery.
CPGE → EPF → Practice.
- 2017–2020
CPGE
PCSI · PTSI · PT
Scientific preparation, industrial sciences and SolidWorks.
- 2020–2025
EPF
A multidisciplinary engineering path, from scientific foundations to Engineering Management and IT Management.
- 5 December 2025
Engineering degree
Diplôme d’Ingénieur de l’EPF · Master’s grade · Class of 2025.
- Applied work
From method to delivery
Product design, technical coordination, project planning and business workflows.
Explore the applications ↓
Three parts of one engineering education.
CPGE / Scientific foundations
Mathematics, physics and industrial sciences. Model a problem, reason through the constraints and explain the method. SolidWorks belongs to this preparation.
Explore the progression →EPF / Engineering sciences
Mechanical dimensioning, systems, control, heat transfer, instrumentation and statistics. CATIA, MATLAB/Simulink and COMSOL connect the model to numerical work.
Explore the scientific disciplines →EPF / Engineering Management
My later curriculum also includes product, strategy, finance, data, information systems, project organisation and change. These subjects connect with the professional applications below.
Explore management & product →Product, systems and decisions.
- Product Manager →
- Business Strategy/Business Model Canvas →
- Corporate Finance →
- Data Management →
- IT Programme Organisation and Project Management →
- Business Transformation and Change Management →
- Cost Drivers →
- Supply Chain Basics →
Change & project methods
The detailed material covers Kotter, ADKAR, stakeholder mapping, WBS, PERT/Gantt and cost analysis. Open the documented courses to explore their methods and exercises.
Explore change management →In my professional work
GetOut provides concrete product, UX and roadmap work. The CRM and specification system show how I structure information, interfaces and implementation. These are professional examples, separate from academic coursework.
Explore the software case study →Explore what I studied.
Mechanics & design4
Etude de Dimensionnement Mécanique
What I studied
- Bar tension
- Beam bending
- Pressure vessels
- Analytical, experimental and numerical comparison
Tools & methods
CATIA V5 · Generative Structural Analysis
Course exercise
Course exercises: a bar in tension, a bending beam and a pressure vessel.
Projet Conception Système
What I studied
- System interfaces
- Hydraulic actuators
- 3D assemblies
- Shaft dimensioning
Tools & methods
CATIA V5
Course exercise
Campus project brief: hydraulic actuators integrated into a manipulator arm.
Introduction à l'Ingénierie des Systèmes
What I studied
- Needs analysis
- Operational analysis
- Functional design
- Physical design
Tools & methods
AMESIM (TP)
Course exercise
Proposed system case studies and an AMESIM practical.
Dimensionnement Thermique et Mécanique
What I studied
- Stress and strain
- Constitutive laws
- Bending and torsion
- Thermal conduction
Control & systems1
Commande des Systèmes
What I studied
- State-space models
- Stability
- Controllability and observability
- Pole placement
Tools & methods
MATLAB · Simulink · Simscape
Course exercise
Course practical: inverted-pendulum modelling and control.
Thermal & energy2
Etude de Dimensionnement Thermique
What I studied
- Thermal conduction
- Heat flux
- Fin dimensioning
- Comparison with experiment
Tools & methods
COMSOL Multiphysics · MATLAB
Course exercise
Course practical: fin simulation and experimental heat-transfer comparison.
Conversion d'Energie
What I studied
- Energy conversion
- Converter dimensioning
- Technical requirements
Instrumentation2
Transmission de l'Information
What I studied
- Sensor-to-storage chain
- Binary representation
- Networks and protocols
- Client/server architecture
Tools & methods
Arduino
Course exercise
Arduino activities and sensor-to-information practicals in the course.
De la Mesure à la Donnée Numérique
What I studied
- Temperature sensors
- Strain gauges
- Signal handling
- Digital acquisition
Tools & methods
Arduino · Python (notions) · NumPy · Matplotlib
Computing & data3
Statistiques Appliquées
What I studied
- Descriptive statistics
- Estimation
- Hypothesis tests
- Linear regression
Tools & methods
MATLAB
Personal coursework
Personal practical submission recorded on 28 September 2021. The archive itself is not published.
Méthodes Numériques
What I studied
- Differential equations
- Finite differences
- Discretisation error
- Numerical stability
Tools & methods
MATLAB
Course exercise
MATLAB implementations and numerical-method exercises in the course.
Méthodes et Outils de Traitement des Données
What I studied
- Spreadsheet functions
- Macros and VBA forms
- Relational data
- Introductory SQL queries
Tools & methods
Excel · VBA · MySQL / SQL (notions)
Course exercise
Teaching brief: VBA/SQL project with technical and user documentation.
Information systems & projects4
Planification de Projets
What I studied
- PERT
- Gantt
- Project scheduling
Tools & methods
PERT · Gantt
Course exercise
Course practicals on PERT and Gantt scheduling.
Comparable professional application: planning and following renovation works at GTM. →Protection de l'Information
What I studied
- Data protection
- Risk analysis
- Network security
- Business continuity
Course exercise
Course practical on SQL injection and security hygiene.
IT Governance
What I studied
- Information-system mapping
- IT operations
- RACI
- Control frameworks
Project Management
What I studied
- Project charter and requirements
- WBS and Gantt
- Risks and Ishikawa
- Time, costs and change
Tools & methods
MS Project
Comparable professional application: planning and following renovation works at GTM. →Management, finance & supply chain5
Connaissance de l'Entreprise
What I studied
- Stakeholder relations
- Business functions
- Organisation and management
Course exercise
Teaching case: analyse the organisation of a company.
Supply Chain Basics
What I studied
- Supply-chain fundamentals
- Case analysis
- Forecasting activities
Course exercise
Teaching cases and forecasting sessions.
Design Theory for Innovation
What I studied
- Design theory
- C-K example
- Workshops and debate
Tools & methods
C-K (exemple de cours)
Course exercise
Teaching workshops, debate and a validation-project brief.
Cost Drivers
What I studied
- Fixed and variable costs
- Cost by function
- Indirect-cost allocation
- Budgets and variance analysis
Course exercise
Course exercises and corrections on cost by function and budgets.
Comparable professional application: contribute to project costing and compare technical options at MobilityPlus. →Business Transformation and Change Management
What I studied
- Human factors in change
- Kotter
- ADKAR
- Stakeholder mapping
Other subjects in my curriculum (40)
Explore the remaining personally documented course titles.
Computing & data
- Inferential Statistics
- Data Management
- Operational Research
- IOT and Big Data
- Data Processing
- IA and Data Science
- Business Intelligence
- Data Analysis
- Operational Research for Engineering Problems
Information systems & projects
- Engineering Project
- Responsible Digital
- ERP for Digital Transformation
- IT Project Risks Issues and Cybersecurity
- Engineers and the Digital Transition
- Blockchain
- IT Programme Organisation and Project Management
- Product Manager
- Projects Management
Management, finance & supply chain
- Lean Management
- Business Game
- Corporate Finance
- Patenting for Innovation
- Knowledge Management
- Design Thinking
- Circular Economy
- Manufacturing Processes
- Biomimicry
- Business Contracts
- Social and Environmental Performance
- Business Strategy/Business Model Canvas
- Financial Plan and Valuation
- Projet en Entreprise
- Industrial Performance Management
- Droit du Travail
- RSE or Responsible Investment
Across disciplines
- Enseignement Scientifique d'Approfondissement
- Industrial Visits
- Communication Skills
- Conférences
- Activité Pédagogique
Academic Work & Applied Learning
Personal coursework
Applied statistics practical
A personal submission is recorded on 28 September 2021. The course covers descriptive statistics, hypothesis tests and regression with MATLAB.
Explore the methods →Illustrated teaching methods
From a model to an experiment
The beam, pendulum and heat-sink illustrations explain methods described in the teaching material. They are conceptual models, separate from personal project deliverables.
Explore the visual models ↑Put the method to work.
Professional applications: connect the academic foundation to real constraints, teams and delivery.
GetOut
User journeys, functional specifications and product coordination.
Read the product case →Zeplug · MobilityPlus
Technical coordination of EV charging deployments.
Explore the field work →GTM Bâtiment
Planning and following building renovation works.
Explore the renovation work →