Optimization
MILP · MINLP · CP · MPC · Metaheuristics
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OPERATIONS RESEARCH · OPTIMIZATION · AI
I turn complex problems into better decisions.
I'm Hassane AZZI, an engineer specialized in mathematical optimization, machine learning and software engineering. I design intelligent decision-support solutions for demanding industrial systems.
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OPTIMIZATION ✦ MACHINE LEARNING ✦ MODERN C++ ✦ ENERGY SYSTEMS ✦ DECISION SUPPORT ✦
01 / ABOUT
Mathematics, algorithms and real-world impact.
My background sits at the intersection of operations research, software engineering and data science.
I enjoy turning a messy industrial problem into a precise model, selecting the right algorithm, then turning the result into robust production software. My experience spans energy systems, aeronautics, simulation and decision-support applications.
MScOperations Research & Optimization
ENACToulouse engineering ecosystem
3Core languages: C++ · Java · Python
02 / EXPERTISE
From model to production.
Scientific depth with a software engineer's mindset.
Machine Learning
Python · Scikit-learn · TensorFlow · MLflow
Software Engineering
Modern C++ · Java · Python · Spring Boot
Industrial Systems
Energy · EMS · SCADA · Simulation
Cloud & DevOps
Docker · Kubernetes · Kafka · CI/CD
Data & Scientific Computing
NumPy · Pandas · Pyomo · Gurobi · CPLEX
03 / SELECTED WORK
Problems worth solving.
A selection of technical and research projects across energy, aeronautics and industrial software.
01
Optimization · Energy · Machine Learning
ENERBIRD / Hybrid Energy Management
Optimal control and energy management for hybrid renewable power plants combining solar/wind generation and battery storage. Optimization models are coupled with forecasting and real-time operational constraints.
02
Research & Innovation · Energy
E3S — Energy Smart Sailing Ship
Hybrid intelligent energy-management system for a long-range sailing ship. The project combines renewable sources, diesel generation and battery storage with robust optimization under weather uncertainty.
03
Software Engineering · C++
High-Voltage Substation Simulation
Backend software development for simulation of high-voltage substation cards, with a strong focus on reliability, architecture, testing and maintainable modern C++.
04
Operations Research · Aeronautics
Air Traffic Conflict Resolution
Exact and approximate approaches for resolving aircraft conflicts, exploring mathematical modeling, combinatorial optimization and metaheuristics in an air-traffic-management context.
04 / EXPERIENCE
A path built around complex systems.
2024 — presentMay 2024 — PresentConsulting
Optimization & Machine Learning Engineer
Naldeo Digital for Climate · Tarnos · France
Supporting clients in the development of optimal management solutions for hybrid energy systems in non-interconnected zones (ZNI), with a focus on real-time optimization and production forecasting for renewable power plants.
- Develop optimal management solutions for hybrid renewable energy systems (solar, wind, battery storage) in non-interconnected zones
- Maximize hybrid power plant revenues through real-time production optimization
- Optimize energy dispatch according to announced programs and actual plant conditions
- Build and continuously update production forecasting models for operational planning
- Clients: Omexom, Valorem, Urbasolar — Territories: Corsica, Martinique, Guadeloupe, Réunion, Mayotte
2022 — 2024March 2022 — April 2024Permanent
Software Development Engineer · C++
SCLE SFE · Toulouse · France
Back-end development of Vcard, a software application for simulating high-voltage substation cards, within the Reliability engineering team.
- Develop and maintain the Vcard simulation software for high-voltage electrical substation cards
- Design and implement back-end architecture for reliability-critical software systems
- Write and maintain comprehensive automated test suites (unit and integration)
- Apply modern C++ best practices: RAII, design patterns, static analysis, code review
2018 — 2022December 2018 — February 2022Freelance
Software Engineer · C++ / Java
SEGULA Technologies · Brest · France
Software development phase of the E3S (Energy Smart Sailing Ship) project: design and implementation of the embedded energy management system and its optimization algorithms.
- Implement and optimize the C++ EMS core for the E3S hybrid energy system
- Develop Java components within the project's service-oriented architecture
- Integrate energy optimization models (GLPK) with real-time operational constraints
- Validate and test the hybrid EMS across multiple energy source scenarios
2018March 2018 — August 2018Internship
Research & Innovation Engineer
SEGULA Technologies · Cherbourg · France
Research and prototyping of a hybrid intelligent energy management system (EMS) for a long-range sailing vessel equipped with multiple renewable energy sources, as part of the E3S project.
- Design a hybrid intelligent EMS managing solar, wind, hydrogenerator, diesel and battery sources
- Model and optimize energy production and consumption flows on board
- Formulate and solve robust optimization models under weather and operational uncertainty
- Ensure navigation safety and passenger comfort through reliable energy management
05 / EDUCATION
Scientific foundations.
MASTER'S DEGREE · 2016 — 2018
Computer Science — Operations Research & Optimization
ENAC · ENSEEIHT · ISAE-SUPAERO · INSA · Université Toulouse III — Paul Sabatier
CERTIFICATE · 2019
Applied Data Science & Machine Learning
Columbia Engineering & Emeritus Institute of Management
06 / CERTIFICATIONS
Continuous learning.
Operations Research & Optimization
Operations Research: An Active Learning Approach
The Hong Kong Polytechnic University
View certificateMachine Learning & Data Science
Python
C++
Java & Software Engineering
07 / CONTACT
Let's solve something interesting.
Open to engineering opportunities and technically challenging projects around optimization, AI and software engineering.
Send me an email