Aziz Achour

Software Engineer with 2+ years of full-stack backend experience delivering production systems for Panasonic-subsidiary industrial environments. Shipped a biometric authentication platform, real-time inventory management modules, and an SMT bobbin-loading web application—each integrating multi-protocol communication, SQL databases, and role-based access control. Prior internship in robotics and AI adds hands-on expertise in computer vision, path-planning algorithms, and embedded systems.

Comfortable across the full stack: Python · Flask · PyQt5 · SQL Server · REST APIs · TCP/Sockets · Git · Agile.

Software Engineer at B4C Services — Subsidiary of Panasonic (2023-10 – Present)

• Engineered PCB simulation workflows in DGS to model SMT line cycle times, enabling capacity planning and machine integration for client factory environments.
• Built a full-stack web application for smart-cart SMT bobbin-loading lines: Flask/Python backend (sockets, threading, pandas, Win32 services, logging) with an HTML/JS/CSS frontend; implemented multi-protocol communication (CSV, REST API, Shared Folder).
• Developed a real-time inventory management module: automated stock tracking, material flow analysis, quantity auto-updates, and low-stock alerting integrated into the production dashboard.
• Co-developed Feeder Tracker Pro: Python backend + SQL Server database for automated feeder monitoring, predictive maintenance scheduling, and data-driven production optimisation via real-time dashboard.
• Delivered PanaBio, a biometric authentication desktop app (PyQt5): SQL Server schema, user/line/machine CRUD APIs, Futronic fingerprint SDK (enrollment + 1-to-N verification), RBAC (Operator / Engineer / Service), TCP socket client with retry/error handling, encrypted configs, and E2E testing across dev/test/prod environments.

Software Engineering Intern — Robotics & AI at Enova Robotics (2023-02 – 2023-08)

• Algorithm Design: Designed and optimised path-planning algorithms in Python for autonomous mobile robot navigation.
• Software Architecture: Built modular, maintainable components following clean abstraction layers and scalable design principles.
• Performance Optimisation: Improved system responsiveness and computational efficiency through algorithmic profiling and tuning.
• AI Integration: Integrated computer vision modules (OpenCV + PyTorch) for real-time environment perception and analysis.

Engineering Degree in Mechatronics & Embedded Systems – National Engineering School of Carthage (ENICarthage) (2019 – 2023)

Preparatory Cycle in Mathematics & Physics – Faculty of Sciences of Monastir (2017 – 2019)