Menra Wedwang Romial

PhD Student

Research on energy-efficient cloud computing and sustainable IT infrastructure

• Research on energy-efficient cloud computing and sustainable IT infrastructure
• Development of novel approaches for green application deployment
• Focus on energy optimization in distributed systems

Research Intern

Internship focused on server power limitation, Kubernetes energy-aware scheduling, and cluster deployment using Grid'5000.

• Implemented server power limitation using Intel RAPL technology
• Conducted large-scale experimentation on Grid'5000 distributed infrastructure
• Developed energy-aware Kubernetes scheduler with custom resource constraints
• Deployed and managed k3s clusters with containerized applications using Docker
• Published technical findings on energy-efficient container orchestration

Software Developer & Team Lead

Full-stack development role involving web, desktop applications, team management, and project management for e-learning and school management solutions.

• Led a team of 10 developers in designing e-Learning platforms and school management systems
• Architected and developed full-stack applications using Django, Node.js, React.js, Next.js, and Vue.js
• Built desktop applications with PyQt/PySide for cross-platform deployment
• Served as Project Manager for mobile e-Learning application with 15,000+ active users
• Optimized cloud infrastructure resulting in 75% reduction in page load times

Understanding Power Limiting Mechanisms in Modern Processors: A Deep Dive into Intel RAPL and Turbo Boost Dynamics

With G. Rosinosky, R.-A. Koutsiamanis, S. Bolle, and J.-M. Menaud. Accepted at Euro-Par 2026 (acceptance rate 26.2%).

Intégration de l'Aspect Énergétique dans Kubernetes

With R.-A. Koutsiamanis and J.-M. Menaud. Energy-aware container scheduling in Kubernetes leveraging Intel RAPL.

Cloud Computing (VMware vSphere)

Practical lab sessions on cloud infrastructure using VMware vSphere and vCenter.

• Assisted thesis supervisor with cloud computing lab sessions
• Guided students through VMware vSphere/vCenter virtual machine management and resource allocation

Bases de Donnees (Databases)

Relational databases: DBMS, SQL, normalization theory, conceptual modeling, and programmatic interfaces.

• Supervised practical sessions (TD/TP) for first-year engineering students (FISE 1A, S6)
• Covered DBMS fundamentals, advanced SQL queries, transactions, and security
• Guided students through normalization theory, UML-based schema design, and data persistence in applications

Clement Obama

• Topic: Reactive control of energy constraints in Kubernetes clusters: multi-lever re-adaptation policy with SLA management
• Status: ongoing

Master of Engineering · Computer Science

• Specialization in Distributed Systems and Software Engineering

Preparatory Class · Mathematics and Physics

• Advanced coursework in computational mathematics and theoretical physics

High School Baccalaureate · Mathematics, Physics and Computer Science

Introduction to Agile Development and Scrum

Machine Learning with Python

Foundations: Data, Data, Everywhere

Databases and SQL for Data Science with Python

Data Visualization with Python

Applied Data Science Capstone

Technical Support Fundamentals

Introduction to Object-Oriented Programming (in Java)

Introduction to Programming (in Java)