Cloud-native engineering
Building reproducible platforms with containers, Kubernetes, Helm, and GitOps delivery.
From backend APIs to Kubernetes delivery, platform security, and observability.

I'm a final-year Computer Networks and Telecommunications engineering student at INSAT, specializing in backend engineering, Kubernetes platforms, and DevSecOps.
Across three internships and end-to-end engineering projects, I have built full-stack applications, automated secure delivery pipelines, and deployed observable cloud-native systems. IEEE leadership strengthened how I communicate constraints, coordinate teams, and deliver under pressure.
Seeking a 4–6 month End-of-Study Internship (PFE) starting in February or March 2027 in software engineering, platform engineering, cloud, DevSecOps, or backend/API systems. Open to international and remote opportunities.
The technical areas I connect to take software from an idea to a dependable running system.
Building reproducible platforms with containers, Kubernetes, Helm, and GitOps delivery.
Designing secure REST APIs, service boundaries, and persistent data workflows.
Automating testing, security validation, artifact delivery, and infrastructure changes.
Governing API ecosystems through gateways, explicit contracts, identity, and access policy.
Turning metrics, traces, dashboards, and alerts into actionable operational feedback.
Applying protocol and infrastructure fundamentals to dependable distributed systems.
The habits behind the systems I design, ship, and improve with a team.
I stay with a system from architecture and implementation through deployment and runtime validation.
I reason about boundaries, dependencies, and failure paths, not only isolated features.
If a critical step is repeatable, I look for a reliable way to encode and automate it.
Identity, authorization, scanning, and policy belong in the design rather than at the end.
I explore new engineering practices by building complete systems and testing the trade-offs.
IEEE leadership taught me to align people, communicate constraints, and deliver under event pressure.
ArabicNative
FrenchC1
EnglishB2
From a rigorous preparatory cycle to specialized engineering studies, my education connects scientific foundations with networks, telecommunications, software, cloud computing, and cybersecurity.
National Institute of Applied Sciences and Technology - INSAT
An engineering programme focused on computer networks, telecommunications, software, cloud infrastructure, and secure distributed systems.
Expected graduation: 2027.
Applied coursework through cloud-native, API, security, networking, and distributed-systems projects.
National Institute of Applied Sciences and Technology - INSAT
A two-year integrated preparatory cycle establishing the scientific and computing foundations required for engineering studies.
Built strong foundations in mathematics, physics, algorithms, data structures, and programming.
Salim School High School — Tunis, Tunisia
Experimental Sciences Baccalaureate that established the scientific foundation for my integrated engineering studies at INSAT.
Graduated with Highest Honors and a final score of 18.26/20.
Each internship moved me from theory to delivery: solving engineering problems, working with teams, and building systems shaped by production-oriented constraints.

Teamwill Tunisia
Designed CreditFlow, a cloud-native credit management platform, while building a complete self-hosted DevSecOps environment to automate secure software delivery from development to Kubernetes deployment.

Innov Alliance Tech
Designed and delivered INSAT Classroom, a full-stack virtual learning platform that brings course management, assignments, user administration, and live teaching sessions into one role-based experience.
Tuniso-Saoudienne d’Investissement
Gained first-hand exposure to enterprise network operations, monitoring practices, and system administration.
Each card shows the project purpose, complete technology stack, and source code when a verified repository is available.
Cloud-native observability platform combining distributed tracing, real-time monitoring, alerting, and DevSecOps automation across a Kubernetes-based microservices architecture.
Scope: Kubernetes microservices with metrics, distributed traces, alerts, and SLI/SLO-based reliability tracking.
Federated API-management environment coordinating WSO2, Kong, and Envoy to expose and govern banking APIs across multiple gateway layers.
Scope: Federated governance and observability across 3 gateway layers: WSO2, Kong, and Envoy.
Infrastructure-as-code and GitOps delivery system for a three-tier application running on AWS EKS with integrated security and monitoring.
Scope: Automated the delivery path for a 3-tier application from infrastructure provisioning to GitOps deployment and monitoring.
Official digital platform for IEEE TSYP 14, designed to make a national technology congress clear, discoverable, and accessible across devices.
Scope: Official responsive website serving one national IEEE technology congress across desktop and mobile devices.
Additional software, security, data, and enterprise systems with their complete stacks and source links.
End-to-end prediction system that transforms scraped vehicle data into an XGBoost model exposed through a containerized web experience.
Scope: One end-to-end pipeline spanning web scraping, feature preparation, XGBoost inference, and a containerized interface.
Encrypted credential-management system with AES protection, authenticated access boundaries, PostgreSQL persistence, and complete audit trails.
Scope: Audit coverage for 5 sensitive operation types: create, read, update, delete, and login.
Transactional commerce platform with role-based administration, order workflows, customer features, and real-time operational notifications.
Scope: Combined 5 core commerce workflows with RBAC and real-time order notifications.
Role-aware event system covering creation, participant registration, user interactions, and centralized administration.
Scope: Unified event creation, registration, participation, and administration in one role-aware platform.
Modular enterprise application for managing companies, employees, roles, operations, and internal workflow visibility.
Scope: Modelled 4 connected enterprise domains: companies, employees, roles, and operations.
I work across the full lifecycle of modern systems—from APIs and identity to delivery, infrastructure, and observability.
Design backend services, data flows, and explicit API contracts that form a reliable application core.
Protect services through centralized identity, authorization, gateway policies, and infrastructure-level security controls.
Automate testing, security validation, container publishing, and deployment through repeatable delivery pipelines.
Run and monitor distributed workloads with Kubernetes, GitOps, metrics, logs, tracing, and alerting.
Govern, secure, route, and observe APIs across heterogeneous gateway and management layers.
Apply networking fundamentals and modern web technologies across distributed application environments.
IEEE and associative work taught me to communicate clearly, coordinate people with different responsibilities, and own outcomes from planning through live delivery.
IEEE TSYP 14
Developed and maintained the national congress website and digital experience.
IEEE Region 8 MENA SYP
Coordinated official ceremonies across international teams, speakers, and organizers.
IEEE RAS INSAT SBC
Led 30+ members; contributed to worldwide chapter recognition and introduced the NXP CUP to Tunisia.
National Robotics Weekend 6.0
Managed institutional relationships for a national robotics congress with 350+ participants.
Cybersphere Congress
Co-led workshops, conferences, team coordination, and CTF operations.
Community in motion
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Turn technical context and event constraints into decisions every contributor can act on.
Carry initiatives from early planning through delivery, follow-up, and measurable impact.
Align speakers, organizers, partners, and technical teams around shared priorities and deadlines.
Stay structured under live-event pressure and adjust quickly when plans, people, or constraints change.
ArabicNative
FrenchC1
EnglishB2
I'm seeking a 4–6 month internship starting in February or March 2027 with software, platform, cloud, DevSecOps, or backend/API teams. Open to international and remote opportunities.
eya.makni@insat.ucar.tn