Building software systems with architectural precision & fluid craft.
I am Khalil Charfi, a Software Architect & Senior Full-Stack Engineer. I engineer enterprise cloud systems, robust distributed microservices, and fluid interfaces that feel alive.
Enterprise microservices, resilient event streaming, cloud infrastructure & scalable APIs.
Java/Spring, TypeScript, React, Node.js, Go, PostgreSQL, Kafka, Docker & Kubernetes.
Published author in Cardiac E-Health monitoring & distributed real-time biomedical systems.
Fluent in English, German (B2), French (Bilingual) and Arabic (Native) across diverse teams.
Principles distilled from a decade in production.
Great software isn’t made by piling up frameworks. It comes from disciplined architecture, deep domain understanding, and relentless attention to detail.
Architectural Rigor
Designing modular, boundary-driven systems with clean separation of concerns, domain-driven design, and type safety from database schemas to client view models.
Performance & Fluidity
Zero-compromise runtime efficiency. Eliminating render bottlenecks, optimizing query latency, and ensuring continuous 60fps feedback across all viewports.
Enterprise Resilience
Architectures designed for fault tolerance, horizontal elasticity, high concurrency, and secure multi-tenant isolation under heavy production loads.
Human-Centered Craft
Technology serves humans. Whether developing developer APIs or consumer-facing mobile interfaces, ergonomics, clarity, and delight are paramount.
Multilingual Collaboration
Effortless cross-cultural teamwork across European & MENA engineering ecosystems.
Experience
Architecting resilient software architectures, scaling distributed cloud services, and leading cross-functional engineering teams.
My Projects
A curated selection of production applications, distributed backend services, and interactive user interfaces. Tap any project to inspect the engineering brief.
CHECK24 Bicycle Insurance Portal
Collaborative project within Germany's leading comparison portal.
Cover 3D Mobile (ASM)
B2B interior design and order-management application.
3andi & 3andi Partner (ASM)
Multi-tenant loyalty and digital reward applications for merchants.
Business Mobility Suite (ASM)
Inventory and sales automation tools for retail networks.
Public Transportation App (MyBus)
Public transit navigation and scheduling application.
Android Business Automation Suite (ASM)
ERP companion and automated ticket queuing terminal systems for retail locations.
Cardiac Anomaly Detection System (Theralytics)
Academic IoT wearable health monitoring research project.
Core Technical Skills
Depth in backend systems, distributed cloud architecture, and modern reactive client engineering.
Programming Languages
Backend Development
Frontend Development
Mobile Development
Databases & Storage
Cloud & Infrastructure
DevOps & Automation
Systems Architecture
Testing & Quality Assurance
AI-Assisted Development
Other Technologies
Education
Rigorous computer science theory, distributed algorithms, and enterprise systems engineering.
Master of Science, Enterprise Systems Engineering
Thesis: Complex Event Processing for Cardiac Anomaly Detection (published IEEE, 2017). Focused on designing and building large-scale software systems.
Bachelor of Science, Computer Science
Gained a strong foundation in algorithms, data structures, and software development principles.
Certificates & Awards
DAAD German Academic Exchange research certifications, IEEE published papers, and biomedical engineering credentials.
IEEE Published Research: "CEP4HFP: Complex Event Processing for Heart Failure Prediction"
IEEE Transactions on Nanobioscience, Vol. 16, No. 8
DAAD E-Health Research Program | Presenter & Participant
International collaboration between German and Tunisian research institutions on healthcare innovation
E-Health Workshop on Cardiac Patient Monitoring | Participant
DAAD Theralytics Project & Research Consortium
DAAD E-Health Workshop in Sfax | Certificate of Attendance
German Academic Exchange Service (DAAD) & University of Sfax
Second DAAD Theralytics Workshop in Darmstadt | Certificate of Attendance
TU Darmstadt & German Academic Exchange Service (DAAD)
Publications
Peer-reviewed research in high-throughput biomedical telemetry, stream processing algorithms, and predictive edge computing.
CEP4HFP: Complex Event Processing for Heart Failure Prediction
Topic: Real-time biomedical stream processing and predictive medical alerts. Role: Lead Developer & Co-author. Engineered the core real-time telemetry processing pipeline. Journal: IEEE Transactions on Nanobioscience (2017). Why It Matters: This peer-reviewed research addresses early heart failure detection by processing high-frequency wearable ECG streams. We implemented a hybrid complex event processing (CEP) and statistical reconciliation engine that computes patient-specific cardiac thresholds dynamically on the fly. In clinical testing with a 50-patient cohort, the system detected life-threatening cardiovascular abnormalities in under 2 seconds with a 94% sensitivity score, demonstrating how low-latency edge analysis can safely run on resource-constrained medical hardware without false-alert fatigue.
Get in Touch
If you’d like to discuss a role, collaborate on a project, or simply talk about software engineering, I’d be happy to hear from you.
Direct Channels
Feel free to reach out directly via email or connect on professional engineering networks.