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“On my journey to become a Cloud Engineer, I see technology as more than code or servers, it’s a way to learn endlessly, work with great people, and turn ideas into impact.”
BTS Cloud Computing Student · Cloud/DevOps (Luxembourg)
I learn by building things that run labs, Multi-Cloud Storage, Hybrid Storage Lab, and hardening exercises then documenting what actually worked. That rhythm lets me iterate fast, keep teammates aligned through ClickUp, and share lessons that others can reuse. It also helped me secure a 3-month internship at NTT DATA starting 30 March, where I’ll apply the same discipline. Right now I’m deepening Azure skills toward AZ-104 while preparing AZ-500 so I can pair security with delivery without the hype. Confident but not arrogant: I show my work, accept feedback, and move forward.
Full transcript issued by the BTS Cloud Computing program so teachers, hiring managers, and tutors can quickly validate every semester result on paper.
Download Relevé de notes (PDF)Fast index so teachers and recruiters can trace each core skill back to existing project pages, PDFs, and videos already on this portfolio.
Click “See” to jump directly to each required element.
I build AWS/Azure/GCP labs, diagram them, and document results (AZ-900 track + Multi-Cloud Storage evidence).
Terraform + Ansible practice for labs; version-controlled states and playbooks teachers can review.
Daily Linux/Windows labs (users, services, storage) + MAQIT supervision reports for accountability.
Dockerfiles + Compose stacks for labs (DevOps Workshop + storage prototypes) with runbooks.
Packet Tracer labs, CCNA quiz bot, and supervised lab reports covering VLANs, routing, WLAN security.
Git/GitLab for version control, Bash/PowerShell for daily ops, and growing Power Automate workflows.
Free-tier prototype across AWS/Azure/GCP with demo scenarios + cost control alerts.
View Repo Download Report [PDF] Watch Demo (Video) View Details
Professional hybrid storage solution with MinIO on-prem + Azure Blob primary.
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3-day DevOps workshop: infrastructure, CI/CD, GitOps.
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Automated student VM provisioning on AWS (EC2, S3, RDS, Lambda, SES).
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Automated Linux hardening with Ansible (student project).
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Smart parking marketplace with AI detection and cloud orchestration for public + private parking.
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Tkinter GUI app for encrypt/decrypt using Fernet; password-based authentication.
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Why I’m doing it: Build core Azure admin skills across identities, governance, compute, storage, and networking to operate secure, reliable cloud workloads.
Status: In preparation ⏳ · Target: March 2026
Current evidence: Documented weekly study notes plus a supervised practice exam report so tutors can verify my progress objective-by-objective.
Study Notes (PDF) Prep Exam Result (PDF)
Why I’m doing it: Deepen cloud security skills for securing identities, storage, networks, and workloads; align with compliance and governance in enterprise cloud roles.
Status: In preparation ⏳ · Target: March 2026
Current evidence: Security/governance study packets plus my multi-cloud security report that maps controls to AZ-500 domains—kept updated as internship labs progress.
Security & Governance Notes (PDF) Multi-Cloud Security Report [PDF]
Why I did it: Build solid networking fundamentals (VLANs, routing, wireless) to design reliable cloud networks. Applied in projects like Hybrid Storage Lab and EduCloud AWS.
Status: Completed ✅
View Badge Official PDF
Why I did it: Validate cloud fundamentals on Azure (compute, storage, networking, cost) and prepare for AZ‑104. Supports my automation and governance work.
Score 700 · Pass · 01/13/2025
Status: Completed ✅
View Badge Score Report
Why I did it: Standardize productivity skills across Word, Excel, and PowerPoint for clear documentation and analysis. Used across my DevOps Workshop and study projects.
Status: Completed ✅
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Why I did it: Strengthen data analysis for metrics and cost tracking in cloud labs. Applied to reporting in Multi‑Cloud Storage experiments.
Score 740 · Pass · 04/01/2025
Status: Completed ✅
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Why I did it: Communicate architecture and results to stakeholders. Used to present DevOps Workshop outcomes and study findings.
Score 764 · Pass · 10/22/2024
Status: Completed ✅
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Why I did it: Produce professional runbooks and technical reports. Applied in Ansible Linux Hardening and project documentation.
Score 820 · Pass · 12/17/2024
Status: Completed ✅
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Why I did it: Automate and structure complex documents for enterprise‑grade deliverables. Supports consistent reporting across my projects.
Score 730 · Pass · 02/07/2025
Status: Completed ✅
View Badge Score Report
Why I took it: Understand cloud‑native foundations to design scalable apps.
Key takeaway: Containers, microservices, and orchestration fundamentals.
Why I took it: Strengthen cloud fundamentals for junior roles and projects.
Key takeaway: Shared responsibility, scaling, and cost awareness.
Why I took it: Prepare for AZ‑104 and manage identities/governance confidently.
Key takeaway: RBAC, Azure AD, policies, and governance controls.
Why I took it: Build Azure Administrator skills (identity, governance, compute, storage, networking).
Proof: Preparation exam result + Pluralsight learning history.
Why I took it: Build Kubernetes skills for containerized workloads in the cloud.
Key takeaway: Pods, deployments, services, and core cluster components.
Why I took it: Design resilient cloud‑native systems aligned to best practices.
Key takeaway: 12‑factor apps, microservices patterns, and robust design.
Why I took it: Enforce security and governance across cloud‑native workloads.
Key takeaway: Policy, compliance, runtime security, and identity controls.
Why I took it: Keep Kubernetes clusters healthy and observable at scale.
Key takeaway: Logs, metrics, health probes, and troubleshooting.
Why I took it: Improve delivery and collaboration with DevOps practices.
Key takeaway: CI/CD, automation, and effective feedback loops.
Why I took it: Understand AWS global design for resilient architectures.
Key takeaway: Regions, AZs, edge locations, and resiliency.
Why I took it: Learn AWS compute choices to deploy cost‑effective workloads.
Key takeaway: EC2 basics, scaling options, and cost models.
Why I took it: Secure access to AWS resources aligned to best practices.
Key takeaway: Principals, policies, roles, and least‑privilege patterns.
Why I took it: Establish baseline cloud knowledge to support hands‑on projects.
Key takeaway: Cloud models, elasticity, high availability, and global reach.
Why I took it: Provide visual evidence of learning activity and completion.
Key takeaway: Proof screenshot supporting the learning journey.
Workshops, talks, and site visits that strengthened my technical and professional perspective.
I arrived motivated and adaptable, yet my practical IT experience was light. I could explain theory, but I hadn’t spent enough time inside real infrastructures or leading technical demos.
Public speaking and consistent task organization were my pain points, so Semester 1 became a SWOT exercise: understand where I stand before I start building momentum.
I earned the required ECTS while doubling down on hands-on work. I built a home lab server, used A Cloud Guru, and kept iterating on projects so the concepts stuck.
Exposure to Power Automate/Power Apps showed how automation fits into real processes. ITNET remained tough, and I learned I must be more concise and manage workload before it manages me.
Multi-Cloud Storage, Hybrid Storage Lab, and a DevOps workshop made me comfortable designing storage services on AWS/Azure/GCP and explaining them to teammates. ClickUp keeps the team synchronized, and I’m using Pluralsight to prepare for AZ-104 next.
The big milestone is securing a 3-month internship at NTT DATA starting 30 March. I still need deeper real-world repetitions, especially for advanced IaC and cloud security, and I’m tightening time management under pressure.
This short presentation acts as my video CV: who I am, what I’ve built, and where I’m heading (cloud + automation).
Shows how I structure a story under time pressure and keep delivery calm while explaining technical wins.
Watch Video CVLive walkthrough of the AWS/Azure/GCP prototype: explains the storage architecture, sync flows, and monitoring hooks.
Includes cost tracking results plus the governance controls that back the PDF technical report.
Watch Demo Technical Report [PDF]Semester 3 focus: Multi-Cloud Storage, CloPro2 delivery, AZ-104/500 prep, and a 3-month internship at NTT DATA (starting 30 March 2026).
Intensive bridging program that combined math, French, and IT fundamentals to requalify for higher education pathways in Luxembourg.
Completed four semesters covering algorithms, databases, networking, and software engineering practices before relocating to Luxembourg.
Two-semester software engineering track focused on Java foundations, systems analysis, and discrete mathematics.
STEM-oriented diploma that emphasized math and computer studies while volunteering in peer tutoring programs.
Refurbished donated laptops (hardware triage, Windows/Linux imaging) and onboarded families with basic digital literacy checklists.
Diagnosed desktops, replaced failing components, and documented repair tickets to keep school labs operational.
Managed high-volume service, coordinated with kitchen staff, and reinforced calm communication during peak periods.
Promoted telecom plans via outbound calls, tracked metrics inside the CRM, and handled objections to close monthly targets.
This form is for supervisors, teachers, and external experts to leave a short validation note. Submissions are reviewed before being published.
Next expert quotes (Devoteam, MAQIT, NTT DATA) will be published once written approvals are collected during the March–June 2026 internship.
Luxembourg
Available Right Now
akatagaruka@gmail.com
+352 621 416 419
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