[YOUR NAME]

• IT Strategy & Leadership

  Aligning technology with business priorities and creating the conditions for teams to deliver autonomously.

  • Technology roadmaps aligned with objectives
  • Prioritisation and technical portfolio management
  • Coordination with business, product and vendors
  • Team development and engineering culture
  • Risk, budget and technical debt management

• Software Architecture & Engineering

  Designing systems with clear boundaries, documented decisions and explicit trade-offs between cost, performance and maintainability.

  • Modular and service-oriented architecture design
  • API design and integration contracts
  • Data modelling and multi-tenant systems
  • Security, observability and reliability by design
  • Architecture decision records (ADRs)

• Full-Stack Development & Delivery

  Writing code where it adds value and taking work all the way to production with quality, automation and fast feedback.

  • Frontend and backend development
  • CI/CD pipelines and deployment automation
  • Testing strategies and code review
  • Incremental delivery and scope management
  • Engineering standards and technical documentation

Sample content pending owner validation. It does not represent real results.

1. 01Illustrative concept

   Multi-tenant IoT monitoring platform

   Real-time telemetry ingestion, dashboards and per-customer customisation on a single platform.

   Technologies

   • MQTT
   • PostgreSQL
   • Node.js
   • TypeScript
   • React
   • Docker

   Context

   Several customers need to monitor field devices with their own visualisation, alerting and integration requirements, without multiplying maintenance costs.

   Approach

   • Telemetry ingestion over MQTT with message validation and normalisation
   • Multi-tenant data model in PostgreSQL with per-customer isolation
   • Configurable dashboards and alert rules per tenant
   • Integration layer with third-party systems via APIs and webhooks

   Outcomes to validate

   • [Time to onboard a new customer]
   • [Volume of messages processed]
   • [Observed availability or latency]
2. 02Illustrative concept

   Cloud-ready software architecture

   Modular services, well-defined APIs and an operational foundation designed to evolve safely.

   Technologies

   • REST
   • OpenAPI
   • Docker
   • Kubernetes
   • OpenTelemetry
   • Terraform

   Context

   A system growing in features and users needs a structure that allows it to evolve in parts, deploy with confidence and diagnose problems quickly.

   Approach

   • Decomposition into modules and services with clear responsibilities
   • Versioned API design with documented contracts
   • Authentication, authorisation and secrets management as baseline requirements
   • Observability through structured logs, metrics and traces

   Outcomes to validate

   • [Deployment frequency]
   • [Mean time to diagnose incidents]
   • [Impact on infrastructure costs]
3. 03Illustrative concept

   Technical delivery & platform modernisation

   Engineering standards, CI/CD and pragmatic technology choices to improve delivery without stopping the business.

   Technologies

   • GitHub Actions
   • Automated testing
   • Docker
   • SonarQube
   • Linux

   Context

   An existing platform has accumulated technical debt and manual processes that slow down delivery and increase the risk of every change.

   Approach

   • Defining coding, review and documentation standards
   • CI/CD pipelines with automated tests and reproducible deployments
   • Incremental modernisation prioritised by risk and value
   • Collaboration practices across teams and with the business

   Outcomes to validate

   • [Reduction in lead time]
   • [Change failure rate]
   • [Team satisfaction or autonomy]

Editable list: adjust it to your actual experience.

1. 01

   Understand the business problem

   Before proposing solutions, I clarify goals, constraints, users and success criteria with the people involved.

2. 02

   Design the architecture

   I define boundaries, data and integrations, and document key decisions together with their alternatives and trade-offs.

3. 03

   Build incrementally

   I deliver in small, verifiable steps to get early feedback and adjust course with real information.

4. 04

   Validate quality and security

   I automate tests, reviews and security checks so that quality does not depend on individual effort.

5. 05

   Deliver maintainable solutions

   I leave systems documented, observable and understandable so the team can operate and evolve them.