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HybridOps.Studio – GTV Evidence Cover Sheet (Draft)

Working draft – not for submission.
This page summarises the planned evidence slots for a future Tech Nation Global Talent application and how they map to the criteria.


Slot Index (Quick Reference)

Slot Criteria Title File path
1 MC Platform Overview & Trajectory docs/evidence/gtv/MC/01_platform-overview.md
2 MC Academic Excellence & Early Innovation docs/evidence/gtv/MC/02_academic-early-innovation.md
3 OC1 Hybrid Network & WAN Edge docs/evidence/gtv/OC1/03_hybrid-network-wan-edge.md
4 OC1 Source of Truth & Automation (NetBox) docs/evidence/gtv/OC1/04_source-of-truth-automation.md
5 OC1 Hybrid DR & Cost-Aware Automation docs/evidence/gtv/OC1/05_hybrid-dr-cost.md
6 OC2 Public Impact: Open Source & Learning Surface docs/evidence/gtv/OC2/06_public-impact.md
7 OC2 Docs Engine & HybridOps Academy docs/evidence/gtv/OC2/07_docs-engine-academy.md
8 OC2 Teaching & Public Content Around HybridOps docs/evidence/gtv/OC2/08_teaching-public-content.md
9 MC / OC3 Real-World Contributions in Employed Roles docs/evidence/gtv/MC/03_real-world-contributions-latymer.md
10 OC2 Public Adoption & External Recognition docs/evidence/gtv/OC2/10_public-adoption-external-recognition.md

Personal Statement

File: docs/evidence/gtv/personal_statement.md
Status: Complete (~1,000 words, under Tech Nation limit)

Summary

The personal statement ties together:

  • HybridOps.Studio as a hybrid platform blueprint and reference implementation.
  • Academic foundation – first-class BSc Computer Science at the University of East London, departmental award, final-year project in the top 15 of 120.
  • Real-world impact – Latymer School profile-cleanup automation and early platform thinking in a live environment.
  • Documentation and teaching – docs.hybridops.studio, ADRs, HOWTOs, runbooks, and the emerging HybridOps Academy.
  • Future plans in the UK – platform/SRE roles, Academy, and open community contribution.

Criteria linkage

  • MC: Sections 1, 2, 3 and 5 (academic excellence, HybridOps.Studio, Latymer, UK plans).
  • OC1: Section 2 (hybrid platform, DR & cost-aware automation).
  • OC2: Section 4 (docs engine, Academy, public surface).

1. Criteria Overview

  • Mandatory Criteria (MC):
    Demonstrate recognition as (or potential to be) a leader in the digital technology sector.

  • Optional Criteria 1 (OC1):
    Demonstrate innovation and significant technical contributions.

  • Optional Criteria 2 (OC2):
    Demonstrate contributions to the tech sector outside of immediate employment (teaching, open source, community, content).


2. Evidence Slots at a Glance

Mandatory Criteria – Core Narrative

Slot 1 – Platform Overview & Trajectory (MC)
File: docs/evidence/gtv/MC/01_platform-overview.md
One-line impact:
HybridOps.Studio is a hybrid platform blueprint and reference implementation that I design and operate to production standards as a platform/SRE product, showing the level of ownership and systems thinking I can bring to a modern engineering team.

Slot 2 – Academic Excellence & Early Innovation (MC)
File: docs/evidence/gtv/MC/02_academic-early-innovation.md
One-line impact:
A first-class BSc in Computer Science, departmental award for outstanding engagement, top-15 final-year project in network automation, BCS membership and structured training (Azure, networking, IBM security) show a strong foundation and early leadership trajectory.

Slot 9 – Real-World Contributions in Employed Roles (Latymer) (MC / OC3 support)
File: docs/evidence/gtv/MC/03_real-world-contributions-latymer.md
One-line impact:
Shows how I brought a platform mindset into a real school environment by analysing a recurring storage/profile issue, proposing and implementing a PowerShell cleanup script that the Network Manager approved and rolled out across labs and laptops, and beginning to automate device de-boarding – demonstrating practical impact, collaboration and lifecycle thinking in an employed role.


Optional Criteria 1 – Innovation & Technical Contributions

Slot 3 – Hybrid Network & WAN Edge (OC1)
File: docs/evidence/gtv/OC1/03_hybrid-network-wan-edge.md
One-line impact:
Designed and implemented an enterprise-style hybrid network baseline – dual-ISP pfSense WAN edge, VLAN segmentation and IPsec tunnels – captured as a reusable blueprint and integrated with NetBox and automation.

Slot 4 – Source of Truth & Automation (NetBox) (OC1)
File: docs/evidence/gtv/OC1/04_source-of-truth-automation.md
One-line impact:
Built a NetBox-driven source of truth and automation layer where Terraform, Ansible and Nornir all consume the same data model, turning HybridOps.Studio into a reusable SoT + automation blueprint rather than a collection of scripts.

Slot 5 – Hybrid DR & Cost-Aware Automation (OC1)
File: docs/evidence/gtv/OC1/05_hybrid-dr-cost.md
One-line impact:
Implemented a hybrid DR control loop (Prometheus → Alertmanager → GitHub Actions) combined with a Cost Decision Service and cost artefacts, so failover and bursting decisions are automated, observable and FinOps-aware.


Optional Criteria 2 – Contributions Outside Occupation

Slot 6 – Public Impact: Open Source & Learning Surface (OC2)
File: docs/evidence/gtv/OC2/06_public-impact.md
One-line impact:
Exposed the HybridOps.Studio blueprint via public GitHub repositories, a structured docs portal and public showcases, and started turning it into talks, courses and collections so others can learn from and reuse the patterns.

Slot 7 – Docs Engine & HybridOps Academy (OC2)
File: docs/evidence/gtv/OC2/07_docs-engine-academy.md
One-line impact:
Designed a documentation engine and Academy structure (MkDocs site, ADR/HOWTO/runbook/CI/CASE templates, showcases and labs) that turns HybridOps.Studio into a repeatable teaching and consulting platform, not just a private environment.

Slot 8 – Teaching & Public Content Around HybridOps (OC2)
File: docs/evidence/gtv/OC2/08_teaching-public-content.md
One-line impact:
Shows how I turn HybridOps.Studio and the Academy into public learning material – short videos, posts and talks that explain key flows (DR, cost, NetBox automation) based on real platform work, reinforcing my contribution to the wider community beyond code alone.

Slot 10 – Public Adoption & External Recognition (OC2, also supports MC/OC1)
File: docs/evidence/gtv/OC2/10_public-adoption-external-recognition.md
One-line impact:
Packages key HybridOps roles into Ansible Galaxy collections with Molecule-tested pipelines and tracks downloads, feedback and external references, demonstrating that other engineers adopt and extend this work in their own environments.


3. How to Use This Cover Sheet

  • Use this page as a quick map when drafting the personal statement and checking coverage against MC, OC1 and OC2.
  • Keep one clear headline per slot so assessors can quickly understand what each PDF is trying to prove.
  • As the drafts evolve, update the one-line impact statements rather than rewriting this page from scratch.

When it’s time to apply, this cover sheet can also serve as your own sanity checklist: if a slot’s PDF doesn’t clearly deliver the headline impact written here, tighten the PDF rather than changing the headline.


4. Referees (planned)

I plan to provide three referee letters that align with the evidence slots:

  • Referee 1 – Senior platform / engineering leader
    Focus: HybridOps.Studio as a hybrid platform blueprint, DR and cost guardrails, and my systems thinking across networking, SoT, delivery and observability (MC Slot 1, OC1 Slots 3–5, OC2 Slots 6–8, 10).

  • Referee 2 – Christopher Okonkwo, IT Technician / line manager at The Latymer School
    Focus: Real-world impact in my IT Technician role, including the user profile cleanup control and wider system administration responsibilities in a live school environment (MC Slot 9).

  • Referee 3 – Academic referee at the University of East London
    Focus: Academic excellence, departmental award and the final-year project in network automation and abstraction, and how that work links to the later HybridOps.Studio blueprint (MC Slot 2, OC2 Slot 6).

I keep a short referees brief that summarises these themes and links to the relevant repositories and documentation, so referees can give specific, evidence-backed examples rather than general praise.