Ransford Amponsah
Evidence-linked profile

Ransford Amponsah

I am a Chartered Mechanical Engineer and Senior Manager for Digitalisation in the GB energy sector. I lead sector wide work across data, digital investments, and emerging technologies, turning policy and regulatory objectives into deliverable outcomes.

My focus is safe, secure, proportionate delivery that reduces costs and removes barriers to innovation. If you have ever asked why a system has ten reports and none of them agree, you are my kind of person.

GB energy digitalisation

Data strategy, interoperability, digital investments, value for consumers

Responsible AI

Governance, validation, safe deployment, proportionate controls

Delivery and assurance

Outcome based, evidence led, security minded engineering

Security capability development

Applying current assurance practice directly to platform controls and delivery choices

Key credentials

Chartered Engineer

Engineering Council via IMechE, 2021

IMechE Council Member

Institution of Mechanical Engineers

TOGAF Enterprise Architecture Practitioner

The Open Group via Credly

Security architecture and assurance study

Current professional development

Mechanical Engineering degrees

Mechanical engineering study

Azure AI study and delivery

Microsoft AI learning path

Structured delivery practice

Project delivery methods

If you need stronger verification, message me and I will share it directly. I just do not publish everything online.

What this page is

  • A clear introduction to who I am and what I do
  • Verification links for key credentials
  • Not an endorsement wall

What I work on

  • Interoperability and asset visibility across a complex sector
  • Responsible AI governance and safe deployment
  • Removing unnecessary regulatory barriers to innovation

A small disclaimer

This is a personal educational platform. Organisations referenced here are not affiliated with this site unless I explicitly say so.

What I do and how I got here

Concise, but with enough context to be useful

GB energy sector digitalisation

I lead sector wide transformation across data, digital investments, and emerging digital technologies. A big part of the job is turning policy and regulatory objectives into deliverable, measurable outcomes.

Strategic Innovation Fund

I lead the data and digitalisation strand, shaping how innovation is assessed, governed, and scaled across network companies. I spend a suspicious amount of time removing barriers that should not have existed.

Standards and compliance work

I have worked across the Civil Service, including Covid-19 data analysis and consumer protection. At the Office for Product Safety and Standards I led compliance testing programmes that helped remove unsafe or inefficient products from the market. I have also supported briefing work during the Bulb Energy Special Administration.

Teaching and modelling

I started in testing labs, building predictive models for advanced materials in aerospace, medical, and energy settings. I have used FEA tools like ANSYS and Abaqus to validate material behaviour against real tests. I also lectured in advanced mechanics, simulation, materials science, and CAD.

Technical toolkit

I try to keep my technical work grounded. If a diagram looks beautiful but the data contract is broken, the diagram is lying.

Programming and automation

Python, R, MATLAB, and C++ for analysis and workflow automation

Simulation

ANSYS, Abaqus, SolidWorks, and Simulink for structural and thermal modelling

Applied AI

Hugging Face transformers, LangChain, and TensorFlow for building and testing models

Local model engineering

Ollama runtime, retrieval grounding, policy gates, evaluation loops, and controlled tool execution

Data architecture and governance

Interoperability, metadata, structured models, assurance

Azure AI

AI-900 and AI-102 training applied in practical project delivery

Enterprise architecture

TOGAF for aligning technology choices with organisational outcomes

Why I built this site

Practical learning, minus the fluff

I have been fortunate to receive excellent training and mentorship through my career. Some of it was funded by employers and institutions that believed in building people properly. Not everyone gets that opportunity, and the gap becomes obvious when teams are expected to deliver high impact technical work under pressure.

Ransford's Notes is my attempt to close part of that gap in public. I turned years of notes, delivery scars, and project patterns into structured learning routes, practical labs, and timed assessment flows. The point is not to look clever. The point is to help people build reliable judgement they can defend in front of peers, auditors, and decision makers.

I built the platform myself with Next.js, TypeScript, PostgreSQL, and a local first AI assistant stack. My operating rule is simple. If I cannot explain how a feature fails, I am not ready to ship it.

How you can help

The best support is to use the platform, share it with someone who will benefit, and tell me what is confusing. My wife and I fund the site and aim to keep it freely accessible. Donations help with hosting costs but they will never unlock basic learning.

How I built Nancy AI locally

Practical architecture, not black box magic

Nancy AI is built as a local engineering assistant on top of Ollama. I run local inference first so sensitive drafts and exploratory work stay on device, costs remain predictable, and the platform still works when external model APIs are unavailable. I shaped the experience to feel like an IDE command layer in natural language rather than a chat toy.

The runtime is deliberately constrained. Learner input is grounded through retrieval, then passed through model generation, then policy checks, contract validation, and deterministic tests before anything high impact can move forward. The model can draft and explain, but it does not get unrestricted authority to mutate systems.

I paid special attention to local model limits. Context windows are finite, outputs are probabilistic, and fluent language can still be wrong. To reduce this, I used retrieval quality checks, schema first tool contracts, fallback paths when confidence is weak, and review gates that keep human approval in control for risky changes.

On tuning, I started with prompt design, retrieval strategy, and evaluator loops before touching parameter level tuning. Where tuning is useful, it is targeted and measured against acceptance tests, including British English style consistency, factual traceability, and safety constraints.

Local first runtime

Ollama on localhost for privacy, resilience, and lower operating cost during iterative build work.

Guarded execution model

Model proposal layer separated from policy enforcement, with explicit release gates and auditability.

Limit aware engineering

Controls for hallucination risk, context truncation, secret hygiene, and graceful fallback when confidence drops.

Public verification

External sources for credentials and memberships

TOGAF credential

via Credly

View on Credly

For security and reliability, this page uses direct verification links instead of third party script embeds.

Use the button above to verify the badge directly on Credly.

Professional profile

LinkedIn

View profile

This is the fastest way to see my broader work history. It is an external site so it may change without notice.

IMechE Council

Institution of Mechanical Engineers

The Institution of Mechanical Engineers publishes a public list of Council members. Use this page as a reference point for current listings.

View Council page

This link is provided for verification only. It does not imply endorsement of this site.

On site evidence

Minimal but sufficient for a quick check

I keep this intentionally minimal. It is enough to verify, without turning the site into a badge wall. If you want more detail, I am happy to share it directly.

Profile photo

Profile photo

Because humans like seeing the human.

TOGAF Enterprise Architecture Practitioner badge

TOGAF Enterprise Architecture Practitioner badge

Displayed here for quick reference. Use the linked Credly record for direct verification.

Verify on Credly
IMechE membership card

IMechE membership card

Cropped to show the important details.

IMechE wallet PDF

Embedded for verification.

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Sesame

Sesame

Rescue cat and head of household.

For Organisations

If your team uses this platform for professional development, here is what you should know.

Learner records

Pass records are stored in each learner's account profile. They show course name, completion date, score, and level. Learners can share a screenshot of their record.

Privacy-first approach

No employer dashboard or bulk data access. Learner data belongs to the learner. This platform does not share personal information with employers or third parties.

Skill mapping

Course content is mapped to published objectives and common professional frameworks. Each course description lists the standards and certifications it aligns to.

Questions about using this for your team? Get in touch.

Feedback welcome

If something is unclear, tell me. If something is wrong, definitely tell me. This site improves because people point at the weak bits.