WORK / METHODS / LEARNING
Approach. From clarity to useful change.
Selected work and the methods behind it: AI and data practice, business analysis, responsible adoption and the foundations that connect them.
01 / SELECTED WORK
From an idea to something people can use.
My work sits where discovery, delivery and adoption meet. These examples show how I lead a consulting capability, shape bounded AI experiments and turn evidence into decisions.
AI, Data & Decision Intelligence
Meeting Planning Agents
Shaped a meeting-agent proof of concept; an October 2025 guide reported 91% success across 11 controlled functional checks. Wider service readiness remained a separate gate.
Better signals, better decisions
Shaped evidence for process decisions, including a business case with 50% cycle and approval-time targets. Real analyses, synthetic tests and unverified targets are distinguished in the portfolio.
Business Analysis & Consultancy Foundations
Earlier project experience and practice leadership underpin the AI and data work above. Explore the foundations on their own terms.
BA Capability as an internal consultancy
Led a team of 10 analysts at QMUL as an internal consultancy and supported a £16m annual digital transformation portfolio, with projects valued from £50k to £2.5m.
Business Analysis & Consultancy Foundations
Selected delivery examples: service change, research operations, migration discovery and facilitation. Explore the methods that now support my AI and data direction.
Card images are AI-generated illustrations. These summaries share methods and learning without workplace records or confidential operational detail. Prototypes are identified as such. Explore the BA datasets behind the capability ↗ · See the visual evidence ↗
Ask what needs to change.
Define the outcome and the decision someone must make. I use interviews, workshops and process discovery to understand where people wait, repeat work or lack reliable information. Then I agree the scope, owner and measure before proposing a tool.
In requisition fulfilment, I mapped hand-offs and approval status before exploring prediction as a separate experiment. A business case then defined target benefits; I keep proposed improvements distinct from measures verified after delivery.
See the whole flow.
Map current and intended journeys, roles, rules, exceptions, data sources and permissions. A shared picture lets operational colleagues, architects and delivery teams challenge the same assumptions and see where service design, integration or guidance might help.
I established an eight-gate service catalogue and a process-modelling approach from high-level value chains to working procedures. For learner engagement, service management, assets and workplace operations, I then tailored data and delivery questions to each project rather than imposing one generic template.
Make the source and its limits clear.
Check definitions, ownership, quality, missing values and comparability before modelling. I ask where data originates, who can use it, what must be tested in migration and how a decision will be reviewed. Real restricted data can support a bounded analysis; curated synthetic data can rehearse an approach; a research blueprint can establish design questions. I label these separately.
For three annual feedback cycles, harmonising questions came before reading a trend. For a synthetic purchase-order demonstrator, model scores showed behaviour in constructed examples and required a separate plan for real-world validation.
Build trust into delivery.
Set a human decision point beside a signal: who reviews it, what further context they need, when they can override it and how errors are reported. I connect acceptance criteria, privacy, security, explainability, support and feedback to pilot-readiness decisions.
For meeting agents, I helped turn roles, platform constraints, test identities, private-calendar behaviour and no-permission fallbacks into user guidance and pilot-readiness questions. Controlled technical checks were milestones, while wider access and support remained separate gates.
Grow the capability around the change.
Guidance, coaching, communities of practice and role-relevant learning help teams use evidence and AI with confidence. I led the BA Capability, a team of 10 analysts, and designed a six-course AI and data pathway with applied discussions and proposed protected learning time. The team pathway is distinct from my own MSc, and its design is not a claim that every colleague completed it.
After delivery, the question remains: did people adopt the change, did the intended measure move, and what should be revised?
Give a team a service offer and room to judge.
My consultancy model defined what analysts could offer, when to engage them and how to make their advice traceable. I frame value as equivalent capacity and cost, time saved in a workflow, or methods that can be reused across projects. Each needs an agreed baseline and follow-up measure before a target becomes an outcome. I produced a catalogue of more than 100 activities, a project-first process standard and persona governance guidance, then developed a Compass board prototype for recording work and value. Some components were working methods; others were documented proposals for adoption.
A later alignment business case recommended connecting project-level models to a wider process catalogue and a readiness check for automation. That was a recommendation with a proposed pilot, not an institution-wide implementation claim. See the BA Capability story ↗
Join the analysis to an owned decision.
Established data teams bring source knowledge, definitions and trusted reporting. I contribute problem framing, Python-based investigation, model evaluation and an explanation that a service owner can act on. We agree the hand-offs: who validates the data, who challenges the analysis, and who owns the intervention and its follow-up.
This collaboration model grew through my MSc learning and workplace reflection. It connects data ownership, decision intelligence and adoption measures beyond accuracy.
Analysis, leadership and applied AI.
My experience spans more than 15 years in business analysis and transformation. During my 2022–2026 tenure at Queen Mary University of London (QMUL), I led a team of 10 analysts and supported a £16m annual digital transformation portfolio, with projects valued from £50k to £2.5m. I completed an MSc in AI & Data Science at Northeastern University London in April 2026. I also hold an MSc in Government, Policy & Politics, a BSc in Computing and professional qualifications in business analysis, product ownership, service management and project delivery.
Working with a new domain
I start by learning what the work is protecting: the user need, the operational context, the data and the controls. I ask who owns the decision and whose practical knowledge is missing before recommending a change. I bring experience; I still bring a notebook.
Read more · Learning before changing
A useful discovery conversation follows an actor, a workflow, a system, its data, a rule, an exception and the evidence that shows what happened. I separate observations from interpretations and proposals, then test my understanding with the people who do the work. Seniority should improve the quality of those questions, not imply expertise in every specialist domain.
A cultural thread in this approach is Ọmọlúàbí: truthfulness, humility, care and responsibility expressed through action.
FOUNDATION / FACILITATION & LEARNING
Help people practise the change.
My approach to AI enablement draws on earlier training and service-change work. Preparing sessions, rehearsing with co-facilitators, adapting explanations and acting on feedback taught me to make unfamiliar ideas practical. Later BA coaching and AI/data learning design built on that foundation.
Read more · Make learning observable
Start with a task the audience needs to perform. Provide a worked example, supported practice and a route for questions afterwards. Assess task performance separately from attendance or self-reported confidence, then review whether the learning helps in everyday work.
Explore Business Analysis & Consultancy Foundations · Try the Evidence Chain Studio
EXTERNAL RESOURCES / GLOBAL BA STANDARDS
Business analysis, grounded in shared practice.
Use these references to connect problem framing, collaboration and evaluation across strategic, tactical and operational work.
IIBA · BABOK® Guide, Version 3 — a globally recognized professional standard for business analysis, covering knowledge areas, tasks, competencies and techniques.
Read more · Official resources and how to use them
IIBA · The Business Analysis Standard offers a concise foundation and a free PDF through IIBA. It is a separate, updated resource—not a new numbered edition of BABOK.
BABOK v3 corrections and errata · IIBA KnowledgeHub
Edition check: 9 October 2026. IIBA’s current resources continue to identify BABOK v3. Access the full guide through IIBA’s membership or purchase options. These links support independent learning; they do not imply IIBA endorsement or certification of this site or its tools.
BIRKBECK / THE CRITICAL FOUNDATION
The questions behind my approach.
Government, Policy and Politics at Birkbeck helped shape how I examine evidence, institutional interests and decision ownership. Those habits continue through business analysis and AI adoption.
EXPLAINABLE AI & DATA / READ THE METHOD
Clear logic behind the working draft.
These public workbenches organise inputs through authored rules, templates and calculations. A generated worksheet is a draft to review, not an autonomous consultant.
Follow the reasoning.
- FrameState the need and evidence
- OrganiseApply the selected rules or template
- InspectReview the draft, diagram or comparison
- DecideA person owns the next action
Explore the building blocks.
Number of concepts in this guide, not performance or usage measures.
Explore the explanation matrix · 11 concepts
11 concepts shown
On small screens, scroll the table sideways. “Learning context” explains a related idea; it does not mean that method runs on this page. Deep learning is the standard term for “deep ML”.
| Technical term | Technical description / definition | In plain English | How this page uses it |
|---|---|---|---|
| Rule-based logicAlgorithm | Explicit authored conditions map inputs to outputs without fitting parameters from training examples.Primary reference ↗ | A transparent set of if-this-then-that instructions. | Running here Browser controls select authored methods and structure the visitor’s inputs; they do not train a model. |
| Data science pipelineData Science Pipeline | An ordered, reproducible sequence for acquiring, validating, preparing, analysing and evaluating data.Primary reference ↗ | A chain from a question and source to an answer someone can check. | Method guide The workflow connects evidence, analysis, a proposed action and an accountable reviewer. |
| Visual encodingVisualisation | Mapping values or categories to marks, position, length, colour and labels.Primary reference ↗ | Make the comparison visible, with a scale and a clear label. | Running here Diagrams and summaries represent entered information or labelled illustrative examples. |
| Data quality checksData Science Pipeline | Validation of completeness, allowed values, uniqueness, types and consistency with expected constraints.Primary reference ↗ | Check missing, repeated and impossible entries before trusting a chart. | Method guide Completeness and review prompts help expose gaps; they cannot certify the underlying evidence. |
| Explanation versus causal proofEvaluation & XAI | A model explanation describes selected behaviour or contributions; it does not establish causal effects or full reliability.Primary reference ↗ | A reason for this output is useful, but it is not proof that the model is right. | Responsible use A structured output shows its method, but the visitor must check the claims and context. |
| Human oversight and consentResponsible AI | People retain appropriate review authority, permission controls and correction routes for data use and outputs.Primary reference ↗ | Keep someone able to question, correct or stop the result. | Responsible use People review and adapt drafts before any operational use. |
| Large language model (LLM)AI Capability | A language model trained on substantial data to estimate and generate token sequences from context.Primary reference ↗ | A fluent drafting partner whose statements still need checking. | Learning context An LLM can assist drafting in an approved environment; these public rule-based workbenches do not silently call one. |
| Machine learning (ML)AI Capability | Methods that estimate patterns or parameters from examples to support inference on other inputs.Primary reference ↗ | Learn a pattern from examples, then check whether it helps with new ones. | Learning context ML learns from examples. Read the page-specific methods below to see whether any model runs here. |
| Deep learningAI Capability | Machine learning using neural networks with multiple representation-learning layers.Primary reference ↗ | A layered model learns useful representations; more layers do not guarantee a better answer. | Learning context Deep learning is an AI capability, not a label for every chart. No deep model is implied by this explanation panel. |
| Natural language processing (NLP)AI Capability | Computational methods for representing, analysing or generating human language.Primary reference ↗ | Help a computer work with words, while remembering that context matters. | Learning context Text search, translation, thematic classification and generation are different language tasks; their implementation is identified separately. |
| Sentiment analysisAI Capability | A language-analysis task that estimates an expressed attitude, often as polarity or sentiment categories.Primary reference ↗ | Estimate the tone of words—not the private feelings or personality of their author. | Learning context Sentiment estimates expressed tone. It must not be confused with topic classification or a diagnosis of a person. |
No matching concepts. Choose another category or clear the search.
