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MHCAI — Mindacks Human-Centred AI InstituteMHCAI — Mindacks Human-Centred AI Institute
AI Leadership · Decision Making

Decision IntelligenceBetter decisions. Less guesswork.

The quality of decisions made at every level of an organisation determines its performance. AI fundamentally changes what is possible in decision-making — reducing cognitive bias, surfacing overlooked evidence, accelerating analysis, and improving the consistency of judgment under uncertainty. This programme teaches leaders how to harness that power.

Virtual · In-Person
8 Hours
Practitioner Workshop
Leader reviewing data-driven AI insights to make evidence-based business decisions
What You'll Gain

Outcomes that change
how you work.

  • Understand the cognitive science behind how humans make decisions — and where AI can help
  • Apply AI to the evidence-gathering, synthesis, and framing stages of decision-making
  • Reduce the impact of cognitive biases using AI-assisted structured analysis
  • Build decision frameworks augmented by AI that are faster and more defensible
  • Use AI to model decision scenarios, test assumptions, and stress-test conclusions
  • Design decision processes for your team that leverage AI without removing human judgment
  • Communicate AI-augmented decisions with clarity and confidence to stakeholders
  • Know the limits of AI decision support — and where human judgment must lead
Who This Is For

Built for specific people.

  • Senior Leaders & Directors

    Leaders making strategic and operational decisions who want to improve decision quality and speed using AI tools and frameworks.

  • Strategy & Planning Professionals

    Strategy, planning, and analysis professionals who want to integrate AI into their decision support workflows and analytical processes.

  • Managers & Team Leads

    Managers responsible for operational decisions who want to use AI to improve the consistency and quality of judgement across their teams.

  • Risk & Governance Professionals

    Risk and compliance professionals who want to use AI to identify risks, model scenarios, and improve the rigour of governance decision-making.

Problems This Solves

Real challenges. Real solutions.

  • Decisions are based on incomplete evidence

    Most decisions are made on the evidence that is easy to gather — not the evidence that is most relevant. AI can surface the overlooked information that changes conclusions.

  • Cognitive biases skew judgment

    Confirmation bias, anchoring, and availability bias affect every leader's decisions. AI-assisted structured analysis provides an independent check on human reasoning.

  • Decision processes are too slow

    By the time analysis is complete, the window for the best decision has often passed. AI compresses the evidence-gathering and analysis cycle from weeks to hours.

  • Decision quality is inconsistent across the organisation

    Excellent individual judgment does not scale. Organisations that build AI-augmented decision frameworks see more consistent quality across all levels.

Programme Overview

The science and practice of AI-augmented decisions.

Decision Intelligence combines cognitive science, data analysis, and AI to systematically improve the quality of decisions at every level of an organisation. This programme is grounded in the research on human judgment and error — and teaches the AI approaches that address the most common decision-making failures in practice.

Evidence-Based

Foundation

Bias-Aware

Methodology

8h

Intensive Workshop

Duration8 Hours
DeliveryVirtual · In-Person
FormatPractitioner Workshop
Programme Modules

What the programme covers.

01

The Science of Human Decision-Making

  • System 1 and System 2 thinking: when intuition serves us and when it fails
  • The 12 cognitive biases most dangerous in business decision-making
  • How organisational culture amplifies or mitigates individual cognitive error
  • The case for AI augmentation: not replacing judgment but improving its raw material
02

AI Tools for Evidence and Analysis

  • Using AI for rapid evidence synthesis: research, data, and competitive intelligence
  • AI-assisted scenario modelling: building and stress-testing assumptions
  • Structured debate with AI: using AI to surface counterarguments and challenge conclusions
  • AI for quantitative decision support: sensitivity analysis, trend identification, outlier detection
03

Decision Frameworks and Process Design

  • Designing AI-augmented decision frameworks for common decision types in your context
  • Pre-mortem analysis with AI: identifying why a decision might fail before it is made
  • Building decision documentation that captures reasoning and improves future decisions
  • The decision audit: using AI to review past decisions and extract learning
04

Responsible AI Decision Support

  • The limits of AI decision support: where human judgment must override AI input
  • High-stakes decisions: when more AI oversight is required, not less
  • Accountability for AI-informed decisions: who is responsible when AI contributes to a decision?
  • Building ethical guardrails into AI-augmented decision processes
Practical Use Cases

See it applied in the real world.

Investment Director

Evaluating 5 acquisition targets with limited analyst capacity. Each target requires market research, competitive analysis, financial modelling assumptions, and risk assessment — typically a 3-week process per target.

Uses AI to compress the evidence-gathering phase for all 5 targets to 3 days. Produces structured comparative analysis with scenario modelling. Board presentation delivered in week 2 instead of month 3.

Operations Director

Facing a supplier failure with 3 options: emergency alternative sourcing, production pause, or customer allocation management. Needs to make the decision in 4 hours with incomplete information.

Uses decision intelligence framework to structure the evidence available, model the financial and reputational impact of each option, and identify the critical unknowns. Makes a defensible decision in 90 minutes with a clear escalation path if assumptions prove wrong.

People Analytics Lead

HR team making promotion and succession planning decisions using a mix of performance data, manager feedback, and gut feel. Senior leadership concerned about bias and inconsistency in the process.

Designs an AI-augmented decision framework for talent decisions. Evidence synthesis is standardised; bias checkpoints are built into the process. Decision quality and consistency improve; time to decision reduces by 40%.

Live Demos & Hands-On Labs

Learn by doing, not watching.

Lab 01

Cognitive Bias Audit

Review a recent significant decision you made or observed. Identify the cognitive biases that may have influenced it and how AI-augmented analysis could have improved the evidence base.

Lab 02

Evidence Synthesis Sprint

Take a live business question and use AI to synthesise available evidence — research, data, competitive intelligence — into a structured decision brief in 90 minutes.

Lab 03

Scenario Modelling Workshop

Apply AI-assisted scenario modelling to a strategic decision. Build 3 scenarios, stress-test assumptions, and identify the decision triggers that should shift your position.

Lab 04

Decision Framework Design

Design an AI-augmented decision framework for one specific decision type common in your role. Define the evidence inputs, AI analysis steps, human judgment checkpoints, and documentation requirements.

Tools & Platforms

You will work with the real tools.

ChatGPT
Claude
Perplexity
NotebookLM
Why MHCAI · Mindacks

Different by design.

Practical, Not Theoretical

Every session starts with a real business problem. Concepts are introduced only when they serve a specific outcome you need to deliver.

Real Use Case Focus

We teach through scenarios drawn from real professional contexts — Finance, HR, Marketing, Leadership — so learning transfers immediately.

Designed for Simplicity

Complexity is hidden. Clarity is foregrounded. You get exactly what you need to act — without being overwhelmed by what you don't.

Tool Adoption Science

Our methodology is built on behavioural science and habit formation principles — so you actually use what you learn, not just remember it.

Neuroscience Principles

Learning design based on how brains retain and apply information. Spaced repetition, active retrieval, and contextual practice built in.

ISO 42001 Certified

MHCAI is the only AI learning institute that combines ISO 42001 certification, role-specific academies, and a human-centred methodology.

Ready to Start?

Make better decisions with the same team.

Available as a leadership team workshop or as part of a broader AI Leadership programme. Contact us to design the right approach for your organisation.