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INDUSTRY LANDSCAPE

Consulting

Helping organisations make and implement decisions using structured evidence.

OVERVIEW

How the sector works

STEM graduates contribute technical depth, quantitative reasoning and systems thinking to strategy, technology and operational questions.

Why it mattersComplex science and technology decisions need people who can connect evidence, trade-offs and action.

INSIDE THE INDUSTRY

The major subsectors

Each part of the sector solves a different set of technical and practical problems.

01

Technology consulting

Helping organisations select, design and deliver complex digital systems.

Example work
  • Architecture choices
  • Platform delivery
  • Technology roadmaps
02

Operations

Improving how services, laboratories, factories and supply networks perform.

Example work
  • Process redesign
  • Capacity analysis
  • Quality improvement
03

Science and healthcare advisory

Applying domain evidence to product, clinical and organisational questions.

Example work
  • Evidence reviews
  • Service design
  • R&D strategy
04

Sustainability and public systems

Supporting practical decisions in climate, infrastructure and public services.

Example work
  • Transition plans
  • Programme design
  • Impact assessment

WHERE YOUR BACKGROUND CAN FIT

Different degrees, different entry points

The same industry needs people who can investigate, design, analyse and deliver from different starting disciplines.

Engineering

Operations · Systems change · Technical strategy · Delivery

Computer Science

Digital transformation · Architecture · Data strategy · Technology delivery

Mathematics

Analytics · Optimisation · Decision modelling · Problem structuring

Biology

Healthcare advisory · R&D questions · Scientific evidence · Service improvement

Chemistry

Industrial operations · Science-led strategy · Sustainability · Industrial technology assessment

WHAT THE WORK CAN LOOK LIKE

Representative problems

Projects vary by organisation, but these examples show the questions teams in Consulting may tackle.

  1. Redesign how a laboratory prioritises and tracks samples.
  2. Compare technology options for a manufacturing operation.
  3. Build a service-capacity model for a healthcare provider.
  4. Design a pilot for reducing resource use across sites.

TECHNOLOGIES & TRENDS

What is changing the sector

These developments are reshaping technical work, evidence and decision-making.

Decision-support systems

Tools that organise evidence, scenarios and trade-offs for a specific decision.

They make assumptions visible and help teams compare options consistently.

Advanced analytics

Statistical and optimisation methods applied to operational or strategic questions.

Good analysis can reveal drivers and constraints that intuition misses.

Cloud platforms

Shared computing infrastructure used to modernise data and software services.

Platform choices affect scalability, security and how quickly teams can improve services.

Digital twins

Models of physical or operational systems used to test scenarios before changing reality.

They connect engineering evidence with planning and operational decisions.

CAREER FUNCTIONS

Where STEM graduates contribute

Functions describe the work a team performs, not just the title on a job description.

Problem structuring

Turn an ambiguous question into testable parts, decisions and evidence needs.

  • Frame questions
  • Build hypotheses
  • Plan analysis
Mathematics · Engineering · Physics

Technology delivery

Coordinate the design and adoption of systems that work for users and operations.

  • Map requirements
  • Align teams
  • Test solutions
Computer Science · Engineering · Mathematics

Scientific advisory

Bring specialist evidence into decisions about products, research and services.

  • Review literature
  • Interview experts
  • Explain implications
Biology · Chemistry · Medicine · Physics

Change and implementation

Help an organisation move from a recommendation to a workable new practice.

  • Design pilots
  • Track adoption
  • Resolve delivery barriers
Engineering · Computer Science · Mathematics

HOW TO START EXPLORING

Build evidence while you study

You do not need to decide on one destination immediately. Use projects, modules and experience to learn which parts of the sector hold your attention.

CAREER MAP

Example careers

Advise & Strategise

Strategy Consultant

Turn complex evidence into decisions for organisations facing high-stakes choices.

ChemistryBiologyPhysics

Explore: McKinsey & Company · BCG

Explore this career

Advise & Strategise

Technology Consultant

Help organisations choose, design and deliver technology-enabled change.

Computer ScienceEngineeringMathematics

Explore: Accenture · Deloitte

Explore this career

Advise & Strategise

Sustainability Consultant

Help organisations turn climate and environmental evidence into credible action.

Environmental / Earth ScienceEngineeringChemistry

Explore: Deloitte · BCG

Explore this career

Commercialise & Grow

Technical Product Manager

Turn user needs and technical possibilities into a focused product direction.

EngineeringComputer SciencePhysics

Explore: Microsoft · Siemens

Explore this career

EMPLOYER LANDSCAPE

Organisations to investigate

OPPORTUNITIES

See related programmes

View all
Internship Deadline not stated

Accenture

Data & AI Intern - Accenture Internship Program - Athens

Data and AI consulting internship spanning generative AI, analytics and data-engineering work in Athens.

Athens, GreeceWork format not statedUndergraduate · Master’s / PostgraduatePay — Paid
Computer ScienceEngineeringMathematics
Verified opportunityReview details

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