Key information
Price
To be confirmed
Commitment
5-6 hours per module
Study mode
Online, self-paced
Certificate of Achievement
Evidence your learning with a Certificate of Completion and digital badge from the University of Cambridge on completion
Duration of 24 hours
Learners are encouraged to engage regularly with the course materials at a pace that suits them.
About the course
Generative AI is rapidly reshaping how organisations operate, compete and make decisions. Across industries, professionals are under growing pressure to understand what generative AI can and cannot do, how it creates value and how to deploy it responsibly. Many organisations face uncertainty about where to start, how to manage risks and how to prepare for future developments in a fast‑moving technological landscape.
This fully asynchronous online course provides a structured introduction to generative AI in a business context. Through four focused modules, learners develop a clear understanding of key AI concepts, explore how generative AI creates measure value across organisational functions and critically examine the risks and ethical considerations involved in its adoption. The course also equips learners with tools and perspectives to evaluate emerging real world use cases and assess their relevance to specific organisational or industry contexts.
Through a combination of structured online activities and guided reflections, learners build practical, decision‑ready understanding they can apply immediately in their own context. Applied self‑assessments encourage learners to evaluate real‑world use cases, weigh benefits and risks, and make informed judgements about AI adoption.
Developed by academics from the University of Cambridge, the course reflects an evidence‑led, critical approach to emerging technologies, grounded in both academic research and real‑world organisational practice. By the end of the programme, learners will be equipped to engage confidently in conversations about generative AI, contribute meaningfully to organisational decision-making, and assess future AI developments with a strategic and responsible mindset that the AI-enabled workplace increasingly demands.
This introductory course provides a structured, evidence‑based exploration of generative AI in a business context. Across four asynchronous modules, learners will develop conceptual clarity around key AI technologies, examine how generative AI can add value across organisations and assess associated risks and considerations. The course concludes with a forward‑looking focus on future directions of AI, enabling learners to evaluate emerging developments and their implications for organisational strategy and decision‑making.
Module 1: Introduction to generative artificial intelligence
Module 2: How does generative AI add value to business?
Module 3: Managing risks and ethical considerations
Module 4: Future directions of AI
By the end of this course, you will be able to:
distinguish between generative AI, large language models (LLMs), machine learning, neural networks and other related concepts, and apply your understanding to identify context specific use cases within your organisation
evaluate the application of generative AI across specific business functions including benefits, value creation, challenges and decision making
identify, assess, and articulate ethical and reputational considerations that inform sound organisational judgement
critically evaluate merging AI developments and assess strategic relevance and opportunities for a specific organisation and/or industry.
On successful completion of the course, you'll receive a certificate from the University of Cambridge and a digital badge to display on your LinkedIn profile. These Cambridge credentials not only showcase your knowledge and expertise, but also demonstrate your commitment to professional development - helping to futureproof your career.
This course is ideal for final‑year students and early‑career professionals who want to develop an informed understanding of generative AI in a business or organisational context. It is particularly suited to those who are beginning to encounter AI in their studies or early roles and want to evaluate opportunities, understand risks and contribute confidently to workplace discussions about AI without requiring deep technical expertise. The course is relevant across sectors, with particular value for learners interested in industries where generative AI is already having a strong impact, including finance and banking, technology, healthcare, IT, retail, and media and entertainment.
This course is ideal for:
Final‑year university students preparing for the workplace: For students on the cusp of entering a workforce reshaped by AI, this course builds the practical understanding and informed perspective that graduate employers increasingly expect.
Early‑career professionals (0–5 years’ experience): For professionals who seek to understand the unprecedented impact of AI in entry-level roles this course provides the structured foundation to understand where it adds value, how it influences decision‑making and what responsible use looks like in real business contexts.
Graduates and junior team members: For those contributing to AI-enabled projects without a technical background, this course builds the critical thinking and awareness to assess opportunities, limitations and risks without requiring deep technical expertise.
Aspiring managers, consultants or entrepreneurs: For those building a future focused career, this course develops the strategic insight to understand how generative AI is reshaping organisations and industries, driving more informed career and business decisions.
Our flexible, online courses – delivered through a world‑leading learning platform – reflect the University of Cambridge experience and values, with academically rigorous standards .
Our online learning model is designed to help you advance your skills and specialise in emerging areas that address real‑world challenges. The courses draw on evidence‑based online learning principles and University of Cambridge academic expertise to create a focused and engaging learning experience.
Our courses are delivered through flexible, fully asynchronous modules, designed to fit around your studies, work and other commitments. You can progress at your own pace through engaging content, short activities, and reflections, all available online. Assessment requirements are clearly explained from the start, so you always know what’s expected and can approach your learning with confidence and focus.
Level of knowledge
A level of spoken and written English sufficient to allow you to participate and succeed in the course (we recommend that you have an English Language level equivalent to an IELTS score of 7, as outlined in section 5 of our Terms of Purchase).
Materials and equipment
No specialist software or IT equipment required.
Sufficient internet speed (2 Mbps up/down) for video streaming.
University of Cambridge course leads
This online course has been developed in partnership with experts from the University of Cambridge, guided by academic and professional expertise in how generative AI is shaping modern business and organisations.
Professor Per Ola Kristensson
Professor of Interactive Systems Engineering, Department of Engineering, University of CambridgePer Ola leads the Intelligent Interactive Systems Group at the Cambridge Engineering Design Centre. He is also a co-founder and co-director of the Centre for Human-Inspired Artificial Intelligence at the University of Cambridge.
Henry Ajder
Jesus College Intellectual Forum Senior Research AssociateHenry is a globally recognised advisor, broadcaster and speaker working at the frontier of the deepfake and generative AI revolution. Since 2018, his research has transformed global understanding of generative AI. Additionally, he is an AI advisor to organisations such as Adobe, EY, Meta and the UK Government.
Professor Jonathan M Cullen
Professor of Sustainable Engineering, Fellow of Fitzwilliam CollegeJonathan is Professor of Sustainable Engineering at the University of Cambridge. He leads the Resource Efficiency Collective (www.refficiency.org) and has a reputation for creating top-down studies of resource systems, bringing skills in developing new metrics to reflect both energy and emissions consequences of materials production.
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