Operations & Supply Chain

Blockchain for Supply Chain Management

This course explores the integration of blockchain technology in supply chain management, focusing on enhancing transparency, traceability, and efficiency. Participants will engage with real-world scenarios to develop practical skills in implementing blockchain solutions tailored to supply chain challenges.

5 days Classroom or live online English

Smart Horizon Certified - Global Leadership Consultants

Take the course details with you.

Download the full standard outline: why attend, methodology, objectives, audience, competencies, the daily outline and current plans.

Download course PDF

Why attend

From knowledge to real-world impact.

Supply chain professionals face increasing pressure to improve transparency and traceability in their operations. Traditional systems often lack the necessary visibility, leading to inefficiencies, fraud, and increased costs. Understanding how blockchain can address these issues is crucial for maintaining competitiveness and meeting regulatory demands. This course will equip participants with the skills to assess their current supply chain processes, identify inefficiencies, and design blockchain solutions that enhance data integrity, streamline operations, and foster collaboration among stakeholders. By mastering these capabilities, participants can drive innovation and ensure compliance in their supply chains, ultimately improving customer satisfaction and loyalty.

Participants will gain hands-on experience in evaluating supply chain challenges and designing blockchain applications that meet specific organisational needs. They will engage in practical exercises that simulate real-world scenarios, allowing them to apply blockchain principles effectively. By the end of the course, attendees will be capable of constructing implementation plans, justifying technology choices, and communicating complex concepts to both technical and non-technical stakeholders. This comprehensive approach ensures that participants leave with actionable insights and the confidence to lead blockchain initiatives within their organisations, making informed decisions that enhance operational efficiency and strategic alignment.

Workplace challenges

Professional Problems This Course Is Designed to Solve

The programme explores practical approaches to the following challenges. Results depend on how the learning is applied in your organisation.

Difficulty translating subject knowledge into practical workplace decisions.
Inconsistent approaches to the activities covered in the course outline.
Lack of a structured plan for applying and reviewing new skills.

Course methodology

How you will learn.

The course employs a blend of case studies, group discussions, and hands-on workshops to facilitate learning. Participants will engage in simulations that mimic real-world supply chain scenarios, allowing them to apply blockchain principles in practice. Each day includes collaborative activities where participants will work in teams to develop solutions, assess their designs, and present findings. Outputs will include project proposals, process maps, and implementation plans that demonstrate their understanding of blockchain applications in supply chain management. This practical approach ensures that participants not only learn theoretical concepts but also gain valuable experience in applying these concepts to real-world challenges, enhancing their professional capabilities.

Course objectives

What you'll take away.

By the end of this course, participants will be able to:

Analyse current supply chain challenges and inefficiencies related to data management.
Design a blockchain-based solution for enhancing traceability in a fictional supply chain scenario.
Evaluate the impact of blockchain on supply chain transparency and stakeholder trust.
Construct a prototype blockchain model to track product provenance from supplier to consumer.
Justify the selection of blockchain technology over traditional systems in specific supply chain contexts.
Assess the regulatory implications of implementing blockchain in supply chains across different jurisdictions.

Target audience

Who should attend.

This course is suitable for:

Supply Chain Managers: Responsible for overseeing supply chain operations and seeking innovative solutions.
Logistics Coordinators: Focused on improving the efficiency of logistics and transportation processes.
Procurement Specialists: Involved in sourcing and supplier management, needing to ensure transparency.
Operations Analysts: Tasked with analysing supply chain performance and identifying areas for improvement.

Target competencies

Capabilities you will build.

Participants will develop competencies in:

Evaluate supply chain processes for blockchain integration.
Design and prototype blockchain applications for supply chain use cases.
Assess the regulatory landscape affecting blockchain in supply chains.
Facilitate stakeholder engagement to promote blockchain adoption.
Implement data management strategies using blockchain technology.
Communicate technical blockchain concepts to non-technical stakeholders.

Course outline

Your learning journey.

A focused, practical outline with time to explore, apply and reflect.

Day 1Introduction to Blockchain Technology

Applied activity: Participants will analyse a case study of a company that implemented blockchain in its supply chain. They will identify key challenges the company faced and how blockchain addressed them, focusing on specific outcomes and lessons learned.

Output: A report summarising the case study analysis and key takeaways.

09:00–09:54Define blockchain and its core components relevant to supply chains.
09:54–10:48Explore the principles of decentralisation and immutability in blockchain.
10:48–11:00Discuss the differences between public and private blockchains and their implications.
11:00–11:30Coffee break
11:30–12:12Discuss the differences between public and private blockchains and their implications. (continued)
12:12–13:06Identify key blockchain platforms used in supply chain management.
13:06–14:00Examine case studies of blockchain applications in various industries.

Day 2Assessing Supply Chain Inefficiencies

Applied activity: In groups, participants will map out a fictional supply chain process, highlighting inefficiencies and areas for improvement. They will then present their findings, including suggested blockchain solutions to address these inefficiencies.

Output: A process map illustrating the current state and proposed improvements.

09:00–09:54Identify common inefficiencies in traditional supply chain systems and their impacts.
09:54–10:48Utilise process mapping to visualise supply chain workflows and bottlenecks.
10:48–11:00Conduct a SWOT analysis of existing supply chain processes to identify strengths and weaknesses.
11:00–11:30Coffee break
11:30–12:12Conduct a SWOT analysis of existing supply chain processes to identify strengths and weaknesses. (continued)
12:12–13:06Evaluate data integrity issues and their impact on supply chain performance.
13:06–14:00Discuss the role of technology in modernising supply chains and improving efficiency.

Day 3Designing Blockchain Solutions

Applied activity: Participants will work in teams to design a blockchain solution for a specific supply chain challenge, considering stakeholder needs and system architecture. They will present their designs to the class for feedback.

Output: A design document outlining the proposed blockchain solution.

09:00–09:54Explore the design principles of blockchain applications in supply chains and their benefits.
09:54–10:48Identify key stakeholders and their requirements for blockchain solutions in supply chains.
10:48–11:00Develop user stories to guide blockchain application design and functionality.
11:00–11:30Coffee break
11:30–12:12Develop user stories to guide blockchain application design and functionality. (continued)
12:12–13:06Create a high-level architecture for a blockchain solution tailored to specific needs.
13:06–14:00Discuss interoperability with existing supply chain systems and data sources.

Day 4Implementing Blockchain in Supply Chains

Applied activity: Participants will develop an implementation plan for their designed blockchain solution, including timelines, resources, and risk management strategies. They will present their plans to the class for critique and improvement suggestions.

Output: An implementation plan detailing the steps and considerations for deploying the blockchain solution.

09:00–09:54Discuss the steps for implementing blockchain technology in supply chains, from planning to execution.
09:54–10:48Explore the importance of change management in technology adoption and user training.
10:48–11:00Identify potential barriers to blockchain implementation and strategies to overcome them.
11:00–11:30Coffee break
11:30–12:12Identify potential barriers to blockchain implementation and strategies to overcome them. (continued)
12:12–13:06Evaluate pilot projects and scaling strategies for blockchain solutions in supply chains.
13:06–14:00Discuss best practices for data governance in blockchain applications and compliance.

Day 5Evaluating Impact and Future Trends

Applied activity: Participants will conduct a comprehensive evaluation of their blockchain solution's potential impact on a fictional supply chain, considering efficiency, transparency, and stakeholder trust. They will prepare a presentation summarising their findings.

Output: An evaluation report summarising the expected impact and success metrics.

09:00–09:54Assess the impact of blockchain on supply chain efficiency, transparency, and stakeholder trust.
09:54–10:48Explore future trends in blockchain technology and its potential applications in supply chain management.
10:48–11:00Discuss regulatory considerations and compliance challenges associated with blockchain adoption.
11:00–11:30Coffee break
11:30–12:12Discuss regulatory considerations and compliance challenges associated with blockchain adoption. (continued)
12:12–13:06Evaluate the role of emerging technologies alongside blockchain in enhancing supply chains.
13:06–14:00Identify metrics for measuring the success of blockchain implementations in real-world scenarios.

The timings provided are estimates and may vary depending on the number of participants and the discussions taking place during the sessions. They are indicative only and do not constitute a binding commitment.

Dates & venues

Find a session that works for you.

Confirmed dates accept registration requests. Tentative dates are enquiry only.

Good to know

A few things to know.

How is the course delivered?

Our classroom programmes combine facilitated discussion, case studies, exercises and reflection. The precise format will be confirmed before enrolment.

Can you deliver this programme for our team?

Yes, you can enquire about a tailored programme. Share your goals, group size and preferred dates with our learning team.

Will I receive a certificate?

Participants who complete the programme receive a Smart Horizon UK certificate of attendance. Smart Horizon UK programmes are not externally accredited and do not award a professional qualification, licence or designation. Where a course title or outline refers to a professional certification (for example, AACE International's Certified Cost Professional), the programme supports learning and preparation only; the credential itself is awarded solely by the relevant professional body under its own application and examination requirements.

What should I confirm before booking travel?

Please confirm the session, exact venue, accessibility arrangements, fees and any visa requirements with the team before arranging travel. Tentative dates are not confirmed sessions.

Keep exploring

Your next horizon awaits.

All courses

The full course agenda and dates are available above. Use the session links in Dates & venues to choose a session. Registration and quotation forms require JavaScript; you can also contact our learning team directly.