
Introduction to the course goals and key topics.
Helpful strategies for completing the course successfully.
Basics of BPM, its relevance in organizations, and foundational concepts.
Understanding the phases: design, model, implement, monitor, and optimize.
Key artifacts in BPM (flowcharts, models) and metrics for measuring success.
Common limitations and how AI addresses these challenges.
Exploring popular tools and their AI-powered features.
Demonstrating AI-enhanced flowcharting and ideation tools.
How AI facilitates automation and streamlines workflow design. Showcase how ChatGPT can suggest automation ideas and implement them using Power Automate to streamline workflows.
Walkthrough of an AI-based BPM tool applied to a simple process.
Overview of methodologies for continuous improvement.
Enhancing methodologies such as TQM, Six Sigma and Lean using AI tools and insights.
Using AI to track key performance indicators (KPIs).
Example of applying AI for continuous improvement in a real-world scenario.
How to evaluate processes for automation readiness.
Step-by-step application of BPM and AI to a manufacturing process.
Solving a supply chain challenge using BPM and AI tools.
Emerging trends and preparing for the next wave of AI advancements. Walkthrough of the page - TechTarget
By the end of this section, you'll understand Mermaid’s purpose, create process diagrams using text-based syntax, and collaborate efficiently through version-controlled workflows.
By the end of this section, you'll create a Mermaid sequence diagram using AI, model real-world workflows, and apply text-based visualization to streamline and automate process design.
By the end of this section, you'll understand how to use N8n to automate business workflows, connect multiple systems, and design AI-driven processes for greater efficiency and impact.
By the end of this section, you'll understand how to use N8n to design and automate workflows, integrate multiple systems, and build AI-driven processes like vendor due diligence for efficiency.
By the end of this section, you'll build a full AI-driven vendor due diligence workflow in N8n, integrate Gemini and Google Sheets, and automate risk analysis from data collection to reporting.
By the end of this section, you'll understand how Zapier automates workflows, connect multiple apps with triggers and actions, and build an AI-powered résumé screening process step by step.
Set up a Resume Screening Workflow in Zapier and populate Airtable.
By the end of this section, you'll build a complete AI-powered résumé screening workflow in Zapier, connecting Google Forms and Airtable to automate evaluation, data entry, and insights.
Recap of course and final thoughts
Introduction to the course structure, objectives, and key takeaways.
High-level introduction to Generative AI and its applications.
Overview of global sustainability issues and how AI can provide solutions.
Overview of AI vs. Gen AI, key capabilities, and examples (e.g., ChatGPT).
Covers creativity, personalization, cost efficiency, and accessibility.
Definition, three pillars (Environmental, Social, Economic), and relevance to AI.
Key sustainability goals (e.g., SDG 12, 13, 10) and regulatory trends.
AI enhances ESG tracking, compliance, and scenario modelling for sustainability planning.
Chat with Max on:
1. His background, experience, and what he does (1-2 mins)
2. His demo of Responsible Capital (5 mins)
3. His observations and insights in open-source tech for sustainability (3-5 mins)
Chat with Max on:
1. His background, experience, and what he does (1-2 mins)
2. His demo of Responsible Capital (5 mins)
3. His observations and insights in open-source tech for sustainability (3-5 mins)
Chat with Max on:
1. His background, experience, and what he does (1-2 mins)
2. His demo of Responsible Capital (5 mins)
3. His observations and insights in open-source tech for sustainability (3-5 mins)
AI supports strategy development for decarbonization (e.g., supply chain) and the shift toward circular business models.
AI-powered sustainable product design and waste reduction efforts through life cycle assessment.
The Digital Transformation Leader Specialization is structured to equip professionals with the strategic insight and execution capabilities required to lead enterprise-wide transformation in an AI-driven economy.
As organizations confront rapid technological disruption, shifting customer expectations, and global competitive pressures, digital transformation of business has become a board-level priority. However, sustainable transformation requires more than isolated technology adoption. It demands a cohesive digital transformation strategy, a clearly defined digital transformation roadmap, and disciplined execution across processes, technology, talent, and governance.
This specialization provides a comprehensive framework for leading enterprise digital transformation with a strong emphasis on AI-powered digital transformation. Participants will learn how to integrate artificial intelligence into operational models, redesign business processes, and enable scalable innovation across the organization.
The program is structured around four strategic pillars:
Strategic Alignment
Participants develop a clear understanding of what digital transformation really means in a modern enterprise context. The course examines global digital transformation trends, competitive dynamics, and the strategic imperatives driving digital business transformation. Learners will define transformation priorities and align initiatives with measurable enterprise outcomes.
AI-Driven Digital Transformation
A core focus of the program is the role of AI in digital transformation. Participants explore applied AI for business, Generative AI use cases, and AI-driven digital transformation models that enhance decision-making, automate workflows, and improve operational efficiency. Emphasis is placed on responsible AI adoption, governance frameworks, and measurable value realization.
Digital Process and Technology Enablement
The course addresses digital transformation of business processes, digital process transformation methodologies, and the integration of digital transformation technologies. Participants learn how to modernize legacy workflows, deploy automation solutions, leverage digital transformation analytics, and implement scalable digital business transformation solutions across core functions such as operations, finance, and customer engagement.
Leadership, Change, and Organizational Capability
Successful transformation depends on leadership execution. This specialization develops the competencies required to enable digital transformation at scale—stakeholder alignment, cross-functional collaboration, structured change management, and sustainable innovation governance. Participants gain practical tools to manage transformation complexity while maintaining organizational stability and performance.
Throughout the program, learners engage with applied case studies and structured projects that translate theory into actionable frameworks. Each module builds toward a portfolio of transformation artifacts, including process models, automation workflows, and strategic frameworks that can be directly implemented in the workplace.
Ideal for those who are looking for:
What does digital transformation really mean in practice?
Why is digital transformation important for long-term growth?
How can AI accelerate digital transformation for businesses?
By completion, participants will be prepared to lead AI-driven digital transformation initiatives with strategic clarity and operational discipline. They will understand why digital transformation is important for long-term competitiveness and how to operationalize digital transformation technologies in a way that delivers measurable business value.