Spotlight
PAGE: https://alison.com/course/diploma-in-business-process-management-revised
PROMISE: Clarify system workflows to decide if SaaS integration reduces tool sprawl.
WHO: Ops leads or analysts evaluating SaaS consolidation
WHYNOW: Tool sprawl increases complexity requiring structured analysis
DESC: Learn about the business process model, business intelligence and knowledge management systems, systems analysis, systems design, and systems implementation.
BEFORE: Buying point solutions without seeing how they connect
BEFORE: Lacking a framework to evaluate workflow efficiency
BEFORE: Uncertain about long-term maintenance of integrated tools
AFTER: Mapping data flows to justify or reject SaaS consolidation
AFTER: Applying process engineering to streamline operations
AFTER: Planning maintenance cycles for unified systems
GAIN: Ability to draw data flow diagrams for tool integration
GAIN: Understanding of business process engineering for automation
GAIN: Clarity on structured systems analysis and maintenance
STEP: Struggling to map how disconnected SaaS tools pass data between teams. || Discuss entity-relationship diagrams, data flow diagrams and systems flowcharts || Visualize data movement between tools to identify gaps before buying more software.
STEP: Unclear which business steps should be automated in a unified platform. || Explain the activity known as "business process engineering" || Design efficient processes that determine if centralizing tools improves speed or cost.
STEP: Worrying that integrating systems creates maintenance overhead later. || Define the term "structured systems analysis" and "system maintenance" || Plan long-term upkeep for integrated systems to avoid post-launch technical debt.
NOTFOR: Those seeking immediate implementation of specific SaaS platforms
NOTFOR: Beginners needing basic computer literacy before systems theory
FACT: Average duration: 10-15 Hours (Contains Video)
FACT: CPD-accredited certificate available
FACT: Intermediate level
COVERS: After completing this course, you will be able to:
COVERS: Explain the elements in the study of information systems
COVERS: Describe the system output flow and users
COVERS: Identify the difference between data and information
COVERS: Discuss entity-relationship diagrams, data flow diagrams and systems flowcharts
COVERS: Describe the three-step process known as "decision-making"
COVERS: Describe the functions of neural networks
COVERS: Explain what is meant by "groupware systems"
COVERS: List the different meanings of systems development life cycle
COVERS: Explain the activity known as "business process engineering"
COVERS: Describe a system survey and outline its goals
COVERS: Define the term "structured systems analysis" and "system maintenance"
MODULE: What is An Information System? || The Information System | Elements in the Study of Information Systems
MODULE: Logical Components Of A Business Process || Business Process | Logical Components of a Business Process | Output Flow and Users
MODULE: Management Uses of Information || Management Uses of Information | Overall Information Quality
MODULE: Reading Data Flow Diagrams || Physical Data Flow Diagrams | Logical Data Flow Diagrams
MODULE: Reading System Flowcharts || What is a System Flowchart? | Common Systems Flowcharting Routines | System Flowcharting Guidelines
MODULE: Reading Entity-Relationship Diagrams || Entity-Relationship Diagrams
MODULE: Information Tools and Decision Making || Management Decision Making | Business Intelligence Systems, OLAP, and Group Support Systems | Artificial Intelligence
MODULE: Knowledge Management || Gathering and Storing Knowledge | Creating A Knowledge Culture
What you are probably seeing
You spend more time logging into five different apps than you do on actual work tasks. Your team switches context between project management, chat, and spreadsheets, losing momentum with every login.
Revenue or project data is scattered across separate tools, so you manually compile reports because the platforms do not talk to each other. This creates gaps in visibility and forces you to act on outdated information.
Why it happens
Each tool was likely adopted to solve a specific pain point in isolation, leading to a fragmented stack where integrations are poor or nonexistent. The convenience of individual apps creates silos that make data flow difficult.
The cognitive load of remembering different interfaces and workflows distracts the team from core objectives. Without a single source of truth, decision making slows down as you verify facts across multiple disconnected systems.
What changed recently
Step by step
1. Audit your current tools and identify where data gets stuck or requires manual copy-pasting between systems.
2. Map the core workflows of your team to see if a unified platform supports your specific process without forcing you to change how you work.
3. Start with one central hub for communication and documentation before moving other functions into the same environment.
4. Establish a clear data migration plan that ensures all historical records are accessible in the new system before retiring old apps.
5. Set a one-week trial period where the team uses only the unified platform to measure the actual time saved versus the setup effort required.
Ways to go further
Start here: Diploma in Business Process Management Open the free course on Alison ↗
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