A project-based course works differently from a course where you read everything, memorize it, and then take a test. At City Vision, the goal is to use what you learn to build something. The readings, lectures, discussions, and project instructions all have a role in that process.
That can feel confusing at first. A module might include action research, a business model, mind mapping, questions, and literature review tools. Why are all those topics together? The answer becomes much clearer when you look at the project they are meant to help you complete.
Our courses follow a principle called reverse design: begin with the end in mind. Rather than starting at the top of the study materials and hoping their purpose becomes obvious, start by finding out what you are building.
Key Takeaways
- Start with the project instructions so the study materials have a clear purpose.
- Use resources while building project sections, not only before beginning the work.
- Treat discussions as opportunities to test ideas and improve an early prototype.
- Advanced projects require you to adapt research and course tools to your own context.
Table of Contents
- Start with the project, then connect the pieces
- Study while you work, not weeks before you work
- A doctoral project example: brainstorming and domain mapping
- Expect to do some learning beyond the supplied materials
- Think of your program as a Lego city
- A practical routine for your next module
Start with the project, then connect the pieces
When you open a new lesson or module, I recommend putting two or three browser windows side by side. Keep the following within easy reach:
- The project instructions and template: These show what you are expected to produce.
- The study content: In some courses, this is labeled “Read and Watch.” These materials give you concepts and tools for the work.
- The discussion forums: These let you try out ideas, share an early piece of your work, and learn from other students.
Look at the project first. What problem are you being asked to address? What sections or components must you create? Then look through the study content and discussions with a more useful question in mind: How will each of these help me do the project?
Think of the instructions as a blueprint and the study content as tools and supplies. A blueprint tells you what needs to be built. The supplies make building possible. The core lecture helps you understand how the parts fit together, so make time for it before you get too far into the work.
Discussions have a different purpose. In educational terms, they support formative and social learning. You can develop a prototype of one part of your project, get ideas from the work others share, and improve your own approach. The completed project is where those pieces come together.
Study while you work, not weeks before you work
Imagine trying to fix a car engine. You probably would not spend a week studying every video about engines and only then begin taking yours apart. You would consult the relevant guidance while working on the part in front of you. Learning to ride a bike is similar: you need to get on the bike.
Project-based learning asks you to do that kind of active work. Review enough material to understand the task and how its parts connect. Then, as you draft a discussion response or build a project section, return to the material that helps with that specific step.
A long gap between studying and doing makes the connection harder to see. Keeping the instructions and resources open together makes it easier to answer questions as they arise: What is this idea for? Where does this tool belong? How does it change what I am making?
Ideally, the content is there because you need it. It should not feel like assembling furniture and discovering a pile of unexplained screws afterward. But that does not mean every connection will be spelled out. Figuring out how to use the tools is part of the learning. If we made every decision for you, you would miss the opportunity to develop that judgment yourself.
A doctoral project example: brainstorming and domain mapping
Here is what this approach looks like in a doctoral module. Its study materials cover action research, the lean startup model, change management, online and AI tools for literature review, thinking through questions, ideation, mind mapping, and domain mapping.
As a list, that can look like a grab bag of unrelated topics. But the project is about research project brainstorming and domain mapping. You are trying to understand the landscape of what you might pursue in your doctoral program. Once you know that goal, the resources begin to make sense.
The project asks you to frame a problem and consider your goals. It then calls for tools such as mind mapping and framing questions. Now you can return to the study content with a purpose. The mind mapping material helps you work on the mind mapping section; the material on thinking through questions supports your framing questions.
For a section like mind mapping, the practical sequence is straightforward: read that section of the project instructions, review the relevant resource, and start making your map. Return to the instructions as you work. Do not treat the resource as something you must finish and set aside before beginning.
The core lecture is especially important here. It explains why these different topics belong in the same module. Without that connecting framework, it is easy to mistake a deliberately assembled set of tools for a random list of assignments.
Why the discussions come before the final project
In this example, the discussions give you a place to develop an early version of part of your project. You are not simply posting something separate from the “real” work. You are testing an idea that can become stronger before it reaches the final project.
Other students are doing the same thing. Seeing their approaches may reveal possibilities you had not considered, while sharing yours helps you identify what needs more work. Your final project can carry forward much of what you developed in a discussion. What matters is that you refine it rather than submit an unchanged prototype.
How the action research cycle fits the assignment
The project also uses an action research cycle: plan, act, observe, reflect, and revise the plan. The early project items involve planning what you think your research direction might be. Then you act by conducting a rapid literature review, using traditional online research and an AI-assisted rapid review.
That research should affect your thinking. After you examine what you found, you observe and reflect on how it relates to your initial ideas. A later instruction asks you to revise the earlier project items. In other words, your first attempt is not supposed to be your final answer. The point is to let research improve the plan.
This is one reason to look at the whole project before starting item one. If you know a revision is coming, you can approach your first draft as a working proposal rather than something you must defend at all costs.
Expect to do some learning beyond the supplied materials
Nearly everyone will need to learn something additional to complete a project. That is particularly true in doctoral work. The materials we provide may introduce a general method, but your research question and context will require you to customize how you use it.
Search engines, additional research, and AI tools can help you find and work with material relevant to your project. In the doctoral example, they support the rapid literature review. They are not a substitute for deciding what your problem is, making connections among ideas, or revising your work in light of what you learn.
The course gives you a starting set of supplies. If you limit yourself to only those supplies, you may struggle to make something that fits your situation or offers a genuinely useful contribution. The challenge is to bring in what you need and use it thoughtfully.
Think of your program as a Lego city
A Lego city offers a useful way to picture the relationship between a program, its courses, and its projects. The entire program is the city. A course is one section of it, perhaps an area with houses, roads, and cars. An individual project is a smaller part of that section.
The study content is a set of bricks. It gives you pieces you can build with, but there may be many possible houses you could make. The project instructions tell you what belongs in a particular area without necessarily specifying the location of every brick.
The core lectures are the base plates. They establish how the pieces connect. You might also think of them as the city’s zoning rules: they help you understand what you are building and how one part relates to another. Skip that foundation, and you may build something elaborate that does not fit the purpose of the course.
Discussions are where you share early prototypes. Perhaps you build one house, then see how other students approached theirs. Their choices give you ideas for improving your design. You can bring substantial work from that prototype into your project, but if the final house is identical, you have passed up a chance to iterate.
The instructions change as you advance
The amount of direction changes by educational level. An undergraduate project may come fairly close to a Lego kit with detailed instructions. A master’s project offers some instructions while asking you to make more decisions. A doctoral project expects much more independent creation.
In doctoral study, the goal is not just to follow instructions for building a city. It is to become the kind of builder who could design a city for a particular context and explain the design well enough that others could use the approach. Your project should fit the community, organization, or problem you are actually working with, not a generic model that looks the same everywhere.
Research and AI tools are like additional brick sets. They give you more possibilities than the original box contains. Still, having more bricks is not the same as knowing what to build. That judgment grows as you practice choosing, testing, reflecting, and revising.
A practical routine for your next module
When you begin your next project-based course module, use this routine:
- Open the project instructions first. Identify the final product, its main components, and any steps that ask you to revisit earlier work.
- Review the core lecture early. Use it to understand the framework connecting the project and the study materials.
- Keep the resources beside the work. Use separate browser windows so you can move between instructions, content, and your draft.
- Match each resource to a task. Ask which project section or discussion it will help you complete.
- Build an early version. Use discussions to develop and share a component rather than waiting for a perfect final answer.
- Learn what your context requires. Draw on additional research and tools when the supplied materials are too general for your particular project.
- Revise deliberately. Let feedback, other approaches, and your own research change what you initially made.
Some parts will be difficult. That does not necessarily mean you have missed an instruction. Often, the difficult part is where you are learning to connect a concept with a real decision. Keep returning to the blueprint, use the supplies, and make the next workable piece.
Your first projects may look more like modest houses than skyscrapers. That is fine. Each course gives you another opportunity to build with more understanding and greater independence. By the time you reach a doctoral project, the aim is to create work that fits your context, reflects your own judgment, and is something you can be proud of.