¿Cuáles son los pasos clave para planificar y diseñar un proyecto de investigación primaria?

In my view, one of the first aspects would be defining the research problem as clearly and as detailed as possible through data primary sources and extant literature which strengthens the research arguments. Applying the design thinking eases the problem definition. Then, identify the research paradigms (positivist / interpritivist/ post modernist/ pragmatist etc), aim, research questions, objectives, appropriate research methods (quantitative/ qualitative &Mixed methods), data collection, analysis, findings, theoretical contribution & practical contribution. Over and above, the theoretical lens (systems thinking, socio technical systems theory, etc) would be like a beacon to guide the researcher during their research endeavor.

The foundation of primary research lies in a clearly defined problem. Identify the issue you want to address, outlining its scope, context, and significance. Formulate a specific, relevant, and feasible research question or hypothesis to guide your investigation. Originality is key, ensuring your work breaks new ground. This well-defined problem will steer your choice of research design and methods, ultimately leading to a focused and impactful study.

Depending on the subject one is considering researching, I would suggest reviewing at least a taste of the existing literature first. It doesn't have to be an exhaustive review. But having an idea of what has already been written - and what has not - will be an enormous help in defining one's research question. This is certainly true if one is trying to research something that has not been researched before. However, it is equally true if one is trying to replicate someone else's previous research on a topic (such as replicating a sociology study).

Before diving into primary research, a thorough literature review is essential. Systematically search and evaluate existing studies, theories, and frameworks relevant to your problem. Assess their quality, reliability, and validity. This review helps identify knowledge gaps, limitations, and opportunities for your own research. Furthermore, it provides justification and support for your chosen design and methods, ensuring your study builds upon existing knowledge.

Before starting a new research project, it's important to look at what others have already studied in that area. This is called reviewing existing literature. By doing this, researchers can understand what's already known, find out what still needs to be explored, and make their own research goals more clear. It's like reading a map before going on a journey, it helps plan the route and ensures the research will contribute something valuable. This step helps shape specific questions or ideas for the study, providing a roadmap for the rest of the research process.

What a lot of people, especially students at the undergraduate and master's levels, is the wealth of literature that is already out there on many topics. This literature can be used to help refine one's research question as well as to generate ideas on how to attack a topic, whether one is merely looking to fill a gap in the existing literature or is looking to think outside the box (as it were) and attack the topic in a whole new manner.

After defining your problem, select the research design that best aligns with your goals. This blueprint guides data collection and analysis. There are three main categories: exploratory, descriptive, and explanatory. Exploratory designs delve into new topics, descriptive designs provide detailed snapshots, and explanatory designs aim to establish cause-and-effect relationships. Consider the level of detail, complexity, and causality you seek to achieve with your primary research to choose the most fitting design.

When deciding on your research design, think of it like choosing the best way to investigate your questions. There are different types of designs, such as experiments, observations, or surveys. Your choice depends on what you want to find out and how you want to find it. If you're testing something specific, an experiment might be the way to go. If you're observing behaviors in a natural setting, an observational design could be better. Surveys are great for collecting opinions. It's like picking the right tool for the job, you want to use the one that fits your research goals and helps you get the answers you're looking for. This decision sets the stage for how you'll gather and analyze your data later on.

Once you've figured out your research design, it's time to pick how you're going to collect information, this is called choosing your research methods. It's like deciding if you'll ask people questions, watch what they do, or maybe even try something out to see what happens. Each method is like a different tool for understanding your topic. For example, surveys are like asking a lot of people for their thoughts, while interviews are like having one-on-one conversations. Picking the right method helps you gather the details you need to answer your research questions and puts you on the path to finding out new and interesting things.

Having chosen your design, select the research methods that best suit your data collection and analysis needs. The two main categories are quantitative and qualitative. Quantitative methods focus on numerical data and statistical analysis, while qualitative methods delve into textual, visual, or audio data using interpretive techniques. For a richer and more valid analysis, consider a mixed-methods approach, combining both quantitative and qualitative methods. Remember, the key is to ensure the validity and reliability of your chosen methods.

Involves crafting the tools for data collection - your research instruments. These can be surveys, interviews, experiments, observations, case studies, or even questionnaires. Ensure their design is clear, accurate, and directly relevant to your research question or hypothesis. Consistency is key for reliable data. Don't forget to consider ethical implications like informed consent, confidentiality, and privacy. Depending on your methods, approval from relevant authorities or committees might be necessary.

This involves meticulous planning for data collection and analysis. This includes your sampling strategy, sample size, data sources, access protocols, and management strategies to ensure data quality. Choose appropriate techniques for analysis and interpretation, and plan for clear data presentation. Anticipate potential risks, limitations, and biases, devising strategies to minimize their impact. Finally, create a realistic timeline and budget, allocating sufficient resources and personnel for a successful data collection and analysis phase.