Quantitative Design
When you are planning on a study, you always want to ensure that the evidence obtained enables you to address the research problem effectively, logically, and as unambiguously as possible. If you begin the investigation too early, without thinking critically about what information is required, the overall problem may not be adequately addressed and the validity of the study will be undermined. Research design integrates all elements needed for the study to maximize validity and balance feasibility prior to beginning the data collection. Our quantitative design planning includes descriptive and experimental designs to provide you a blueprint for the collection, measurement, and analysis of data.
Analysis Plan
What is it? The analysis plan is the ultimate demonstration of a well-formulated proposal and the starting point for running the analysis – essentially being a roadmap for how you will organize and analyze your data. It ensures that the analysis undertaken is conducted in a targeted manner. An analysis plan is composed of two elements. The first describes and summarizes the data in descriptive statistics – often using figures, tables, and statistics. The other identifies relevant statistical analysis procedures. As you develop an analysis plan for your research, you could ask yourself three questions:
- What is my research question?
- What is my research design?
- What is the level of measurement?
In addition to the analytic strategies you plan to use, don’t forget to include data preparation steps, such as strategies of examining data errors, checking missing data, and assumption tests. Developing an analysis plan is something we do very well; let us help you.
How can we help you?
- Develop and write data preparation procedures
- Develop and write data analysis plan
- Select alternative analysis plan
- Organize analysis plan with research questions and designs
- Refine analysis plan based on validated data
- Select appropriate software
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Read MoreFAQ About Analysis Planning
Existing reviews and studies give access to best practices, market research information and infrastructure developments with limited cost in resources and time. It is incredibly valuable to understand which reviews/studies will be profitable and applicable to portions of your operations.
Combining offline and online data collection is normally straightforward provided that the collection mechanisms are compatible. Data is often collected in a CSV or other standard formatting procedure that can be exported to Excel or another software packaging system that can be cleaned and analyzed.
Predictive analytics and machine learning take information that is readily available to you and make predictions about future events based upon your data, existing theories, algorithms, and probability. These approaches may help identify future opportunities and threats in ways that allow you to have as much control and time to react to imporant events as possible.
Good research design is well balanced, usually incorporates a mixed method approach combining quantitative and qualitative processes and is fully informed by known assumptions and limitations given constraints, targeted outcomes, and informed input by requisite stakeholders.
Data processes benefit from a multidisciplinarian approach across qualitative and quantitative skillsets. Assessing the research design, data collection, data cleaning, analysis, results and reporting steps are all important components of robust data processes. Sometimes a fresh perspective or third party consultant or coach can help shore up potential weaknesses in process.
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