Measure twice. Cut once.
Research is 90% planning and 10% execution. Designing your survey or experiment correctly before data collection is perhaps the most important part of the research process. The old saying “measure twice, cut once” applies to research as well. You’ll want to make sure your procedure, measures, population, and analysis plan are all set before it’s too late.
Our ability to help you succeed as a researcher begins with the very first step of the research project: conceptualizing your research question and the ultimate question you want to answer. We can help you sift through what’s known about your topic to create something novel and compelling around the topic or idea you’d like to own as a researcher. Once we’ve helped you identify your niche, we can help you craft the methodology for your particular project, be it a survey, an experiment, or archival research piece. We offer comprehensive assistance to graduate students and researchers – from square one and onward.
Most of the consultants at DataFox have backgrounds in psychology — and nobody builds a survey like a psychologist. We are adept at making powerful surveys that can speak to your research question. Many of our clients have a good idea of what they want to study, but need help creating the survey that will create the data that speaks to their question. We’ll work with you to create a survey that fits your needs by discussing the research questions you have in mind and helping you with all aspects of the survey creation process. This includes:
Experimental design is the heart of research. Once you have a solid perspective on what you’re trying to study or show, the next step is to choose the best available experimental design for your particular project or study. This is done by considering your specific hypothesis and population of interest. We design powerful experiments by soundly establishing validity – making sure your study accurately captures what it’s intended to capture. This is done by building experiments that are valid at their core. We do this by: