Nimble Sci - Marketing Research for a Novel R&D Tool for Clinical Research
Project scope
Categories
Data analysis Market research Operations Project managementSkills
sample collection customer engagement marketing research market intelligence marketing marketing intelligence market research pharmaceuticals top secret-sensitive compartmented information (ts/sci clearance)Nimble Science has developed a novel ingestible capsule device for GI sample collection. The device allows exploration of the previously inaccessible areas deep in the gut. Nimble is interested to promote this device to customers from the pharmaceutical industry who could use this device for their clinical programs. The student will work with the customer engagement manager of the company to conduct an in-depth market research of the members of the pharmaceutical industry to understand their needs and get ready to reach out to them to introduce the product.
KEY PROJECT ACTIVITIES:
- Conducting market research on companies emerging in the human microbiome markets
- Reading marketing reports and white papers to identify the emerging companies, labs and institutes and their R&D activites
- Making entries into Nimble's market intelligence database using our template
FINAL PROJECT DELIVERABLES:
- Marketing intelligence report prepared and submitted to the Customer Creation Manager
The student will be meeting with CEO/Customer Engagement Manager on weekly basis (min 1 hour / week) to plan the project and solve problems along the road.
About the company
Nimble Science is a health technology company delivering precision GI datasets leveraging the SIMBA GI Platform, an advanced capsule sampling technology that collects endoscopic quality intestinal liquid biopsies directly from the small intestine.
Provided as a home kit, the platform enables diverse multi-omic data extraction (microbiome, metabolome, proteome etc.) synchronous with drug and/or food product ingestion. The Nimble GI Analytics Platform processes this data, leveraging AI and ML tools to extract spatially associated information from traditionally inaccessible GI regions.
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