Leadership for Scipreneurs
Transitioning from scientist to startup founder means moving from expert to leader; your habits, communication and decisions shape the company's culture.
Read moreTransitioning from scientist to startup founder means moving from expert to leader; your habits, communication and decisions shape the company's culture.
Read moreInvestors and founders eventually need to realise the value they’ve created; plan early by understanding acquisitions, IPOs, licensing and how to prepare the business for these exits.
Read moreOwnership in a startup can have a large impact in the future of the company, and should be discussed early
Read moreAn MVP is a Minimum Viable Prototype, the first step at validating your value proposition
Read moreTechniques to get the information you are after when you interview future customers
Read moreGrants provide non‑dilutive funding but are competitive and should be used to de‑risk early technical milestones rather than replace a business model; focus on building a sustainable company.
Read moreFor scientists turned entrepreneurs, pursuing a patent and publishing research require careful timing. Public disclosure before filing can invalidate novelty; work with your technology transfer office early to protect your IP while still publishing.
Read moreStartup teams have finite resources, so deciding whether to build capabilities internally or outsource them is crucial. Developing in-house offers control and rapid iteration; outsourcing gives access to expertise and resources but may slow learning.
Read moreAcademic founders remain at universities and provide continuity, resources, and credibility while leaving day-to-day operations to full-time founders. They should receive limited equity and have clear agreements with the company and university.
Read moreHiring for a startup is a very challenging process. You need to think both short and mid-term to ensure candidates deliver the most value for what you need over time.
Read moreUnderstanding the three main aspects of a product. Design, engineering and communication
Read moreDefining value and delivering it to customers is the first step of creating a business.
Read moreEmbracing different motivations and being aware of them keeps the founding team together.
Read moreOnly through interactions with potential customers you will learn the true value of your solutions
Read moreOnly through interactions with potential customers you will learn the true value of your solutions
Read moreAt the beginning you need builders. Once the startup grows you will be able to decide if you need an external CEO to lead the company.
Read moreA structured competitive landscape analysis turns competitor discovery into insight and helps identify unique opportunities.
Read moreMost academic spin-outs commercialise intellectual property owned by their university. A licence grants rights while ownership remains with the university; an assignment transfers ownership. Fair terms preserve incentives and investor appeal.
Read morePeople rarely buy a scientific product the first time they hear about it. Distinguishing customer awareness stages—unaware, problem-aware, solution-aware and product-aware—helps you tailor your message and move prospects along the journey.
Read moreProspects rarely buy after one interaction; it often takes five to seven touches across channels to build trust and prompt action.
Read moreDigital marketing is essential for science start-ups; build a strong website, nurture an email list, engage on social platforms, and use SEO and targeted ads to reach your audience.
Read moreCulture is the shared values and behaviours that guide how people work together; intentional culture building helps recruit and retain talent and prevents toxicity
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