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This position is based out of Click’s headquarters in Tribeca, NYC, with a hybrid working model that consists of at least 3 days in office each week.
This information is not specified in the job description.
The role requires skills in leading product conceptualization, defining requirements and roadmaps, gathering insights from partners and stakeholders, and collaborating with clinicians, scientists, product designers, software engineers, and commercial leaders.
Click Therapeutics fosters an inclusive, diverse workforce of innovators, clinicians, scientists, researchers, designers, technologists, engineers and more, united in a common mission to provide patients access to safe and effective prescription digital therapeutics, and is consistently named a best place to work.
A strong candidate is adept at identifying opportunities, understanding partner needs, translating them into engaging product concepts, leading conceptualization and roadmapping, and collaborating across scientific, business, and engineering teams in digital health.
Develops software as prescription medical treatments
Click Therapeutics develops software applications that function as prescription medical treatments for patients with various health conditions. These digital therapeutics are designed to change cognitive and neurobehavioral mechanisms related to diseases, and they are tested through rigorous randomized controlled trials to ensure safety and effectiveness. After validation, the company seeks FDA clearance to market these applications as class II medical devices. Unlike traditional pharmaceuticals, Click Therapeutics' products are prescribed by physicians and reimbursed by payers, allowing for a unique revenue model. A notable collaboration with Boehringer Ingelheim aims to create a digital therapeutic for schizophrenia, highlighting the potential of this approach in healthcare. The goal of Click Therapeutics is to provide effective digital solutions for patients with unmet medical needs, continuously improving their applications using real-world evidence.