Mô tả công việc
Hex Snap is a MarTech company founded by a team with extensive experience in SEO, SaaS, and Generative AI.
We operate as an Incubator/Accelerator, investing resources into researching PoC/Prototypes and scaling them into startup models across our core verticals:
Growth Agency: Driving revenue growth for clients across diverse industries.
Workflow Automation: Leveraging Low- code/No- code solutions to optimize productivity.
GEO: Researching & building Domain Authority Site clusters.
Generative AI: Developing and fine- tuning core AI for MarTech services.
With this mission, Hex Snap provides an open environment for young professionals—SEO specialists, developers, UX/UI designers, product owners—who aspire to become full- stack marketers or research engineers. Here, you gain access to resources, experimental space, and mentoring to transform market trends into real B2C solutions.
Hex Snap is built on the Hexagon Culture: diversity – multidimensionality – synergy. Each member is a unique “edge” with their own expertise, coming together to embody the principle that “the whole is greater than the sum of its parts.”
ABOUT THE JOB
The Fullstack Research Engineer is responsible for designing and developing AI/MarTech applications across both front- end and back- end, while actively contributing to research and experimentation of new technologies. The role combines full stack engineering skills, AI framework knowledge, and R&D mindset to transform prototypes into production- ready products with a focus on performance, security, and scalability..
KEY RESPONSIBILITIES
Deliver clean, maintainable, and well- documented code across the full stack.
Collaborate with R&D teams in prototyping and productizing new AI/MarTech technologies.
Develop fullstack applications (front- end & back- end) to support AI/MarTech solutions.
Implement CI/CD pipelines and automated testing for continuous delivery. (preferred)
Experiment with algorithms, enhance system performance, scalability, and security.
Design and optimize data pipelines, API integrations, and microservices for scalable workflows.