Sean Gilley
About Sean Gilley
Sean Gilley is a Lead Solutions Architect specializing in Data and Applied AI at Searce Inc. He has extensive experience in digital engineering, agile methodologies, and IoT development, with a career spanning various roles in multiple companies since 2009.
Current Role at Searce
Sean Gilley serves as the Lead Solutions Architect for Data & Applied AI at Searce Inc. He has been in this position since 2023, working in a hybrid capacity in London, England. In this role, he focuses on leveraging data and applied artificial intelligence to develop innovative solutions for clients.
Previous Experience
Prior to his current role, Sean Gilley held several positions in various organizations. He worked at Waymark Tech as Interim CTO for six months in 2021 and served as Lead Engineer from 2018 to 2021. He also worked at CTS as Data Engineering Lead from 2021 to 2023, and at Atkins in multiple roles, including Product Specialist, Communications Officer, Support Consultant, and Knowledge Management Consultant.
Education and Skills
Sean Gilley studied at Campion School and later achieved a qualification in Digital Media from Princes Trust in 2010. He possesses skills in digital engineering, agile delivery methodologies, and is proficient in programming languages such as Python, R, Django, and Flask. His expertise extends to developing proofs of concept and prototyping for hardware and software projects.
Entrepreneurial Ventures
In addition to his corporate roles, Sean Gilley is the founder of SEAN GILLEY LIMITED, a position he has held since 2014. This venture allows him to explore various projects and initiatives in the technology sector, further enhancing his professional portfolio.
Technical Expertise
Sean Gilley has extensive experience in IoT development and knowledge management. He is knowledgeable in cloud platforms, including Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure. His background in digital engineering and agile methodologies supports his ability to deliver effective solutions in complex environments.