Mervyn Guest

Electronic Engineering Manager @Dna Electronics Dnae

Southampton, GB
MOBILE NUMBERS
+91 *********19

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WORK HISTORY

Jul 2017 — Present

Electronic Engineering Manager @Dna Electronics Dnae

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Project and line responsibility for a team of IC engineers designing a family of integrated circuits for Next Generation DNA Sequencing. This includes IC design, characterisation, development of electronic instrumentation and roll out to the wider development teams.• Developing and growing the in-house electronic engineering team through hands-on management, coaching and recruitment.• Managing relationships and projects with external development partners; foundry, packaging, wafer test, IP and design tool companies.• Responsible for setting up and running the technical aspects of the supply chain.

EDUCATION

1983 — 1987

University of Limerick

B.Eng, Electronics

SKILLS

Power ElectronicsSemiconductorsLeadershipHardware DesignManagementElectronicsTeam LeadershipMicrosoft ProjectTeam ManagementMs ProjectProject ImplementationProduct ManagementCross-Functional Team LeadershipEmbedded SoftwareIntegrationProgram ManagementTestingProject ManagementSoftware DevelopmentProduct DevelopmentEmbedded SystemsProject PlanningSoftware Project Management

ABOUT MERVYN GUEST

We use the established, standard building block of modern microelectronics - the silicon transistor - to detect DNA as a simple electrical signal.Nucleotides that incorporate during DNA sequencing or amplification release hydrogen ions, which can be detected as an electrical signal. If there is no match, no hydrogen ions are released and no signal is detected.This method can be universally applied to any DNA and RNA analysis on a standard CMOS semiconductor chip. There’s no need for fluorescent dyes or labels, or precision optics, which make current DNA analysis equipment bulky and expensive.My role within DNAe includes;Project and line responsibility for a team of IC engineers designing a family of integrated circuits for Next Generation DNA Sequencing. This includes IC characterisation, development of electronic instrumentation and roll out to the wider development teams.Developing and growing the in-house electronic engineering team through hands-on management, coaching and recruitment.Managing relationships and projects with external development partners; foundry, IP and design tool companies.Responsible for setting up and running the technical aspects of the supply chain.

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