Monica Saavedra

Monica Saavedra

Cambridge, England, United Kingdom
2K followers 500+ connections

About

We make new chemistry that can help feed the world.

Activity

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Experience

  • Lambda agri Graphic

    Lambda agri

    Cambridge, England, United Kingdom

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    Cranfield, England, United Kingdom

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    Cambridge, United Kingdom

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    Remote

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    Cambridge, United Kingdom

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    Cambridge, United Kingdom

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    Cambridge, United Kingdom

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    Oxfordshire

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Education

  • University of Surrey Graphic

    University of Surrey

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    EngD based at the National Physical Laboratory

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    Activities and Societies: Aikido, Kendo, archery, anime society

Licenses & Certifications

Volunteer Experience

  • FoodCycle Graphic

    Leader

    FoodCycle

    - Present 10 years 4 months

    Environment

  • British Science Association Graphic

    SciBar & SciScreen organizer & marketing

    British Science Association

    - Present 8 years 7 months

    Science and Technology

  • Biomakespace Cambridge Graphic

    Fundraising volunteer

    Biomakespace Cambridge

    - 2 years

    Science and Technology

  • Free Founders Graphic

    Consultancy Volunteer

    Free Founders

    - Present 1 year 9 months

    Education

    I help other founders with their journey to success by getting several founders to mentor each other (at no cost to anyone) in a WhatsApp group.

Publications

  • Catalysing the Production of Multiple Arm Carbon Octopi Nano- Structures

    Carbon

    Octopus-like carbon nanofibres with leg diameters as small as 9 nm are reported, with a high yield over large areas, using a unique photo-thermal chemical vapour deposition system. The branched nature of these nanostructures leads to geometries ideal for increasing the surface area of contacts for many electronic and electrochemical devices. The manufacture of these structures involves a combination of a polyacrylonitrile/polysiloxane film covering the surface of cupronickel catalysts…

    Octopus-like carbon nanofibres with leg diameters as small as 9 nm are reported, with a high yield over large areas, using a unique photo-thermal chemical vapour deposition system. The branched nature of these nanostructures leads to geometries ideal for increasing the surface area of contacts for many electronic and electrochemical devices. The manufacture of these structures involves a combination of a polyacrylonitrile/polysiloxane film covering the surface of cupronickel catalysts, supported on silicon. Acetylene is used as the carbon feedstock. High-resolution electron microscopy revealed a relationship between the geometry of the nanoparticles and the catalytic growth process, which can be tuned to maximise geometries (and therefore the surface area) and was obtained with a catalyst size of 125 nm. The technique proposed for growing these carbon octopi nanostructures is ideal to facilitate a new in situ transfer film process to place high-density carbon structures on secondary surfaces to produce high capacitance all-carbon contacts.

    Other authors
    • G.D. Sims
    • L.N. McCartney
    • V. Stolojan
    • J.V. Anguita
    • Y.Y. Tan
    • S.L. Ogin,
    • P.A. Smith,
    • S.R.P. Silva,
    See publication

Courses

  • Communications Management – Talking to the Media

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  • GRAD School

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  • Leadership course

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  • Project Management

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Honors & Awards

  • EngD in Micro- and Nano-Technologies (Pass)

    University of Surrey

  • MSc short-courses (1st class) Advanced Materials

    University of Surrey, Division of Mechanical, Medical & Aerospace Engineering

  • MSc (1st class) Nanotechnology and Nanoelectronic Devices

    University of Surrey

    Nanotechnology and Nanoelectronic Devices

  • BSc (Hons) Physics

    University of Surrey

    Physics

Languages

  • English

    Native or bilingual proficiency

  • Italian

    Native or bilingual proficiency

  • Spanish

    Limited working proficiency

  • German

    Elementary proficiency

Organizations

  • Corporate Member of the Institute of Physics (IoP)

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  • Professional Member of the Institute of Nanotechnology (IoN)

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