Atif Syed, PhD

Atif Syed, PhD

Newcastle Upon Tyne, England, United Kingdom
3K followers 500+ connections

About

As the CEO and Founder of Wootzano, I lead a team of engineers and scientists who are…

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Experience

  • Wootzano Graphic

    Wootzano

    North Tyneside

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    Newcastle Upon Tyne, England, United Kingdom

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    Newcastle Upon Tyne, England, United Kingdom

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    London, United Kingdom

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    London, United Kingdom

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    London, United Kingdom

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    London, United Kingdom

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    Newcastle upon Tyne, England, United Kingdom

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    Edinburgh, United Kingdom

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    Kimbolton, Cambridgeshire, United Kingdom

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    Edinburgh, United Kingdom

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    Edinburgh, United Kingdom

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    Edinburgh, United Kingdom

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    York, United Kingdom

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    Edinburgh, United Kingdom

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    York, United Kingdom

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    York, United Kingdom

Education

  • The University of Edinburgh Graphic

    The University of Edinburgh

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    Activities and Societies: EngGradSoc

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    Activities and Societies: President of Electronics Society, Research in Robotics and Intelligent Systems, Google Android Development, Robotino Training and Research

Licenses & Certifications

Volunteer Experience

Publications

  • Fabrication and characterization of zinc oxide nanowires-based flexible biosensors

    EIPBN 2016

    Other authors
  • Controlled hydrothermal growth of vertically-aligned zinc oxide nanowires using silicon and polyimide substrates

    Journal of Microelectronic Engineering

    In this paper, hydrothermal synthesis combined with microfabrication techniques is used for growing vertically-aligned zinc oxide (ZnO) nanowires (NWs) on zinc (Zn) seed layers patterned on silicon (Si) and polyimide (PI). The NWs have shown a hexagonal crystalline structure and vertical orientation. The substrate material together with the hydrothermal precursor concentration has shown to influence the diameter and length of the NWs. Atomic force microscopy and scanning electron microscopy…

    In this paper, hydrothermal synthesis combined with microfabrication techniques is used for growing vertically-aligned zinc oxide (ZnO) nanowires (NWs) on zinc (Zn) seed layers patterned on silicon (Si) and polyimide (PI). The NWs have shown a hexagonal crystalline structure and vertical orientation. The substrate material together with the hydrothermal precursor concentration has shown to influence the diameter and length of the NWs. Atomic force microscopy and scanning electron microscopy have revealed that the substrate material affects the grain size of the deposited seeds and consequently the morphology of the NWs which show a diameter in the range 100–220 nm and 130–400 nm when grown on Si and PI, respectively. NWs grown with an optimised concentration of 2 mM are densely packed and vertically-aligned with a consistent uniform distribution on both types of substrates.

    Other authors
    See publication
  • Fabrication and characterization of zinc oxide nanoneedles for medical/biological applications

    Electron, ion, photon beam technology and nanofabrication 2015 - abstract

    Other authors
  • Bionanotechnology and novel targeted drug delivery systems

    Anticancer Research

    Oral talk and presentation at the International Conference of Anticancer Research 2014

  • Hydrothermal growth of vertically-aligned zinc oxide nanowires on patterned seed layers

    Micro and Nano Engineering 2014

    Other authors
    • Enrico Mastropaolo
  • Students At York University Seeking Funding For Targeted Drug Delivery Project Using Magnetic Nanoparticles.

    Medical News Today

    What if we could use a novel approach for delivering currently injectable drugs to the body without syringes? What if we could destroy malignant cancer cells in difficult areas of the body that cannot yet be targeted? Zakareya Hussein and Atif Syed, Students at York University are doing research to try to combine these into "the Nanject" and are seeking funding through the crowdfunding site Microryza.

    See publication

Patents

  • System and method for sorting and/or packing items

    Filed GB 2105575.1

    Other inventors
  • Flexible Conductive Device

    Filed US 20200406584

    Other inventors
    • Enrico Mastropaolo
  • System and Method for Sorting and/or Packing Items

    Filed GB 2017042.9

    Other inventors
  • System and Method for Picking and Placing Items and Contact Pressure Sensing Assembly for Item Picking Systems

    Filed GB 2017045.2

    Other inventors
    • Thierry Garcia
  • FLEXIBLE CONDUCTIVE DEVICE

    Filed EU 3717233

    Other inventors
    • Enrico Mastropaolo
  • FLEXIBLE CONDUCTIVE DEVICE

    Filed CN 111465494

    Other inventors
    • Enrico Mastropaolo
  • Substrates for electronic skins

    Filed GB GB1906500.2

    Other inventors
    • Enrico Mastropaolo
  • Substrates comprising nanowires

    Filed GB GB1906499.7

    Other inventors
    • Enrico Mastropaolo
  • Substrates comprising nanowires

    Filed GB GB1907424.4

    Other inventors
    • Enrico Mastropaolo
  • Substrates for electronic skins

    Filed GB GB1907422.8

    Other inventors
    • Enrico Mastropaolo
  • Flexible Conductive Device

    Filed GB GB1719697.3

    Other inventors
    • Enrico Mastropaolo

Projects

  • Targeted Drug Delivery by using Magnetic Nanoparticles - Nanject

    - Present

    What if we could use a novel approach for delivering currently injectable drugs to the body without syringes? What if we could destroy malignant cancer cells in difficult areas of the body that cannot yet be targeted? We are doing research to try to combine these into what we call the Nanject, in order to improve health care everywhere.

    See project
  • Nanosimulator - NanoHive

    - Present

    As part of my project where I am making Targeted Drug Delivery to deliver the medicine through human skin and effectively detect cancer cells, I wanted to make a simulator to realize this concept before making it. I am working on making a simulator by using the already made open source simulator called NanoHive by Brian Helfrich

    See project
  • ShockSoc

    - Present

    ShockSoc (University of York, Electronics Department)

    ShockSoc is a community for students and academic staff in which all areas of science are discussed, enjoyed and explored.
    The society helps first year, foundation year or transferred students to build connections with people of their professional academic and non-academic interest.
    The environment provided by the community allows members to expand their knowledge, get help with their research or career, ShockSoc provides as…

    ShockSoc (University of York, Electronics Department)

    ShockSoc is a community for students and academic staff in which all areas of science are discussed, enjoyed and explored.
    The society helps first year, foundation year or transferred students to build connections with people of their professional academic and non-academic interest.
    The environment provided by the community allows members to expand their knowledge, get help with their research or career, ShockSoc provides as just as much professional opportunities to students just as social events.

    See project
  • Microsoft Kinect + i90 Robot + Robotino + AR Drone

    - Present

    I have worked extensively with NUI and Kinect by using C++ and C#. I have managed to build a prototype version of controlling a robot through hand gestures. This was made using the robots i90 (Made by Dr. Robot), Robotino (Made by Festo) and AR Drones. I have also managed to code the network interfacing between all of these robots so that they can communicate with each other using a wireless router. This was demonstrated during the Robot Lab launch event and was covered by leading news channels…

    I have worked extensively with NUI and Kinect by using C++ and C#. I have managed to build a prototype version of controlling a robot through hand gestures. This was made using the robots i90 (Made by Dr. Robot), Robotino (Made by Festo) and AR Drones. I have also managed to code the network interfacing between all of these robots so that they can communicate with each other using a wireless router. This was demonstrated during the Robot Lab launch event and was covered by leading news channels including the BBC.

  • Engineering Library

    - Present

    I have been working on the concept of centralized library in C++ which can be used for any engineering related applications. The library has a focus on mathematics, physics, chemistry and using these key elements to create applications in Artificial Intelligence, Gaming, Nanotechnology, and Simulations etc.

  • Digital Multimeter

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    A Digital multimeter was made along with other members. Things which were coded and implemented are: Temperature Sensor, RTC, USART (PC Interface), FreeRTOS, Implementing gesture based movements in addition to voltage, resistance, current measurement. It also included a frequency analyser.

    Other creators
  • Targeted Drug Delivery by using Magnetic Nanoparticles

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    The project aims to understand and explore new methods and procedures in making nanoparticles and using it into bio-medical applications. This project focusses on preparation of magnetic nanoparticles which are superparamagnetic (SPM) at room temperature. These magnetic nanoparticles are coated with Silica and other surfactants which make them bio compatible and then they will be fabricated on top of nanowires which will effectively be injected into human body through the skin and this…

    The project aims to understand and explore new methods and procedures in making nanoparticles and using it into bio-medical applications. This project focusses on preparation of magnetic nanoparticles which are superparamagnetic (SPM) at room temperature. These magnetic nanoparticles are coated with Silica and other surfactants which make them bio compatible and then they will be fabricated on top of nanowires which will effectively be injected into human body through the skin and this mechanism is called as the NanoPatch. The working of the NanoPatch has been demonstrated by using computational simulation methods. The small size of the particle helps in not damaging the skin during the cell penetration. Since the particles are magnetic in nature, they can be controlled using an external magnetic field gradient. The results obtained were rather interesting since the nanoparticles had a diameter of 6 nm with an average diameter of about 16 nm. Achieved results will be presented in a journal paper.

    Other creators

Honors & Awards

  • Made in the North East - Digital Engineering/Technology Award

    Insider Media

    Nominated for three years in a row

  • Princess Royal Silver Medal

    Royal Academy of Engineering

    The Princess Royal Silver Medal recognises an outstanding and demonstrated personal contribution to UK engineering, which results in successful market exploitation, by an engineer with less than 22 years in full-time employment or equivalent. Up to four medals are awarded each year.

  • Made in the North East - Digital Engineering/Technology Award

    Insider Media

    Nominated in 2022

  • Made in the North East - Digital Engineering/Technology Award

    Insider Media

  • 121 Best Scottish Startups to watch in 2020

    SeedTable

  • Top 20 startups to watch in 2020

    TechRound

  • Finalist Lee Kew Yuan Singapore Business Plan Competition

    Singapore Management University

  • 10 Edinburgh based startups to look out for in 2020

    EU Startups

  • SEED Award Finalist

    SeedLand

  • Scottish EDGE Winner

    Scottish EDGE

  • Innovate UK Funding

    Innovate UK

    Won over £1.7 million worth of funding through Innovate UK for Wootzano Ltd with total project values of over £6 million.

  • Pitch@Palace Finalist

    Pitch@Palace 10.0

  • Converge Semi Finalist

    Converge Challenge

  • Royal Academy of Engineering Enterprise Fellowship

    Royal Academy of Engineering

  • Exceptional Talent Endorsement

    Tech Nation

  • Innovation Cup 2014 - Gold Award

    The University of Edinburgh

    We got the first prize for our product, Nanject.

  • EPSRC Enhanced Studentship and The University of Edinburgh Scholarship

    EPSRC/The University of Edinburgh

  • Mobile Robotics Competition Bronze Medal - WorldSkills

    WorldSkills UK, Festo, SEMTA

  • TRANSIT Scholarship Receipient and York Centre for Complex Systems Analysis Scholar

    YCCSA/The University of York

  • Winner, Mobile Robotics Competition

    WorldSkills UK, Festo, SEMTA

Languages

  • English

    Native or bilingual proficiency

  • Hindi

    Native or bilingual proficiency

  • Urdu

    Native or bilingual proficiency

  • Arabic

    Limited working proficiency

Organizations

  • Institute of Physics

    Associate Member

    - Present
  • STEMNET

    Ambassador

    - Present
  • Institution of Engineering and Technology (IET)

    Member of Executive Committee - Robotics and Mechatronics

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  • Institution of Engineering and Technology (IET)

    NY Committee Member

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  • Institution of Engineering and Technology (IET)

    Young Professional

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