Dr. Nadeem Qazi

United Kingdom Contact Info
2K followers 500+ connections

Join to view profile

About

Dr Nadeem Qazi earned his PhD in Machine Learning (ANN) from Cranfield University UK. Dr…

Articles by Dr. Nadeem

Contributions

Activity

Join now to see all activity

Experience & Education

  • Eindhoven University of Technology

View Dr. Nadeem’s full experience

See their title, tenure and more.

or

By clicking Continue to join or sign in, you agree to LinkedIn’s User Agreement, Privacy Policy, and Cookie Policy.

Licenses & Certifications

Publications

  • Development of a geographic information system-based decision support toolset to assess the feasibility of on-site wastewater treatment and disposal options in low permeability subsoils

    IWA Publishing 2014 Water Science & Technology Vol. 70 No 3 2014

    Traditional on-site wastewater treatment systems have proven to be unsuitable in areas of low
    permeability subsoils, representing a risk to human health and the environment. With large areas
    being covered by low permeability tills, Ireland needs to consider alternative treatment and disposal
    options to be able to allow further development in these areas and to deal with polluting legacy sites.
    The paper describes the development and structure of a geographic information system…

    Traditional on-site wastewater treatment systems have proven to be unsuitable in areas of low
    permeability subsoils, representing a risk to human health and the environment. With large areas
    being covered by low permeability tills, Ireland needs to consider alternative treatment and disposal
    options to be able to allow further development in these areas and to deal with polluting legacy sites.
    The paper describes the development and structure of a geographic information system (GIS)-based
    decision support toolset to evaluate possible alternative strategies for these sites. The programme
    takes as its initial input the location of an existing house located in an area of low permeability
    subsoils. Through a series of interconnected GIS geoprocesses the model outputs appropriate
    solutions for a site, ranking them in terms of environmental sustainability and cost. However, the
    final decisions are still dependent on on-site constraints so that each solution is accompanied by an alert message that provides additional information for the user to refine the output list according to the available local site-specific information.

    Other authors
    See publication
  • Development of a geographic information system-based decision support toolset to assess the feasibility of on-site wastewater treatment and disposal options in low permeability subsoils

    IWA Publishing 2014 Water Science & Technology Vol. 70 No 3 2014

    Traditional on-site wastewater treatment systems have proven to be unsuitable in areas of low
    permeability subsoils, representing a risk to human health and the environment. With large areas
    being covered by low permeability tills, Ireland needs to consider alternative treatment and disposal
    options to be able to allow further development in these areas and to deal with polluting legacy sites.
    The paper describes the development and structure of a geographic information system…

    Traditional on-site wastewater treatment systems have proven to be unsuitable in areas of low
    permeability subsoils, representing a risk to human health and the environment. With large areas
    being covered by low permeability tills, Ireland needs to consider alternative treatment and disposal
    options to be able to allow further development in these areas and to deal with polluting legacy sites.
    The paper describes the development and structure of a geographic information system (GIS)-based
    decision support toolset to evaluate possible alternative strategies for these sites. The programme
    takes as its initial input the location of an existing house located in an area of low permeability
    subsoils. Through a series of interconnected GIS geoprocesses the model outputs appropriate
    solutions for a site, ranking them in terms of environmental sustainability and cost. However, the
    final decisions are still dependent on on-site constraints so that each solution is accompanied by an alert message that provides additional information for the user to refine the output list according to the available local site-specific information.

    Other authors
    See publication

Projects

  • VISUAL ANALYTICS FOR SENSE-MAKING IN CRIMINAL INTELLIGENCE ANALYSIS VALCRI

    - Present

    A £13 million EU FP7 research project: project on Visual Analytics for Sense-Making in Criminal Investigation (VALCRI).The research covers visual analytics of huge volume of criminal data both structured and unstructured data
    My job requires software engineering, Data Science algorthim development and Visual Analytics for sense making from structured and unstructured data over GitHub

  • Data visualisation of Energy monitoring tools in manufacturing environments for Total Energy Management for Production Operations TEMPO project.

    -

    Data visualisation of Energy monitoring tools in manufacturing environments for Total Energy Management for Production Operations TEMPO project.
    This project worth €1.25M. This project was in collaboration between the University of Ulster (UK), Limerick Institute of Technology (Ireland), International Energy Research Centre (Ireland) and the National Energy Competence Centre (Ireland). It was jointly funded by Enterprise Ireland (EI), IDA Ireland, Science Foundation Ireland and the…

    Data visualisation of Energy monitoring tools in manufacturing environments for Total Energy Management for Production Operations TEMPO project.
    This project worth €1.25M. This project was in collaboration between the University of Ulster (UK), Limerick Institute of Technology (Ireland), International Energy Research Centre (Ireland) and the National Energy Competence Centre (Ireland). It was jointly funded by Enterprise Ireland (EI), IDA Ireland, Science Foundation Ireland and the Sustainable Energy Authority of Ireland supported by the Department of Jobs, Enterprise and Innovation and the Department of Communications, Energy and Natural Resources.
    Team John Cosgrove, Nadeem Qazi, Professor Martin McGinnity Dr. Frances Hardiman, Maria J Rivas-Duarte,Professor Liam Maguire, Malachy McElholm

  • Visualization of on-site WasteWater Treatment in Ireland

    -

    This was a €7.4M project funded by Science Foundation Ireland (SFI) and was related to designing of GIS for Environmental protection specifically for on-site wastewater treatment .
    Team members Dr. Tim McCarthy, David Smyth,Nadeem Qazi,Francesco Pilla,Donata Dubber, Laurence W. Gill

Languages

  • English

    -

More activity by Dr. Nadeem

View Dr. Nadeem’s full profile

  • See who you know in common
  • Get introduced
  • Contact Dr. Nadeem directly
Join to view full profile

Other similar profiles

Explore collaborative articles

We’re unlocking community knowledge in a new way. Experts add insights directly into each article, started with the help of AI.

Explore More

Add new skills with these courses