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Eco-I North West

Eco-I North West Funded PhD with sponsor business at Lancaster University and University of Liverpool

PhD: funded for 33 months
Start date: October 2020
Entry requirements: 2:1 degree or above

Applications now open!

Get paid to do a PhD with a business sponsor. We will are recruiting high quality candidates to our PhD programme delivered from Lancaster University and the University of Liverpool.

All of our projects are part-funded by a business partner and the European Regional Development Fund. PhD candidates will receive a tax free stipend each month and have UK/EU tuition fees funded.

All of our research projects are applied to real business challenges and lead to the development of innovative products and services. Centre for Global Eco-Innovation research is led by business and cover all academic disciplines such as environmental science, engineering, chemistry, physics, computing & communications, management science, psychology, health & medicine.

AVAILABLE NOW… funded business-led PhD projects starting October 2020

  • Get paid £1,455 per month tax-free until June 2023
  • Have you UK/EU tuition fees funded
  • Be supported by an academic and business team to ensure your research is a success
  • Be part of a cohort of talented graduates working on exciting business-led research
  • This research centre was declared ‘the outstanding knowledge exchange and commercialisation initiative in the UK’
  • Finish in a strong position to enter a competitive job market in the UK or overseas

Applications now open!

Don’t take our word for it, here are some testimonials from our previous cohort

Eco-I North West
Eco-I North West

Available Projects

Biomass For Stable-YardsDetails
Can a superfood for bacteria be created by understanding its optimum diet?Details
Can Natural Language Processing techniques predict health risks from chemical exposures?Details
Can the vitamin content of salads and herbs be enriched through optimisation of the light environments they are grown in?Details
Can we combat the negative effect of temperature in hydroponic systems through the use of biostimulants?Details
Can we create an optimal graphene membrane fuel cell?Details
Can we develop a new underwater electric generator and a new energy storage solution for a marine energy system?Details
Can we enhance the production of active compounds in medicinal plants?Details
Can we improve building management through a mesh network of indoor air quality sensors?Details
Developing An Environmentally Friendly Diagnostic Device To Detect Respiratory Disease That Will Also Have A Positive Impact On The carbon footprint Of The Medtech IndustryDetails
Development Of A Carbon Calculator For Waste Electrical And Electronic EquipmentDetails
Green And Sustainable Resources For Advanced Biotechnical ApplicationsDetails
Identification and development of emulsifier systems for vegetable-based wax-in-water emulsionsDetails
Integration Of Microwave Induced Plasma (MIP) Gasification and Fuel Cell Technology To Enable Low-Carbon Energy Generation From Hazardous WasteDetails
Masters by Research: Development of Fungistatic plant extract from food waste and essential oil based products to control turf-grass diseaseDetails
Modular, Low-Cost, Plug-In and Play, Automated Equipment For A Sustainable And Resilient Manufacturing SectorDetails
Optimising Supercritical and Fluid Extraction Techniques For Low Carbon/High Value ChemicalsDetails
Eco-I North West

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