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Sustainable Chemical Engineering MSc, PGDip

Newcastle University
4.0
1 review
  • I had time of my life at Newcastle, great city, awesome campus, supportive and helpful people. Would recommend to all. It's a great place to be.
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Postgraduate

In Newcastle Upon Tyne ()

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Description

  • Type

    Postgraduate

Profile Our Sustainable Chemical Engineering MSc, PGDip gives scientists and engineers with an understanding of sustainable engineering practices the opportunity to work with researchers in the field of new energy technologies. This includes areas such as fuel cells and gasification, process intensification and new advanced materials.      

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Reviews

4.0
  • I had time of my life at Newcastle, great city, awesome campus, supportive and helpful people. Would recommend to all. It's a great place to be.
    ← | →
100%
4.6
excellent

Course rating

Recommended

Centre rating

TT

4.0
06/08/2018
What I would highlight: I had time of my life at Newcastle, great city, awesome campus, supportive and helpful people. Would recommend to all. It's a great place to be.
What could be improved: Nothing to say
Would you recommend this course?: Yes
*All reviews collected by Emagister & iAgora have been verified

This centre's achievements

2018

All courses are up to date

The average rating is higher than 3.7

More than 50 reviews in the last 12 months

This centre has featured on Emagister for 14 years

Subjects

  • Materials
  • Renewable Energy
  • Technology
  • Systems
  • Mechanical Systems Engineering
  • Systems Engineering
  • Civil Engineering
  • IT
  • IT Development
  • Engineering
  • Chemical Engineering
  • Skills and Training
  • Team Training

Course programme

Modules

Postgraduate Diploma students study the same modules as MSc students to the value of 120 credits. Only MSc students undertake a 60 credit dissertation in addition to the taught modules to achieve a total of 180 credits.

Compulsory modules

Chemical Engineers will take from the following:

  • CME8018 Air Pollution
  • CME8019 Energy Management
  • CME8035 Life Cycle Assessment
  • CME8037 Sustainable Design and Manufacture I
  • CME8038 Sustainable Industry
  • CME8043 Fuel Cells System I
  • CME8044 Fuel Cells System II
  • CME8097 Chemical Engineering for Sustainable Engineering Dissertation
  • CME8125 Process Intensification
  • CME8118 Stability and Sustainability of Materials
  • CME8215 Introduction to Nanomaterials
  • CME8216 Case Studies in Nanomaterials
  • SPG8007 Renewable Energy: Hydrogen and Fuel Cell Technology
  • SPG8008 Renewable Energy: Biomass and Waste Technology

Non-Chemical Engineers will take from the following:

  • CME8011 Basic Chemical Engineering
  • CME8018 Air Pollution
  • CME8019 Energy Management
  • CME8035 Life Cycle Assessment
  • CME8037 Sustainable Design and Manufacture I
  • CME8038 Sustainable Industry
  • CME8043 Fuel Cells System I
  • CME8044 Fuel Cells System II
  • CME8097 Chemical Engineering for Sustainable Engineering Dissertation
  • CME8118 Stability and Sustainability of Materials
  • CME8215 Introduction to Nanomaterials
  • CME8216 Case Studies in Nanomaterials
  • SPG8007 Renewable Energy: Hydrogen and Fuel Cell Technology
  • SPG8008 Renewable Energy: Biomass and Waste Technology

Modules might change for your year of entry.


Entry Requirements

A 2:2 honours degree, or international equivalent, in chemical, materials, mechanical, civil or environmental engineering, or chemistry (excluding biochemistry).

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Sustainable Chemical Engineering MSc, PGDip

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