I am Dr Thomas Rodgers, a Reader in Chemical Engineering Education at the University of Manchester. I was the Discipline Head of Education for Chemical Engineering (2019-2022) where I was responsible for strategic and operational leadership of the accredited undergraduate and postgraduate programmes within the department.

I am involved with teaching courses and also teaching research. This page provides some resources for some of these areas.

I am a member of the the University of Manchester’s Chemical Engineering Education Innovation Research Group (CEEI).

Google Scholar; Research Explorer; LinkedIn

A complete list of my publications can be found here.

Introduction to DPD and DL_MESO

The link below provides a brief introduction to DPD as a simulation technique and also some tutorials using DL_MESO, DPD Introduction.

Interactive Graphs

The link below provides a selection of interactive graphs around Chemical Reaction Engineering, Separations, and Fluid Mechanics, Interactive Graphs.

Chemical Engineering Stars

The link below is to an EDIA Chemical Engineering game, Chemical Engineering Stars.

Taught Courses

Process Fluid Flow

This is a course covering hydrostatics, flow with ideal fluids, applications of Bernoulli’s equation, momentum balances, friction losses, pumps, and open-channel flow.

Course Handbook

Introduction to Chemical Reaction Engineering

This is a course covering mole balance for reactors, extent of reaction and conversion in reactors, rate laws and stoichiometry, determination of rate law parameters, temperature dependence of reaction rates, and multiple reactions.

Course Handbook

Mass Transfer Effects on Catalytic Reactions

This was part of a course on Catalytic Reactor Design.

Mass Transfer Effects

Solids Processing

This is a part of a course, and the topics taught by me covered particle shape and size, single particle motion in fluids, settling and settlers, centrifuges, and cyclones.

Course Handbook

Advanced Engineering Separations

This is a course covering liquid-liquid extraction, multi-component distillation, distillation sequencing, and azeotropic distillation.

Course Handbook
Extra Material on Ternary Systems
YouTube Recordings
LLTernary
Multi-Component Distillation

Introduction to Molecular Dynamics

This course provided an introduction to molecular dynamics coding, including a backround to molecular dynamcis, molecular interactions, practical spects of molecualar dynamics, and analysis of molecular dynamics simulations.

Course Handbook

Soft Matter Simulation

This course provided a brief introduction to soft matter systems and common methods used to simulate them at a variety of scales. These notes are a bit rough and need some updating, so there maybe errors.

Course Handbook

Chemical Engineering Design

This course was a short refresher course for students looking at mass and energy balances around a chemical reactor. A mass and energy balance problem is provided.

Course Handbook

Graduate Teaching Assistant Development

Over the past number of years I have been responsible for the development of training and mentoring for GTAs. This has involved looking at training courses and also support for AFHEA applications. More information can be found at the link below,

FSE GTA Training

Also, some introductory pedagogical theories suitable for GTAs can be found at:

Pedagogical Theories

Practical Teaching

This is a project looking at how students prepare for and learn within labs. With key focus on:

Project Webpage

This project has also lead to the IChemE events on Hybrid Labs.

I therefore provide the Lab Based Teaching Section of FSE60004 Teaching Practice & Assessment Strategy for the University of Manchester New Academics Programme.

Teaching with Rich-Media

This is a project looking involvement of rich-media within teaching and how students use these materials. The main focus of this has been on videos and student use of these; however, there has also been the creation of some web-apps, e.g.

LLTernary

Assessment and Feedback

This is a project looking at alternative assessment types and how student feedback can be improved. One key area is looking a peer marking and feedback.

I have therefore provided the following training and development courses at the University of Manchester:

Also some resources supporting student teamwork.