Dr Mark Heslop

Senior Teaching Fellow

Chemical and Process Engineering

Contact

Personal statement

Central to all my teaching responsibilities are my three pillars of an ideal learning experience: enjoyment, engagement and understanding.  Because of the varied engineering curricula, it is not always possible to enjoy everything that is being carried out - however, students should always feel engaged by what they are doing - whether this be an activity that is relevant to the curriculum, career prospects and development by by helping to address societal aspects.  Varied and regular two-way communication is one way in which the ideal learning experience can be achieved.  One important aspect of staff-to-student communication is making clear why an activity is being carried out, and always trying to link it to a domestic situation to enhance familiarity and improve engagement. One important aspect of student-to-staff communication is to offer various ways in which questions can be posed. 

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Teaching

CP917: Process Design Principles (PGT/DL)

CP959: Advanced Process Design (PGT/DL)

CP217/CH218 (ACCE): Chemical Engineering Practice 1 (UG)

CP307/CP326 (ACCE): Chemical Engineering Practice 2 (UG)

CP407: Design Project (UG)

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Research Interests

Theme 1: Adsorption from the gas phase

Theme 2: Volume measurement of solids and porosity

Theme 3: Novel detection methods

Theme X: Other applications of being able to measure tiny changes in flowrate

Theme 4: Practical and laboratory education

Theme 5: Enhancing student engagement

Professional Activities

Structured approach to aid the writing of discussions in laboratory reports: classification for the results expectations of the UG experiments
Speaker
26/8/2026
Curriculum design and employability in engineering degrees: the role of employers organisations such as the Industrial Advisory Board (IAB)
Speaker
2/7/2026
UCU University and College Union (External organisation)
Advisor
2026
External Examiner (Standards Verifier)
Examiner
11/2025
The role of technicians in practical/laboratory education (PLE): adapting the technical role and promoting independent learning
Speaker
3/7/2025
Embedding resilience in higher education (HE) curricula – a case study for practical education and other delivery modes
Speaker
2/7/2025

More professional activities

Projects

Design and construction of an in-house EA (Engineering Application) experiment
Heslop, Mark (Principal Investigator) Jones, Christopher (Co-investigator)
Year 2 students carry out four EA experiments (EA1 to EA4). Each experiment simply involves disassembling the equipment component, and then putting it back together again. Although such an activity will inform students about such principles, they could be made more engaging by incorporating such equipment within pipework assemblies that are similar to industrial plants. The intention is that the activity will then more more engaging to the students. Although this is a non-funded project, the experience has been invaluable to the technical team and also the cost savings will be of the order of a few thousands pounds.
06-Jan-2022 - 09-Jan-2022
Binary and temporary adsorption isotherms from gas density measurements
Heslop, Mark (Principal Investigator)
01-Jan-2004 - 31-Jan-2008

More projects

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Contact

Dr Mark Heslop
Senior Teaching Fellow
Chemical and Process Engineering

Email: mark.heslop@strath.ac.uk
Tel: Unlisted