gPROMS for chemical engineering education
Teach engineering, not button pressing
Traditional black box simulators can lead engineering students to focus on manipulating software and to accept results without question. The gPROMS platform combines a flowsheeting environment with full custom modelling capability. Students can see and edit the underlying equations for any unit operation constructed for the course. Parameter estimation, optimisation and experiment design tools let students interrogate experimental data and simulation results to make engineering decisions and quantify uncertainty.
Customise models to suit course goals
Depending on the course, you may want to alter the complexity of different unit operation models. In gPROMS®, you are not restricted to off-the-shelf models. Using optional gPROMS Objects, first principles models can integrate with CFD simulations, MATLAB® and CAPE-OPEN process simulators. You can deploy models within Excel or through a web interface. Through the PATH initiative, PSE offers effective, open curriculum materials.
Prepare students to use industrial strength tools
PSE's industrial customers include many of the largest employers of chemical engineers in process industries ranging from upstream oil and gas to pharmaceuticals, food and consumer products. The software in use at these companies is identical to that used in universities. There is no stripped down, academic-only version of any gPROMS platform product. Students gain experience using the same powerful software that employers will need them to master.
Advance the role of modelling in engineering education
Mathematical modelling is a generic skill that is useful for many disciplines. PSE is committed to elevating modelling within the engineering community. Our Partnership for Advanced Process Modelling brings together academia, industry and PSE for the benefit of all. Our Model-based Innovation Prize rewards groundbreaking applications of model-based engineering.
Take advantage of convenient, low cost licensing
Our licensing model insures you always have access to the latest software version. Teaching licenses are available at an extremely low price per seat. Check our academic FAQ for detailed information on licensing and IT requirements. Contact our Academic Advisor; or request a quote through our pricing form.
1Sorenson, E. (2013, November). Using advanced modelling and computation tools in an undergraduate programme. Poster session presented at the annual meeting of the American Institute of Chemical Engineers, San Francisco, CA.
Find out moreResearch Teaching Publications PATH initiative Partnership for APM Academic FAQ MBI Prize
gPROMS helped us develop reliable model-based control solutions for complex pilot plant testing applications. These greatly improved the quality of the experimental results
Teaching process modelling in chemical engineeringWatch