Semester.ly

Johns Hopkins University | EN.540.315

Process Design with Aspen

3.0

credits

Average Course Rating

(3.81)

The course guides the students through process design where they study the production of a chemical compound. They select a preferred process and create a flowsheet of the production process. They use Aspen simulation to evaluate the major unit operations of their process. They will carry out a hazard operations analysis on the process and perform an economic analysis when appropriate. Students work in small teams to complete their project and write a report on their work and conclusions.

Spring 2015

(3.52)

Spring 2015

(3.45)

Spring 2023

(4.09)

Spring 2023

(4.19)

Spring 2015

Professor: An Goffin

(3.52)

The best aspects of the course included learning programming software that is very applicable in the industry and being able to apply knowledge gained from previous coursework. Many students agreed that more detailed and extensive tutorials on ASPEN would have been beneficial, as many felt that they were il equipped to meet the demands that the course required. Suggestions for improvement included having smal er progress checkpoints throughout the semester and providing examples for troubleshooting common errors. Prospective students should be prepared to collaborate with a team in learning to navigate the highly practical but tedious ASPEN software.

Spring 2015

Professor: Lise Dahuron

(3.45)

The best aspects of the course included learning programming software that is very applicable in the chemical engineering profession and being able to apply knowledge gained from previous coursework. Many students agreed that more detailed and extensive tutorials on ASPEN would have been beneficial, as they felt that much time was wasted by trial-and-error attempts at figuring out basic functions on the program. Suggestions for improvement included doing more sample problems with ASPEN and allowing more time for feedback on ASPEN and each team’s process. Prospective students wil be better able to 62contribute to the project if competent in kinetics and separations, and should be prepared to attempt assignments in advance so that there is sufficient time to seek help if necessary.

Spring 2023

Professor: John Edison

(4.09)

Spring 2023

Professor: Sakul Ratanalert

(4.19)