You have decided to become a professional engineer (PE) - showing a commitment to yourself, your employer, and the public. Passing the Principles and Practice of Engineering Chemical Exam (also known as the PE Chemical Exam) is a critical and necessary step in becoming a PE. There are many benefits to becoming a licensed professional engineer, including potentially greater job mobility and the ability and to work as an independent consulting engineer in industry.
AIChE’s review course is designed to help you pass the PE Chemical Exam. The material has been selected to align with exam topics published by NCEES, the creators of the exam.
Throughout the course, instructor Dr. Harvey Hensley, will cover key subjects that you may have forgotten since your graduation, and problems are designed to emulate those on this computer-based test (CBT). The timed quizzes are a key feature of the course, as you will practice working the problems under the time constraint you will experience during the PE Chemical Exam.
TESTIMONIAL: "The AIChE PE prep course was my primary study tool and I condensed the material into a shorter window of time in an effort to have the freshest refresh possible at the time of the test. I highly recommend this course to others who prefer to study at their own pace and have the discipline to read and practice the material on their own. The PE Course was very helpful for me.It covered all the main topics for the exam. The practice problems were to the point and relevant for the examination. Practice those problems along with the explanation from the teacher/coordinator and you will do well!! Many thanks for those that prepared this course."
- Irina, PE Chemical
Type: Online PDF lectures, sample problems with solutions, timed quizzes, and a final exam
Topics covered in the course:
You can expect to spend approximately 70 hours in order to successfully complete the course, with the goal of passing your exam. The course is self-paced so you can set the number of hours/week that best fits your needs. A typical range is 4 hrs/week (for 18 weeks) to 9 hrs/week (for 8 weeks).
B.S. or equivalent degree in chemical engineering with preferably four or more years of relevant engineering work experience. More information can be found on the NCEES website.
Module 1: Mass and Energy Balances
Module 2: Thermodynamics
Module 3: Fluids
Module 4: Heat Transfer
Module 5: Mass Transfer
Module 6: Chemical Reaction Engineering (Kinetics)
Module 7: Plant Design and Operation
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