Introduction to the Sparse Matrix Operator Kernel Emissions (SMOKE) Model
Availability | About the Course | Meet the Trainers | Payment Info | Hotels | Prerequisites | Contact info
The table below lists the dates of the upcoming Introduction to SMOKE classes along with the enrollment status in each class.
When enrollment is full (15 registered students) we will no longer accept applications for the class and the status column in the table will display that the class is full.
The class is subject to cancellation if there are not enough registered students.
A minimum of 6 trainees must be registered to conduct a training.
The Introduction to SMOKE course can also be conducted off site, provided that appropriate facilities are available and there are an adequate number of interested students. Email email@example.com to inquire about off-site trainings.
About the course
Introduction to SMOKE is a 2.5-day course that uses lectures and hands-on computer exercises to teach students how to configure and run the SMOKE programs and to examine the input and output files from the software. The class introduces students to the basics of air pollutant emissions modeling and how to process emissions data through SMOKE. Students are guided through exercises to inspect the various input files for SMOKE, including emission inventory data, chemical speciation data, temporal profiles, and spatial surrogates. The hands-on exercises are structured around processing the different types of inventories with SMOKE: area/nonpoint, on-road mobile with MOVES, point, and biogenics. The hands-on exercises also include labs on merging multiple source categories together and using SMOKE to generate customized QA reports.
The syllabus is shown below to highlight the range of topics covered during the course. The course starts with a lecture on the basics of SMOKE, including an overview of emissions modeling, an introduction to the SMOKE programs, and a description of the course structure. The Hands-on laboratories have each student working on a computer pre-loaded with the course training materials. The labs focus on configuring and running the SMOKE programs and examining the input and output files to give students practical experience using SMOKE.
At the completion of this course, students will be able to download, configure, and run the SMOKE programs. They will possess the knowledge and practical experience needed to prepare input files for SMOKE and to produce emissions input files for the CMAQ and CAMx air quality models.
The CMAS Center offers an online version of the Introduction to SMOKE.
While the materials are the same as the classroom version of the course, students in the online class must work more independently. Virtual office hours are available with SMOKE trainers periodically throughout the online course, typically for an hour or two each afternoon. Check the training schedule to sign up for the next online course!
|2.5-day SMOKE Course Agenda
||8:30 - 9:45
SMOKE programs and options
|8:30 - 9:00
||9:00 - 10:15
Hands-on point-source processing (continued)
||9:45 - 10:30
SMOKE problem solving
||10:15 - 10:30 Break
||10:30 - 10:45 Break
||10:30 - 12:30
Hands-on mobile-source processing
||10:45 - 12:45
Hands-on area-source processing
||12:30 - 1:30
||12:45 - 1:45
||1:00 - 1:45
Emissions processing basics
||1:30 - 2:45
Hands-on merge processing
||1:45 - 2:30
|1:45 - 3:45
Hands-on biogenic processing
||2:30 - 2:45 Break
||2:45 - 3:30
SMOKE assigns file and scripts
|2:45 - 3:00 Break
||3:00 - 4:45
Hands-on quality assurance
||3:30 - 5:30
Hands-on SMOKE overview and UNIX
||3:45 - 4:00 Break
||4:00 - 5:30
Hands-on point-source processing
||4:45 - 5:15
Questions and answers
Meet the Trainers
BH Baek, PhD
Research Assistant Professor, Center for Environmental Modeling for Policy Development
BH has 17 years of atmospheric chemistry experience related to emissions inventory development and processing, air quality laboratory and field monitoring, and grid-based air quality modeling applications. He is the senior software engineer for SMOKE. BH also has participated in developing several programs and tools that interface various 3rd party source-specific emissions models through the SMOKE, including the U.S. EPA MOVES model for onroad mobile sources, the U.S. EPA NONROAD model for nonroad mobile sources, the Satellite Mapping Automated Reanalysis Tool for Fire Incident Reconciliation (SMARTFIRE) framework for wildfire emissions, and the Federal Aviation Administration (FAA) Emissions and Dispersion Modeling System (EDMS) and Aviation Environmental Design Tool (AEDT) for airport emissions. BH is the co-developer and maintainer of the Introduction to SMOKE class.
course includes all training materials, the current SMOKE Training Manual, access to experienced SMOKE modelers, snacks, and beverages.
Payment is accepted with check, credit card,
or purchase order. Note that you are asked to make the payment or initiate the payment
process (e.g. by providing the purchase order number) at the time of registration.
We will send you a receipt by email to confirm the receipt of the registration
and payment. If you find later that you are unable to attend to the class
after registration, notify the CMAS Center as soon as possible. Please see our
Payment Info page for our refund policy.
A basic knowledge of emissions and air quality modeling concepts will help students to get the most out of this course. The course covers emissions modeling terminology and basic general concepts about emissions data, but the focus is mostly on the operational details of SMOKE. A background in emissions or air quality will provide context for the need for using SMOKE.
Knowledge of the Linux command line language and the C-shell are also prerequisites for this course. Students with a working understanding of navigating Linux directory structures, viewing/editing text files, and executing commands from a Linux command prompt will benefit more from this class than students with no Linux experience.
For more information on the SMOKE training, please contact Brian Naess at 919-966-9925 or email firstname.lastname@example.org.