- Robotic's Camp
- PID Controller
- PPT Plan of Study
|3803 Central Avenue||Email:||firstname.lastname@example.org|
|Billings, MT 59102||Office:||A061 Tech Building|
I have 20 years of refining experience in both Technical and Operations. I started teaching in January 2013 for the Process Plant Technology program. I have a Bachelor’s degree in Chemical Engineering from MIT, and am currently working on a Master’s degree in Education at Montana State University Billings as time allows.
If you would like to know more about my background or how I can help you, feel free to send me an email, call, or stop by. I'd love to give you a tour of our Process Plant Laboratory. You are also invited to review the following social medial sites.
Fall 2016 Schedule
KIDS ON CAMPUS at MSUB CITY COLLEGE
The Process Plant Technology program hosts two summer camps at City College. One focuses on building a line following robot using the Arduino microcontroller, and the second builds on these skills to build a battle robot using an Arduino in a battle hardened aluminum chassis. Details and materials for the two camps are below.
Battle Robot Building
Combine form and function as you and your friends learn how to build a combat robot with style. Students will use their creative skills and learn how to use hand and power tools to construct an aluminum robot of their own design. They will personalize their robot and add defensive and offensive weapons like rams, ploughs, and wedges. Consider your design options as you construct your optimum machine. Evaluate and compare your design strengths as you compete against your friend’s designs. Best of all, keep your robot when you are done! Space is very limited to three boys and three girls, so plan to register quickly!
2016 Schedule: Week of July 11. Monday – Thursday (8 am-2:00
Students entering grades 8-12 Fee: $300 This camp will be held at the City College Campus located at 3803 Central Avenue.
How to build a low cost battle robot: Battle Robot Guide
Build a Battle Robot using Arduino!
Learn how to build a combat worthy robot and compete with your friends. Students will use hand and power tools to construct a sturdy chassis from aluminum, then fit the chassis with defensive and offensive armaments (rams, ploughs, wedges, and flippers: nothing dangerous to people). The robot will be controlled using an Arduino microcontroller students will program in “C”. The microcontroller allows students to control the robot remotely, or to program logic so the robot can run autonomously opening the door to a world of possibilities such as autonomous vacuums or snow shovels. Students learn how to interface electronics to control their own projects. They will design, build, program, test, and refine their designs using skills important to many careers including working with tools, electronics, embedded control, and programming.
2015 Schedule: Week of July 13. Monday – Friday (8 am-12:00)
Kids entering grades 9-12
This camp will be held at the City College Campus located at 3803 Central Avenue.
Material List: Battle Robot Supplies
Build a Robot with Arduino, Compete, & Keep your Robot!
Learn how to build a line-following robot. Students will learn to use the Arduino microcontroller, a powerful yet low cost single board computer with a large worldwide user community!! Students will design, build, program, test and refine their designs. The course culminates in a competition and students will keep their robots at the end of the camp.
2014 Schedule: Week of July 7. Monday – Friday (8 am-12:30)
Kids entering grades 8-12
This camp will be held at the City College Campus located at 3803 Central Avenue.
Interested in Conducting Your Own Camp?
If your interested in conducting a similar camp, you may find the attached booklet useful. It is a guide I used to run this camp and contains background, supplies lists, and instructions on how to build the different pieces of the robot.
The following are PID simulators developed for PPT 135, Instrument and Control Systems. They simulate Proportional, Integral, and Derivative (PID) controllers that are common in industry. These simulations reflect realistic processes. They have the look and feel of a small microprocessor based controller that are in common use for small to medium sized applications. Large integrated process plants use a central control system with computer terminal interfaces, but the PID tuning is the same.
Simulates a typical side stream stripper used to remove light components from a product stream drawn from a distillation column. A small amount of steam, about 1% on feed, is injected at the bottom of the column. Light components are vaporized and routed back to the distillation column. Removing the light components improves flash point.
Simulates a common drum used to provide residence time.
PPT Suggested Plan of Study
The following tables summarize the Process Plant Technology Suggested Plan of Study from the Catalog. Course descriptions are included for easy of reference. Refer to the online Catalog for more information.
First Semester (Spring)
|CAPP 120||Introduction to Computers||3||Instructs students in fundamental computing skills. Concepts include the creation and manipulation of files, use of a common Operating System, a basic understanding of computer hardware, and a functional knowledge of common business applications such as: word processing, spreadsheets, Internet and email, and presentation software. The course is performed in a lab setting with access to computers and necessary software.|
|M 114||Extended Technical Mathematics||3||Applies math to problems drawn from diverse occupational fields. Provides college level study of measurement, algebra, geometry, and trigonometry as
needed to solve mathematical applications in a trade or technical work environment.
|PPT 101||Fundamentals of Processing Technology Lecture||4||Introduces the student to the fundamentals of process/refinery technology. Areas covered are the mechanics of fluids, hydrocarbons, gases, heat, and chemistry. The student realizes how each plays a significant role in the refining distillation process.|
|PPT 102||Fundamentals of Process Technology Laboratory||1||Provides students exposure to major concepts of industry through hands-on laboratory investigations and application of principles learned in PPT 101.|
|PPT 130||Process Diagrams for Process Technology||2||Provides the student with an introduction in the use of process flow and instrument drawings. Upon completion of this course, students will be familiar with using P&ID (Process and Instrument Drawings) drawings in the course of their work as process technicians. In addition, students will obtain the skills necessary to produce process flow diagrams.|
|PPT 151||Process Plant Safety I||2||Examines the regulatory safety programs instituted by OSHA and other regulatory agencies which are specific to the processing industry. Covers a variety of topics such as hazards safety, personal protective equipment, emergency response and safe work practices.|
|TRID 185||Introduction to Industrial Power Systems Lecture||2||Covers the fundamental principles of direct current and alternating current circuits and their use in an industrial setting. Also includes transformers and electrical distribution systems.|
|TRID 186||Introduction to Industrial Power Systems Laboratory||1||Provides students exposure to major concepts of industry through hands-on laboratory investigations and application of principles learned in TRI 185.|
Second Semester (Fall)
|COMX 111||Introduction to Public Speaking||3||Develops the student’s speaking abilities. Students acquire an understanding of basic rhetorical theory and its application in a variety of speech situations. Listening, speaking and critiquing abilities are emphasized. This course addresses the following topics: speech preparation and delivery, forming and fielding questions, audience analysis, listening skills, critiquing and speaker anxiety.|
|PPT 120||Environmental Awareness||2||Provides the student with the history behind certain environmental policies, the creation of OSHA, and key environmental issues. Provides learning in treatment processes, waste water units, vapor recovery systems, cleanup, and an overview of the specialty equipment necessary for an ecologically sound process plant.|
|PPT 135||Instrument and Control Systems Lecture||4||Familiarizes the student with the vocabulary surrounding the instrument and control field as well as examining the function of each instrument. The topics of process measurements, analytical instrumentation, process controls, and instrument systems are also covered in this course.|
|PPT 136||Instrument and Control Systems Laboratory||1||Provides students exposure to major concepts of industry through hands-on laboratory investigations and application of principles learned in PPT 135.|
|PPT 161||Process Plant Safety II||2||Provides the student with detailed instruction in the field of safety and health within the Process industry. In this course, the student will complete an in-depth study in the use of gas detection equipment, the use of the permitting system including lock out/tag out, the use of OSHA logs, the use of advanced safety equipment, and study the importance of industrial hygiene in an industrial setting.|
|PPT 175||Process Plant Sciences Lecture||4||Provides the fundamentals necessary for an in-depth look at the distillation process. Examines the concepts of heat and thermodynamics, as well as the chemical bonds, organic chemistry, the periodic table and hydrocarbon concepts. Gives students the necessary tools for a better understanding of the process taking place in the refining and power industries.|
|PPT 176||Process Plant Sciences Laboratory||1||Provides students exposure to major concepts of industry through hands-on laboratory investigations and application of principles learned in PPT 175.|
Third Semester (Spring)
|BGEN 105||Introduction to Business||3||Provides an overall picture of business operations. Specialized fields within business organizations are presented and analyzed. The role of business in today's society is examined and career opportunities in business are explored.|
|COMX 106||Communicating in a Dynamic Workplace||3||Offers a theoretical and practical understanding of communication processes in the working environment, self-awareness in that environment, and the individual's participation in these relationships. The course aims to develop the student's perception and expression skill to communicate successfully in a variety of work contexts.|
|PPT 207||Boilers, Accessories and Basic Operations||3||Offers an introduction to boiler equipment, controls, and systems. Instruction includes the function and operation of all major components and control devices, common troubleshooting problems, and common maintenance concerns.|
|PPT 208||Equipment and Operations Laboratory||2||Provides students exposure to major concepts of industry through hands-on laboratory investigations and application of principles learned in PPT 210.|
|PPT 210||Equipment and Operations Lecture||4||Covers the equipment necessary for the operation of a process/refining plant. A few topics of discussion include pumps, compressors, valves, heat exchangers, distillation towers, cooling towers, as well as auxiliary systems. Some of the operations principles reviewed are pneumatics, boilers, hydraulic functions, furnace processes, reactor systems, and distillation. Reading process flows and instrument diagrams is also included.|
|TRID 160||Hazardous Materials Technician General Training||3||Provides hazardous materials training needed to meet all requirements of the first responder at the awareness, operations, and technician level of emergency hazardous materials response. Technicians shall meet the training requirements in accordance with requirements of OSHA and NFPA (National Fire Protection Association).|
Fourth Semester (Fall)
|WRIT 121 or 122||Introduction to Technical Writing||3||Introduces the student to the creation and evaluation of several kinds of written and oral technical communication|
|PPT 211||Advanced Operations Lecture||2||Introduces the student to actual refining processes, taking an in-depth look at each process, as well as the unit variables, equipment, critical control areas, product and unit specific safety considerations. Various types of processes are discussed, including Fluid Catalytic Cracking, Alkylation, Catalytic Reforming, Desulfurization, Crude/Vacuum Systems, Amine, Coking, and Hydro treating. The course is also designed to provide classroom time balanced with field review of the various processes.|
|PPT 212||Advanced Operations Laboratory||1||Provides students exposure to major concepts of industry through hands-on laboratory investigations and application of principles learned in PPT 211.|
|PPT 220||Quality Control Practices||2||Provides the student with an overview of the field of quality within the Process industry. Within this course, students will be introduced to many industry-related quality concepts including operating consistency, continuous improvement, plant economics, team skills, and statistical process control (SPC).|
|PPT 225||Plant Investigation and Troubleshooting||2||Provides the student with an overview of the various troubleshooting models used by process technicians. Process troubleshooting involves different types of troubleshooting techniques, procedures, and methods used to solve process problems. Topics include application of data collection and analysis, cause-effect relationships, and reasoning. The student is exposed to many different trouble situations similar to those encountered in the process plant experience. The student is taught a systematic way to solve problems, using measured process variables and personal knowledge of how they affect each other (cause and effect).|
|PPT 296||Cooperative Education / Internship||3||(45 hours/credit) Provides university credit for a sophomore experience in the area of Process Plant Technology, supervised by faculty. Learning agreement must be completed prior to registration (restricted).|
Fall 2015 Syllabi
PPT 161, Process Plant Safety II
PPT 175, Process Plant Sciences Lecture
PPT 176, Process Plant Sciences Laboratory
PPT 211, Advanced Operations Lecture
PPT 212, Advanced Operations Laboratory
PPT 292, Independent Studies in Bio-Based Chemicals and Fuels
PPT 298, Cooperative Education / Internship
Spring 2016 Syllabi
PPT 101, Fundamentals of Processing Technology Lecture
PPT 102, Fundamentals of Processing Technology Laboratory
PPT 130, Process Diagrams for Process Technology
PPT 208, Equipment and Operations Laboratory
PPT 210, Equipment and Operations Lecture
PPT 161 Process Plant Safety II
09/08/16: Course Overview
09/13/16: Introduction to OSHA Part 1
09/15/16: Introduction to OSHA Part 2
09/20/16: Walking and Working Surfaces
09/22/16: Exit routes, fire protection
10/06/16: Hazardous Materials
10/11/16: Machine Guarding
10/13/16: Fall Protection
10/18/16: Test #1
10/20/16: Introduction to PSM
PPT 175 Process Plant Sciences
09/08/16: Electric Motors
09/12/16: Rigid Bodies / Materials
09/13/16: Units, Dimentional Analysis, Sci Notation, Sig Figures
09/14/16: PTHA / Lab Safety
09/15/16: Electric Motor Competition
09/29/16: Atoms and the Periodic Table
09/20/16: Atoms and the Periodic Table
09/21/16: Molecules and Chemical Formula
09/22/16: Molecules and Chemical Formula
09/26/16: Molecules and Chemical Formula
09/27/16: Naming Compounds
09/28/16: Avogadro's Number and the Mole
09/29/16: Chemical Reactions / Types of Chemical Reactions
10/03/16: Chemical Reactions / Types of Chemical Reactions
10/04/16: Chemical Reactions / Types of Chemical Reactions
10/06/16: Test #1
10/10/16: Solutions and Concentrations
10/11/16: Properties of gasses - The Ideal Gas Law
10/12/16: Properties of gasses - The Ideal Gas Law
10/13/16: Non-ideal Gases and Steam Tables
10/17/16: ONEOK Industrial Advisory
10/18/16: Heat of Reaction
10/19/16: Heat of Reaction
10/20/16: Electrons and Bonding
PPT 211 Advanced Operations
09/12/16: Equipment Preparation
09/14/16: Equipment Preparation
09/19/16: Refinery Configuration
09/21/16: Refinery Configuration
09/26/16: Petroleum Characteristics
09/28/16: Gasoline Blending
10/03/16: Delayed Coking Cycles
10/05/16: Test #1
10/10/16: Delayed Coking Process
10/12/16: Delayed Coking Process
10/17/16: Crude Distillation Review / Fluid Coking
TRID 150 Environmental and Shop Practices
09/12/16: Introduction to OSHA Part 1
09/14/16: Introduction to OSHA Part 2
09/19/16: Walking and Working Surfaces
09/21/16: Exit routes, fire protection
10/05/16: Hazardous Materials
10/10/16: Machine Guarding
10/12/16: Fall Protection
10/17/16: Test #1
OSHA 10 Portion of this class is complete.
Process Plant Videos
Following are some videos created to support the Process Plant Technology program.
How to Operate the Kern Kraft 20F Oil Prince Oil Press
A copy of the procedure we use is available below:
Oil Start to Finish - Overview of the petroleum industry
Student Research - Designing and Building a Capacitance Level Instrument
Controls Lab #3 - Build and Calibrate a Temperature Transmitter
Controls Lab #6 - Replace a Pressure Transmitter
Controls Lab #10 - Permit and Replace an Orifice Plate
Controls Lab #11 - Pull or Replace a Control Valve
Sciences Lab #2 - Flash Points Video Demonstration
Sciences Lab #3 - Freeze Point Video Demonstration
Sciences Lab #4 - Steam Distillation to Recover Essential Oils from Spearmint
Sciences Lab #4 - Steam Distillation to Recover Essential Oils from Habanero
Sciences Lab #5 - Purify Methylene Chloride using Distillation
Sciences Lab #6 - Caffeine Extraction
Sciences - Simulation of Gas Phase Water
I am your E Learning representative for City College. Please let me know if you have any E Learning concerns or issues. I will bring your concerns to the right people. I am also available to help with D2L, your web page, or other electronic learning needs, and will try to get you a solution to your question.
Following are some tips and tricks that might simplify some work processes. I am interested in your feedback and ideas on other tips and tricks we could add.
Google Forms for surveys and assignment collection
How to Unlock a Microsoft Word Form
1. Save the Word form as an xml document
2. Open the xml document in Wordpad
3. Search for "enforcement"
4. Change the enforcement="1" to a "0"
5. Save the document
6. Open the modified xml file in Word
7. Save the unlocked document as a docx file