24_0404_CB_Hybrid Model Workshop 2 NorthArk.pdf
24_0404_CB_Hybrid Model Workshop 2 NorthArk.pptx
Presentation Outline: 24_0329 NorthArk PD Workshop 1 Outline.pdf
24_0328_CB_Hybrid Model Workshop 1 NorthArk.pptx
24_0328_CB_Hybrid Model Workshop 1 NorthArk.pdf
Instrumentation Course:
24_0324_ IND221 Course Blueprint for Hybrid Model (2).pdf
24_0403 IND221 technical topics.pdf
Lab Exercise 1.1 Creating and Measuring Analog Signals 082223.pdf
M1 Analog Control Basics 082223.pdf
INT112 Job Sheet 2.2 Sawing Drilling and Tapping 040622.pdf
Technical Topics for Industry 031524.pdf
24_0320 ATD Teaching and Learning Toolkit-2024 (1).pdf
Examples of Hands-On Assessments (HOAs):
IND220 Module 2 Hands-On Assessment.pdf
PLC200 Module 6 Hands-On Assessment.pdf
EET2790 Hands-On Assessment 1.pdf
PLC Planning Sheets:
23_0223_Outline for PLC 1 at Terra State.pdf
23_0902_Performance Assessments in PLC1 course (1).pdf
PLC200 Programmable Controller I Course Overview 042617.pdf
23_0802 Thought Paper on the IND221 course.pdf
Presentation Outline: 23_0718 NorthArk Workshop 2 Outline.pdf
23_0718_CB_Hybrid Model Workshop 2 NorthArk.pptx
23_0718_CB_Hybrid Model Workshop 2 NorthArk.pdf
AMTEC Competencies:
15_0206_AMTEC-Maintenance-Curriculum-Overview-052714.pdf
Example of a Course Blueprint:
22_0725_Updated Course Blueprint for Intro to Tech.pdf
An example of a Open Education Resources (OER):
IND134 Module 5 Intro to Electrical circuits 050318.pdf
Sample Learning Object on AC Quantities.pdf
An example of a Learning Objects within a Module:
0_Example Module 2 Description and Outcomes.pdf
1_Example Module 2 Learning Sequence Sheet.pdf
1a_Example RSLogix500 Basics 111222.pdf
2_Example Module 2 KAA Study Guide.pdf
4_Example Lab Exercise 5.1 ControlLogix 1756 Hardware Lab 061223.pdf
5_Example Lab Exercise 5.2 Using Logix Designer to Create a ControlLogix Project 061223.pdf
6_Example Module 2 Hands-On Assessment.pdf
Presentation Outline: 23_0710 NorthArk Workshop 1 Outline.pdf
23_0710_CB_Hybrid Model Workshop 1 NorthArk.pptx
23_0710_CB_Hybrid Model Workshop 1 NorthArk.pdf
Higher Learning Commission Documents:
HLC on CBEApplication_2018_FRM 092918.pdf
HLC Common Framework for defining CBE_C-RAC_CBE_Statement_6_2_2015.pdf
Electrical Course Sequence, and Course Overview Sheets:
NSCC Electrical Course Sequence 042617.pdf
IND120 Industrial Electricity I Course Overview 042617.pdf
IND223 Motors and Controls Course Overview 042617.pdf
PLC200 Programmable Controller I Course Overview 042617.pdf
HOME4Techs & Scaling CBE Informational Pieces:
HOME4TECHS informational handout 2016.pdf
Scaling Grants Handout 112019.PDF
An example of a Hands-On Assessment and Job Sheet:
IND121 Module 5 Hands-On Assessment.pdf
INT112 Job Sheet 2.2 Sawing Drilling and Tapping 040622.pdf
Outline for CREATE Faculty Training on 6/27/23:
Presentation Material Files: 23_0626 Terra Faculty Professional Development Outline for 062723.pdf
23_0627_CREATE Faculty Training June 2023 Session 2.pptx
23_0627_CREATE Faculty Training June 2023 Session 2.pdf
22_0617_PTEC1113 Lab 2.1 A.S. Electrical Basics.pdf
22_0617_PTEC1113 Lab 2.2 Electrical Basics in Electrical Lab.pdf
23_0623_Terra Faculty Workshop OER.pptx
23_0623_Terra Faculty Workshop OER.pdf
23_0626 Example Videos for Terra Training.pdf
22_IND223 Module 2 Motor Branch Circuits ver B.pdf
Examples Simulations and VMs 062623.pdf
Outline for CREATE Faculty Training on 6/20/23: 23_0613 Terra Faculty Professional Development Outline for 062023.pdf
Presentation Material Files:
23_0619_CREATE Faculty Training June 2023 Session 1.pptx
23_0619_CREATE Faculty Training June 2023 Session 1.pdf
23_0427_Performance Assessments in PLC1 course (2).pdf
23_0420_Outline for PLC 1 and PLC 2 (2).pdf
23_0619_Learning Thread Document.pdf
IND220 Lab 2.3 AS Troubleshooting Basic Electrical Circuits.pdf
IND220 Lab 2.4 HL Troubleshooting Basic Electrical Circuits.pdf
INT112 Job Sheet 2.2 Sawing Drilling and Tapping 040622.pdf
23_0623 Example Videos for Terra Training.pdf
44_IND223 Module 4 Practice quiz.pdf
45a_IND223 Lab Exercise 4-1 Getting Started with the PF525 Training Unit_M4.pdf
Lab Exercise 5.1 ControlLogix 1756 Hardware Lab 061223.pdf
22_IND223 Module 2 Motor Branch Circuits ver B.pdf
Outline for CREATE December Faculty Training: 22_1214_Outline for Faculty Training December 2022 (3).pdf
Presentation Material Files:
22_1116_Performance Assessments in PLC1 course.pdf
22_1220_CREATE Faculty Training.pptx
22_1220_CREATE Faculty Training.pdf
Lab Exercise 2.3 SLC-500 Basic Relay Instructions Lab 120522.docx
EET 2440 Performance Assessment 1 121622.pdf
Outline for CREATE Kickoff Training: 22_0718_Outline for Professional Development Kickoff for the CREATE Project.pdf
PowerPoint/PDFs of the Presentation Material:
22_0801_Part 1 Terra CREATE Faculty Prof Dev Training.pptx
22_0801_Part 1 Terra CREATE Faculty Prof Dev Training.pdf
22_0802_Part 2 Terra CREATE Faculty Prof Dev Training.pptx
22_0802_Part 2 Terra CREATE Faculty Prof Dev Training.pdf
22_0801_Terra Faculty Workshop OER.pptx
22_0801_Terra Faculty Workshop OER.pdf
22_0805_Creating Learning Object.pptx
22_0805_Creating Learning Object.pdf
Electrical Course Sequence, and Course Overview Sheets:
NSCC Electrical Course Sequence 042617.pdf
IND120 Industrial Electricity I Course Overview 042617.pdf
IND223 Motors and Controls Course Overview 042617.pdf
PLC200 Programmable Controller I Course Overview 042617.pdf
HOME4Techs & Scaling CBE Informational Pieces:
HOME4TECHS informational handout 2016.pdf
Scaling Grants Handout 112019.PDF
Lab Exercises:
IND220 Lab 4.1 AS Double-acting Cylinder Circuit with Electrical Controls.pdf
Automation Studio CompactLogix PLC Lab 1 091421.pdf
An example of a Hands-On Assessment and Job Sheet:
IND121 Module 5 Hands-On Assessment.pdf
INT112 Job Sheet 2.2 Sawing Drilling and Tapping 040622.pdf
An example of a Learning Sequence Sheet:
IND220 Module 2 Learning Sequence Sheet.pdf
AMTEC Competencies:
15_0206_AMTEC-Maintenance-Curriculum-Overview-052714.pdf
PDF Focused Learning Objects:
IND134 Module 1 Basic Pneumatic Information_last updated 031518.pdf
IND134 Module 5 Intro to Electrical circuits 050318.pdf
PLC200 Module 2 Information on RSLinx and RSLogix500 081016.pdf
Example Practice Quiz:
IND121 Module 4 KAA Practice Quiz.pdf
Example Knowledge & Application Assessment with Question Pools:
IND220 M2 KAA Questions 080820.pdf
Example of LMS module layout:
Sakai Module 2 layout IND220.pdf
Blackboard LMS module 6 layout.pdf
Example of a Course Blueprint:
22_0725_Updated Course Blueprint for Intro to Tech.pdf
Miscellaneous:
22_0801_Acronyms in the CBE Hybrid Model.pdf
Lab 8.1 Part 2 AS Continuous Operation with Flow PLC Control Circuit.prx
For more information about this Project, contact Tom Wylie (Project PI) at Northwest State Community College, Archbold, Ohio. Email: twylie@northweststate.edu
The Project PI will offer Faculty Workshops from February through May of 2022. As part of the ATE Project, these workshops are to be offered for Faculty in all four partner states (AR, MI, NC and OH), but will also allow faculty from other states to attend. Due to the pandemic, these workshops have changed from face-to-face (in each state), to remote training using both synchronous (Zoom) and asynchronous (LMS) learning. This will also allow much more flexible scheduling of the workshops to accommodate the Faculty during a semester. Click on this link to view the information about the workshops: Scaling CBE Elements Faculty Workshop Flyer 020122.pdf
If faculty from any other colleges throughout the country are interested in this project, contact the project PI (Tom Wylie: twylie@northweststate.edu), and he will schedule a Zoom meeting with faculty/staff from your college. The PI and Co-PIs for this project will assist any college who wishes to learn more about this project, and how to improve their curriculum.
The following documents will be used to explain the status of the Scaling Elements project for the Annual Evaluation visit by Mr. Dave Hata, project evaluator who will be visiting the campus on 9/13/23.
The following is the materials that was submitted for the ATE Connects for the 2022 ATE PI Conference. If you have any questions about the project, or an interest in future workshops, feel free to reach out to Tom Wylie, Project PI at twylie@northweststate.edu.
One Page Project Impact Data: Scaling CBE Elements one Page Impact for 2022 ATE Connects.pdf
Remote Learning with VMs and Simulations: Remote Learning using Virtual Machines and Online Simulations.pdf
Faculty Workshop Flyer: Scaling CBE Elements Faculty Workshop Flyer 091922.pdf
The purpose of the Scaling CBE Element project is to improve the effectiveness and access of traditional technical (lecture/lab) courses by implementing a portion (element) of successful competency-based hybrid instructional models that have been implemented at various colleges throughout the country. The project will focus on a four state region (AR, MI, NC & OH), with one college from each state chosen as a college partner. The partner colleges will each implement a curriculum change based on the competency-based/hybrid model, then analyze the impact of the change. A larger impact of the project will be to build the capacity of faculty from any of the colleges within the four states to be able to scale any of these competency-based elements into their curriculum. This will be done through faculty workshops and mentoring services. The goals and objectives of this project is as follows: Scaling CBE Elements Project_ Goals and Outcomes.pdf
The project consists of three parts:
1. Identifying one CBE Element to scale into curriculum at each of the partner colleges to determine the effectiveness and the impact on student learning the curriculum intervention had. Upon completion of Faculty training at each partner college, one faculty was identified to lead the effort to create a change in part of their curriculum (scale an element), though other faculty at the partner college are involved with the change process. The effectiveness and impact of this change is measured by the faculty and reported to the Project Evaluator. Examples of the type of changes that partner colleges created and are implementing will be shown in this one page overview created for the 2020 ATE PI virtual conference: Scaling Elements one page overview for the Virtual PI Conf 2020.pdf
2. Converting two face-to-face, lecture/lab technical courses at Northwest State to the competency-based/hybrid instructional model. This would involve the Project PI working with full-time Industrial Technology Faculty to convert the courses. This process is shared with the faculty at the partner colleges, and also documented through a video presentation, allowing it to be disseminated to any faculty/staff who would benefit from this process. An important part of converting a traditional course to a competency-based/hybrid model is the Revers Design process. Here is a graphic that shows the steps that Northwest State uses for this process: Reverse Design Graphic on Converting a Course to CBE Hybrid.pdf
3. Deliver a 1.5 day workshop to college faculty from any college within the 4 specific states in this project, in years 2 & 3 of the project. Due to the pandemic, these workshops have been changed to an electronic delivery (Zoom). The focus of the workshops is for college faculty to learn how to scale an element of the CBE model into a college course in an effort to improve the course.
The following graphic shows the instructional elements (listed on the outside of the circle) that have been successfully implemented into technical courses at many 2-year colleges across the country. New Scaling Wheel.png
Also, listed below are the Competency-based/Hybrid elements that will have a separated document that will explain the impact of each element, and how it is used to improve the effectiveness and/or access of technical curriculum. Click on any of the elements below to view this information.
Curriculum/Skills Alignment Employer Engagement
Modularizing Course Content Hands-On Skills Assessment
Lecture Moved Online Applied Online Assessments
Active Learning Objects Assessment Model (PLA)
Open Education Resources (OER) Lab Exercises/Workplace Skills
Flexible Lab Scheduling Interactive Online Simulations
CBE-Skills Mastery/Flexible Pacing Virtual Machines: 24/7 Software Access
The Scaling CBE Elements project was created with college partners from four states (AR, MI, NC & OH). Each of the college partners received 1-2 full days of training on the CBE model, and how to use the elements of the model to improve student learning. Faculty from colleges within these four states will be invited to participate in workshops that will also explain how to improve effectiveness and/or access to curriculum. The first workshop is scheduled to start in March 2021, and will continue until the interest in these workshops are exhausted.
Miscellaneous Handouts: The first document is a really good article on how Science Faculty from Front Range Community College implemented CBE into a few of their courses: Competence versus Completion_Does Passing Equate to Learning.PDF
The next handout is a PowerPoint that somewhat explains the HOME4TECHS NSF Project that preceded the NSF Project that funds this workshop. Northwest State Community College built a process on how to convert traditional lecture/lab courses to a Competency-Based/Hybrid model. This project was complete in 2018. 21_0225_Background Info on the NSF HOME4TECHS Project.pdf
Faculty Workshop Session 1 Handouts and Materials:
PDF of Faculty Workshop Session 1 PPT:
22_0520_Scaling CBE Elements Faculty Workshop 11 Session 1.pdf
Examples of Focused Learning Object (PPT & PDF):
IND134 Module 1 Basic Pneumatic Information_last updated 031518.pdf
IND223 Module 1 Single and three Phase Systems.pdf
Sample Learning Object on AC Quantities.pdf
EEM 162 Module 5 Final Control Elements (1).pdf
21_0414_Info from Jim Pytel on eBooks and Instructional Videos.pdf
EET2790 Periodic Tasks Lab Exercise in the 012421.pdf
Example of Lab Exercises:
IND220 Lab 4.2 AS Continuous Operation with Electrical_PLC Control.pdf
IND223 Lab Exercise 4-2 Configuring the PF525 Training Unit_M4.pdf
EET2790 Periodic Tasks Lab Exercise in the 012421.pdf
Examples of Hands-On Assessments (HOAs):
IND220 Module 2 Hands-On Assessment.pdf
PLC200 Module 6 Hands-On Assessment.pdf
EET2790 Hands-On Assessment 1.pdf
Example of a Knowledge & Application Assessment (KAA) questions used in the LMS:
Sample KAA Questions for Workshop (1).pdf
Faculty Workshop Session 2 Handouts and Materials:
22_0527_Scaling CBE Elements Faculty Workshop 11 Session 2.pdf
PLC200_Prog Controller I_Course Info Sheet-updated Feb 09.pdf
NSCC electrical course sequence 042617.pdf
PLC200 Programmable Controller I Course Overview 042617.pdf
IND120 Industrial Electricity I Course Overview 042617.pdf
IND134 Module 5 Intro to Electrical circuits 050318.pptx
IND220 Module 5 Learning Sequence Sheet.pdf
IND223 Module 2 Motor Branch Circuits ver B.pptx
Terra CC EET2790 Hands-On Assessment 1.pdf
Faculty Workshop Session 3 Handouts and Materials:
22_0603_Scaling CBE Elements Faculty Workshop 11 Session 3.pdf
IND120 Lab 15 Electric Troubleshooting II.pdf
IND220 Lab 2.3 AS Troubleshooting Basic Electrical Circuits.pdf
Faculty Workshop Session 3 Automation Studio (v. 6.4) files:
0_IND134 Lab 6.2 A.S. Continuous Operation with Flow Electrical Control Circuit (1).prx
0_IND120 Module 7 Circuits.prx
0_IND134 Lab 5.3c cush cylinder start stop with prox switch and timedelay.prx
0_Three phase motor circuit.prx
0_IND134 Lab 8.3 A.S. Three Cylinders in Sequence Operation PLC Control.prx
0_Electro_Hy Circuit Demo1.prx
0_IND220 Lab 7.1 PowerFlex525_IEC Basics Keypad Control.prx
If faculty from any other colleges throughout the country are interested in this project, contact the project PI (Tom Wylie: twylie@northweststate.edu), and he will schedule a Zoom meeting with faculty/staff from your college. The PI and Co-PIs for this project will assist any college who wishes to learn more about this project, and how to improve their curriculum.
The following documents used in the Faculty Professional Development:
PPT on Open Educational Resources:
23_0623_Terra Faculty Workshop OER.pdf
23_0623_Terra Faculty Workshop OER.pptx
PPT on Instructional Videos:
24_0408_SECC Faculty Training Videos 1.pdf
24_0408_SECC Faculty Training Videos 1.pptx
SECC Iowa Workshop 1 Outline for 040224.pdf
24_0328_SECC Iowa Faculty Professional Development Workshop 1.pptx
SECC Faculty Professional Development Training 040224 2 slides.pdf
Instrumentation Course:
24_0324_ IND221 Course Blueprint for Hybrid Model (2).pdf
24_0321 IND221 technical topics (1).pdf
Lab Exercise 1.1 Creating and Measuring Analog Signals 082223.pdf
M1 Analog Control Basics 082223.pdf
INT112 Job Sheet 2.2 Sawing Drilling and Tapping 040622.pdf
Technical Topics for Industry 031524.pdf
24_0320 ATD Teaching and Learning Toolkit-2024 (1).pdf
Electrical Course Sequence, and Course Overview Sheets:
NSCC Electrical Course Sequence 042617.pdf
IND120 Industrial Electricity I Course Overview 042617.pdf
IND223 Motors and Controls Course Overview 042617.pdf
PLC200 Programmable Controller I Course Overview 042617.pdf
Examples of Hands-On Assessments (HOAs):
IND220 Module 2 Hands-On Assessment.pdf
PLC200 Module 6 Hands-On Assessment.pdf
EET2790 Hands-On Assessment 1.pdf
Examples of A.S and Hands-On Lab Exercises, South Ark:
3_PTEC1113 Lab 6.1 A.S. Electrical Basics 062322.pdf
4_PTEC1113 Lab 6.2 Electrical Basics in Electrical Lab 071422.pdf
PPT on Open Educational Resources:
23_0623_Terra Faculty Workshop OER.pdf
23_0623_Terra Faculty Workshop OER.pptx
PPT on Instructional Videos:
24_0408_SECC Faculty Training Videos 1.pdf
24_0408_SECC Faculty Training Videos 1.pptx
Thanks for viewing this project microsite.
The following documents were distributed in the Connects session at the 2023 ATE Conference:
23_1020 ATE Conf 2 page impact data 2023.pdf
23_1020 ATE Conf VM handout portrait 1.pdf
23_1020 ATE Conf VM handout portrait 2.pdf