Course Rubric-Number-Section: | AACT-2372-501 |
Credit: | 3 |
Contact Hours: |
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CIP Code: | 15.0406 |
Course Title: | Automation Control Systems Int |
Course Description: | This course explores theoretical concepts of communications protocols programming. Emphasis in connecting devices as they apply to industry, and concepts of networking, data collection, and troubleshooting of Industrial Networks. |
Prerequisites: | Take AACT-2371 |
Co-requisites: | None |
Course Meets: | Online |
Instructor: | Troy Powledge |
Office Phone Number: | 9039233343 |
Email Address: | troy.powledge@tstc.edu |
Office Fax Number: | |
Building & Office Room Number: | South 404 |
Office Hours: | Google Chat and TSTC Email |
Approved by: | Juan Alferez | Date: | 2022-08-11 |
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Course Outcomes | |
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CO1: | Define Digital device communications; |
CO2: | Identify Types of networking configurations used in Automation; |
CO3: | Demonstrate communication device addressing; |
CO4: | Design an industrial network using different protocols; |
CO5: | Troubleshoot communications systems and devices |
See College Catalog for complete descriptions. NOTE: Course prerequisite/corequisite
When a course is a prerequisite or corequisite and the student is a PBE student, the PBE grading scheme is applicable. If the prerequisite was completed prior to the PBE start term for the student, the traditional grade may be acceptable. The student should review prior grades with the Enrollment Coach.Performance Based Education (PBE) Program Competencies and Traditional Program Instruction (Non-PBE) Curriculum Revisions Each Program of Study, at least once a year, reviews its degree plans, courses, lesson plans, course objectives, course outcomes and/or competencies. They do this to ensure that each degree plan contains the most current curriculum and that it meets industry standards and requirements. Students who successfully complete courses by meeting the minimum standards set for the course will complete the course outcomes and/or PBE competencies and assessments set at the time of enrollment. Course outcomes, competencies, and assessments can be updated at any time, especially from one academic year to another. If a student needs to repeat a course they may need to complete different lesson plans, course objectives, assessments and/or course competencies. Example: A student drops or fails a course in the Spring semester. When the student registers to retake a course, some or all of the course lesson plans and/or competencies and assessments may be different. Therefore, the student will need to successfully complete the newest assessment requirements for the course. Campus Standard Policies
The Student Handbook contains valuable information on campus policies and procedures.
Access and Learning Accommodations (formerly Disability Services) In compliance with the Americans with Disabilities Act Amendments Act of 2008, Americans with Disabilities Act of 1990 and Section 504 of the Rehabilitation Act, Texas State Technical College is committed to ensuring educational access to its students and promotes full participation in it’s programs, services, and course requirements. Qualified students with disabilities are encouraged to access these services by contacting the Access and Learning Accommodations office to discuss their needs for accommodations. Students reserve the right to request services at any time during the semester, however, instructors are not allowed to provide classroom accommodations to a student until appropriate verification from the Access and Learning Accommodations office has been provided. For information, please contact the Access and Learning Accommodations office in a timely manner. Statewide contact information:
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Tutoring Statement The Supplemental Instruction & Tutoring Program at TSTC offers free tutoring and academic support services to help you achieve your academic and career goals. You can access the Tutoring Schedule, as well as MyTSTC Video Tutor Library, by visiting: https://portal.tstc.edu/student/Student_Learning/Pages/Tutoring.aspx (shortened link: goo.gl/Z9vJvY ). For more information, please contact Norma A. Salazar@ 956-364-4557. Learning Resource Center The Learning Resource Center provides online and in person library resources and services. Go to tstc.libguides.com to find help with your assignments, projects, and papers. Clicking the Student tab will allow you to find resources, homework help, tutorials, and real time chat to answer your questions.
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Emergency Assistance Available As a student you may experience a range of issues that can cause barriers to learning, such as food insecurity, housing, transportation, and childcare concerns, or you may be unable to pay your bills. These stressful events may lead to diminished academic performance or reduce your ability to participate in daily activities. TSTC offers emergency aid and services to assist you with addressing these and other concerns you may be experiencing. Please contact the TSTC Advocacy & Resource Center. You can reach a coach here: http://bit.ly/ARCCoach
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Title IX Texas State Technical College (TSTC) seeks to provide an environment that promotes equal opportunity free from discrimination and harassment. If you have been a victim of sexual harassment, sexual harassment, sexual assault, or any other form of protected class discrimination, we encourage you to make a report. If you report to a faculty member, she or he must notify TSTC’s Title IX Coordinator about the incident. You may also make a confidential report to TSTC’s Counselors. All students (including pregnant and parent students), regardless of their legal status are entitled to protections under TSTC’s policy. For more information about Title IX or sexual misconduct, as well as your options, please visit https://www.tstc.edu/student_life/titleix. For information about equal opportunity and civil rights policies, visit https://www.tstc.edu/governance/sos.
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Student Uniforms Requirement Fully Online Students Texas State Technical College requires all students to wear a program-specific uniform while attending functions on and off campus. This uniform is available for purchase at the campus bookstore. As a student in a fully online program you are required to purchase at least two program-specific uniforms in the event you attend any in person or off campus learning opportunities or events (i.e. Job Fairs, Resume & Interview workshops, and media interviews). Hybrid & F2F Students Texas State Technical College requires all students to wear a program-specific uniform while attending functions and labs on and off campus. This uniform is available for purchase at the campus bookstore. As a student in a hybrid program you are required to purchase at least two program-specific uniforms to wear to in person labs and other learning opportunities or events held on or off campus (i.e. Job Fairs, Resume & Interview workshops, and media interviews). |
Resources |
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Textbooks & Publications: | |||||
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Item | Title | Author | Publisher | Edition | ISBN |
1 | Industrial Network Basics: Practical Guides for the Industrial Technician | Gary D Anderson | Gary D Anderson | Book 3 | 978-1736423202 |
Tools, Materials: | ||
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Item | Resource | Quantity |
1 | Flat Blade Screwdriver 3/16" x 6" | 1 |
2 | Phillips Head Screwdriver #2 x 6" | 1 |
3 | Long Nose Cutting Pliers 8" x 5/16" | 1 |
4 | Diagonal Cutting Pliers 8" | 1 |
5 | Wire Strippers #12 wire | 1 |
6 | Pens (no red ink) | 1 |
7 | # 2 Pencils | 3 |
8 | Notebook Paper | 500 Sheets |
9 | Digital Multimeter | 1 |
10 | Calculator | 1 |
11 | Safety Glasses | 1 |
12 | Terminal Crimping Pliers | 1 |
13 | Tool Bag | 1 |
Grade Scheme | |||||||||||
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Category Description | Category Value | ||||||||||
Lab | 30% | ||||||||||
Assessment Label: | Assessment Description | Assessment Value | |||||||||
Week 1 Lab: | Lab activity assigned by instructor. | 2.00% | |||||||||
Lab-Module 2.1: | Interfacing using Sink, Source and interposing relays. | 2.00% | |||||||||
Lab-Module 2.2: | Interfacing using 4mA-20mA | 2.00% | |||||||||
Lab-Module 2.3: | Hardwired interfacing labs continued. | 2.00% | |||||||||
Lab-Module 3.1: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 3.2: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 4.1: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 4.2: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 5.1: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 6.1: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 7.1: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 7.2: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 7.3: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 7.4: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Lab-Module 7.5: | Lab Activity to be determined by Instructor. | 2.00% | |||||||||
Category Description | Category Value | ||||||||||
Online Content Participation | 30% | ||||||||||
Assessment Label: | Assessment Description | Assessment Value | |||||||||
Module 1 Online Content Participation: | Online Lecture | 3.00% | |||||||||
Module 2.1 Online Content Participation: | Online Lecture - Interfacing using Sink, Source and interposing relays. | 3.00% | |||||||||
Module 2.2 Online Content Participation: | Online Lecture - Interfacing using 4-20mA | 3.00% | |||||||||
Module 3.1 Online Content Participation: | Online Lecture - WAN, LAN, VLAN, VPN | 3.00% | |||||||||
Module 4.1 Online Content Participation: | Online Lecture - Introduction to Ethernet communications - Ethernet, Token Ring, Servers, Hosts and Clients | 3.00% | |||||||||
Module 5.1 Online Content Participation: | Online Lecture - Understanding Bandwidth, Coaxial Cable, UTP&STP, Ethernet Cabling and Fiber Optics. | 3.00% | |||||||||
Module 6.1 Online Content Participation: | Online Lecture - CSMA/CD, Full Duplex/Half Duplex, TCP/IP, ARP, MAC & IP Addressing, The Datagram/Frames. | 3.00% | |||||||||
Module 7.1 Online Content Participation: | Online Lecture - Industrial Network Topics | 3.00% | |||||||||
Module 7.2 Online Content Participation: | Online Lecture - Industrial Network Topics | 3.00% | |||||||||
Module 7.3 Online Content Participation: | Online Lecture - Industrial Network Topics | 3.00% | |||||||||
Category Description | Category Value | ||||||||||
Midterm Exam | 20% | ||||||||||
Assessment Label: | Assessment Description | Assessment Value | |||||||||
Midterm Exam: | Online Midterm Exam (Chapter 1) and other topics covered to this point. | 20.00% | |||||||||
Category Description | Category Value | ||||||||||
Final Exam | 20% | ||||||||||
Assessment Label: | Assessment Description | Assessment Value | |||||||||
Final Exam: | Final Assessment of Students Course knowledge. | 20.00% | |||||||||
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Description of Graded Elements of the Course | |||
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Assessment Label | Assessment Description/Course outcomes met | Assessment Value in Percent |
% of Final Grade |
Module 1 Online Content Participation | Online Lecture Course outcomes met: CO4, CO5 | 3.00 | 3.00% |
Week 1 Lab | Lab activity assigned by instructor. Course outcomes met: CO5, CO4 | 2.00 | 2.00% |
Lab-Module 2.1 | Interfacing using Sink, Source and interposing relays. Course outcomes met: CO5, CO4 | 2.00 | 2.00% |
Module 2.1 Online Content Participation | Online Lecture - Interfacing using Sink, Source and interposing relays. Course outcomes met: CO5, CO4 | 3.00 | 3.00% |
Lab-Module 2.2 | Interfacing using 4mA-20mA Course outcomes met: CO4, CO5 | 2.00 | 2.00% |
Module 2.2 Online Content Participation | Online Lecture - Interfacing using 4-20mA Course outcomes met: CO4, CO5 | 3.00 | 3.00% |
Lab-Module 2.3 | Hardwired interfacing labs continued. Course outcomes met: CO5, CO4 | 2.00 | 2.00% |
Module 3.1 Online Content Participation | Online Lecture - WAN, LAN, VLAN, VPN Course outcomes met: CO3, CO1, CO2 | 3.00 | 3.00% |
Lab-Module 3.1 | Lab Activity to be determined by Instructor. Course outcomes met: CO3, CO1, CO2 | 2.00 | 2.00% |
Lab-Module 3.2 | Lab Activity to be determined by Instructor. Course outcomes met: CO2, CO1, CO3 | 2.00 | 2.00% |
Midterm Exam | Online Midterm Exam (Chapter 1) and other topics covered to this point. Course outcomes met: CO1, CO2, CO3 | 20.00 | 20.00% |
Module 4.1 Online Content Participation | Online Lecture - Introduction to Ethernet communications - Ethernet, Token Ring, Servers, Hosts and Clients Course outcomes met: CO2, CO1, CO3 | 3.00 | 3.00% |
Lab-Module 4.1 | Lab Activity to be determined by Instructor. Course outcomes met: CO1, CO2, CO3 | 2.00 | 2.00% |
Lab-Module 4.2 | Lab Activity to be determined by Instructor. Course outcomes met: CO3, CO2, CO1 | 2.00 | 2.00% |
Module 5.1 Online Content Participation | Online Lecture - Understanding Bandwidth, Coaxial Cable, UTP&STP, Ethernet Cabling and Fiber Optics. Course outcomes met: CO1, CO2, CO3 | 3.00 | 3.00% |
Lab-Module 5.1 | Lab Activity to be determined by Instructor. Course outcomes met: CO4, CO5 | 2.00 | 2.00% |
Module 6.1 Online Content Participation | Online Lecture - CSMA/CD, Full Duplex/Half Duplex, TCP/IP, ARP, MAC & IP Addressing, The Datagram/Frames. Course outcomes met: CO3, CO2, CO1 | 3.00 | 3.00% |
Lab-Module 6.1 | Lab Activity to be determined by Instructor. Course outcomes met: CO5, CO4 | 2.00 | 2.00% |
Module 7.1 Online Content Participation | Online Lecture - Industrial Network Topics Course outcomes met: CO3, CO1, CO2 | 3.00 | 3.00% |
Module 7.2 Online Content Participation | Online Lecture - Industrial Network Topics Course outcomes met: CO2, CO1, CO3 | 3.00 | 3.00% |
Module 7.3 Online Content Participation | Online Lecture - Industrial Network Topics Course outcomes met: CO3, CO1, CO2 | 3.00 | 3.00% |
Lab-Module 7.1 | Lab Activity to be determined by Instructor. Course outcomes met: CO4, CO5 | 2.00 | 2.00% |
Lab-Module 7.2 | Lab Activity to be determined by Instructor. Course outcomes met: CO5, CO4 | 2.00 | 2.00% |
Lab-Module 7.3 | Lab Activity to be determined by Instructor. Course outcomes met: CO4, CO5 | 2.00 | 2.00% |
Lab-Module 7.4 | Lab Activity to be determined by Instructor. Course outcomes met: CO5, CO4 | 2.00 | 2.00% |
Lab-Module 7.5 | Lab Activity to be determined by Instructor. Course outcomes met: CO4, CO5 | 2.00 | 2.00% |
Final Exam | Final Assessment of Students Course knowledge. Course outcomes met: CO3, CO1, CO2 | 20.00 | 20.00% |
100.00 | 100.00% | ||
Course Schedule | ||||||||||||||||||||
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Unit/ Week |
Unit Description/Objectives | Assessment Label:Description Due Date | ||||||||||||||||||
1 | Module # 1 : Syllabus and Class Rules | |||||||||||||||||||
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2 | Module #2: The Hardwired Interface. | |||||||||||||||||||
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3 | Module #3: Introduction to Industrial Networking. (Chapter 1) | |||||||||||||||||||
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4 | Module #4: Describe and discuss - Introduction to Ethernet communications - Ethernet, Token Ring, Servers, Hosts and Clients.(Chapter 1) | |||||||||||||||||||
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5 | Module #5: Wiring for Networks (Chapter 2) Understanding Bandwidth, Coaxial Cable, UTP&STP, Ethernet Cabling and Fiber Optics. | |||||||||||||||||||
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6 | Module #6: How a Network Works (Chapter 3) CSMA/CD, Full Duplex/Half Duplex, TCP/IP, ARP, MAC & IP Addressing, The Datagram/Frames. | |||||||||||||||||||
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7 | Module #7: Industrial Networks (Chapter 4) SCADA, I/O Link, Fieldbus, Profibus, CAN Bus, Foundation Fieldbus, CIP, ControlNet, DeviceNet, Ethernet Fieldbus, Ethernet Protocols and OSI Model. | |||||||||||||||||||
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Student Conduct Students are expected to conduct themselves in a professional manner and to dress in the appropriate attire for the class being Cell Phone Policy Participation Policy (Attendance)
Cheating / Plagiarism Policy |
Other If you are a student with a disability and would like to request special accommodations, please notify the Support Services Office, |
HB 1508 Policy |
Tutoring Statement Learning Resource Center
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