Industry 4.0 - Advanced Manufacturing Industry Training

St. Croix Manufacturing Skills Center

Location: 1751 Broadway Street, Hammond, WI 54015

Courses Offered:

• CAD Basics

  • There are no classes currently scheduled. Please contact your regional customized training representative here.

    Course & Description	Competencies	Hours
    CAD Basics: Explore the essentials of CAD with our one-credit, 32-hour course using SolidWorks. You'll learn to create basic and complex 3D parts, transform them into detailed 2D drawings, and master dimensioning and printing techniques. The course also covers advanced functions like Loft, Sweep, and Helix, equipping you with practical skills for precise design work. Perfect for beginners or those looking to enhance their CAD proficiency. Students will be able to take the SolidWorks Associate Assessment once completed.	Construct basic 3D parts. Construct thin wall parts. Use 3D part models to create 2D orthographic views in participant drawings. Demonstrate dimensioning of all necessary features in all views of the 2D participant drawing. Produce completed part prints ready to be printed or plotted to paper. Use loft, sweep, and helix functions.	32

• FANUC

  •  There are no classes currently scheduled. Please contact your regional customized training representative here.

  • Course & Description	Competencies
    HandlingTool Operation and Programming: Learn tasks that an operator, technician, engineer or programmer needs to setup, record and/or troubleshoot programs on a FANUC Robot  using HandlingTool Software.	Students successfully completing this course will be able to: Power up and jog the robot Teach Frames Recover from common program and robot faults Execute production operations Create, modify and execute a material handling program Create and execute MACROs Monitor, force and simulate input and output signals Backup and restore individual programs and files
    iRVision Operation and Programming - 2D: Learn the basic tasks and procedures required for an operator, technician, engineer or programmer to set up, teach, test and modify iRVision applications.	View and/or change robot and computer parameters to facilitate access to the robot’s web page Setup a camera Perform an inspection vision process Understand basic vision concepts and lighting Master a robot using vision mastering Create tool frame for the robot applicator Create user frames necessary for use with the vision system Calibrate a camera Setup a 2D single-view vision process Program the robot to respond to vision results

  •  Please note that while there are multiple session dates available, the content of the class remains the same for each session.
• Machine Tool

  • There are no classes currently scheduled. Please contact your regional customized training representative here.

    Machining Foundations

    Course & Description	Hours
    Print Reading for Machine Trades -This course introduces fundamental print reading principles, emphasizing the interpretation of standard lines and symbols in single- and multiple-view working drawings. Topics include print reading procedures, drawing changes, machining specifications, and reading prints in specialized areas, such as ANSI and ISO standards. Basic understanding of mathematics concepts is strongly recommended.	10 hours - Print Reading Foundations 16 Hours - Interpreting Industrial Prints 6 Hours - Introduction to GD&T
    Introduction to Measurement Tools - Ideal for manufacturing and precision measurement newcomers, this course provides a comprehensive overview of common measuring tools used in the industry. Learn to recognize and select the right tool for each job, with a strong focus on practical, hands-on experience with scales, micrometers, calipers, test indicators, and the versatile uses of 1-2-3 blocks.	12
    Principles of Machining - This theory-based course aims to establish a strong foundation for understanding feed and speed considerations in machining across diverse materials. Dive into essential formulas, calculations, and industry-standard reference materials for CNC mill and lathe programming. Explore key aspects of maintenance, cutting tools, and work holding commonly used in the industry	12
    G&M Code Basics (Mill) - Explore commonly used G-Codes and M-Codes, while developing a strong understanding of program structure and formatting. Engage in practical activities by writing and testing programs on Mobile Haas Desktop Mills. Topics covered include part decking, stock squaring, canned cycles, engraving cycles, pocketing, and cutter compensation.	20

  • Expanding Manufacturing Skills

  • Course & Description	Hours
    SolidWorks (CAD) for Beginners: Get started with Computer-Aided Design (CAD), the foundation of modern manufacturing. In this course, you will enhance your print reading skills by interpreting drawings and generating corresponding parts using SolidWorks software. You’ll learn the art of 2D sketching, 3D part modeling, and producing dimensioned drawings for those parts.	20
    Mastercam (CAM) for Beginners: Delve into Computer-Aided Manufacturing (CAM), the tool for transforming 3D models into parts through toolpaths and G-Code for CNC Mill or Lathe operations. This course specializes in Mastercam for machining centers (mills). You will acquire the skills to create 2D drawings and import finished 3D models from SolidWorks. Learn to generate toolpaths and G-Code in Mastercam and put them into action with Mobile Haas Desktop Mills.	20
    GD&T: Intermediate: The beginner micro-credential or equivalent basic knowledge of GD&T is required to ensure understanding of this content. Within the intermediate course, review relevant symbols, terms, rules, & theory around GD&T. Gain insights into advanced concepts including the historical context, single-segment verses composite feature control frames, datums and datum simulators, coordinate tolerance zones verses diametrical zones, issues with traditional +/- tolerancing and streamlining symbols and prints.	16

• Mechatronics

  • Class Registration

    Course & Description	Competencies	Hours
    Introduction to AC/DC: Introduces the concepts of AC and DC power and basic circuits. Using a multimeter, students learn about voltage, current, and resistance in both AC and DC circuits.	1. Investigate electrical properties 2. Demonstrate use of digital multimeter and oscilloscope 3. Construct electrical circuits using schematic drawings 4. Identify electrical and physical characteristics of transformers 5. Analyze electrical properties of transducers 6. Analyze electrical properties of parallel and series circuits 7. Analyze electrical properties of reactance	24
    Basic Pneumatics 1: Learn what fluid power is, differentiate between hydraulics and pneumatics, implement basic pneumatic circuits, utilize schematics, apply Pascal’s Law, define properties of fluids, implement airflow control and hydraulics cylinder circuits.	1. Implement basic pneumatic cylinder circuits and connections 2. Implement basic pneumatic actuator circuits 3. Apply Pascal’s Law and Boyles Law to pneumatic systems 4. Implement air flow control and measurement to control speed	18
    CAD Basics: This course offers instruction on individual computer workstations in a computer lab. This computer-aided drafting (CAD) instruction uses SolidWorks software that is capable of creating 3D drawings. In this course you will spend a majority of the time creating 3D models and exploring the concepts of working in 3D space. Students will create complete and fully dimensioned 3-view part prints ready to be transferred to paper.	1. Construct basic 3D parts 2. Construct thin wall parts 3. Use 3D part models to create 2D orthographic views in participant drawings 4. Demonstrate dimensioning of all necessary features in all views of the 2D participant drawing 5. Produce completed part prints ready to be printed or plotted to paper 6. Use loft, sweep, and helix functions	18
    FANUC HandlingTool Operation and Programming: Learn tasks that an operator, technician, engineer or programmer needs to setup, record and/or troubleshoot programs on a FANUC Robot  using HandlingTool Software.	1. Power up and jog the robot 2. Teach Frames 3. Recover from common program and robot faults 4. Execute production operations 5. Create, modify and execute a material handling program 6. Create and execute MACROs 7. Monitor, force and simulate input and output signals 8. Backup and restore individual programs and files	24
    Maintenance PLC: Gain skills to maintain a Programmable Logic Controller (PLC)! This course explains how a PLC can be used to replace relay logic circuits. The functional components of a PLC are identified including the processor, I/O, and a control terminal. Learn how to interface and control various sensors and actuators, develop and troubleshoot ladder logic, and control programs that utilize relay, timer, and counter instructions.	1. Learn the characteristics and components used in EIA 232 and 485 communications 2. Connect network cabling to devices and controllers 3. Configure network/bus communications systems and transfer data 4. Identify PLC components and I/O 5. Connect components in a relay logic circuit 6. Setup the PLC programming environment 7. Connect I/O 8. Develop a discrete program 9. Examine various interfaces used to communicate with a PLC 10. Configure communications with a human-machine interface (HMI)	24
    Intermediate PLC: Continuing the discovery of industrial control, this course will look a little deeper into the organization and code building related to a process. Building on concepts from the Maintenance PLC introductory course, this course will examine additional PLC instructions in ladder logic as well as an introduction to other forms of coding with the Studio 5000 environment.   Pre-requisite: Maintenance PLC	1. Examine structures and where they are used 2. Examine database structures (array addressing) 3. Program basic instructions in ladder logic(digital vs. analog, logical comparison, arithmetic) 4. Program advanced functions in ladder logic (timers, counters, compute) 5. Program using function block diagram 6. Program using structured-text 7. Configure communications with a human machine interface (HMI) 8. Build a database and display for a human machine interface (machine edition and site edition)	24

• SACA

  • Class Registration

    Looking to advance your technical skills and stand out in the workforce? Northwood Technical College offers SACA Silver (fully online) and SACA Gold (includes an in-person lab component) certification courses to help you gain industry-recognized credentials! 
    
    What is SACA?

    The Smart Automation Certification Alliance (SACA) is a globally recognized certification program designed to prepare individuals for careers in the rapidly growing field of Industry 4.0. These certifications validate your proficiency in advanced manufacturing, smart automation, and robotics, ensuring you have the skills that today’s employers demand.

    Whether enhancing your current career or stepping into a new field, our SACA certifications provide practical, job-ready skills. You can tailor your learning to fit your schedule with fully online options and hands-on lab experiences.

    Don’t miss your chance—register today and start building a future in smart manufacturing! 
     

    Classes	Focus Areas
    Electrical Systems 1	Basic electrical circuits Electrical measurements Circuit analysis Inductance and capacitance Combination circuits Transformers
    Sensor Logic Systems	Control logic Valves and relays Limit switches, timers Advanced systems Introduction to electronic sensors Electronic sensor applications
    Pneumatic Systems 1	Power systems Basic circuits Principles of pneumatic Pressure and flow Speed control circuits DCV applications Air logic Maintenance
    Hydraulic Systems 1	Power systems Basic circuits Principles of hydraulic pressure and flow Speed control Pressure control circuits DCV applications Cylinder applications Relief valve applications Check valve applications Accumulator applications
    Hydraulic Maintenance 1	Filter maintenance Fluid maintenance Fittings and seals Hose and clamping installation
    Electric Motor Control Systems 1	Introduction to electrical motor control Manual motor control and overload protection Control transformers Control ladder logic Control relays and motor starters Reversing motor control Automatic input devices Basic timer control
    Programmable Controller Systems 1	Connections Operation Programming Memory organization Motor control Timers and counters Math and data move
    Mechanical Power Systems 1	Motor mounting Key fasteners Torque, power and efficiency V-belts Chain drives Spur gears Multiple shaft drives

  • • Silver Certification must be earned prior to being awarded the Gold Certification.

  • • Each Certification is about 24 hours of course time