ETP members contact: etp@butte.edu

Training Details: 8am - 5pm | February 7th, 10th, 21st & 24th, 2025

Efficient fluid and pneumatic systems are essential for maintaining operational performance across various industries. This training, led by a certified Amatrol Systems Advanced Manufacturing instructor, provides a balanced approach to theory and hands-on application. Designed for professionals in manufacturing, engineering, and maintenance, this course equips participants with the skills needed to operate, troubleshoot, and maintain fluid and pneumatic systems effectively.

Learning Objectives:

• Understand the fundamental principles of fluid and pneumatic systems.
• Diagnose and troubleshoot common issues to improve system reliability.
• Perform routine maintenance to optimize performance and prevent failures.

Why This Matters for Your Organization:

• Reduce downtime with effective troubleshooting and maintenance techniques.
• Improve system efficiency and equipment longevity.
• Enhance workforce skills to support advanced manufacturing operations.

Ready to strengthen your expertise in fluid and pneumatic systems? Enroll today and gain practical, industry-relevant skills!

Trainer Bio: John Dahlgren is a certified Amatrol Systems Advanced Manufacturing instructor with over 25 years of industry experience. He specializes in workforce training, advanced manufacturing, and safety programs, including OSHA and lean methodologies.

ETP members contact: etp@butte.edu

Training Details: 8am - 4:30pm | March 3rd, 2025

In this training, trainees will be introduced to fundamental electrical safety (OSHA-10 based), Alternating Current (AC) and Direct Current (DC) in fundamentals and their applications. Concepts of circuits. Use of measurement devices such as digital volt-ohm-ampere meters, continuity and polarity devices will be introduced and used in hands-on application. Concepts of inductance and capacitance will be described and applied. Electrical schematics and pictorial-based plans for industrial use will be introduced. A combination of online learning reinforced with hands-on application activities will be used.

Electrical Safety Introduction (OSHA-10 based)

• Identify major electrical hazards.
• Describe types of electrical hazards.
• Describe electrical protection methods.
• Recognize employer requirements to protect workers from electrical hazards.

Module 1:   BasicElectricalCircuits

• Segment 1:  FundamentalsofElectricity
• Segment 2:  ElectricalCircuitComponents
• Segment 3: ManualInputDevices
• Segment 4:OutputDevices

Module 2: ElectricalMeasurements

• Segment 1:VoltageMeasurement
• Segment 2:  Introduction to Series andParallel Circuits
• Segment 3:CurrentMeasurement
• Segment 4:ResistanceMeasurement

Module 3: CircuitAnalysis

• Segment 1:  Power inSeriesCircuits
• Segment 2:  Power inParallelCircuits
• Segment 3: CircuitProtection Devices

Digital Multimeter (DMM) Usage

• Understand symbols used in selecting DMM measurements
• Measure AC Volts, DC Volts
• Measure Amperes
• Measure Continuity
• Measure Resistance

Electrical Schematics and Diagrams

• Identify symbols used electrical schematics and diagrams
• Identify the connections of symbols and lines to form circuits
• Observe the difference between electrical schematics, diagrams and pictorial imagery

Upon completion of this course trainees will be able to:

1. Understand the inherit dangers of electricity and how to work safely with electricity
2. Define basic electrical circuits including those using AC and DC electricity
3. Identify electrical measurement devices and their uses
4. Demonstrate the use of electrical measurement devices in AC and DC applications including voltage, resistance, current and continuity.
5. View the basic structure of a given electrical diagram with symbols and lines as a circuit.

Course Length: 8 hours combined online and hands-on application*

*Course length may vary based on number of trainees, online content completion and comprehension.

ETP members contact: etp@butte.edu

Training Details: 8am - 4:30pm | March 14th, 2025

MiniSkills Industrial Blueprint Reading and Shop Math Applications

In this training, trainees will be introduced to fundamental blueprint reading concepts. Basic projections, the importance of title blocks, general and local notes, dimensioning and specialty drawings will be covered. Concepts including perimeter, area and volume will be covered along with time-based calculations and rates calculations. A combination of online learning reinforced with hands-on application activities will be used.

Module 1: Projection and Visualization

Terms and View Construction

Module 2: Title Blocks and Parts Lists

Segment 1 – Drawing sheets, formats and zoning

Segment 2 – Title Block information and identification

Segment 3 – Parts lists identification

Module 3: Dimensioning Methods and Units of Measure

Segment 1 – Dimensioning Rules

Segment 2 – Symbols, Acronyms and Vocabulary

Segment 3 – Dimension Standards

Module 4: Drawing Notes Meaning

Segment 1 – Notes Meaning

Segment 2 – Specifications and Callouts

Module 5: Electrical Schematics, Pneumatic Schematics and Plumbing and Instrumentation Drawings (P&ID)

Segment 1 – Component Symbols Identification

Segment 2 – Circuit Diagrams

Segment 3 – Measurements and Readings

Module 6: Shop Calculations

Segment 1 – Calculate Perimeter

Segment 2 – Calculate Area

Segment 3 – Calculate Volume

Module 7: Time-based Calculations

Segment 1 – Time conversions

Segment 2 – Time-based calculations in hours, minutes and seconds

Module 8: Basic Rates Calculations

Segment 1 – Flow Rates Calculations

Segment 2 – Speed Rates Calculations

Upon completion of this course trainees will be able to:

1. Understand how blueprints are used to accurately depict equipment and machines.
2. Understand how dimensions, notes and title blocks are used to correctly identify a blueprint and apply it.
3. Review practical shop math formulas like perimeter, area and volume, time-based calculations and flow rate, speed/feed rate calculations.

Hands-on application with practical activities. NOTE: Calculator REQUIRED for math.

*Course length may vary based on number of trainees, online content completion and comprehension.

NOTE:  This training is different from our Construction Print Reading training.

ETP members contact: etp@butte.edu

Training Details: 8am - 5pm | March 14th & 28th, 2025

Learning Outcomes:

• Recognize the different symbols used for Value Stream Mapping .
• Develop current state maps.
• Categorize operations and make product matrices.
• Develop future State Maps.
• Identify the different major elemental parts of a Value Stream Mapping.
• Use Value Stream Mapping to identify needed Kaizen events.
• A step-by-step development of current and future state value stream maps.
• Link waste to cost savings.
• Know how VSM can be used to improvement initiatives.
• Be able to recognize opportunities for improvement in the workplace.

ETP members contact: etp@butte.edu

Training Details: 8am - 5pm | March 24, 28, 31 and April 4, 2025

Introduction:

This comprehensive course, delivered by a certified Amatrol Systems Advanced Manufacturing instructor, is designed to provide a balance of theory and practical application in electrical systems, motor controls, sensors, and power distribution. Participants will gain in-depth knowledge and hands-on experience applicable to a broad range of industries. This course is ideal for professionals looking to enhance their technical skills in advanced manufacturing and electrical systems.

Learning Objectives: By the end of this course, participants will be able to:

• Understand Electrical Systems Theory: Develop a strong foundation in electrical systems and their practical applications in various industries.
• Master Motor Controls and Sensors: Learn to operate and troubleshoot motor controls, sensors, and speed control systems.
• Work with PLC/VFD and Power Distribution: Gain expertise in wiring systems, PLC (Programmable Logic Controller), VFD (Variable Frequency Drive), and power distribution, ensuring safe and efficient operation.

Why This Matters for Your Organization:

• Boost Technical Expertise: Equipping employees with advanced electrical systems knowledge ensures your organization can handle complex machinery and systems efficiently, reducing downtime and operational issues.
• Enhance Operational Efficiency: Skilled employees who can effectively troubleshoot and maintain systems will lead to more streamlined processes, minimizing disruptions and maximizing productivity.

Ready to Transform Your Operations? Take the next step in advancing your team's skills with Advanced Manufacturing Electrical Systems. This course will empower your employees with the knowledge and hands-on experience needed to transform the way they approach and manage electrical systems in your organization.

Trainer: Trainer:John Dahlgren has over 25 years of industry experience and teaches in the Butte College Drafting Technology and Engineering programs. He leads the UpSkill Academy for maintenance operators, MiniSkills for entry-level workers, and specializes in Excel training. With a background in manufacturing, construction, and small business management, John is a certified OSHA Outreach Trainer and delivers OSHA 10- and 30-hour, NFPA 70E Arc Flash, and lean tools training like 5S and Kaizen.

ETP members contact: etp@butte.edu

Training Details: 8am - 5pm | April 11th & 23rd, 2025

Practical Problem Solving: Plan, Do, Check, Act/A3

Problem Solving is the foundation of continuous process improvement. Improving requires continually solving problems - whether these are technical or recurring day-to-day problems. As a Lean tool, A3 reporting addresses the root cause of everyday problems. When used properly, the PDCA-A3 process dramatically increases the probability of success.

Learning Outcomes:

Learn to identify, classify and define problems.
Be able to analyze and prioritize problems, symptoms and root causes.
Match the right problem-solving process to the problem.
Use a variety of proven problem-solving models, tools and techniques.
“Frame” a problem to gain support and buy in from others in the organization.
Understand how Plan Do Check Act process and A3 works.
Create an A3 problem report to “tell the story” of the problem to guide and structure the problem-solving activity.
Use root cause analysis tools.
Develop countermeasures.
Develop implementation plans.

Prerequisites:  Lean Principles, Workplace Organization