Industry Training - Black River Technical College

[tabs] [tab title=\”AutoCAD\”]

CCE-CT101: AutoCAD Level I, 2.4 CEUs
24 hours lecture
CIP Code 15.1302

Discover the basic principles, tools, and techniques needed to create and edit 2D drawings using the intricate AutoCAD software. Participants should have a working knowledge of basic design/drafting procedures and terminology. Topics included in this class will be:

Understanding the AutoCAD workspace and user interface
Using basic drawing, editing, and view tools
Organizing drawing objects on layers
Inserting reusable symbols (blocks)
Preparing a layout to be plotted
Adding text, hatching, and dimensions

CCE-CT102: AutoCAD Level II, 1.8 CEUs
18 hours lecture
CIP Code 15.1302
Prerequisite: AutoCAD Level I

Master using AutoCAD software with the advanced techniques, tools and tips you will learn in this 18-hour course. This class will teach you how to use the most efficient command for a task and introduces advanced techniques for drawing, editing, working with advanced customization tools, blocks, working with sheet sets, and creating layouts.

Users who want to become more proficient in the use of AutoCAD. This class is appropriate for all disciplines- architects, engineers, designers, facilities planners, drafters, technicians, and others.

Advanced Text Objects
Working with Tables
Defining Dynamic Blocks and Attributes
Outputting and Publishing Files for Review
Collaboration and Automation Tools
Creating, Publishing, and Customizing Sheet Sets
Managing Layers
CAD Management and System Setup
Enhancing Productivity by Customizing the AutoCAD Interface
Using Macros and Custom Routines

CCE-CT103: Auto CAD OPTI Based Training, 8 CEUs
80 hours lecture with lab
CIP Code 15.1302

OptiCAD can help you get more work done in less time and to a higher standard. OptiCAD provides a variety of CAD and design technology-related services focusing primarily on Autodesk software training.

[/tab] [tab title=\”Automation Technology\”]

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Overview

In this increasingly competitive marketplace, companies must improve production output and reduce downtime to remain competitive. This specialized automation training will focus on Programmable Logic Controllers, industrial devices, and sensors used to control manufacturing processes and equipment. The Black River Automation Technology program will enable electrical maintenance, PLC technicians, and systems engineers to better understand and utilize their PLC technology, which will help them minimize downtime and reduce waste. Black River developed this program in response to needs expressed by area industries for in-depth, formal automation technology training to help present employees program devices to full potential.

The two year program will be customized to offer the student with a certificate of competency from Black River Technical College. The semesters will be 15 weeks in length. Both Allen Bradley and Black River training materials will be incorporated.

Who Should Attend

Personnel involved with the maintenance and troubleshooting of automated systems controlled by a PLC such as electrical maintenance, PLC technicians, and systems engineers.

Duration

This program lasts 2 years.

Outcomes and Objectives

[accordions initialAccordion=\”1\”] [accordion title=\”First Year\”]

Work safely and competently with PLCs
Be able to connect a laptop to the PLC and monitor
Perform PLC maintenance procedures
Troubleshoot common PLC and field faults
Understand and follow more complex program code
Use more powerful program monitor and display tools
Be able to use enhanced diagnostic tools to quickly identify and resolve abnormal system operation
Communications and Networking

[/accordion] [accordion title=\”Second Year\”]

Use PLCs in conjunction with:

Work safely and competently with motors and drives
Precision Control & Troubleshooting of stepper motors and drives including torque, speed, position, and interfacing servo drives
Understand and control servo systems including torque, position, velocity, and speed.
Interface servos: understand feedback, wiring, and troubleshooting
Understand Hydraulics and Pneumatics: symbols and schematic reading, pressure and flow of gases and liquids, control circuits
Understand Temperature Control: measurement, PID control, thermocouplers and RTDs, discrete temp, tuning temp loops

[/accordion] [/accordions]

Program Outline/Curriculum

[accordions] [accordion title=\”Semester 1, 90 Hours\”]

Topics	Hours
Voltage, Current, Resistance	9 Hrs
OHM\’s Law	12 Hrs
Series & Parallel Circuits	12 Hrs
Transformers	12 Hrs
Introduction to Electrical/Electronic Components	9 Hrs
Development of Wiring Diagrams	9 Hrs
Numbering Systems & Codes	9 Hrs
Introduction to PLC Hardware Components	6 Hrs
Fundamentals of PLC Logic	12 Hrs

[/accordion] [accordion title=\”Semester 2, 90 Hours\”]

Topics	Hours
Introduction to PLC Function Library	12 Hrs
Developing Ladder Logic Diagrams	9 Hrs
PLC to Computer Interface	9 Hrs
Introduction to Discrete Devices, Timers & Counters	6 Hrs
Development of PLC Programming	36 Hrs
PLC Installations, Editing & Troubleshooting	6 Hrs
Introduction to Temperature, Pressure and Flow Controls	12 Hrs

[/accordion] [accordion title=\”Semester 3, 90 Hours\”]

Topics	Hours
RS Logix5000	30 Hrs
Networking Ethernet	16 Hrs
Integrating Digital Drives with PLC Systems	30 Hrs
Introduction to Process Control Systems	14 Hrs

[/accordion] [accordion title=\”Semester 4, 90 Hours\”]

Topics	Hours
Introduction to Function Block Programming	24 Hrs
Advanced PLC Programming	30 Hrs
Structured Text Programming	16 Hrs
Hydraulics and Pneumatics	20 Hrs

[/accordion] [/accordions]

[accordions initialAccordion=\”0\”] [accordion title=\”Individual Courses\”]

CCE-AT102: Automation Technology, 36.0 CEUs
180 hours lecture, 180 hours lab
CIP Code 15.0406
Pre-Requisite Basic Industrial Electricity

The instructors introduce students to electrical laws, principles, and theory as they apply to controls used in industrial processes. The student will acquire an in-depth understanding of troubleshooting Programmable Logic Control equipment used in the manufacturing process in order to safely and effectively improve productivity and performance. They will understand AC and DC fundamentals to the electrical code, control systems, and instrumentation. This course prepares individuals working within the industrial maintenance field for career advancement opportunities.

CCE-AT103: Automation Technology I, 9.0 CEUs
90 hours
CIP Code 15.0406
Pre-Requisite: 48-hour Basic Industrial Electricity

In this first semester, the participant will cover Voltage, Current and Resistance, OHM’s Law, Series & Parallel Circuits, Transformers, Intro to Electrical Components, Development of Wiring, Numbering Systems & Codes, Intro to PLC Hardware, and Fundamentals of PLC Logic. This semester is approximately 50% and 50% hands-on lab.

CCE-AT104: Automation Technology II
CIP Code 15.0406
Pre-Requisite: Automation Technology I

In this second semester, the participants will continue with Intro to PLC Function Library, Developing Ladder Logic Diagrams, PLC Computer Interface, Intro to Discrete Devices, Development of PLC Programming, PLC Installations, Editing & Troubleshooting, and Intro to Temperature, Pressure and Flow Controls. This semester is approximately 30% lecture and 70% hands-on lab.

CCE-AT105: Automation Technology III
CIP Code 15.0406
Pre-Requisite: Automation Technology II

In this third semester, the participants will be introduced to RS Logix5000, Networking Ethernet, Integrating Digital Drives with PLC Systems, and Intro Process Control Systems. This semester is approximately 30% lecture and 70% hand-on lab.

CCE-AT106: Automation Technology IV
CIP Code 15.0406
Pre-Requisite: Automation Technology III

In this final fourth semester, the participants are introduced to Function Block Programming, Advanced PLC Programming, Structured Text Programming, and Hydraulics and Pneumatics. This semester is approximately 30% lecture and 70% hands-on lab.

[/accordion] [/accordions]

Cost

Member – $ 1,295
Non-Member – $1,695

[info]If you are a GCITC member company, please be aware that this registration commits your company to pay for the class whether your employees attend or not. After the class begins you will receive an invoice from GCITC.

For non-members, the online registration system does not accept credit card or paypal payments at this time, so please be sure to mail your check made payable to BRTC/GCITC within a few days after registration, as you will not be officially registered until we receive your payment for the class.[/info]

For More Information

Patricia Sanderson
(870) 239 – 0969 ext. 5220
patricia.sanderson@blackrivertech.edu

[/tab] [tab title=\”Certified Quality Technician\”]

CCE-QL101: Certified Quality Technician, 4.0, CEUs
40 hours lecture
CIP Code 15.0702
Prepare to become a Certified Quality Technician at Black River Technical College. Not only will you boost your organization\’s bottom line, but also your career. A Manufacturing CQT works with quality engineers to improve efficiency or performance of machinery, personnel and process controls. Duties can vary by area of manufacturing and employer; however, it is common for workers in this occupation to take measurements using physical or electronic tools and instruments or monitor electronic systems that carry out these tasks automatically. Individuals completing the 10 week course will understand the Body of Knowledge required for Certification Exam.

Who Should Attend:
Individuals with work experience and education in one or more areas of the Certified Quality Technician Body of Knowledge. Dexterity, math skills, and a thorough knowledge of methodologies of quality assurance and standards are a must.

CCE-QL102: Continuous Improvement, 0.5 CEUs
5 hours lecture
CIP Code 52.0205
This course introduces participants to the principles of Continuous Improvement, Lean Six Sigma and Quality — all of which are key tools in the mitigation of process-related issues. Participants will learn about the 7 Wastes and other basic quality methods, the benefits that continuous improvement can bring to their organization, and how to leverage a team approach to solving work problems.

CCE-QL103: LEAN 101, 0.8 CEUs
8 hours lecture
CIP Code 52.0205
Get your new hires up to speed on the principles of Lean. This course will offer a Lean Manufacturing overview including the basics of waste identification and elimination, 5S, Quick Changeover/Set up Reduction, and Total Productive Maintenance. Discussion will also include Lean implementation case studies

CCE-QL104: LEAN 101 Overview, 0.4 CEUs
4 hours lecture
CIP Code 52.0205
Lean 101 is a 4 hour training session designed to introduce employees to Lean principles, methodology, tools and terminology. At the conclusion of this course participants will know how to \”think\” Lean and apply Lean methods and tools to improve the quality and efficiency of their services.
Who Should Attend
Managers, Supervisors, Lean Supervisors, Logistics Professionals, Supply Chain, Production Control Management, Quality Control Managers, Distribution Managers, and anyone interested in increasing their knowledge of metric measurement and performance improvement?

Topics Covered:

What is Lean
The 7 Wastes
5S – Visual Management
Standard Work
Kaizen Events
5 Whys

CCE-QL105: Lean Manufacturing – TPM – Custom, 0.35 CEUs
3.5 hours lecture
CIP Code 52.0205
Operational excellence means eliminating waste from processes not once but every day. By reconfiguring work so that value flows to customers unimpeded, high-performing companies free up resources and capital, boost return on assets, and set the stage for sustainable growth.
Productivity introduced the cornerstones of operational excellence—lean and total productive maintenance (TPM) – to the West in the 1980s. More than a set of tools, these methodologies depend on systemic change. The principles can be easy to grasp, but not so easy to implement.

[/tab] [tab title=\”Basic Industrial Electricity\”]

Pre-Requisite: Auto Tech

Overview

This 48-hour hands-on course will provide students with practical introduction to electrical laws and principles as it applies to industry.

Learn to maintain and troubleshoot control equipment used in the manufacturing processes to safely and effectively improve productivity and performance. From DC and AC fundamentals to the electrical code, control systems, instrumentation, and more, the class will gain basic electrical theory and will apply their knowledge in practical, safe hands-on projects and assignments.

Who Should Attend

Electricians
Technicians
Maintenance Personnel
Anyone interested in attending Automation Technology

Topics Covered

Intro to Electrical Theory
Ohm Law
Series and Parallel Circuits
Combination Circuits
AC and Transformers
3 Phase power and Transformers
AC Power and Power Factor
Capacitors and Inductors
Intro to Industrial Controls and Components
MCR Strings and Stop/Start Circuits
Digital vs Analog Signals, Reading and Measuring -10V and 4-20mA signals
AC Motors
AC Drives
Temperature Control using PID Loops
Semiconductors, Diodes, LEDs, SCRS, and rectifiers
Introduction to PLC Hardware and troubleshooting

Cost

$479.00 – Members
$499.00 – Non-Members

[/tab] [tab title=\”NEC Code Update\”]

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Overview

This 8-hour National Electrical Code Update class is open to all Master and Journeyman Electricians. This class will cover the following:

Which articles changed in the yearly Code
New articles for this year\’s Code
Definitions
Requirements for Electrical Installations
Wiring and Protection
Wiring Methods
Equipment for General Use
Special Occupancies
Special Equipment

[info]All licensed electricians in Arkansas are required to complete a code update course once per code cycle to maintain their current license.[/info]

Upon successful completion, participants will receive certificates awarding them .8 Continuing Education Units (CEUs).

Cost

$85

Covers materials and lunch

[accordions] [accordion title=\”Course Description\”]

CCE-HS106: NEC Code Update, 0.8 CEUs
8 hours lecture
CIP Code 15.0399

This 8-hour National Electrical Code Update class is open to all Master and Journeyman Electricians. Along with covering what articles changed in the yearly code, participants will also go over voltage drop and motor calculations. Upon successful completion, participants will receive certificates awarding them 0.8 Continuing Education Units (CEUs).

[/accordion] [/accordions]

[/tab] [tab title=\”Electricity\”]

CCE-AT101-WF01-2019NC: Basic Industrial Electricity, 4.8 CEUs
48 hours lecture with lab
CIP Code 15.0406
This is a Pre-Requisite class to Automation Technology I.

This 48-hour hands-on course will provide students with practical introduction to electrical laws and principles as it applies to industry.
Learn to maintain and troubleshoot control equipment used in the manufacturing processes to safely and effectively improve productivity and performance. From DC and AC fundamentals to the electrical code, control systems, instrumentation, and more, the class will gain basic electrical theory and will apply their knowledge in practical, safe hands-on projects and assignments.

CCE-SF106: ARC Flash NFPA 70E, 1.8 CEUs
18 hours lecture
CIP Code 15.0701

NFPA 70E 2018 rules and regulations as required by OSHA Electrical Safety-Related Work Practices Standard 1910.331-1910.335. The goal of this course is to keep electrical workers safe and up-to date and hopefully saving some lives. This course is designed to prepare you for the challenges ahead. This electrical safety course is designed for all personnel who work on, around or near any type of electrically energized equipment. Electrical hazards, proper electrical work practices, electrical safety training and procedures, and the safe installation of electrical equipment will be discussed.
In this training provided by Lewellen Technologies you will be exposed to:

Standards for Electrical Safety
Electrical Fundamentals
Work Involving Electrical Hazards
Personal Protective Equipment
Hazard Risk Assessment
Meter Safety
Energy Control Program

[/tab] [tab title=\”Industry-Specific\”]

CCE-AO101: Anchor Orientation
6 hours – No CEU’s awarded
CIP Code 9.0901
This internal Anchor training is designed as New Employee Orientation. This course introduces their new employee to Benefits, Payroll, tax forms and other HR related documentation. The orientation then moves to an overview of Anchor, Product Safety, Industrial Safety and will then cover Quality. The orientation wraps up with any company announcements concerning events, schedules, safety shoe program and other information needed as a new employee.

CCE-AO102: Anchor Packing Specialist Core Training,
12 hours – No CEUs awarded
CIP Code

CCE-OM101: Microlite Certified Operator, 8 CEUs
80 hours lecture
CIP Code 52.0205
Custom program for training of selected operators on a new Microlite line. The training topics will include: Personnel safety practices and equipment, Machine Introduction/Overview, Control System Operations, Line Maintenance, Recipe Setup, Dry-cycle & Line Speed Optimization, Machine startup & process adjustments, Tool change.

[/tab] [tab title=\”Forklift\”]

CCE-SF107: Forklift Train-The-Trainer, 0.8 CEUs
8 hours lecture
CIP Code 15.0701
Forklift trainers are a critical piece to the safety puzzle at any company. The trainer will be the person that conducts the training classroom, the practice operation and the final hands on evaluation. In short, they are the gate keeper for the organization to ensuring only competent operators are allowed to operate forklifts. Trainers will also be a critical part in enforcing forklift safety and confronting any unsafe behaviors. To have a strong safety program you need to have high quality forklift trainers in order to provide high quality forklift operators. Take the time to do it right!

Who Should Attend:
Forklift Operator Trainers, Forklift Operator, Maintenance Personnel, Maintenance Supervisors, Warehouse/shipping/Receiving Managers, Construction Site Managers, Safety Managers, Safety Committee Members, HR Managers.

Topics covered

OSHA Powered Industrial Truck Standard & General Requirements
Principles of a Lift Truck
Operating Safety
Lifting and Load Properties
Forklift Capacity
Forward & Side Stability
Direction Change & Stopping
Traveling on Ramps
Dock Safety
Pre-use Inspections
Shutdown Procedures
Controls & Instruments
Safety Rules
Refueling Safety
Battery Safety & Charging

CCE-SF108: Forklift Train-the-trainer, 0.4 CEUs
4 hours lecture
CIP Code 15.0701
This short course will train an individual to become a forklift operator trainer, which will allow him/her to certify more of their employees on the rules and regulations required by OSHA regarding forklifts.

Who Should Attend:
Managers, Maintenance Supervisors, Maintenance Personnel, HR Managers, Forklift Management.

[/tab] [tab title=\”Lock Out Tag Out\”]

CCE-SF109: Lock Out Tag Out (LOTO), 0.3 CEUs
3 hours lecture
CIP Code 15.0701
Proper lockout/tagout (LOTO) practices and procedures safeguard workers from the release of hazardous energy. Workers must be trained in the purpose and function of the energy control program and the knowledge and skills required for safe application, usage and removal of the energy control devises.

Who Should Attend
Team leaders, middle managers, human resource personnel, safety and health committee members, and other employees recently appointed to safety and health responsibilities or who are seeing knowledge about the lockout/tagout OSHA regulation.

Topics Covered:

The Purpose of LOTO
Key Components of an Energy Control Program
6 LOTO Procedures
Periodic Inspection
Group LOTO
Steps for Performing Testing or Maintenance

CCE-SF110: LOTO Fall Protection Confined Spaces, 0.8 CEUs
8 hours lecture
CIP Code 15.0701
This course covers the OSHA Fall Protection Standard for construction and an overview of fall protection confined spaces methods. Course topics include principles of fall protection, components and limitations of confined spaces, and OSHA Standards and policies regarding fall protection. Students will participate in workshops demonstrating the inspection and use of fall protection equipment, residential construction fall protection, training requirements, and developing a fall protection program.

[/tab] [tab title=\”Maintenance\”]

CCE-IM101: Blue Print Reading, 0.4 CEUs
4 hours lecture
CIP Code 15.0101

This course introduces the basic principles of blueprint reading. Topics include line types, orthographic projections, dimensioning methods, and notes. Upon completion, students should be able to interpret basic blueprints and visualize the features of a part. Students will also learn basic instrument reading. Upon completion of this course the student will be able to read basic blueprints and identify lines, symbols, and terminology on working drawings.

CCE-IM102: Basic Blueprint Reading, Custom, .35 CEUs
3.5 hours lecture
CIP Code 15.0101

This course introduces the basic principles of blueprint reading. Topics include line types, orthographic projections, dimensioning methods, and notes. Upon completion, students should be able to interpret basic blueprints and visualize plan features.
This course is aimed at individuals working with blueprints in industry. It is directed at all those who need to read and interpret drawings and for those who need to read various instruments.

CCE-IM103: Industrial Maintenance Technician, 17.7 CEUs
87 hours of lecture, 90 hours lab
CIP Code 15.0612

This program is designed to provide students with skills needed in maintenance technician roles. Students attending this 9-month program will gain skills in math, print reading, industrial hydraulics, graphing, mechanical maintenance, electrical schematics, AC circuits and transformers, DC circuits & fundamentals, motor controls, power supplies, programmable logic controllers, maintenance welding, and more.

[/tab] [tab title=\”OSHA\”]

CCE-SF101: 10- Hour OSHA General Construction, 1.0 CEUs
10 hours lecture
CIP Code 15.0701

This course is intended to promote workplace safety and health and to make workers more knowledgeable about workplace hazards. This course teaches its participants recognition, avoidance, abatement and prevention of safety and health hazards in workplaces, as well as information regarding workers\’ rights, employer responsibilities and how to file a complaint. A 10 Hour OSHA Construction card will be awarded to participants.

Introduction to OSHA
Focus Four Hazards
Personal Protective Equipment
Health Hazards in Construction
Materials Handling, Storage and Use
Hand Tools and Power Tools
Leading Cultural Change

CCE-SF102: 10-Hour OSHA General Industry, 1.0, CEUs
10 hours lecture
CIP Code 15.0701

The purpose is to provide a familiarity with the general requirements of basic OSHA regulations. It is a beginning point for compliance and developing a sound safety process for all general industries. This ten-hour course can be customized to fit specific training needs of any industry.
Introduction to the OSHA Regulations in 29 CFR 1910.

Walking and Working Surfaces
Exits and Emergency Plans
Hazard Communication
Electrical Safety
Machine Guarding
Material Handling
Personal Protective Equipment
Hazardous Material

CCE-SF103: 30-Hour OSHA General Construction, 3.0 CEUs
30 hours lecture
CIP Code 15.0701

The purpose is to provide a familiarity with the general requirements of basic OSHA regulations. It is a beginning point for compliance and developing a sound safety process for all general industries. This thirty-hour course can be customized to fit specific training needs of any industry.

CCE-SF104: 30-Hour OSHA General Industry, 3.0 CEUs
30 hours lecture
CIP Code 15.0701

The 30 hour general industry training course is a comprehensive safety program designed for general industry workers and supervisors. Specifically devised for safety directors, foremen, and field supervisors; the program provides complete information on OSHA compliance issues. OSHA campus recommends this training program as an orientation to occupational safety and health for workers covered by OSHA 29 CFR 1910.

Topics Covered:

The information & history of OSHA and the OSHA Act
Penalties and Citations
Fire Protection
Means of Egress
Hazardous Materials
Hazardous Communications
OSHA record keeping – injuries & Illness
Electrical
Lockout/Tagout
Confined Spaces
Material Handling
Health Standards
Access to Employee Exposure & Medical Records
Walking Working Surfaces
Personal Protective Equipment
Understanding the Safety Process

CCE-SF105: OSHA Record Keeping, 0.4 CEUs
4 hours lecture
CIP Code 15.0701

In an effort to ensure all non-exempt organizations meet employee health, environmental and safety standards, OSHA has been getting tougher on companies and cracking down on record keeping practices in particular. With the complexity of OSHA\’s rules, regulations and record-keeping requirements, are you confident that your organization is safe from potentially costly penalties, fines and even legal actions?

The distinctions in OSHA regulations between reporting, documentation & record keeping
How to determine if your organization is covered by OSHA\’s record-keeping requirements or if you are exempt
How to maintain forms 300, 300A and 301 in accordance with OSHA\’s record-keeping regulations
Which injuries and illnesses are required to be recorded under OSHA regulations, OSHA records retention requirements and what you need to know to help you research further questions about OSHA record keeping.

[/tab] [tab title=\”Six Sigma\”]

CCE-QL108: Six Sigma Greenbelt, 8.0 CEUs
80 hours lecture
CIP Code 52.1003
This 80 hour Green Belt Certification Course spans 10 weeks in an active learning environment. The course is designed for organizations that want to develop employees to be supply chain, logistics, and problem-solving experts. The participants complete rigorous training while completing an actual improvement project in the workplace. The end result is an effectively completed initiative and Green Belt Six Sigma certification from BRTC and complete preparation to take the ASQ Green Belt Certification Exam. Hours completed in Green Belt course can then be applied to the Black Belt Certification course.

Overview:

Six Sigma & the Organization; Six Sigma and Organizational Goals; Lean Principles in the Organization; Design for Six Sigma (DFSS) in the Organization
Six Sigma Define; Process Management for Projects; Project Management Basics; Management and Planning Tools; Business Results for Projects; Team Dynamics and Performance
Six Sigma – Measure; Process Analysis and Documentation; Probability and Statistics; Collecting and Summarizing Data; Probability Distributions; Measurement System Analysis; Process Capability and Performance
Six Sigma – Analyze; Exploratory Data Analysis; Hypothesis Testing
Six Sigma – Improve & Control; Design of Experiments (DOE); Statistical Process Control (SPC); Implement and Validate Solutions; Control Plan

CCE-QL109: Six Sigma Greenbelt Refresher, 1.6 CEUs
16 hours lecture
CIP Code 52.1003

This course will reinforce concepts learned during the 80-hour Six Sigma Greenbelt course. Attendees will work on an actual project utilizing the tools and skills expected of Certified Greenbelts. Projects will be presented in the Define-Measure-Analyze-Improve-Control Six Sigma model.

CCE-QL110: Six Sigma Blackbelt, 8.0 CEUs
80 hours lecture
CIP Code 52.1003

This 80-hour Black Belt Certification Course spans 10 weeks in an active learning environment. The Course is designed for organizations that want to develop employees to be supply chain, logistics, and problem-solving experts. The participants complete rigorous training while completing an actual improvement project in the workplace. The end result is an effectively completed initiative and Black Belt Six Sigma certification from BRTC and complete preparation to take the ASQ Black Belt Certification Exam. The 80 hours completed in Green Belt serve as a prerequisite for entrance into the Black Belt program. If you did not complete the Green Belt certification course at Black River, you will be asked to provide documentation of attendance/certification from an 80-hour Green Belt program held elsewhere.

[/tab] [tab title=\”Structural Steel & Pipe Welding\”]

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[info]Our recent graduates are making $2,000 – $3,500 per week including overtime and per diem.[/info]

In this increasingly competitive job market, companies demand the most talented and skilled workers. Pipe welders who have truly honed their craft are a rare commodity.

The Black River Technical College Advanced Pipe Welding Program will teach you the skills you need to get on the job quickly and start gaining the experience that will help to refine your skills and become one of the specialists companies are seeking. The American Welding Society reported in Spring 2011 a shortfall of nearly 200,000 entry-level welders and these numbers are expected to continue to grow. Becoming a pipe welder can yield many benefits including travel, independence, a good paycheck, and job security. Our graduates who have worked hard in class, sought jobs immediately after program completion.

[accordions] [accordion title=\”Overview\”]

The program starts with fundamentals and ends with advanced concepts. Thus, the program can serve both beginners and individuals with welding experience who want to improve skills and pay-grade.

[/accordion] [accordion title=\”Time\”]

Participants will attend class every day (Monday-Friday) for a total of 30 classroom hours per week for 18 weeks. There may be occasions when class will be rescheduled to a different day or time in order to optimize use of equipment.

[/accordion] [accordion title=\”Tuition & Fees\”]

$7,900 – Includes gear, supplies, books, & lab fees. Sallie Mae loans available to qualified applicants based on your credit score

Payment plan available – Must be paid in full 6 weeks before class starts. Dept. of Workforce presently funding to qualified individuals for TAA.

[/accordion] [accordion title=\”Who Should Attend\”]

Anyone who is interested in working in the pipe welding field. No welding experience necessary.

[/accordion] [accordion title=\”Welding Processes covered\”]

Shielded metal arc welding (SMAW or stick)
Gas tungsten arc welding (GTAW or TIG)
Gas Metal arc welding (GMAW or MIG)
Flux core arc welding (FCAW or flux core)

[/accordion] [accordion title=\”Brief Course Outline\”]

This program is broken into six, progressive, 3-week phases that build upon each other. You must pass all portions of each phase in order to move on to the next phase.

Phase I: T-Plate (7018) flat, vertical, and overhead positions.
Phase II: Beveled plate, open butt (6010/7018) horizontal, vertical and overhead positions.
Phase III: Pipe, open butt (6010/7018) 2G, 5G, 6G
Phase IV: Pipe, open butt (TIG/7018) 2G, 5G, 6G
Phase V: MIG/flux core t-plate, bevel plate with backing
Phase VI: TIG/7018 small bore pipe/tubing

[/accordion] [accordion title=\”Curriculum\”]

Orientation
Welding and construction safety
Structural and pipe welding theory
Blueprint reading
Employment training techniques
Each day will be composed of an hour of classroom lecture and 5 hours of hands-on training in the lab. The classroom is a state-of-the-art facility. The
equipment used is green conscious and environmentally friendly. A specialized filtering system with extraction arms insures the release of hazardous fumes
and vapors are a minimal risk to the student and the environment.

[/accordion] [/accordions]

[notice]Space is limited to 10 people.[/notice]

Requirements

This course requires an application and interview process. Please call to set an appointment for your interview.

[/tab] [tab title=\”Welding\”]

CCE-WL101: Structural Steel & Pipe Welding, 54.0 CEUs
57 hours lecture, 483 hours lab
CIP Code 48.0508

Students experience American Welding Society (AWS) procedures in structural steel horizontal, vertical and overhead welding along with various steel pipe techniques during this course. The instructor will demonstrate commonly used AWS certification procedures. The students learn metal preparation and fit-up, bead sequence, along with how to troubleshoot and prevent weld defects. There is a strong emphasis on “uphill” weld techniques primarily utilizing the SMAW (stick) and GTAW (TIG) welding processes. Students can earn a D1.1 AWS certification. This course prepares individuals to work in the high-demand field of construction welding.

CCE-WL102: Welding to Work, 2.4 CEUs
24 hours lecture
CIP Code 48.0508
The 3-day program, focusing on four sections, will provide skills and knowledge necessary to begin a career in welding. This program will utilize classroom and hands-on instruction. Topics will include Understanding Measurements, Blueprint Reading, Safety for Welding Processes, and GMAW Welding Training.

CCE-WL103: Occupational Welding, 12.5 CEUs
125 hours Lecture
CIP Code 48.0508

Participants will learn about welding safety and precautions, develop the skill to weld thin metals, learn how to adjust welding machines according to the thickness of metals and complete a project by creating a bird feeder, yard ornament, or flower pot.

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