OSHA 10 Construction is a 10-hour introductory safety program. It teaches basic hazard recognition, avoidance, and workers' rights on construction sites. Participants who finish the course receive an official U.S. Department of Labor OSHA-10 wallet card

Learn how to operate a forklift truck safely and effectively. Upon completion of the course, you will know the basic skills and knowledge of job safety required for operating a forklift. Become familiar with the controls, daily checks, OSHA regulations, ANSI standards, factors in center of gravity and stability, load capacity, accident statistics, and much more. Prerequisites: Must be able to read, write, speak, and comprehend the English language. Dress appropriately for weather (closed-toe shoes).

As of December 1, 1999, all authorized powered industrial truck operators are required to complete Powered Industrial Truck Safety Training. Our adult training classroom instruction, driver's observations, and testing process will enhance your operators to become better trainers.

All students will participate in classroom, hands-on instruction, and student-performed exercises that will cover:

OSHA, ANSI, Manufacturer, and all applicable regulationsregarding the proper inspection, care, maintenance, storage and documentation of fall protection equipment.

Hierarchy of Fall Protection.

Passive vs. Active Fall Protection systems.

Fall Restraint vs. Fall Arrest criteria.

Use of conventional and non-conventional Fall Protection Systems.

Roles and responsibilities of Authorized Person and Competent Person.

Hazard evaluation, identification, and elimination.

Requirements of rescue.

Proper donning of Fall Protection equipment.

Construct and evaluate Fall Protection Hazard Assessments.

Equipment selection, evaluation, and use.

Fall Protection for aerial lifts and ladders.

Fall Protection Regulations, OSHA General Industry and Construction Industry.

Company Fall Protection requirements.

Lone Worker Policy.

CNC Boot camp! Sponsored by the Gene Haas Foundation

Day 1: Students learn to interpret engineering drawings and accurately measure manufactured parts using common precision measuring instruments. By the end of the day, participants will be able to read basic mechanical prints, identify tolerances, and verify dimensions using industry-standard tools, like calipers and micrometers.

Day 2 & 3: Students learn basic setup and safe operation of CNC vertical machining centers. Participants will read programs, set work and tool offsets, load tooling, simulate machining operations, and manufacture a simple project.

Day 4 & 5: Students learn basic setup and safe operation of CNC turning centers. Participants will read programs, set work and tool offsets, understand tools and turrets, simulate turning operations, and produce a simple lathe project.