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Erie Institute of Technology Regional Industry-Specific Training Office
Main Campus
940 Millcreek Mall
Erie, PA 16565
Phone: 866-868-ERIE (3743)
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Industry-Specific Training
(2 MB .pdf)
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Core Technical Skills
These are examples of training that can be customized to meet your training needs. We will meet with you to discuss your specific needs and develop the training to meet these needs. The course length will depend on your particular needs. We can also combine parts of course descriptions to build a new course for you.
Basic Mathematics
Students will become competent in solving mathematics problems involving whole numbers, common and decimal fractions, percentages, basic principles of measurement, and fundamentals of the metric system. The student will learn how to express decimals in fraction form, round decimals, and convert fractions to decimals. Students will learn to use a scientific calculator.
Mathematics for Technology
This training is designed to give the student a deeper understanding of mathematics in their environment. Topics may include linear equations, fractional equations, powers and logarithms, roots and radicals, formulas and applications, products and factors, solving quadratic and higher degree equations, rational expressions, practical and coordinate geometry, and an introduction to right triangle trigonometry.
Blueprint Reading with Geometric Dimensioning & Tolerancing
Students will learn the fundamentals of reading and interpreting information on industrial blueprints with emphasis on manufacturing applications. Topics may include: basics of drawing interpretation, three view projection, visible and invisible edges, dimensioning and tolerances, sections, terminology and notations.
Geometric Dimensioning and Tolerancing
Application of geometric dimensioning and tolerancing principles to engineering designs will be discussed. Emphasis is on using set standards to minimize scrap and reworking in manufacturing. Topics may include: general rules of ANSI-14.5M-1982, form, orientation, positional tolerance theory, and three-plane concept.
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