Browse Single Advanced Manufacturing and Skilled Trades Courses

The course explains different types of blueprint drawings (mechanical, hydraulic and pneumatic schematics, structural, plumbing/piping, electrical), and how to interpret them and teaches field sketching. It explains orthographic projection, isometric and schematic drawings used to show mechanical parts, assemblies, piping, hydraulic, and pneumatic systems. Precision Measuring is a prerequisite for this course.

An introductory course in blueprint reading and precision measuring tools. This course will take you through the alphabet of lines, views, and general rules for reading engineering blueprints. This course will also provide hands-on training in the use of micrometers, calipers, height gages, indicators, and various transfer gages.

An introductory course in blueprint reading and precision measuring tools. This course will take you through the alphabet of lines, views, and general rules for reading engineering blueprints. This course will also provide hands-on training in the use of micrometers, calipers, height gages, indicators, and various transfer gages.

An introductory course in blueprint reading and precision measuring tools. This course will take you through the alphabet of lines, views, and general rules for reading engineering blueprints. This course will also provide hands-on training in the use of micrometers, calipers, height gages, indicators, and various transfer gages.

An introductory course in blueprint reading and precision measuring tools. This course will take you through the alphabet of lines, views, and general rules for reading engineering blueprints. This course will also provide hands-on training in the use of micrometers, calipers, height gages, indicators, and various transfer gages.

An introductory course in blueprint reading and precision measuring tools. This course will take you through the alphabet of lines, views, and general rules for reading engineering blueprints. This course will also provide hands-on training in the use of micrometers, calipers, height gages, indicators, and various transfer gages.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Brazing is used to connect copper refrigerant tubing to equipment when installing or repairing an HVAC system. Using an oxyacetylene torch, brazing is one of the best methods of making leak-proof connections. This course will teach students how to properly set up an oxyacetylene torch, prepare tubing for brazing, and how to properly melt the brazing rod to the tubing.

Learn the different phases of the Software Testing Life Cycle. Learn to write detailed test plans and test cases to test the requirements and use cases. Learn to develop pre and post conditions, enter and exit criteria, and identify testing environments required for each phase of testing. Learn to write test reports for tracking defeats using the IEEE standard for software testing and their associated testing templates. Prerequisites: Business Analysis: The Analyst's Role during the Software Development Life Cycle (SDLC) and Business Analysis: Use Cases to Functional Requirements. Course objectives aligned with the IIBA objectives.