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Engineer training courses and schools
Engineering

School: Bellevue Community College
[All Courses]

Thermodynamics
Course Format: Classroom
Introduces basic principles of thermodynamics from a predominately macroscopic point of view. Topics include the basic laws of thermodynamics as relating to energy transformations and state changes in engineering problems.
 

Dynamics
Course Format: Classroom
Surveys the dynamics of particles and rigid bodies using vector analysis. Specific topics include kinematics, kinetics, momentum, and energy principles for particles and rigid bodies, as well as Euler’s Equations of Motion.
 

Statics
Course Format: Classroom
Explores principles of statics, vector algebra, force-couple relationships, equilibrium analysis, structures, area properties, beams, and friction.
 

Electrical Circuits
Course Format: Classroom
Introduces fundamental concepts of electrical science. Topics include resistors, sources, capacitors, inductors, and operational amplifiers as individual components and as circuit systems. Also covers simultaneous algebraic equations and differential equations in solution methods.
 

Engineering Graphics
Course Format: Classroom
Introduces methods of communicating technical information in engineering design and research. Topics include freehand sketching, lettering, scales, drawing layout, orthographic projection, pictorials, auxiliary views, section views, dimensioning, descriptive geometry, thread and fastener specifications, and tolerances. Includes an introduction to computer-aided drafting.
 

School: Bay Area Video Coalition
[All Courses]

Video Engineering: Intermediate
Course Format: Classroom
This lecture class is an in-depth continuation of Video Engineering I, providing extensive engineering knowledge ranging from color theory to crosstalk. The focus of this course is embedded audio and digital technology. Topics covered: Raster construction Encoding the composite and digital video signal Linear vs. nonlinear distortions Video system level and timing measuremen...
 

Video Engineering: Introduction
Course Format: Classroom
You will learn the basics of analog and digital component video and how to interpret their waveforms to monitor picture quality. This lecture will introduce basic video system timing and explain the purpose of different video synchronization signals. To complete the picture of the signal flow within a video system, we will also discuss audio and time code specifications. This introductory cours...
 

School: Ascolta
[All Courses]

Advanced Security for Field Engineers
Course Format: Classroom
After completing this course, the student should be able to: Introduce Cisco NAC components and posture validation process flow. Explain the procedures required to configure and administer Cisco Secure ACS for Cisco NAC. Explain the commands required to configure and administer a Cisco router for use as a Cisco NAC Network Access Device. Explain the processes required to configure and...
 

Routing and Switching Solutions for Systems Engineers v1.0
Course Format: Classroom
Routing and Switching Solutions for System Engineers teaches learners how to plan activities that provide a technical description of solutions presented to customers and point out specific advantages of selecting Cisco solutions as part of a System Engineer and Field Engineer team effort. It will prepare the learner to develop a detailed network design for the customer’s advanced routing a...
 

MPLS Traffic Engineering and Other Features v2.0
Course Format: Classroom
After completing this course, the student should be able to: Identify MPLS’s peer-to-peer architecture and explain label allocation, routing update distribution and packet forwarding model in this architecture Given a working MPLS network and diagram of a network, used the CISCO IOS commands required to successfully configure, monitor, and troubleshoot service provider support using ...
 

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