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LearningMeasure. com provides training and consulting, services for technically-minded individuals, groups, and businesses. Specifically designed for the on-line training of technicians and engineers, but accessible to all.
Our courses cover a wide range of technical topics including: measurement, electrical engineering, computing, internet and the world wide web, mathematics, and other topics of a scientific or technical nature. Please stop by, all our courses are available free for a limited trial period.
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Both educators and employers can build their own courses to supplement LearningMeasure. com content. Tools are available to build courses that integrate into a comprehensive training program that contains in-house and LearningMeasure. com developed courses.
We also offer engineering consulting services through our network of consultants. If you have an engineering consulting need, contact us.
Our courses cover a wide range of technical topics including: measurement, electrical engineering, computing, internet and the world wide web, mathematics, and other topics of a scientific or technical nature. Please stop by, all our courses are available free for a limited trial period.
Employers will be able to look at their employees training records, and add their own training to their employee records.
Educators will likewise be able to view the progress of individuals in their classes if using our course materials for their classes.
Both educators and employers can build their own courses to supplement LearningMeasure. com content. Tools are available to build courses that integrate into a comprehensive training program that contains in-house and LearningMeasure. com developed courses.
We also offer engineering consulting services through our network of consultants. If you have an engineering consulting need, contact us.
LearningMeasure.com is based in Las Vegas, NV, USA
LearningMeasure. com provides training and consulting services to businesses and individuals in several technical areas through our network of consultants. Our emphasis is on metrology, measurement and test, but other technical areas are included in the available training.
Please feel free to register as a student of this subscription-based training service. Everyone who registers for a student account receives access to approximately 10 of the available course materials. To access to all of the available LearningMeasure. cm courses and features requires a 1 year subscription billed at the rate of $5(US)/month or $60(US)/year.
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assignment, or if it has been awhile since visiting a particular topic required in your current assignment.
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given topic which one can register for all at once. Check out our program catalog for more information.
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Introduction to ESD Protective Measures
: This is an overview of common measures used in a testing lab to control electrostatic discharge (ESD) to reduce the possibility of damage to ESD susceptible devices and components.
Electrical Engineering
Amplifier Types and Specifications
: A short survey course on basic amplifier specifications, and some of the basic types of amplifier.
Basic AC Circuit Theory
: An introductory course in AC circuit theory.
Basic AC Measurement
: A basic introduction to AC measurements, requires MATH110 - Introduction to Complex Arithmetic, and EE102 - Basic AC Circuit Theory as prerequisites, as it assumes some familiarity with AC circuit theory and complex numbers.
Basic DC Circuit Theory

: The purpose of this course is to introduce basic DC circuit theory. Will include the basics of voltage, current, resistance, and DC circuit components. Also introduced are various concepts relating to DC circuit theory.
Circulators, Isolators, and Directional Coupler
: This is a course that provides some background on circulators, isolators, and directional couplers. These devices are used extensively in the RF and microwave world.
Grounding and Shielding in a Laboratory Environment
: This is an introductory course on grounding and shielding in a laboratory environment. It covers some of the basic concepts of grounding in facilities, and how shielded enclosures are used.
Intermediate DC Circuit Theory
: This intermediate course on DC circuit analysis discusses various methods of analyzing circuits to determine currents and voltages.
Introduction to Digital Circuit Elements
: This course is a basic introduction to the elements of digital circuits. Covered are many of the basic logic functions, and some of the circuits that can be built from them. This is a foundation for more advanced courses.
Introduction to EMC and EMI
: This course serves as a basic introduction to electromagnetic compatibility (EMC) and electromagnetic interference (EMI). It is a high-level overview of the topic in preparation for future courses. Some familiarity with basic RF and microwave concepts is assumed, and some basic algebra.
Introduction to MIL-STD-461 CS Measurements
: This is the third in a four course series on MIL-STD-461 measurements. This particular course is on the topic of conducted susceptibility (CS) measuremets
Introduction to MIL-STD-461 RE Measurements
: This course is the second in a four part series on MIL-STD-461 measurements. The topic of this course is radiated emission or RE measurements.
Introduction to MIL-STD-461 RS Measurements
: This is the fourth in a series of four courses on MIL-STD-461 testing. The topic of this course is radiated susceptibility or RS measurement.
Introduction to Octave

: This is an introductory course into the open source software Octave, which is very similar to Matlab. Other than the section on installation of Octave, this course can also serve as an introduction to Matlab. This software is useful for many engineering applications, as well as in the sciences. For those who don't have access to Matlab, this is a good free alternative.
Introduction to Radar
: An introductory survey course on radar. The first in a series that covers the basics of radar.
Introduction to RF and Microwave Concepts
: EE104 - Introduction to RF/Microwave Concepts
This course introduces some of the basic concepts that are involved with RF and Microwave measurements
and devices. The fundamental difficulty with RF and Microwave measurements and design is that the
wavelength of the electromagnetic fields involved are the same size as the devices used. Thus, approximations used in DC and AC electronics, or optical and beyond at the other end of the spectrum can not be used. This course will introduce the following concepts:
Introduction
The problem more...
Introduction to RF and Microwave Concepts
: EE104 - Introduction to RF/Microwave Concepts
This course introduces some of the basic concepts that are involved with RF and Microwave measurements
and devices. The fundamental difficulty with RF and Microwave measurements and design is that the
wavelength of the electromagnetic fields involved are the same size as the devices used. Thus, approximations used in DC and AC electronics, or optical and beyond at the other end of the spectrum can not be used. This course will introduce the following concepts:
Introduction
The problem more...
Introduction to Semiconductor Devices
: A conceptual course on the subject of semiconductors and semiconductor devices.
Introduction to Signals and Modulation
: This is an introductory course on signals and signal modulation. This course is one of the prerequisite for other courses involving signal measurement in our course catalog.
Introduction to the decibel (dB)
: EE101 - Introduction to the decibel (dB)
The purpose of this course is to introduce the concept of the decibel (dB). By the time the student
completes this course, the following concepts will have been introduced.
Introduction to logarithmic units
The Logarithm and its properties
Definition of the decibel and related units
Conversion between dB and Linear Units
Calculations with decibels
Examples of the usage of dB
The Use of decibels in more...
MEAS102 - SI Units - The second
: This is the first in a series of seven courses on the SI base units. The second, the unit that measures time, is in a special class by itself.
MEAS403 - Basic RF and Microwave Noise Measurement
: MEAS403 - Basic RF and Microwave Noise Measurement
In this course the following will be covered:
Definition of Noise Temperature
Difference between Noise Temperature and Physical Temperature
Definition of Excess Noise Ratio (ENR)
Y-factor technique for noise measurement
The use of adapters and attenuation in noise measurement
The effect of reflections in more...
Passive Waveguide Components
: The purpose of this course is to introduce the basic components of waveguide systems. This includes the basic "plumbing" such as straight sections, bends, twists, transisitons, and waveguide-to-coax adapters, as well as some of the components that combine or divide signal paths. In addition this course will cover some of the basic components such as terminations, circulators, isolators, and tuners.
RF and Microwave Devices and Instrumentation
: An survey course to introduce basic RF and microwave devices and instrumentation. This is the first in a series of courses on RF and microwave instrumentation.
The Friis Transmission Equation

: This course covers the Friis transmission equation. This equation models the coupling between two antennas under the assumption of far-field and free-space conditions. It has many applications in antenna measurement, communication, radar, and other areas. This is a short introductory course that assumes basic knowledge of the decibel and some basic RF concepts.
The Radar Equation
: This is a short course on the radar equation. It includes a short derivation, and some description on how one would use it.
Geodesy
Introduction to Geodesy
: This is a first course in geodesy, which concerns the size and shape of the earth and its gravitational field. It is meant to introduce some of the basic concepts.
Lab Practices
Hazard Communication
: On overview of the OSHA required hazard communication standard (29 CFR 1910. 1200)
Metrology/Measurement
Anechoic Chamber, Near-Field, and Outdoor Ranges
: The purpose of this course is to provide a short survey of the various types of antenna test ranges that exist, as well as some information on some of the advantages and pitfalls of each. This is not a particularly technical course, but it serves as a basic introduction of the more advanced courses to follow this one. Some of the safety issues and operational problems of these chambers will also be covered.
Applied Math for Calibration Technicians

: The purpose of this course is to cover the basic mathematical concepts that are part of the ASQ Certified Calibration Technician exam.
Applied Statistics for Calibration Technicians
: This course is the second course of a three part series of courses covering the applied math and statistics body of knowledge for the ASQ Certified Calibration Technician exam, although this course does go a little further into the topic than is covered in the exam. The topic of this course is probability and statistics.
Basic DC Measurements
: A basic course on DC measurements. This course lays a basic foundation that will be built upon in future courses.
Basic Measurement Concepts
: This course introduces basic measurement concepts such as bias, repeatability, systematic error. It covers measurement methods, data characteristics, and the characteristics of measurement systems. This course is a follow-on to MEAS101, which is a prerequisite.
This course is worth 0.1 RU's for the purposes of ASQ CCT recertification.
Basic RF and Microwave Power Measurement
: This course we will cover the basics of RF and microwave power measurements. First some of the devices used to measure power are briefly described, then the basic power measurement is described, including the effects of mismatches due to reflections in the measurement system on the measured power. Also the measurement of power through a two-port device is covered. Finally this course discusses in a fair amount of detail how to transfer the calibration of a higher-level measurement standard to a working standard using the alternate connection to a stable source method, including the derivation of the measurement equation for this method.
This course is meant for the engineer or advanced technician who is interested in performing accurate power measurements or power calibrations.
Basic Time and Frequency Measurement
: This course provides a basic introduction to time and frequency measurements. In particular introducing the use of frequency standards, counters, oscilloscopes, spectrum analyzers, etc.. in the measurement of frequency.
Calibration Intervals
: This is an introductory course on calibration interval determination methods. Its content is primarily based on the NCSLI Recommended Practice RP-1, "Establishment and Adjustment of Calibration Intervals".
Calibration Procedures
: Calibration procedures are the foundation of having a quality calibration or metrology lab. This course is an introduction to the requirements and practice of the development of calibration procedures. This course is based on the relevant standards such as ISO 17025 and NCSL RP-3. This course is intended for those developing calibration procedures, and their management to improve the quality lab operations.
Fundamental Constants in Metrology
: A survey course on the use of fundamental constants in metrology
Gain Extrapolation Antenna Measurements
: This is a short course on the most accurate method of determining far-field gain. In this procedure coupling data for at least three pairs of antennas are measured as a function of distance. This data is then fit to a polynomial as a function of 1/ r. This course provides a reference for those who are interested in implementing gain extrapolation.
Inspection, Measurement, and Test Equipment (IM&TE) Specifications
: In this course, the basics of IM&TE specifications are covered. In particular what is a specifications, what makes up a specification, the different types of specifications, and how specifications are used in calibration and test.
Intermediate Uncertainty Analysis
: The third in a series of foundational courses on uncertainty analysis. In this course, the law of propagation of uncertainty is introduced. As preliminaries to this, the topics of standard uncertainty, covariance, and the central limit theorem are presented. Some material on guard banding and drift allowances is also included.
Introduction to AM and Phase Noise Measurement
: This is an introduction to AM and phase noise measurements. It is an overview course that is the first in a series on the subject
Introduction to Angular Measurement
: This is an introductory course on the measurement of angle. The concept of angle is defined as well as various angular measures. Instrumentation that is used to measure angle is discussed.
Introduction to Antenna Concepts

: Introduction to Antenna Concepts
This course covers the basics of antennas and antenna measurement concepts.
Introduction to Hardness Measurement

: This is an introductory course in hardness measurement, with some more detail provided for Rockwell hardness measurement.
Introduction to Humidity Measurement
: This is a high level overview of humidity measurement that is meant to be a foundation for future training in humidity.
Introduction to Laboratory Standards
: This is a course in our Calibration Laboratory Practice series on the various documentary standards that exist for the calibration lab. In fact this course is a prerequisite for all courses in this section of the course catalog.
Introduction to Linear Dimensional Measurement Instrumentation I
: This course is a basic introduction to some of the instrumentation used in linear dimensional measurements such as vernier calipers and inside and outside micrometers, depth and height gages and gauge blocks. How to read a micrometer and vernier scale is also covered. Primarily this course is meant to provide a foundation for future courses.
Introduction to Measurement Concepts


: This course provides an introduction to the concepts of measurement and metrology (the science of measurement). Also provides an introduction to the SI system of units.
Introduction to MIL-STD-461 CE Measurements
: This is the first in a four course series that cover MIL-STD-461 EMI/ EMC measurements. This particular course covers conducted emissions (CE) testing.
Introduction to Photometry
: An introduction to the subject of photometry, and photometric units.
Introduction to Photonics
: This is the third in a series of courses on the measurement of electromagnetic radiation. Photonics takes into the quantum nature of light, i. e. that it is composed of particles called photons. There is a relationship between the photonic, radiometric, and photometric quantites such that one can be determined from the other.
Introduction to Pressure Measurement

: This is an introductory course on pressure measurement. It discusses some of the basic concepts behind pressure measurement instrumentation, and the various units associated with pressure measurement.
Introduction to Radiometry
: This the first in a series of three courses on measurement of electromagnetic radiation. This course is on radiometry, and the next two in this series is on photometry and photonics.
Introduction to Temperature Measurement
: This is an introductory course in temperature measurement. Meant to be a prerequisite for all temperature related courses in the LearningMeasure. com course catalog except for MEAS106.
Introduction to the Oscilloscope
: An introductory course on the oscilloscope and oscilloscope measurements. It is meant to be the first in a series of courses on the oscilloscope.
Introduction to the Platinum Resistance Thermometer
: This is an introductory course on the Platinum Resistance Thermometer (PRT). The PRT has many industrial applications, and is used in a laboratory setting to make accurate temperature measurements and in some temperature range to realize the kelvin.
Introduction to the Spectrum Analyzer
: This is an introductory course on the spectrum analyzer.
This course covers the basic block diagram and some of the basic controls that can be found on spectrum analyzers. It does not cover basic measurements that can be made with the spectrum analyzer, that is being reserved for follow-on courses. The intent of this course is to provide basic familiarity to this versatile tool. The basic block diagram for three spectrum analyzer architectures are covered, as well as the more common controls found on a spectrum analyzer.
Introduction to the Thermal Voltage Converter Low Frequency
: This is an introductory course on the thermal voltage converter or TVC that is used in low-frequency electrical measurements.
Introduction to the Thermocouple
: A short introductory course on the thermocouple. It gives a brief overview of the theory of operation of the thermocouple, as well as covering the use and application of the device.
Introduction to Torque Measurement
: An introductory course on the definition and measurement of torque. Includes summary of basic instrumentation and uncertainties associated with torque measurements.
LearningMeasure.tv Podcast
: The podcast of learningmeasure.com
Linearity Measurements - DC to Daylight
: An introductory course on how one might measure linearity from DC to daylight. It introduces the basic concepts, but spends a little more detail with RF and microwave linearity measurements.
MEAS103 - SI Units - The meter
: This is the second in a series of seven courses on the SI base units. This course is about the unit of length - the meter.
MEAS104 - SI Units - The kilogram
: The third in a series of seven courses on the SI system of units.
MEAS450 - Basic Far-Field Antenna Measurement
: This is a course on far-field antenna measurements. It describes the basic concepts involved, as well as an introduction on how the data can be processed.
Planar Near-Field Antenna Measurements
: This is a basic overview of the foundation and practice of planar near-field antenna measurements. It is meant to be the foundation for future courses on the topic.
Presentation of Measurement Data
: This course covers some of the basic concepts associated with the presentation of measurement data. It includes the presentation of single values, multiple values in tables, and the graphical presentation of measurement data.
QC Tools - Check Sheets
: A check sheet is a tool to collect data associated with the process. It is one of the seven basic quality control tools defined by Ishikawa. The data collected from a check sheet is often used as input into other quality tools. This is one of eight courses on the subject.
QC Tools - Flowcharts and Process Maps
: The purpose of this course is to introduce the flowchart, one of Ishikawa's seven basic quality tools. This is one of a series of eight courses on the quality tools. The flowchart is used to document processes graphically. They are used to help identify where to make improvements in a process, or in the design of a new process.
QC Tools - Histograms
: This is another in a series of eight courses on the seven quality tools defined by Ishikawa. The histogram is a tool that is used to graphically express the distribution of data among various categories. This allows one to graphically express the mean and spread of a set of data, and the number of modes.
QC Tools - Pareto Diagrams
: This is another in a series of eight courses on the seven basic tools of quality as defined by Ishikawa. The Pareto diagram is a tool that can identify what are the most important contributors to whatever is being investigated. The Pareto diagram is a special type of histogram with a cumulative percentage overlaid on it.
QC Tools - Scatter Diagrams
: This is another course in a series of eight courses on the seven basic tools of quality as defined by Ishikawa. The scatter diagram is a tool to graphically represent the relationship between two variables. It relies on the human brain's amazing ability to recognize patterns. This diagram can be used to determine correlation between the two variables plotted.
Quality Control Tools I
: This course provides an overview of the seven quality control tools that are called out in the ASQ Certified Calibration Technician body of knowledge. This is the first in an eight course series on the seven basic tools of quality as defined by Kaoru Ishikawa.
RF and Microwave Attenuators
: A short course on RF and microwave attenuators. This is a course in our INST4XX series of courses on RF and microwave instrumentation. This is a basic introduction to attenuators and attenuation concepts.
RF Thermal Voltage Converters and Micropotentiometers
: This is a short course on the RF thermal voltage converter and micropotentiometer, a follow on to the previous course on low-frequency TVC instrumentation.
SI Units - The Ampere
:
This is the fourth of our introductory courses on the SI units. This course is an introduction to the unit of electric current, the Ampere, and its derived units. The course outline is as follows:
Introduction
The Definition of the Ampere
Realization of the Ampere
Derived Units
Charge (the Coulomb)
Potential (the Volt)
Resistance (the Ohm)
Capacitance (the Farad)
Inductance (the more...
SI Units - The Candela
: The last in a series of seven courses on the SI system of units. The topic of this course is the SI unit of luminous intensity, the candela.
SI Units - The kelvin
: This is the fifth in a series of seven courses on the SI system of units, covering the unit of thermodynamic temperature, the kelvin.
SI Units - The Mole
: The sixth out of seven courses on the seven SI base units. This course is about the amount of substance, the mole.
Physics
Introduction to Angle Angular Velocity and Angular Acceleration

: This is the fourth in a series of basic physics courses on the topic of angular motion. Included are concepts of angle, angular velocity, and angular acceleration.
Introduction to Force Momentum Work and Energy
: The third in a series of courses on the basic quantities of physics and how they are used. This is the foundation of the science of dynamics, the study of how things move, and the related science of statics, the study of why things don't move. It introduces some more mathematical principles as well that will be important for future courses in this series.
Introduction to Position Velocity and Acceleration
: This is the second course in a series on basic physics. This course covers the vector quantities of position, velocity, and acceleration. It also introduces some of the concepts from calculus, namely the derivative and integral, that are used in the definition of these quantities. The emphasis is on the definition and measurement of these quantities.
Introduction to the Vector Network Analyzer
: An introductory course on the network analyzer. Covers some basic theory, connector care, basic calibration steps, and applications. The beginning of the course discusses the mathematics associated with the calibration of the network analyzer in a fair amount of detail, but this is for reference purposes, it is not part of the final exam.
Introduction to Torque Angular Momentum and Rotational Energy
: An introduction to the concepts of rotational dynamics including, torque, angular momentum, rotational energy, moment of inertia, and conservation of angular momentum. This is a continuation of the series on the basic quantities of physics.
Introduction to Vectors
: A vector quantity is one that has both a magnitude and a direction. There are several such quantities that can be measured. This course covers the basic concept of vector and introduces mathematical operations that can be performed on vector quantities.
Programming Courses
Basic Perl and CGI
: The second course in a series of three courses on the Perl language and the CGI.
Introduction to the C Programming Language
: This is an introductory course to the C programming language. It is recommended that the gcc compiler is used for this course.
Uncertainty Training
Basic Uncertainty Analysis
: The second course in a series on uncertainty analysis. Covers basic uncertainty analysis.
Introduction to Uncertainty Concepts

: UNC101 - Introduction to Uncertainty Concepts.
The purpose of this class is to serve as a introduction to the concept of uncertainty, and a foundation upon which the remaining uncertainty courses at LearningMeasure.com are based.
Uncertainty Analysis of Complex-Valued Measurands
: This is a short course on how to perform uncertainty analysis of complex quantities that are a function of real or complex variables, or real quantities that are a function of complex variables.
Basic SkillsMath
Algebra - Linear Equations

: This is one of a series of short courses on topics concerning algebra. This particular course concerns the equation of a line.
Algebra - Quadratic Equations
: This is course on the quadratic equation is one of a series of courses on topics of algebra. This particular course is on quadratic equations and the quadratic formula.
Applications of First Order ODEs
: This is a third in a series of courses on ordinary differential equations (ODEs). The topic of this course is applications of first order ODEs, introduced in the prerequisite to this course MATH201 - First Order Differential Equations.
Differential Calculus for Measurement
: This is the second in a series of five courses on the calculus. The courses in this series are:
MATH119 - Functions, Limits, and Continuity
MATH120 - Differential Calculus for Measurement (this course)
MATH121 - Sequences, Limits, and Series
MATH122 - Integral Calculus for Measurement
MATH123 - Series, Approximation, and Sensitivity
First Order Differential Equations
: This is the second in a series of courses on ordinary differential equations (ODE). This course concerns itself with first order ODEs. The general solution of first order linear ODEs is developed, along with some of the methods that can be used to solve non-linear equations. MATH200 is a required prerequisite to this course.
Functions Limits and Continuity
: A first in a five part course on the calculus. These courses are:
MATH119 - Functions, Limits, and Continuity (This course)
MATH120 - Differential Calculus for Measurement
MATH121 - Sequences, Limits, and Series
MATH122 - Integral Calculus for Measurement
MATH123 - Series, Approximation, and Sensitivity
Introduction to Complex Arithemetic

: The purpose of this course is to give a rudimentary explanation of complex numbers and how you manipulate them. Complex numbers arise in many applications, and quite often in electrical engineering and measurement.
Introduction to Coordinate Systems
: The purpose of this course is to give a rudimentary explanation of various coordinate systems used to describe points in space and to describe coordinate transformations. A coordinate transformation is a tool to describe a location in space who is using a different coordinate system. This introduces some of the basic mathematical tools, namely matrix algebra, that is often used in coordinate transformations.
Introduction to Differential Equations
: This is the first in a series of short courses on differential equations. The purpose of this course is to introduce some of the concepts and terminology associated with differential equations.
Least Squares Line Fits
: This course covers the topic of finding a "best fit" line through a set of data. This course assumes some basic understanding of uncertainty analysis, differential calculus, and statistics. The calculus required is minimal, primarily the concept of derivative and finding the minimum of a function.
Review of Basic Mathematics

: A review of basic mathematics. This course reviews the basic types of numbers, basic mathematical operations of addition, subtraction, multiplication, division, and exponentiation, the manipulation of fractions, and the use of simple formulas.
Sequences Limits and Series
: The third in a series of five courses on the calculus. These courses include:
MATH119 - Functions, Limits, and Continuity
MATH120 - Differential Calculus for Measurement
MATH121 - Sequences, Limits, and Series (This course)
MATH122 - Integral Calculus for Measurement
MATH123 - Series, Approximation, and Sensitivity
The topic of this course is sequences and series.
ComputingOpen Source Software
Introduction to xmgrace
: This course covers the open source graphing tool xmgrace which provides many options for displaying data in a graphical format. This software is open source and freely available. The basics of installation and use are covered, as well as many of the options available for this useful piece of software. Can create graphs in many formats, including png, jpeg, and postscript.
The gcc Compiler
: In this course the basics of the gcc compiler will be described. The basics include downloading, installing, and using the compiler, as well as what the compiler does. This compiler will be used for several computing courses on LearningMeasure.com.
World Wide Web
Basic HTML
: Basic HTML
The purpose of this course is to introduce you to HTML, the HyperText Markup Language. This
course will teach you the basics of HTML, the language upon which the web is based. This course
will not cover authoring tools that are available for editing web content. When completing this
course the student will know:
What is HTML, and what are HTML tags
The minimum requirements for an HTML document
Basic typsetting such as bold, italic, underline, paragraph
The heading tags
Putting images on web pages
Creating basic hyperlinks
Creating a table
Changing background, link, and font colors
Special characters (e.g. , , , ...)
Creating a Web Presence
: WWW101 - Creating a Web Presence
In this course we will briefly go over some of the topics to consider in creating a web presence. Most of the
material mentioned in this course is covered in other courses on LearningMeasure.com. This course is intended
to be an overview of the topic.
The topics covered are:
Getting a Domain Name - Important for people to find your material on the web
Web hosting - Your website must exist on more...
Introduction to Cascading Style Sheets (CSS)
: WWW103 - Introduction to CSS
Continuing on with the foundation built in WWW102-Basic HTML we will continue on with the subject of Cascading Style Sheets (CSS). Upon completion of the course the student
should know:
How to link to external style sheets
How to create embedded stylesheets
How to use inline style sheets
What are CSS selectors
Understand classes and pseudo-classes
Hyperlinks in CSS
Units of measure for CSS
Some of the CSS Rule Properties more...
Perl, Forms, and CGI
: This is the third in our Perl programming language series. This course covers the use of HTML forms to interact with Perl scripts via the CGI.
WWW104 - Intermediate HTML
: An intermediate level course on HTML. This is the third in a series of courses on web development.
ManagementProcess Courses
Introduction to Probability
: The course provides a basic introduction to probability theory that one may encounter in lean six sigma training.
Introduction to Statistics
: An introduction to statistics for those who will be taking Lean Six Sigma Green Belt training.
QC Tools - Cause and Effects Diagrams
: This is the second course in a seven part series in the seven basic quality tools. In particular this course is on the cause and effect diagram, also known as an Ishikawa diagram or a fishbone diagram.
QC Tools - Contrl Charts
: This is a short course on the control chart. The control chart is one of the seven basic tools of quality, and is used to determine if a process is under statistical control.
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