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School of Engineering
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Here's a list of available departments and areas of study in the School of Engineering: | | | | Aerospace, Aeronautical, and Astronautical Engineering | | Architectural Engineering | | Architecture | | Bioengineering and Biomedical Engineering | | Chemical Engineering | | Civil Engineering | | Computer Engineering | | Electrical and Electronic Engineering | | Engineering | | Engineering & Industrial Management | | Engineering Science | | Engineering-Related Technologies (1 Class) | | | AutoCAD I - The Fundamentals
This course is an AutoCAD tutorial and will teach you the basic commands most commonly used to control AutoCAD. It will not be an exhaustive dissection of all the commands and features of AutoCAD, it is simply an introduction. Are you ready to enter into the exciting world of professional CAD drafting? Then you have hit the right beach. This course will teach you how to become familiar with the number one CAD program in the world today. If you're serious about success, it won't take you long before you're able to create, edit and produce professional design drawings in virtually any industry you can imagine, from aerospace to mechanical engineering, to x-ray technology. This first course will expose all the various aspects of drafting with AutoCAD, from the blank screen to the finished plot. Don't wait any longer, put the power of knowledge on your side starting today. Continue on with the series to become more marketable, or step back and gain valuable hands on experience first, the choice is yours. PREREQUISITE - You must have basic computer skills to enroll in this class and a math background is helpful. If you are uncomfortable with basic PC skills, including file management, I encourage you to take some PC training before enrolling in this class. Request more info and explain your situation if you have any concerns. (I don't want to turn people away, but I am committed to give personal attention to each of my students, and my time is very important to the quality of the instruction given) | | Environmental Design | | Geological Engineering | | Industrial Production Technologies | | Industrial Psychology | | Information Sciences and Systems | | Interior Design (4 Classes) | | | Interior Decorating Made Easy
Have you always wanted to learn the basic decorating principles and techniques without having to attend an interior design school? Interior Decorating Made Easy will give you a quick and easy overview of the design process. You'll learn the principles of design -- color, texture, scale and balance and how to apply them to any room or a whole house. Best of all you can take the class online when and where it's most convenient for your schedule. This class was developed for those of us who can feel overwhelmed with trying to create the perfect room for our lifestyle. There is no wrong or right way of doing things when it comes to personal style just as long as it's pleasing to you so forget your fears of 'design police' evaluating you. The lesson content provides a framework in which to start redecorating or decorating and the general knowledge about the basics of interior design that you can easily learn and put into practice. Even if you're not a born decorator, this course will help you gain confidence in the development of your personal style. | | | Interior Design For Beginners
Interior Design For Beginners is for the eager decorating beginner! We will cover the basics of interior decorating in this class so you may gain the confidence needed to complete the projects you see on TV and those projects that you have left undone. Join Interior Designer, Nicole Allison, for this fun, inspiring class. This class will give you the assurance that you will need to get creative. Use this knowledge for your personal decorating use or for your Interior Design business. Get motivated! Get ready! Get decorating! | | | Interior Design for the Colorful Beginner
This class is for the design beginner with an emphasis on COLOR. I will give you an idea on how to create atmosphere that suits your style, whether it is a romantic, calm or energized space you are looking for. This class will offer design and color tips for your home. You will learn about color combinations, color psychology, and color pallets that will suit your home. There are wonderful visuals and creative rooms to explore too. Color creates an atmosphere. Color definitely creates a feeling. Let's find out the atmosphere you want to create. Students should sign up to learn more about the basics of incorporating color into any home. | | | Interior Design For The Creative Beginner
This class is for the design beginner with a concentration on creativity. When a person walks through the threshold of your home, they should instantly get an idea of who you are. Decorating can be a very therapeutic and creative way to let your personality shine. In this class you will learn, through Interior Design tips, how to decorate your home in a way that displays your own creativity. You will also learn how to think outside of the box and how to create new ideas for your home decor. There are many How to projects and ideas for creating personal, interesting projects to use in your home. After all, you should be surrounded by things that you love and things that reflect who you are. Be creative! You can do it! | | Lighting Engineering & Design | | Manufacturing Engineering (7 Classes) | | | Advanced CNC Techniques with Basic Features
Many people completing our basic programming courses stated (in the course evaluation) that they would like to see us provide an on-line Advanced CNC Techniques course. Well, here it is! It is the next logical progression from our basic courses. We define an advanced technique as any technique that is not commonly presented in a basic CNC class. Many of the techniques we show are quite easy to understand - they're just not among the first things you learn. Additionally, we say an advanced technique is any technique that you don't currently know about that can help you . Indeed, even many experience CNC people will probably discover techniques that they have not been exposed to. Benefits that can be achieved by applying the techniques we show include reducing setup time, reducing cycle time, improving workpiece quality, shortening programs, making machines easier to run, improving your company's CNC environment, and in general, improving your knowledge of CNC. Indeed, given the high costs associated with running CNC machine tools (and the low price of this course), it's likely you'll pay for the cost of this course with the first technique you apply! We present many techniques for the two most popular forms of CNC metal cutting equipment. For each topic, we'll begin by showing techniques that these two machine types share in common. Next, and when applicable, we'll show machining center-related techniques. Finally, we'll show turning center-related techniques. While this class will be of most value to people that work with both machining and turning centers, even people that work with but one or the other should find plenty of techniques that will help them Note that you need to have two software viewers (Microsoft PowerPoint Viewer and Adobe Acrobat Reader) installed on your computer before you can view material presented in the lessons. Both of these viewers are freely distributed and can be downloaded from our website ( www.cncci.com ). From our navigation buttons, click SERVICES and then click ON-LINE COURSES. The two viewers can be found at the bottom of this page. | | | Blueprint Reading for Machinists
The Blueprint Reading for Machinists course is a comprehensive guide to interpreting drawings commonly found in manufacturing. This is the 'short course' of 'need to know' information for blueprint reading in machine trades. Beginning with the background of blueprints, looking at the types of lines used on a drawing, and how parts are shown in different views. Dimensioning and Tolerancing are explained, as well as an introduction to Geometric Dimensioning and Tolerancing. This course is intended as an introduction to understanding blueprints and being able to visualize and understand the intent of the designer or draftsman as presented in a blueprint. The first step in making quality parts or assemblies is interpreting the drawing correctly and applying the given information to the final product. Completing this course will enhance the learners ability gain employment in a manufacturing/machining area and/or increase their chances of advancement in related areas. | | | CNC Machining Center Programming
CNC machining centers, which are used to machine stationary workpieces with rotating cutting tools, are among the most popular types of metal-cutting machine tools in existence today. Just about every manufacturing company that has any CNC equipment owns at least one. If you want to learn safe, proven, and accepted methods for programming CNC machining centers, you can’t afford to miss this self-paced, key concepts approach to learning how to program CNC machining centers. Though we do assume students have some experience with basic machining practices, we’ll take you through CNC programming from the ground up. We will emphasize manual programming (G code level) techniques. It is with this style of CNC programming that you can be the most intimate with the CNC machine tool, commanding everything the machine will do from within your program. And a thorough understanding of manual programming is a prerequisite for mastering any computer aided manufacturing ( CAM ) system. The material presented in the course can be applied to just about all CNC machining centers, but we’ll concentrate on the most popular type – the vertical machining center. And specific techniques will be shown for the most popular CNC controls in the industry (made by Fanuc). Upon successful completion of this course, you’ll know what it takes to become a proficient CNC programmer. While you won’t be an expert (yet), you will have taken ten tests, worked through two practice exercises, and completed seven programming assignments to confirm your understanding of how CNC machining centers are programmed. And all but the two practice exercises are reviewed and graded by Mike Lynch, so you can be sure that you truly understand the subject matter. Graduates of this course will be ready for entry-level programming positions in most companies. Certificate of completion and a letter of recommendation are available when you complete this course to testify to your accomplishment. Include these in your resume to show perspective employers what you know. The key concepts approach The key concepts approach helps us stress the reasons why things are done as importantly as how they’re done. They put a light at the end of the tunnel, allowing students to know where the stand as the class progresses. It should be nice to know that there are only six key concepts. Think of it this way: If you can master but six new concepts, you’ll be well on your way to becoming a proficient CNC machining center programmer! The six programming-related key concepts include: 1) Know your machine 2) Prepare to write programs 3) Understand the three most often used motion types 4) Master the three compensation types 5) Format your programs in a strict manner 6) Understand the special programming features We further divide the six key concepts into ten lessons. And there’s plenty to do in each lesson: Lesson activities include: Viewing PowerPoint presentations – Every lesson (except lesson nine) includes a colorful and animated, self-navigating PowerPoint presentation. These presentations (.ppt files) will provide you with graphic visuals and help you understand the most complex course topics. You’ll control the pace for these presentations each step of the way. And you can view them as many times as you must in order to fully understand each lesson! Reading lesson text – Every lesson contains a comprehensive Adobe Acrobat (.pdf) file that you can view and print. This provides you with a permanent reference for course materials during the class and long after the class is over. If you print everything, you’ll have a manual that contains over 200 pages! Reading supplements (also .pdf files) – For some lessons, there will be supplemental information that will explain CNC features that are beyond the scope of the class. This will give you a way to learn about many additional CNC functions. Taking class polls – For some lessons, you’ll be asked to give your opinion about a topic of interest. And you’ll see what others in the class think. Taking online tests – After you study each lesson, and when you think you’re ready, you’ll take a test for the lesson. This is one of two ways we confirm your understanding of the material in the lesson. Grading is automatic and you’ll see your results immediately. Mike Lynch reviews your tests and will provide pointers and suggestions in areas that may be causing you trouble. Doing practice exercises – In some lessons, you’ll be asked to do a practice exercise (answers provided right in the exercise) to help prepare you for the programming assignment. Doing programming assignments that you’re graded on – for seven of the lessons, you’ll be asked to do a programming assignment. This is the second way that we confirm your understanding of material. You actually submit your programming assignments for Mike Lynch to grade. Results will be posted for you to see on-line. And again, Mr. Lynch will be offering reinforcements to help you stay on track. Need help during the class? If you run into problems, your instructor, industry-expert Mike Lynch, is just an email or phone call away. We even provide free phone/email assistance after you finish the class and you’re putting what you’ve learned to use for your company! There is also a class forum available so you can exchange ideas with others attending the class. Course requirements In order to successfully complete this class and qualify for a certificate of completion and a letter of recommendation, you must: 1) Check in at least twice a week until you've completed the course 2) Complete all ten lessons 3) Do two practice exercises 4) Pass ten tests 5) Complete and pass seven programming assignments Special requirement: Note that you need to have two software viewers (Microsoft PowerPoint Viewer and Adobe Acrobat Reader) installed on your computer before you can view material presented in the lessons. Both of these viewers are freely distributed and can be downloaded from our website (www.cncci.com). From the navigation buttons on our website, click SERVICES and then click ON-LINE COURSES. The two viewers can be found at the bottom of this page. Want to learn about CNC turning centers? We offer a similar class for CNC turning center programming. When it comes to format (key concepts approach, lesson structure, PowerPoint presentations, etc.) these two courses are almost identical. Actual content for each class, of course, is specific to the type of machine being presented. This should make it easy for students to take both classes. Once you’ve completed one class, you can easily transition to the other. | | | CNC Machining Center Setup and Operation
This class will present the concepts related to machining center setup and operation. CNC machining centers are among the most popular metal-cutting machine tools in use today. Almost every company that manufactures any metal products has more than one – and is constantly searching for qualified people to run them. To fully master the use of a CNC machining center, a person must become proficient in three distinct skills – programming, setup, and completing production runs. This class addresses two of the three; setting up a machining center and how to complete a production run (another class is available for helping you learn CNC machining center programming). Special requirement: Note that you need to have two software viewers (Microsoft PowerPoint Viewer and Adobe Acrobat Reader) installed on your computer before you can view material presented in the lessons. Both of these viewers are freely distributed and can be downloaded from our website (www.cncci.com). From the navigation buttons on our website, click SERVICES and then click ON-LINE COURSES. The two viewers can be found at the bottom of this page. | | | CNC Turning Center Programming
The two most popular forms of metal-cutting CNC machine tools include CNC machining centers, which machine a stationary workpiece with a rotating cutting tool, and CNC turning centers, which machine a rotating workpiece with a stationary cutting tool. This course focuses on turning centers. Note that a similar course is available for machining centers. Students will learn how to program CNC turning centers in twelve lessons using our proven key concepts approach (see below). The material presented in this course can be applied to just about any CNC turning center, but we’ll concentrate on the most popular type – the two-axis slant-bed type. And specific techniques will be shown for the most popular CNC controls in the industry (made by Fanuc). As when learning any form of CNC machine tool, basic machining practice experience is a plus. The more you know about basic machining practices as they apply to turning operations, the easier it will be to learn to program a CNC turning center. We emphasize manual programming (G code level) techniques. It is with this style of CNC programming that you can be the most intimate with the CNC machine tool, commanding everything the machine will do from within your program. And a thorough understanding of manual programming is a prerequisite for mastering any computer aided manufacturing ( CAM ) system. When you’re finished with this course, you’ll know what it takes to become a proficient turning center programmer. Though we cannot make an expert of anyone in an entry level class, you will have taken twelve tests, worked through two practice exercises, and completed seven programming assignments to confirm your understanding of how CNC turning centers are programmed. And most of your work will be reviewed and graded by Mike Lynch, so you can be sure that you truly understand the subject matter. Graduates of this course will be ready for entry-level programming positions in most companies. Certificate of completion and a letter of recommendation are available when you complete this course to testify to your accomplishment. Include these in your resume to show perspective employers what you know. The key concepts The key concepts approach helps us stress the reasons why things are done as importantly as how they’re done. They put a light at the end of the tunnel, allowing students to know where the stand as the class progresses. It should be nice to know that there are only six key concepts. Think of it this way: If you can master but six new concepts, you’ll be well on your way to becoming a proficient CNC machining center programmer! Note that these same key concepts can be applied to any form of CNC machine tool. The six programming-related key concepts include: 1) Know your machine 2) Prepare to write programs 3) Understand the three most often used motion types 4) Master the three compensation types 5) Format your programs in a strict manner 6) Understand the special programming features We further divide the six key concepts into ten lessons. And there’s plenty to do in each lesson: Lesson activities include: Viewing PowerPoint presentations – Every lesson (except one) includes a colorful and animated, self-navigating PowerPoint presentation. These presentations (.ppt files) will provide you with graphic visuals and help you understand the most complex course topics. You’ll control the pace for these presentations each step of the way. And you can view them as many times as you must in order to fully understand each lesson! Reading lesson text – Every lesson contains a comprehensive Adobe Acrobat (.pdf) file that you can view and print. This provides you with a permanent reference for course materials during the class and long after the class is over. If you print everything, you’ll have a manual that contains over 200 pages! Reading supplements (also .pdf files) – For some lessons, there will be supplemental information that will explain CNC features that are beyond the scope of the class. This will give you a way to learn about many additional CNC functions. Taking class polls – For some lessons, you’ll be asked to give your opinion about a topic of interest. And you’ll see what others in the class think. Taking online tests – After you study each lesson, and when you think you’re ready, you’ll take a test for the lesson. This is one of two ways we confirm your understanding of the material in the lesson. Grading is automatic and you’ll see your results immediately. Mike Lynch reviews your tests and will provide pointers and suggestions in areas that may be causing you trouble. Doing practice exercises – In some lessons, you’ll be asked to do a practice exercise (answers provided right in the exercise) to help prepare you for the programming assignment. Doing programming assignments that you’re graded on – for seven of the lessons, you’ll be asked to do a programming assignment. This is the second way that we confirm your understanding of material. You actually submit your programming assignments for Mike Lynch to grade. Results will be posted for you to see on-line. And again, Mr. Lynch will be offering reinforcements to help you stay on track. Need help during the class? If you run into problems, your instructor, industry-expert Mike Lynch, is just an email or phone call away. We even provide free phone/email assistance after you finish the class and you’re putting what you’ve learned to use for your company! There is also a class forum available so you can exchange ideas with others attending the class. Course requirements In order to successfully complete this class and qualify for a certificate of completion and a letter of recommendation, you must: 1) Check in at least twice a week until you've completed the course 2) Complete all ten lessons 3) Do two practice exercises 4) Pass ten tests 5) Complete and pass seven programming assignments Special requirement: Note that you need to have two software viewers (Microsoft PowerPoint Viewer and Adobe Acrobat Reader) installed on your computer before you can view material presented in the lessons. Both of these viewers are freely distributed and can be downloaded from our website (www.cncci.com). From the navigation buttons on our website, click SERVICES and then click ON-LINE COURSES. The two viewers can be found at the bottom of this page. Want to learn about CNC machining centers? We offer a similar class for CNC machining center programming. When it comes to format (key concepts approach, lesson structure, PowerPoint presentations, etc.) these two courses are almost identical. Actual content for each class, of course, is specific to the type of machine being presented. This should make it easy for students to take both classes. Once you’ve completed one class, you can easily transition to the other. | | | CNC Turning Center Setup and Operation
This class will present the concepts related to turning center setup and operation. CNC turning centers are among the most popular metal-cutting machine tools in use today. Most companies that manufactures any metal products have more than one – and is constantly searching for qualified people to run them. To fully master the use of a CNC turning center, a person must become proficient in three distinct skills – programming, setup, and completing production runs. This class addresses two of the three; setting up a machining center and how to complete a production run (another class is available for helping you learn CNC turning center programming). Special requirement: Note that you need to have two software viewers (Microsoft PowerPoint Viewer and Adobe Acrobat Reader) installed on your computer before you can view material presented in the lessons. Both of these viewers are freely distributed and can be downloaded from our website (www.cncci.com). From the navigation buttons on our website, click SERVICES and then click ON-LINE COURSES. The two viewers can be found at the bottom of this page. | | | Parametric Programming For CNC Machining & Turning Centers
Learn Fanuc's custom macro B, Okuma's user task 2, and Fadal's macro -- all in one course! We've always said that parametric programming is one of CNC's best kept secrets. While more and more people are becoming familiar with this powerful programming tool, there are still many in the industry that don't even know what it is, let alone how to take advantage of its many features. At the very least, all CNC people should know the applications for parametric programming. Better yet, they should be able to apply this powerful tool to reduce setup time and cycle time, facilitate CNC machine utilization, make programming easier, and in general, make their CNC machines easier to work with! In this comprehensive course, you'll learn what parametric programming is, it's five application categories, its features, and how to apply it. An ample supply of examples is given for all application categories. Application categories for parametric progrmaming include part families, user-created canned cycles, utilities, complex motions, and interfacing with accessory devices. This course covers three very popular versions of parametric programming. The strongest emphasis is placed upon the most popular version: Fanuc's custom macro B. This version of parametric programming is used by any any control manufacturer claiming to be Fanuc-compatible (Yasnac, Haas, Mitsubishi, Mazatrol's eia, Seikos, among others). Instruction for custom macro B is included in the PowerPoint slide presentations as well as in the course text. This course also includes material for Okuma's user task 2 and Fadal's macro (only in the course text, not in the PowerPoint presentations). Over 80% of CNC machines used today are covered by this course! Each step of the way, we show real-world applications that you can easily adapt to your specific needs. There are plenty of examples and we stress the reasons why features are available as well as how they can help you (compare this your control manufacturer's descriptions in their programming manual). Upon successful completion of this course, you’ll know what it takes to become a proficient parametric programmer. While you won’t be an expert (yet), you will have taken eight tests and worked through five programming assignments to confirm your understanding of how this powerful programming tool is used. And of your work is reviewed and graded by Mike Lynch, so you can be sure that you truly understand the subject matter. Graduates of this course will be ready to approach parametric programming applications with confidence. Certificate of completion and a letter of recommendation are available when you complete this course to testify to your accomplishment. Include these in your resume to show perspective employers what you know. Special requirement: Note that you need to have two software viewers (Microsoft PowerPoint Viewer and Adobe Acrobat Reader) installed on your computer before you can view material presented in the lessons. Both of these viewers are freely distributed and can be downloaded from our website (www.cncci.com). From the navigation buttons on our website, click SERVICES and then click ON-LINE COURSES. The two viewers can be found at the bottom of this page. For more information about this course , including course requirements, course goals, course materials, grading policy, and prerequisites, view the syllabus for this course. A link to the syllabus can be found on the enrollment page under Additional Information. | | Materials Engineering (1 Class) | | | Polymer Science
Polymers are all around us - from medical products, to paper products, to polyvinyl chloride blood pressure cuffs, to polyester and nylon clothing materials. Polymer Science is a course that investigates these natural and man-made materials. We explore how these materials are synthesized, evaluated, and their commercial applications. We also review important properties that these materials possess, including their molecular, physical, chemical, thermal, mechanical, and electrical properties. This course is designed for students who possess a basic understanding of chemistry, and an interest in learning about polymer and material science. Professionals are also encouraged to register for this course, either as a means of professional development or as a broadening experience. | | Mechanical Engineering | | Metallurgical Engineering | | Mining and Mineral Engineering | | Nuclear and Industrial Radiologic Technologies | | Nuclear Engineering | | Ocean Engineering | | Petroleum Engineering | | Surveying | | Systems Engineering | | Telecommunications (1 Class) | | | Using a Protocol Analyzer
How to utilize a Protocol Analyzer to troubleshoot LAN traffic. This Course is intended for Network Professionals , Network Administrators or Anyone who wants to start learning more about what's going on their network connection. A Protocol Analyzer allows you to capture and display traffic on your network connection. It is a beginners guide to installing and using a Protocol Analyzer. This Course will cover: Downloading, installing software for the Protocol Analyzer. Step by step instructions for where to go to get the Free Software to run your own personal Protocol Analyzer. Downloading instructions and Installation instructions. Capturing Protocol Traces. Learn how to Capture network traffic - the magic that makes the network run. Displaying Captured data. View the network traffic you capture to unlock the magic of the network. Find out who is talking to who and what they are downloading. Customizing a Protocol Analyzer's settings. Customizing makes the Protocol Analyzer easier to use because it has all the preferences you set. We'll go through the preferences and their settings to explain what they are used for. Filtering to capture what you want. Most traffic on a network is routine - Learn how to capture just the network traffic that you want to see with Capture Filters. Sometimes you've captured everything going across a network connection and don't want to have to look at thousands of frames on information to find what you want. To find what you want we will use Display Filters to weed out what you don't want to see. This course will apply to using many brands of Protocol Analyzers. Although this Course is taught with a Free Protocol Analyzer - The lessons taught are significantly relevant to learning how to use any Protocol Analyzer. | | Textile Sciences | | Welding and Structural Theory |
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