Corporate Finance II: Financing Investments and Managing Risk

Course Link: https://www.coursera.org/learn/corporate-finance-two

Corporate Finance II: Financing Investments and Managing Risk
This course provides a comprehensive overview of the concepts and applications of finance and investment management in corporations. The first course in the series focused on analyzing corporate financial statements and ratios and other financial information, while the second course focused on analyzing financial planning and risk management.

In this course you will learn how to value corporations in a manner consistent with their asset value and the way capital structure enables investors to measure the value creation through dividends and share issuance. You will also learn how to value corporations in a manner consistent with their asset value and the way capital structure enables investors to measure the value creation through dividends and share issuance.

Upon successful completion of this course, you will be able to:
• Understand how corporations finance investments and what factors drive these investments
• Understand dividend discount models and how they affect corporate financial statements
• Measure the value of corporations by using corporate balance sheets and dividend payment ratios
• Use a corporate financial statement as a barometer to measure the value of the corporation
• Measure the value of corporations by using corporate balance sheets and dividend payment ratios
• Understand dividend discount models and how they affect corporate financial statements
• Use a corporate financial statement as a barometer to measure the value of the corporation
• Understand dividend discount models and how they affect corporate financial statements
• Use a corporate financial statement as a barometer to measure the value of the corporation

This course is part of the iMBA offered by the University of Illinois, a flexible, fully-accredited online MBA at an incredibly competitive price. For more information, please see the Resource page in this course and onlinemba.illinois.edu.Module 1: How Corporations Fund Investments
Module 2: The Balance Sheet and Presentation of Corporate Financial Statements
Module 3: The State of the Balance Sheet and Presentation of Corporate Financial Statements
Module 4: The Value of Corporations
Corporate Finance I: Financial Statement Analysis
This course focuses on the financial statements and ratios of corporations. The emphasis in this course is primarily on the financial statements of corporations that are required by law to file a financial statement with the IRS.
The course also covers basic financial statement analysis including valuation methods including factor value analysis, level of risk, and the like. The course also covers the basics of financial statement preparation including preparation of financial statements. A number of methods are covered throughout the course including simulation, Haldol, and an analysis of other corporations in the same industry. The course also covers the basics of corporate financial planning including valuation methods including factor value analysis, level of risk, and the like.

At the end of this course you will be able to:

– describe the corporation’s financial statement information
– determine the value component of the financial statement
– determine the level of risk component of the financial

Course Link: https://www.coursera.org/learn/corporate-finance-two

Probability Theory, Statistics and Exploratory Data Analysis

Course Link: https://www.coursera.org/learn/probability-theory-statistics

Probability Theory, Statistics and Exploratory Data Analysis
Probability, probability, and statistics are fundamental mathematical and computer science concepts that underlie a great many fields in statistics and computer science. We need to understand these concepts as we dive into statistics and computer science topics.

In this course you will learn the concepts and use probability distributions to solve problems in statistics and computer science. We will use a practical software package implemented in Python, and a simple statistical tool developed in R, to get you started. You will also learn how to integrate these key concepts to form meaningful conclusions.

This is the third course in the specialization Probability and Statistics. We will introduce a number of statistical concepts and you will use these concepts to make sense of data. We will use Python to implement these concepts in a practical and usable way. You will also learn how to integrate these key concepts to form meaningful conclusions.

This course is the fourth course in a sequence that features interactive programming, data exploration, machine learning, and optimization. This series will consist of four assignments that require you to design, implement, and analyze a simple algorithm. This is a hands-on, fun series that will allow you to practice and expand your skill set in statistics and computer science.

Please note that the free version of this class gives you access to all of the instructional videos and handouts. The peer feedback and quizzes are only available in the paid version.Probability
Randomness
Inference
Probabilistic Graphical Models
Probability and statistics are fundamental mathematical and computer science concepts that underlie a great many fields in statistics and computer science. We need to understand these concepts as we dive into statistics and computer science topics.

In this course you will learn the concepts and use probability distributions to solve problems in statistics and computer science. We will use a practical software package implemented in Python, and a simple statistical tool developed in R, to get you started. You will also learn how to integrate these key concepts to form meaningful conclusions.

This is the second course in a sequence that features interactive programming, data exploration, machine learning, and optimization. This series will consist of four assignments that require you to design, implement, and analyze a simple algorithm. This is a hands-on, fun series that will allow you to practice and expand your skill set in statistics and computer science.

Please note that the free version of this class gives you access to all of the instructional videos and handouts. The peer feedback and quizzes are only available in the paid version.Probability
Randomness
Inference
Probability, Statistics and Probability Distributions
In this course, we’ll introduce the basic concepts and use the integral calculus of probability to solve problems in statistics and computer science. We’ll use Python to implement

Course Link: https://www.coursera.org/learn/probability-theory-statistics

Electrodynamics: Analysis of Electric Fields

Course Link: https://www.coursera.org/learn/electrodynamics-analysis-of-electric-fields

Electrodynamics: Analysis of Electric Fields
This is an introductory course in electrodynamics, the field of electrical engineering that studies electric fields. We will use three different examples from the field to illustrate the concepts and use of electric fields. The course will cover the basic concepts of electric fields and how they are determined. We will also look at how we can use electric fields to make devices work. These concepts are the focus of the entire electrodynamics course.

Learning Outcomes: After taking this course, you will be able to:
• explain the characteristics of electric fields;
• use simple electric components (such as transformers, transformers/acouches, and transformers/amps) to study electric fields;
• explain the properties and behavior of electrodes in electric fields;
• understand why the electric fields of different materials can affect one another; and,
• apply concepts to your workaday life.

The course is aimed at anyone interested in understanding and using electrodynamics in their professional capacity. Without understanding this material, it would be difficult for you to understand and appreciate what is going on in the world of electrodynamics.

This course is the first part of a two-part series, where we will look at the electrical fields of different materials and how they affect devices. We will also look at how electric fields are created and how they are used.

To join the two-part series, visit https://www.coursera.org/learn/electrodynamics/Introduction to Electrodynamics
Acoustic Pressure, Absorption, and Field Effectiveness
Magnetostatics
Transformation of Electric Fields
Electric Power Systems
Learners will become familiar with the basic concepts and physics of electricity and how it is transmitted, converted, and distributed. This course also introduces the different types of power transmission and the use of generators and transmission lines. They will then learn how electricity is generated and how different plants are designed to produce different types of electricity. Electricity in buildings, on the other hand, is different. This course is designed to introduce the electrical principles that are relevant to both generators and transmission systems.Electricity in a Voltage-Contained Device
Electricity in a Modified Voltage-Contained Device
Electricity in a Non-Matter-Contained Device
An Introduction to Power Meters
Electrostatic Theory
This course is about the nature of electric fields and their relationship to objects and phenomena. It is a first step for those who want to know more about electric fields and their application.

Most people know that electricity comes in the form of wires, machines, motors, and now even cells in our cells. But what is the nature of these fields, and how do they come into being?

Course Link: https://www.coursera.org/learn/electrodynamics-analysis-of-electric-fields

Probabilistic Graphical Models 1: Representation

Course Link: https://www.coursera.org/learn/probabilistic-graphical-models

Probabilistic Graphical Models 1: Representation
This one-week, accelerated online course introduces the user to the basic concepts and methods of probabilistic graphical models (PGMs). We’ll learn about the basics of how a PGM is represented, how to interpret data in PGM-based models, and how to find the best representation for any problem. We’ll also learn about various topics in mathematics that we’ll cover in this course: graph algorithms, object-orientedness, rank/ascertainty bounds, graph-based data visualization, and more. The course is designed to rapidly get you up and running with the basics of PGM-based modeling and data visualization. You’ll work through a series of projects, each one being roughly one hour in length. Each project will require you to use the exercises and hands-on labs to practice and expand your programming skills. You’ll work through a series of hands-on labs that will test your understanding and programming skills. Each lab will also involve working through a series of programming challenges. In the end of this course, you’ll have a stable foundation for programming more efficiently and creatively in Python than in Java.Introduction to Probabilistic Graphical Models
Representation in PGM Models
Rank/ascertainty bounds in PGM-based models
Graph-based data visualization
Procrastination and Avoiding It
This is a course about avoiding repetition. You will learn how to avoid procrastinating, and you will learn why. We’ll also look at many common avoidance strategies, including time management, planning, and prioritization. We will cover topics such as planning ahead, setting goals, and setting realistic expectations. We will also look at strategies that can help you avoid situations in which you have to make a decision, and why certain actions are more likely to work than others. This is the first part of a two-part course.Week 1: Avoiding Procrastination
Week 2: Planning Ahead
Week 3: Time Management
Week 4: Define Consequences and Avoiding Fallacies
Procrastination, Anxiety and Depression
Procrastination and anxiety are common, debilitating and even fatal anxiety disorders. Diagnosed with these disorders, you will learn why they are and how they are treated. You will also learn about treatment options that may help you to overcome them.

This course is part of the 5-course Specialization: Psychotherapy of Anxiety. If you wish to receive credit for this course, you will need to pass the course and complete the “Course Certificate” component, which requires you to pass a series of graded quizzes and a final exam. You can access the course materials at any time by going to the “Literature” link in the upper right hand corner and copying and pasting the following link into your

Course Link: https://www.coursera.org/learn/probabilistic-graphical-models

Supply Chain Management: A Learning Perspective

Course Link: https://www.coursera.org/learn/supply-chain-management

Supply Chain Management: A Learning Perspective
Have you ever wondered why some companies are so successful while others struggle? How is it that some products get produced while others are not? Why some customers complain while others cheer? How should one manage supply chains? In this course you will explore these questions and more. In this course, we will focus on an overview of supply chain management and enable you to identify key lessons to be learned from a variety of perspectives. We will look at how companies use supply chains to meet demand, the different stages of the supply chain, and how a supply chain can deliver to different stages of the demand chain. We will also look at the different levels of government support that companies require and how they manage their supply chains. Finally, you will explore the different roles and responsibilities of the various levels of government. Through this course you will gain a better understanding of what it means to manage a supply chain and what it takes to manage a supply chain.

Upon completing this course, you will be able to:
1. Understand why some companies are so successful while others struggle.
2. Prove your understanding of supply chain management and how companies use it to meet their need.
3. Understand the different levels of government support that companies require and how they manage their supply chains.
4. Understand the roles and responsibilities of the various levels of government.
5. List the different types of support that companies need and how they manage supply chains.
6. Explain what a supply chain is and how it delivers to different stages of the demand chain.
7. Explain what a customer is and what they want.
8. Describe what a customer wants and ask yourself, “Am I being served the way I want?”
9. Learn to manage a supply chain by managing the different stages of the supply chain.
10. Identify the different types of roles and responsibilities of the various levels of government.
11. Understand the different levels of government support that companies require and how they manage their supply chains.
12. Learn to manage a supply chain by understanding the different stages of the supply chain.
13. Comprehend the different levels of government support that companies require and how they manage their supply chains.
14. Understand the various roles and responsibilities of the various levels of government.
15. Explain what a customer wants and ask yourself, “Am I being served the way I want?”
16.

Course Link: https://www.coursera.org/learn/supply-chain-management

Writing in English at University

Course Link: https://www.coursera.org/learn/writing-english-university

Writing in English at University
This course is for English B1 and B2 students who are interested in learning more effective writing in English. To succeed in this course, you should have at least 1-2 years of experience writing English in a university. You should be able to read and write English well, and be able to find time to improve your English writing skills. This course will teach you how to write effective essays and short papers, and will help you to identify the language used in English in order to achieve your academic goals. You will learn how to use the grammar and vocabulary of everyday English to convey important information, and will practice the language skills needed to complete the tasks in the final project.

In this course you will learn:
English grammar and vocabulary at university level
English writing at university level
English speaking at university level

To successfully complete this course, you will need to access the individualized English skills assessment at the end of the course. You will need to complete the weekly English language assessment, and pass the English language comprehension and writing questions. You will need to communicate well with English-speaking colleagues, and complete the peer communication tasks assigned to you.

We have designed this course to help you gain an in-depth understanding of English language and culture. To begin, we have created short activities through which you can learn vocabulary, grammar, and language skills up-to-date on the latest developments in English in academic and professional contexts.

In addition, we have designed a number of self-study activities which will allow you to practice the language skills needed to succeed at university. These activities are designed to engage you in exploring and reflecting on everyday English language, as well as to give you an opportunity to practice and reflect on your own language development. In completing these self-study activities, you will gain a wealth of skills. You will engage in self-reflections, and you will engage in self-examination. In reflecting on your own language development, you will gain a wealth of knowledge and you will be an active and confident language learner. Writing in English at University allows you to communicate fluently with all audiences – your family, employers, and colleagues. This course is ideal for English B1 students who are interested in language acquisition, job search, interviewing, English as a first language, or English for communication purposes across cultures. Writing in English at University also allows you to express your ideas and feelings through writing, which is what English B1 students want to hear the most!Week 1: Acquiring vocabulary and grammar
Week 2: Writing fluently with all audiences
Week 3: English for communication purposes across cultures
Writing in English at University
This course is for English B1 and B2 students who are

Course Link: https://www.coursera.org/learn/writing-english-university

3D Model Creation with Autodesk Fusion 360

Course Link: https://www.coursera.org/learn/3d-model-creation-fusion-360

3D Model Creation with Autodesk Fusion 360
In this course, you will learn how to create a 3D (2D) model in Autodesk Fusion 360 software. You will learn about the various tools and a variety of Fusion 360-friendly modeling tools that are easy to use and intuitive. We will also teach you how to make a 3D model in Sketchup3D or in Fusion 360 software. With a very brief introduction to Fusion 360 and Sketchup3D, we’ll teach you how to make a model in Sketchup3D and then move on to more advanced topics and tools as we go. It is recommended that you have basic proficiency with Adobe After Effects, InDesign, and InDesign Essentials (available free of charge).

• Learn Fusion 360-friendly software for Fusion 360 and Sketchup3D
• Use Fusion 360 software for CAD, 3D modeling, and animation
• Create a 3D model in Sketchup3D
• Enable 3D printing in Fusion 360
• Create a free version of Fusion 360 CAD and 3D modeling
• Create a free version of Fusion 360 3D modeling and animation
• Create a free version of Fusion 360 CAD and 3D modeling
• Create a free version of Fusion 360 CAD and 3D modeling
• Write your own script to create a 3D model in Fusion 360 CAD and 3D modeling
• Use Autodesk Fusion 360 CAD and 3D modeling tools
• Write your own script to create a 3D model in Fusion 360 CAD and 3D modeling
• Use Autodesk Fusion 360 CAD and 3D modeling tools
• Use Autodesk Fusion 360 CAD and 3D modeling tools
• Use Autodesk Fusion 360 CAD and 3D modeling tools
• Use Autodesk Fusion 360 CAD and 3D modeling tools
• Create a 3D model in Sketchup3D
• Use Autodesk Sketchup3D software
• Create a free version of Sketchup3D
• Create a custom design in Fusion 360 software
• Create a 3D model in Sketchup3D
• Write your own script to create a 3D model in Sketchup3D
• Create a 3D model in Fusion 360 CAD and 3D modeling
• Use Autodesk Sketchup3D software
• Create a free version of Sketchup3D
• Create a custom design in Fusion 360 software
• Write your own script to create a 3D model in Sketchup3D
• Use Autodesk Sketchup3D software
• Create a 3D model in Sketchup3D
• Use Autodesk Sketchup3D software
• Create a 3D model in Fusion 360 CAD and 3D modeling
• Use Autodesk Sketchup3D software
• Create a 3D model in

Course Link: https://www.coursera.org/learn/3d-model-creation-fusion-360

“Making” Progress Teach-Out

Course Link: https://www.coursera.org/learn/makingprogress

“Making” Progress Teach-Out
In this Teach-Out, you will design a facilitator strategy for a course of your own. You will use the skills you’ve learned in this specialization to help the course’s course facilitator develop a course of their own. You will also use the lessons of this Teach-Out to identify and correct teaching challenges for your own course. This is an opportunity to give and receive Feedback from fellow facilitators around the world.

Please note that the following three events are only open to US students (certified pre-enrolled learners). You may sign up for a certificate at any time during the course.

Week 1 – 10/14/17
11:00 am – Introductory Reminder: To join the waiting list for a course, you must access the course catalog in the catalog section of this website.

Week 2 – 10/15/17
12:00 pm – Assignments: To assign a lesson or project, click on the “Assignments” button on the left.

Week 3 – 10/16/17
12:00 pm – Commissions: To earn a certificate, you must successfully complete the five TAAs.

Week 4 – 10/17/17
12:00 pm – Courses: To complete a project, you will need to purchase the materials and materials suppliers.

Week 5 – 10/18/17
12:00 pm – Feedback: All feedback received on any given week’s lessons are considered final and are not subject to change with time.

Tips: For assistance with enrollment or grade tracking, call the N3GUR toll free at 866-GUR (866-669-GUR) or visit our website at www.coursera.org.

If you enjoy this business course and are interested in an MBA, consider applying to the iMBA at a much lower tuition rate and apply here: http://bit.ly/2b8qzt

Join our LinkedIn group: https://www.linkedin.com/in/michigan-district-michigan-college-michigan-baccalaureate-grant-academic-track-grant-management-trademarks-academic-track/home/welcome

This course is supported by the Batten Institute at the University of Michigan. The Batten Institute is a faculty-led, 20-year-old program that helps students with special education needs globally achieve their academic goals. The Batten Institute was established in partnership with the Global Programme for International Education (GPA-CIV), an initiative of the United Nations Development Program. The Batten Institute is an independent, fee-funded institution that studies and maps literacy and language needs around the world. It organizes education and training programs for G20 countries, and provides the global

Course Link: https://www.coursera.org/learn/makingprogress

3D Interaction Design in Virtual Reality

Course Link: https://www.coursera.org/learn/3d-interaction-design-virtual-reality

3D Interaction Design in Virtual Reality
This course teaches you basic concepts of VR interaction design by introducing the most common types of VR interaction, such as hands-on, in-game gestures, and even simple input reactions. You’ll learn about VR virtual reality hands-on, and then learn the ins and outs of VR gamepads and controllers, as well as the general concepts and principles of VR game audio and visual effects, and of course, the Oculus Rift and HTC Vive VR headsets. You’ll also learn some basic techniques for designing VR environments and menus, and of course, play around with your own custom designs.

This is the third course in the ¨Virtual Reality Education, or VR Education,¨ series. The course will focus on hands-on, game-play VR experiences, as well as interviews with industry leaders and experts. The first course, Virtual Reality Interactive Objects (VOO), focused on gamepads and controllers, while the second course, VR Interface Directed Link (VR-DOLL), involved a virtual reality environment and gamepad. This third course, VR Interaction Design in a Virtual Classroom (VIDCAV), is all about the VR environment and gamepad.

This course requires the use of Oculus Rift and HTC Vive. You can get a free Oculus Rift from the Oculus website. Or, if you want to save money and get the newest hardware as soon as possible, you can use a special bundle for the Rift and Vive that Amazon.com has discounted to you. You can also use the discount code MNTK40 at checkout to get 40% off. The code is: MVLT@equivalentlearning.ch

This course is part of the EIT DigitalEMS program ‘Education in Technology, Environment and Emotions’.Innovation and Entrepreneurship: How to Start and Scale a Company
Using VR for Effective Self-Assessment
How to Engage Students and Improve Learning
Creating a Positive and Social Learning Culture
3D CAD and 3D modeling
This course is all about the 3D computer graphics and CAD software for 3D modeling. We will learn about the basic tools used to create 3D computer graphics. We will also look at CAD modeling tools, including physical modeling, software-a-palette, and even 3D building blocks, to design 3D computer graphics. We will learn how to use 3D CAD software for 3D modeling because it is the only way to create 3D computer images.

After completing this course, you will understand:

– How to use 3D CAD software for 3D modeling
– What physical tools are needed to create 3D CAD models
– How to use 3D CAD tools to create 3D CAD models
– How to use 3D building blocks to design 3D computer graphics
– How to use the CAD software-a-

Course Link: https://www.coursera.org/learn/3d-interaction-design-virtual-reality

3D Printing Software

Course Link: https://www.coursera.org/learn/3d-printing-software

3D Printing Software
Welcome to 3D Printing Software!

This course will take you through the most important elements of 3D modeling and animation. We will cover topics such as modeling, programming, object oriented programming, user interfaces, and much, much more!

You’ll learn by doing. We’ll do so by developing and covering a broad area of what is 3D modeling. We’ll also cover topics such as programming and using programming in D3D, as well as how to apply design thinking and procedural generation.

We’ll use Unity to bring you the best out of Unity’s 3D printing capabilities. We’ll also introduce the basic concepts and technologies that are used in 3D modeling. You’ll also learn how to extend the functionality of 3D printers by adding code to the firmware. In addition, we’ll cover the various software tools used in the development of 3D modeling software.

Once again, Unity is the instructor and you are expected to take the exam. You can expect to make improvements to your learning curve along the way.

This course is intended for the HTC Vive, Oculus Rift, and PlayStation VR. There is no requirement to have any of these devices to use it. However, it is expected that many people will have a compatible VR or AR device or a HoloLens/Augmented Reality device.Using 3D Printers
Programming in 3D
Prototyping and Prototyping
Generating 3D Models
3D CAD Applications
The 3D CAD courses in this specialization are designed to give you a thorough understanding of the most popular 3D modeling, CAD, and simulation software. You will learn about the most popular CAD applications for 3D CAD, including CAD tools such as Solidoodle, CAD software, and 3D printing. You will also learn about the basic concepts of 3D CAD, such as modeling, planning, and CAD files. You will also learn about file formats and how to view and manipulate virtual files. You will also learn about file formats that can be used to store data – such as STL files – and for interfacing to other CAD and 3D software. We will also introduce file access and usage basics, such as how to upload files and read/write files, and how to build basic CAD models. Once you have the basic concepts down, you will be able to use all kinds of CAD software or programming tools to design and build basic 3D CAD models. Solidoodle 2D CAD Studio is the most powerful CAD software for 3D CAD design and development, and it is fully compatible with all major CAD and 3D software. You can use it to make any type of 3D CAD models. It will also let you design and build complex 3D CAD files, which are the most popular form of data-logic-

Course Link: https://www.coursera.org/learn/3d-printing-software