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Migration from VMware NSX for vSphere to NSX-T

This three-day, hands-on training course provides you with the skills, techniques, and tools required to successfully migrate your current VMware NSX® Data Center for vSphere® environment to VMware NSX-T™ Data Center. You will learn to choose between different migration approaches and how to perform the type of migration that best suits your current environment. In addition, you are presented with common migration problems and resolutions.

Working with SAS(R) Data Loader for Hadoop

This course gives business analysts and data scientists a seamless platform to profile, integrate, cleanse, and move big data without writing code in a Hadoop environment using an intuitive web-based interface.

Video Streaming Essentials for AWS Media Services

Learn best practices for designing and using cloud-based video workflows in the AWS Cloud from an expert AWS instructor. The course covers important concepts related to video processing and delivery, the variables that can impact migration decisions, and real-world examples of hybrid and cloud use cases for AWS Media Services.

It also introduces security, machine learning, and analytics concepts to help you consider how AWS Media Services fit into your overall cloud strategy.

UML for analysts

First of all, it is necessary to say what analysts this training is for. There are many types of analysts – business analyst (consultant), application analyst, process analyst, architectural analyst and many others. So who is the right target group? They are all analysts who regularly come into contact with UML and record their problems in it. Some requirements, some describe a domain, others look for a business or technical process. Our training is ready for just such roles.

Using SAS(R) Forecast Server Procedures

This course teaches you how to create and manage a complete forecasting system using the SAS Forecast Server procedures, giving you the power to confidently plan your business operations.

SAFe® for Architects (ARCH)

This course prepares System, Solution, and Enterprise Architects to engage across the organization as effective leaders and change agents. Attending the class prepares you to take the SAFe® 6 Architect exam and become a certified SAFe® 6 Architect (ARCH).

Price of the course includes:

  • Delivery of three-day SAFe for Architects training course conducted live online by a experienced trainer certified by Scaled Agile, Inc., provider of SAFe®
  • Preparation and eligibility to take the SAFe® 6 Architect (ARCH) certification exam (SAFe® 5 Architect Exam)
  • Modern online training platform
  • Attendee workbook licensed by Scaled Agile, Inc. (PDF)
  • One year membership to the SAFe Community Platform, with access to members-only resources such as webinars, workbooks, guidance presentations, and advance notice of upcoming SAFe products
  • One Certification exam attempt upon General Availability of the course
  • Course certificate of completion
  • SAFe® 6 Architect certification upon passing of exam

Foundations for Implementing Root Cause Analysis

How do you know when there’s a problem in a given situation? Once discovered, how do you approach solving the problem? In this course, you’ll be provided basic steps for how to define a problem and an approach for solving that problem using a proven methodology. You’ll explore how a problem can be viewed as an opportunity for improvement and how a solution to a problem can be leveraged within different areas of your organization.

Effective problem solving isn’t just a quality function, and it’s not just for operations or engineering. Effective problem solving is a valuable skill set needed throughout an organization. By working through a plausible scenario, you’ll assess your own problem-solving skills and experience how tempting it is to jump to solutions or try to fix the problem without investigating and understanding all the underlying causes. Though sometimes effective in the short-term, jumping to solutions can be unreliable, wasting time, money, and effort. Instead, you’ll be introduced to a formal problem-solving approach for finding root causes and implementing effective and lasting solutions that eliminate the problem.

The course concludes by emphasizing the need for problem-solving teams and providing an opportunity for you to practice creating a team that will investigate a sample problem. Here, you’ll explore the different roles and responsibilities utilized when solving problems using a structured approach.

Objectives

By participating in this on-demand course, you’ll be able to:

  • Define “problem” and be able to recognize a problem in a given scenario
  • Summarize the importance of seeing problems as opportunities and the resultant effects of this approach
  • Explain why a structured approach helps to solve problems
  • Recite the eight-step process used for problem solving and summarize how each step contributes to solving a problem
  • Summarize roles and responsibilities associated with a structured problem-solving approach
  • Recognize a need for a work team, construct an effective team, and define roles and responsibilities within the team

SAS® Forecasting and Econometrics Learning Subscription

Learn how to generate large quantities of high-quality forecasts quickly and automatically (with no need for human intervention unless you want it) using SAS Forecast Server, SAS/ETS, SAS Visual Forecasting, and Model Studio on the SAS Viya platform. An easy-to-use GUI gives you the power to forecast without having to write code, unless you want to. A batch environment gives more-advanced users access to an even fuller set of capabilities using the SAS programming language. Algorithms provide automatic model diagnosis, generation, and selection for a wide range of signal components. Test what-if scenarios to determine the likely impact of your forecasts.

SAS Products Covered

  • SAS/ETS
  • SAS/STAT
  • SAS Forecast Server
  • SAS Studio
  • SAS Visual Forecasting
  • SAS Viya

Open Source Software Development: Linux for Developers (LFD107x)

The course surveys how open source software works, including advantages of using it, methods of working in OSS communities, governance models, and licensing choices. It delves into Linux systems, including installation, desktop environments, text editors, important commands and utilities, command shells and scripts, filesystems, and compiling software.

This course prepares you with the knowledge and understanding to construct a coherent open source strategy for an organization. You will gain an understanding of the aspects related to open source software licensing, compliance, collaboration, inclusivity, and diversity. Upon completing this course, you should be able to work comfortably and productively in open source development communities and Linux environments.

SAS(R) Programming with SAS(R) Grid Manager for Platform

This course provides an introduction to the SAS Grid Manager for Platform environment and teaches how to submit SAS workload to the grid from a variety of different SAS products and user interfaces. The course includes hands-on exercises that run SAS applications with SAS Grid Manager for Platform and convert existing SAS programs to run on the grid.

The self-study e-learning includes:

  • Annotatable course notes in PDF format.
  • Virtual lab time to practice.

Workload Orchestrator Administration for SAS(R) Grid

In this course, you learn how to administer a SAS Grid Manager environment using the SAS Workload Orchestrator grid provider. After you complete this course, you will understand SAS Grid Manager concepts and terminology and have a grasp of the fundamentals of the SAS Grid Manager architecture. This will enable you to configure your grid to optimize the workloads of your users’ jobs, maximizing the throughput of the jobs, and consistently getting the results for decision making in a timely manner.

Failure Mode and Effects Analysis (FMEA) for Robust Design Case Study

FMEA is an essential part of any product design or redesign. An FMEA requires that a dedicated team take a step-by-step, proactive approach to identifying and analyzing all potential failure modes in a product or service. Completing an FMEA can dramatically improve product performance and reduce manufacturing issues at the component, system, and processing level.

This interactive FMEA case study gives you an opportunity to work through the process as an engineer develops an FMEA. From receiving the assignment to creating an FMEA, you’ll discover how to gain essential knowledge, organize a team, and then work with that team to create the FMEA. You’ll explore the goal and assumptions of an FMEA, review the different types of FMEAs, and acquire details of what should be listed in each column of the FMEA form. You’ll test your knowledge as you guide the team leader in his decisions, and you’ll gain insights into how a successful FMEA is created.

Objectives

By participating in this on-demand course, you’ll be able to:

  • Explain the application of the five types of FMEAs
  • Apply the FMEA process as both a product risk management and improvement techniques
  • List the steps to selecting, organizing, and managing an effective FMEA team
  • State the relationship between Product Development, Voice of the Customer (VoC) and the FMEA process
  • Adapt the steps to generate an FMEA process to your specific company needs, including customization of the FMEA S-O-D and Risk Ranking tables
  • Assign effective recommended actions and plan effective follow-up

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