Oversikt over relevante kurs innen IT-kurs i Jönköpings län

SIAM is a management methodology that can be applied in an environment where services are delivered using a number of service providers. Adopting a different level of focus to traditional supplier management with one customer and multiple suppliers, with each supplier subject to individual management, SIAM concentrates on governance, coordination and integration of the service providers, to ensure maximum benefit is achieved by the customer organization. Beskrivelse: SIAM is an evolution of how to apply a framework for integrated service management across multiple service providers. It has developed as the service provider ecosystem in organizations has changed, from a single outsourced supplier model, to multiple outsourced suppliers. SIAM has evolved from the challenges associated with these more complex operating models.   Innhold: Service integration and management (SIAM) is a management methodology that can be applied in an environment that includes services sourced from a number of service providers. SIAM supports cross-functional, cross-process, and cross-provider integration. It creates an environment where all parties:Know their role, responsibilities and context in the ecosystemAre empowered to deliverAre held accountable for the outcomes they are required to deliver.  Day 1: Introduction About this course Module 1 – Introduction to SIAM Module 2 - The SIAM Ecosystem Module 3 – SIAM roles and responsibilities Module 3 continued Day 2: Review day 1 Module 4 – SIAM Implementation Roadmap Module 4 continued Module 5 - The SIAM Practices Module 6 – Processes to support SIAM Day 3: Review day 2 Module 7 – Challenges and risks Module 8 - SIAM and other practices Course review Self study Exam   [-]

In this course, you will learn the most common DevOps patterns to develop, deploy, and maintain applications on the AWS platform. We will explore the core principles of the DevOps methodology and examine a number of use cases applicable to startup, small- to medium-sized business, and enterprise development scenarios. Course objectives: In this course, you will learn to: Use the principal concepts and practices behind the DevOps methodology Design and implement an infrastructure on AWS that supports one or more DevOps development projects Use AWS CloudFormation and AWS OpsWorks to deploy the infrastructure necessary to create development, test, and production environments for a software development project Use AWS CodeCommit and AWS CodeBuild to understand the array of options for enabling a continuous integration (CI) environment on AWS Use AWS CodePipeline to design and implement a continuous integration and continuous delivery (CI/CD) pipeline on AWS Use AWS CodeStar to manage all software development activities in one place Implement several common continuous deployment (CD) use cases using AWS technologies, including blue/green deployment and A/B testing Distinguish between the array of application deployment technologies available on AWS, including AWS CodeDeploy, AWS OpsWorks, AWS Elastic Beanstalk, Amazon Elastic Container Service (ECS), and Amazon Elastic Container Registry (ECR), and decide which technology best fits a given scenario Use Amazon EC2 Systems Manager for patch management Leverage automated testing in different stages of a CI/CD pipeline Fine-tune the applications you deliver on AWS for high performance, and use AWS tools and technologies to monitor your application and environment for potential issues   Delivery Method Instructor-Led Training (ILT) Hands-on Labs   Course outline Day 1 Introduction to DevOps AWS Command Line Interface Introduction to DevSecOps Deployment Strategies and Developer Tools Day 2 Infrastructure as Code Deep Dive into AWS Developer Tools Automated Testing on AWS Day 3 Configuration Management AMI Building and Amazon EC2 Systems Manager Containers: Docker and Amazon ECS DevOps Customer Case Studies Course Wrap-Up [-]

Objectives & Outcomes Users will dive into the system to create content with ease.We’ll look at managing the structure and organisation of spaces with templates and help you to work with attachments and files.Finally, you’ll be able to work together through various collaboration techniques using dynamic and meaningful content macros. Course outline: Optional Module: Introduction to Wikis Module 1: Introduction to Confluence Accessing Confluence Key Concepts Pages Spaces The Dashboard Permissions Menus The Browse menu The People directory The User menu Module 2: Creating Page Content Create pages Edit pages using the Text Editor Collaborative editing Change page layouts Create a Table Attachments Module 3: Collaboration Sharing and Notifications Favorites Comments & inline comments Restrictions Module 4: Dynamic Confluence Content Introduction to Macros Text Formatting Macros HTML Macro Space Macros Module 5: Page Management part 1 Page drafts Copy pages Deleting pages Moving pages Module 6: Page Management part 2 Page history and versioning Page locations & hierarchies Labels Exporting / Importing Pages [-]

Fleksible kurs for fremtidenNy kunnskap skal gi umiddelbar effekt, og samtidig være holdbar og bærekraftig på lang sikt. NTI AS har 30 års erfaring innen kurs og kompetanseheving, og utdanner årlig rundt 10.000 personer i Nord Europa innen CAD, BIM, industri, design og konstruksjon. Her er et utvalg av temaene du vil lære på kurset: Strømlinjeformet prosjektoppstart med riktig malfil Nullpunkt i Revit Delte koordinater Terrengmodellering Detaljering av vegger, tak og trapper Koordinering og linking av fagmodeller Rehabilitering og faser Alternative løsningsforslag I dette kurset ser vi nærmere på funksjoner som gir mulighet for å utføre mer avanserte oppgaver. For eksempel kan det skapes et stort overblikk i forbindelse med rehabilitering og etappeoppdelte oppgaver. Det arbeides med ferdigstilling av prosjekter, bl.a. designforslag i et prosjekt.      Tilpassete kurs for bedrifterVi vil at kundene våre skal være best på det de gjør - hele tiden.  Derfor tenker vi langsiktig om kompetanseutvikling og ser regelmessig kunnskapsløft som en naturlig del av en virksomhet. Vårt kurskonsept bygger på et moderne sett av ulike læringsmiljøer, som gjør det enkelt å finne riktig løsning uansett behov.   Ta kontakt med oss på telefon 483 12 300, epost: salg@nticad.no eller les mer på www.nticad.no   [-]

  Fleksible kurs for fremtidenNy kunnskap skal gi umiddelbar effekt, og samtidig være holdbar og bærekraftig på lang sikt. NTI AS har 30 års erfaring innen kurs og kompetanseheving, og utdanner årlig rundt 10.000 personer i Nord Europa innen CAD, BIM, industri, design og konstruksjon.   Solibri Office Avansert På kurset vil du lære å: Konfigurere optimal eksport av IFC-filer fra Revit Skape egne klassifikasjoner og bruke disse i mengdeuttak og egendefinerte regler Bli kjent med eksisterende regelsett og tilpasning av disse Opprette egne regelsett Opprette mengdeuttak og basere disse på klassifikasjoner. Skape rapporter Spesialtilpasning av Solibri Office Håndtere saker i BCF-format Spesialtilpasset kurs: NTI anbefaler spesialtilpassede kurs for bedrifter som planlegger å sende to eller flere deltakere på Solibri-kurs. Grunnen til dette er at Solibri brukes av mange forskjellige aktører og profesjoner i BAE-bransjen, og følgelig blir de åpne kursene ofte for generelle for enkelte kursdeltakere. I et spesialtilpasset kurs vil vår kurskonsulent kartlegge fokusområdene i forkant av kurset, og gjennomføre kurset i henhold til selskapets behov, gjerne basert på kundens egne modeller. Utbyttet av kurset blir følgelig mye større.   Ta kontakt med oss på telefon 483 12 300, epost: salg-no@nticad.biz eller les mer på www.nti.biz [-]

Portfolio management is a coordinated collection of strategic processes and decisions that enable an effective balance of organizational change and business as usual. Management of Portfolios (MoP®) approaches change projects and programmes from a strategic viewpoint. It provides an overview of all change activities including what is in the portfolio, what it is costing, what risks are faced, what progress is being made, and what the impact is on business as usual and the organization’s strategic objectives. Course description: The purpose of the Practitioner qualification is to confirm whether the candidate has achieved sufficient understanding of how to apply and tailor the MoP guidance and to analyze portfolio data, documentation and roles in relation to a scenario situation.A successful Practitioner candidate should, with suitable support, be able to advise on the implementation of appropriate practices and techniques, and apply the method to a live portfolio, but may not be sufficiently skilled to do this appropriately for all situations. Their individual expertise, the complexity of the portfolio, and the support provided will also influence the impact the Practitioner can achieve. Course objectives: Candidates should be able to apply and understand how to tailor MoP effectively. Specifically candidates should be able to demonstrate their ability to: define the business case to get senior management approval for portfolio management plan the implementation of portfolio management select and adapt MoP principles, practices and techniques to suit different organizationalenvironments evaluate examples of MoP information (including documents and role descriptions) analyse the solutions adopted in relation to a given scenario.   Course content Concepts covered Introduction to Portfolio Management Introduction to Portfolio Management, Course objectives, MOP Qualification, Target Audience, Exam Overview, The Practitioner exam, The MOP Syllabus Practical ExercisesSources of organizational Energy, Organizational energy states, Activity sequencing, Categorization/segmentation, Financial Appraisal, Multi criteria analysis, Portfolio Definition Cycle, Risk Management, MOP roles, MOP documents Group discussionBarriers to implementation, 3 Implementation approaches, Governance and alignment, Portfolio definition, Portfolio delivery, Implement, sustain and measure Exam preperation [-]

What does Service Oriented Architecture really mean? When is it relevant? Why might it be interesting? What are the risks? How does it relate to technologies such as web services, message queues and service busses? How does it fit in with business processes, modeling and agility? And - most critically - how can it be put to use in order to build solutions that deliver value, enable the business to evolve, and are reliable, scalable and secure? This course tackles all of these questions head on. Using an example business throughout the course, issues relating to the design, modeling, publication and ongoing governance of services are examined. And - while this is not a course requiring programming knowledge from attendees - multiple sample implementations of the system will be used to illustrate and explore the impact of various design and technology choices. Drawing on pertinent underlying theory, while remaining relentlessly practical, this course examines the choices and challenges facing those who approach SOA today.   Course Outline DAY 1 Key Architectural Principles What is an architecture, anyway? Business Processes Domain Models and Bounded Contexts The need for agility and deferred decision making Service Level Agreement Key Technological Principles Distributed systems: a short history Consequences of distribution Synchronous vs. asynchornous Cohesion, coupling and autonomy Endpoints Key Information Principles The Information Silo problem Information ownership and authority The command/event distinction Transactions The CAP theorem and eventual consistency Approaches to SOA The operational approach The messaging approach The RESTful approach Introduction to the sample business used in the course Designing Services around Operations Modeling processes into services Service classification Designing contracts Operational Implementation: Web Services No, Web Services != SOA Why deliver services over the web? XML SOAP WSDL Exploring a sample implementation Considering asynchrony and polling Evaluation of the Operational Approach Consequences for modeling Latency Reliability When things get loopy Messaging Preliminaries Commands and events revisited Publish subscribe Message queues, store and forward Messages busses Brokers vs. busses Designing with Commands and Events Identifying commands and events from the process Workflows and sagas What is the contract here? What is the service here? Messaging Implementation Example Exploring the implementation Examining the event flows How reliability is improved Sagas Evaluation of the messaging approach Consequences for modeling Latency and consistency Reliability DAY 2 Introduction to REST HTTP revisited Resources How resources relate to the domain Hypermedia As The Engine Of Application State Designing RESTfully Processes, behaviors and hypermedia Resources What is the contract with a RESTful system? RESTful Implementation Exploring the sample implementation Correct usage of HTTP status codes Approaches to hypermedia Media types and content negotiation REST meets Messaging Events and feeds Atom, or something else? Polling: not so stupid after all To bus or not to bus? Evaluating the RESTful approach Consequences for modeling Latency and consistency Reliability Governance and agility What is governance? The service portfolio Publishing services and contracts Evolving services and contracts Contract versioning considerations Monitoring and quality of service SOA and Testing Why test? Testing at the service level Testing service integration Chaos monkey SOA and Security Cofidentiality and encryption Integrity and digital signatures Authentication and authorization Summing Up SOA Contrasting approaches with regard to modeling Contrasting approaches with regard to coupling and autonomy Contrasting approaches with regard to reliability SOA opportunities SOA risks Key things to remember   Modern Service Oriented Architecture Glasspaper as sine hjemmesider [-]

The Lean IT Foundation Training is two days. During the training, you will learn the fundamentals of Lean and how to apply Lean in an IT domain. In the training you will practice with exercises to build hands-on skills. The training will introduce you to the softer aspects of Lean IT like change approaches and how to change people’s behavior and attitude. All the exercises are related to ICT, but no technical IT knowledge is required.   Course description: This course is delivered using an exciting case study designed to further enhance the candidates understanding of Lean IT. Students who have attended this course are prepared to successfully take the associated Lean IT Foundation certification exam which is a requirement for attending any of the further Lean courses available in this track. At the end of this course, you will be able to: Understand the concepts behind Lean and how Lean can be applied in IT Analyze customer value and translate the voice of the customer to processes Understand Lean concepts as customer value, value streams, flow, pull, perfection Diagnose and improve processes with value stream mapping Problem solving with the Kaizen approach Work with the DMAIC improvement cycle Designate improvement activities that improve process results Understand what behaviors & attitudes are essential within Lean organizations Prepare the student to take the Lean IT Foundation Certification exam   Course Outline 1. INTRUDUCTION TO LEAN Introduction The history of Lean The key elements of Lean The concept of Waste, Variability and Inflexibility The five dimensions of Lean IT 2. THE COSTUMER Customer Value Voice of the Customer Value-add and non-value-add work Critical-to-quality tree Value streams in IT Cost of Poor Quality 3. THE PROCESS The concept of a process SIPOC diagramming Creating a Value Stream Map Analyzing a Value Stream Map 4. PERFORMANCE What is performance? Key Performance Indicators Operational Process Efficiency Skills and Knowledge Matrix 5. ORGANISATION Organizational structure and customer focus Performance Dialogue Visible Management Day Start and Week board 6. PROBLEM SOLVING Structured Problem Solving KAIZEN approach 7. BEHAVIOR & ATTITUDE Lean Leadership & Behavior Organizational Change Change Story 8. EXAM PREPERATION Sample Exam How to prepare for the exam Check Out   [-]

The course is designed for anyone who wants to learn how to run the Docker in an extensive application infrastructure, both within your company, and from outside vendors. You will learn how to properly "dockerize" applications to make them robust and stable. Gradually, we go through the whole process from installing the Docker Server, through the creation of a dockerized version of the application, to deployment on the production infrastructure. And all this while adhering to best practices for creating and running such applications. On practical examples, we will try out all of the advanced techniques that Docker and its ecosystem offer. Thanks to the extensive practical experience of the lecturers, we will also focus on the most common problems and mistakes most commonly made by Docker users.   Course goals: Course participants will learn: Create your own Docker Images Advanced techniques of building images (multi-stage, on-build) How to Prepare Docker Image for Production Deployment Understand how the Docker works, including the detection of potential problems Operation of the production docker infrastructure Course content: Advanced operations with Docker Create your own instance using the Docker Machine Writing your own Dockerfile (best practices, multi-stage build) Working with Docker Image Docker Compose Practical practice of the subject matter Docker Images for Production Deployment Images (safety, labeling, dumb-init) Image Registry (hosted, on-premise) Continous Integration, Continuous Delivery Practical practice of the subject matter Docker in production deployment Security practices Volumes / Storages Networking Logging Running, Running and Orchestration of Docker Applications in Production Deployment (Docker Swarm, Kubernetes, Openshift) Application monitoring Operating systems for Docker operation Practical practice of the subject matter [-]

Elasticsearch course is intended for those who want to learn how to use technology Elasticsearch to store and to retrieve large amounts of data to be easily scaled. Whether you're building a full-text search on the web for your customers to store, analyze and visualize large amounts of logs or clearly have access to all the data that are part of your business in one place for you designed just for this course. After its completion, you will understand the technology Elasticsearch and you will be able to use for your specific requirements.   The course is made up of several blocks, where each participant will understand the area and then try it immediately. At the same time for each circuit receives the material, which will make possible a given issue at any time to refresh.   Course goals: Participants also learn: Elasticsearch (2.x) How to store and search unstructured data Understand how it works full-text search, and how to create it How to handle large amounts of data and easily scale horizontally Warp Course content: Why Elasticsearch? Introduction Basic work with Elasticsearch Familiarization with basic tools CRUD Indexation, bulk operations Lab Mapping Mapping Index, type, field Data types Dynamic properties Templates indices Lab Introduction to text analysis Unstructured data Simple search relevance Lab Text analysis Text analysis Introduction to text analysis Analyzers - Text token and filters Working with Czech and other languages Synonyms Lab Data search Distributed Search Queries, Filters Query DSL Searching in multiple fields Best practices Lab Agregation Basics aggregations Calculations of data aggregation summary The most widely used aggregation in depth Best practices Lab Suggestions Replenishment words and phrases Context, phrase, term suggestors As to the "Did You namysli"? Best practices Lab Data modelling How to model relationships between objects Parent-child bond Subdocuments Best practices Lab Stored queries Percolator Warmer Lab   Study materials: Printed materials following the presentation and labs   About the instructor: Petr Novotny Petr's knowledge goes from solution architecture to development (JavaScript, PHP) through Elasticsearch, Oracle, PL/SQL to agile methodology and SCRUM. At the same time, Petr has been working with Elasticsearch technology for several years and has become one of our main instructors. [-]

Objectives & Outcomes At the end of the Clearvision Jira Core Essentials training course students will understand basic Atlassian Jira concepts and will be able to use Jira to work with issues and provide change tracking and control for business projects.   Course outline: Module 1: JIRA Key Concepts Change & Defect Tracking. Introduction to JIRA What is an Issue? What is a Project? What is a Workflow? Module 2: Getting Started with JIRA Exploring the JIRA workspace Managing your user profile Module 3: Introduction to Issues Issues Types Fields Creating an Issue Viewing Issues Editing Issues Attachments Module 4: Introduction to Workflows Steps Transitions and Screens Moving through workflows The Workflow Viewer Module 5: Collaboration Collaboration Commenting on Issues Sharing Issues Mentions Voting Watching Module 6: Searching and Filters Quick Search Basic Search Advanced Search (JQL) Issue Navigator Detail View Configuring Filters Shared Filters Email Filter Results Advanced Searches Module 7: Reporting Standard Reports Custom Reports Utilizing Reports [-]

Apply the DevOps role to bring alignment throughout a SAFe® enterprise and put together high performing Agile teams. Get equipped with the tools and knowledge needed for DevOps to increase your value to SAFe teams. This two-day SAFe® DevOps course will provide a deep-dive into DevOps competencies needed to improve time-to-market through the use of the Continuous Delivery Pipeline. You’ll understand the complete flow of value from Continuous Exploration to Continuous Integration, Continuous Deployment, and Release on Demand. The SAFe DevOps course also explores SAFe’s CALMR (Culture, Automation, Lean, Measure, Recover) approach to DevOps, which cultivates a culture of shared responsibility to improve time-to-market. You will leave with the ability to execute an implantation plan for refining delivery pipelines.   Course Overview:  Introducing DevOps Mapping your Continuous Delivery Pipeline Gaining alignment with Continuous Exploration Building quality with Continuous Integration Reducing time-to-market with Continuous Deployment Delivering Business Value with Release on Demand Taking action   Learning Outcomes: Understand the CALMR approach to DevOps Understand the importance of continuous integration and continuous testing Apply the concepts of continuous security Map their current delivery pipeline Measure the flow of value through the delivery pipeline Identify gaps and delays in flow Improve the process of exploring customer needs Improve the process of developing, building, and integrating continuously Improve the process of continuously deploying to staging and production environments Improve the release process Execute an action plan for their DevOps transformation   Exam:  Exam name – SAFe DevOps Practitioner Exam Exam format – Multiple choice, multiple response Exam delivery – Web-based (single-browser), closed book, no outside assistance, timed Exam access –  Candidates can access to the exam within the SAFe Community Platform upon completion of the SAFe DevOps Practitioner course Exam duration – Once the exam begins, candidates have 90 minutes (1.5 hours) to complete the exam. Number of questions – 45 Passing score – 33 out of 45 (73%) Language – English Exam cost – First exam attempt is included as part of the course registration fee if the exam is taken within 30 days of course completion. Each retake attempt costs $50. [-]

Google Analytics er et gratis analyseverktøy fra Google som sporer trafikken fra nettstedet ditt. Google Analytics kan måle salg og konverteringer, gi detaljert innsikt i hvordan besøkende bruker nettstedet ditt, hvordan de ankom nettstedet, hvilke sider de besøkte og når de forlot nettstedet ditt. Google Analytics er en effektiv og brukervennlig rapporteringsplattform. Ved hjelp av noen få klikk kan du enkelt velge hvilke data du vil se og analysere. Du kan enkelt forstå hvilke deler av nettstedet ditt som gir gode resultater, hvilke sider som er mest populære, slik at du kan skape den beste brukeropplevelsen. I dette kurset vil kursinstruktør Espen Faugstad lære deg alt du trenger for å kunne bruke Google Analytics på en effektiv måte. Du kommer til å lære hvordan man installerer Google Analytics, samt hvordan man bruker Sanntid, Målgruppe, Trafikk, Adferd og Konverteringer. Med denne kunnskapen vil du få full oversikt over styrkene og svakhetene til nettstedet ditt.  Innhold Du lærer å koble Google Analytics til et nettsted Du lærer å konfigurere Google Analytics Du lærer å navigere rundt i Google Analytics Du lærer å finne statistikker i sanntid Du lærer å finne ut hvem som besøker et nettsted Du lærer å finne ut hvor de besøkende kommer fra Du lærer å finne ut hva de besøkende gjør Du lærer å måle konverteringer Du lærer å spore hendelser Du lærer å lage segmenter Du lærer å lage egendefinerte rapporter Du lærer å dele rapporter med andre [-]

I Norge brukes Open BIM i stor grad. Dette gjør at det kan være mange forskjellige BIM- og modelleringsprogram i et og samme prosjekt. Et eksempel er når arkitekten bruker ArchiCAD. Revit kan ikke lese ArchiCAD-formatet. For å utveksle modell og informasjon er det derfor mest naturlig å benytte IFC. I dette online-kurset går vi igjennom hvordan vi starter opp et nytt Revit-prosjekt basert på en IFC-fil fra arkitekten. Vi ser på hvordan vi plasserer underlagsfilene, får inn korrekte felleskoordinater fra arkitekten samt spaces med rominformasjon. Vi gjennomgår også hvordan vi oppretter etasjer, akser, views og sheets slik at du får det beste mulige utgangspunktet for ditt Revit-prosjekt.   På dette 2 timers online-kurset  (klasseromskurs på nett) vil du blant annet lære å: få inn korrekte felleskoordinater fra arkitekten starte opp et nytt Revit-prosjekt basert på en IFC-fil opprette etasjer, akser, views og sheets   Slik gjennomføres onlinekurs: Kurset blir holdt via Go to Training – som lastes ned før kursstart. For å delta må du ha: PC med to skjermer høretelefon og mikrofon internett-tilkobling Revit MEP MagiCAD VVS Dette er IKKE et webinar, men et "klasseromskurs" på nett. [-]

Instruktørbasert opplæring: Opplev Windows 10 Nyheter i Windows 10 Startmeny Innstillinger, forbedret brukeropplevelser i Windows 10 Edge - Den nye nettleseren i Windows Oppgavevisning / Flere skrivebord Handlingssenter Touch Håndbevegelser Continuum - En enhet fra Laptop til mobiltelefon Kontoer i Windows 10 Lokal konto Windows Hello - Nye påloggingsmetoder MS konto Azure konto Domene konto   3 gode grunner til å delta 1. Lær hvordan du kommer i gang med Windows 10 2. Benytt mulighetene i Windows 10 3. Bli en effektiv Windows 10 bruker [-]