Opleidingen

Cursus met veel aandacht voor de actualiteit Inhoud I Introductie Aanbestedingsrecht Wat is aanbestedingsrecht? Structuur Materieel en formeel recht II De 3 Ws Wie zijn aanbestedende diensten? Wanneer is sprake van aanbestedingsplicht voor opdracht voor diensten, leveringen of werken? Wat zijn de drempels? Waarde van de drempels? III Uitzonderingen aanbestedingsplicht Concessie voor diensten Alleenrecht Inbesteding Gebiedsontwikkeling? IV Welke procedures? Openbare en niet-openbare procedure Concurrentie gerichte dialoog Onderhandelingsprocedure Raamovereenkomst V Uitsluiting Geschiktheidseisen en selectiecriteria Referentiewerken Beroep op onderaannemers Duurzaamheid Laagste prijs en EMVI VI Motivering gunningsbeslissing Welke motivering? Plicht tot openbaarmaking WOBs VII Strategie en herstel Tips en fouten bij inschrijvingen Herstel of aanvulling? Strategisch of manipulatief? VIII Wijziging van de overeenkomst Welke mogelijkheid bestaat er om de overeenkomst te wijzigen? Verplicht meewerken tot aanbesteden? IX Rechtsbescherming Kort geding en bodemprocedure Mogelijkheden tot schadevergoeding Vern Nederlandse en Europese juridische facetten bij aanbestedingen Als juridisch professional die te maken heeft met aanbestedingen, wil je op de hoogte zijn van de Europese richtlijn en de Aanbestedingswet in Nederland. Met deze basiscursus ben je in één dag helemaal up-to-date. Zo werk je optimaal aan je eigen ontwikkeling als jurist. Op het gebied van het aanbestedingsrecht hebben in de afgelopen jaren ingrijpende wijzigingen plaatsgevonden. De EG-richtlijn 2004/18/EG voor Werken, Leveringen en Diensten was daartoe het uitgangspunt. Deze richtlijn kent een aantal in de praktijk gangbare en thans geformaliseerde aanbestedingsprocedures en koppelt deze aan selectie-eisen en gunningscriteria. Zo kan de keuze van de aanbestedingsprocedure per project verschillen en het verloop van het project in belangrijke mate bepalen. De vernieuwde Aanbestedingswet moet leiden tot minder administratieve lasten en nog betere toegang van het midden- en kleinbedrijf tot overheidsopdrachten. De regelgeving moet er ook voor zorgen dat overheidsopdrachten meer ondersteuning geven aan andere beleidsdoelen, zoals het streven naar duurzaamheid en innovatie. Deze basiscursus van OSR brengt de jurid Datum: 17 oktober 2025 10:00-16:30 WO

Leer hoe je verwachtingen helder afstemt en miscommunicatie voorkomt. In deze cursus ontdek je praktische technieken en inzichten om samenwerking soepeler en resultaatgerichter te maken. Ideaal voor elke werk- en teamsituatie! Verwachtingsmanagement - Van miscommunicatie naar succesvol samenwerken Wat is verwachtingsmanagement? Verwachtingsmanagement draait om het helder afstemmen van verwachtingen tussen jou en de mensen met wie je samenwerkt. In essentie betekent het dat je proactief bepaalt wat anderen van jou kunnen verwachten en omgekeerd. Dit gaat verder dan simpelweg goede communicatie; het vraagt om strategie en inzicht in het proces. Zo voorkom je misverstanden, frustraties en teleurstellingen, of je nu werkt aan een project met collega's, klanten bedient of verantwoordelijk bent voor een team. Waarom deze online cursus verwachtingsmanagement? Waarom zou je verwachtingsmanagement willen leren? Omdat het een directe impact heeft op de manier waarop jij je werk, relaties en projecten ervaart. Niets is zo frustrerend als het gevoel hebben dat je alles goed hebt gedaan, maar alsnog iemand teleurstelt door een verschil in verwachtingen. Door te begrijpen hoe jij en anderen verwachtingen formuleren en waarnemen, kun je beter afstemmen wat haalbaar en wenselijk is, en bouw je aan vertrouwen en een succesvolle samenwerking op de lange termijn. Verwachtingsmanagement helpt je een stap verder te komen: niet alleen op het werk, maar ook in je persoonlijke relaties. Iedereen op één lijn: heldere verwachtingen voor succes Deze cursus gaat verder dan simpele communicatievaardigheden en biedt je de inzichten en handvatten die je helpen voorkomen dat jij en anderen elkaar verkeerd begrijpen. Hoe vaak is een project of relatie vastgelopen door een gebrek aan heldere afspraken? Door deze cursus te volgen, leer je wat er mis kan gaan, hoe je die valkuilen herkent en hoe je een cultuur van helderheid en verantwoordelijkheid creëert. Stel je eens voor dat je in een project aan alle betrokkenen precies hebt kunnen uitleggen wat ze kunnen verwachten en dat iedereen op één lijn zit. Zo’n omgeving werkt niet alleen prettiger, maar levert ook betere resultaten op. Voor wie is deze cursus Verwachtingsmanagement bedoeld? Of je nu een leidinggevende, teamlid of zelfstandig professional bent, deze cursus helpt iedereen die de voordelen van heldere afspraken wil benutten. Het is voor mensen die beter willen communiceren, verantwoordelijkheid nemen in hun werk en een succesvolle samenwerking willen ontwikkelen. Verwachtingsmanagement is immers voor iedereen die met anderen samenwerkt – dus ook voor jou! Wat kun je verwachten in deze cursus Verwachtingsmanagement? In deze cursus doorlopen we alle aspecten van effectief verwachtingsmanagement. We starten met een korte introductie en brengen dan meteen in kaart waarom dit zo’n belangrijke vaardigheid is. Daarna ga je aan de slag met de kern: Communicatie en verwachtingen. Hier leer je hoe je specifieke doelen stelt, context biedt en flexibel blijft. Zo wordt het duidelijk hoe en via welke kanalen je het beste verwachtingen communiceert, afgestemd op de ander. Je krijgt ook inzicht in de meest voorkomende fouten in verwachtingsmanagement. Van het verkeerd inschatten van tijd en middelen tot het niet opvolgen van gemaakte afspraken – dit zijn de struikelblokken die we graag voor je willen wegnemen. Tot slot krijg je praktische tips om direct aan de slag te gaan met wat je hebt geleerd. Gun jezelf én anderen de kracht van helder verwachtingsmanagement! Ben je klaar om misverstanden achter je te laten en te bouwen aan meer succes en tevredenheid in je werk? Doe jezelf (en de mensen om je heen!) een plezier door jouw vaardigheden in verwachtingsmanagement te ontwikkelen. Schrijf je vandaag nog in voor deze cursus en maak een krachtige stap naar heldere communicatie en succesvolle samenwerkingen!

Lesmethode : Klassikaal Algemeen : New to Agile and Scrum? Then this Agile Scrum course is an excellent choice! This interactive course offers you a look into the world of Agility and the Scrum framework. You will become familiar with the underlying concepts and principles, along with Scrum roles and responsibilities, events, artifacts, scaling approaches, and common practices and techniques. The course is accredited based on EXIN's Agile Scrum Foundation certification and is also suitable for anyone looking to take the EXIN Agile Scrum Foundation exam. Doel : After completing this course, you will be able to (these are also the exam specifications): #Recognize how adaptation to an Agile environment works and how Agility brings both predictability and flexibility. #Describe the Agile Manifesto. #Explain the roles of the Product Owner, Scrum Master, and the developers. #Identify the role of the traditional Project Manager. #Explain the characteristics of time-boxing, sprints, daily stand-ups, sprint reviews, sprint retrospectives, and the features of a good product and sprint backlog. #Recognize good user stories and backlog items. #Explain how to refine product backlog items. #Clarify the importance and attributes of a good definition of done. #Explain what happens during sprint planning and release planning meetings. #Understand the rituals and significance of the daily scrum. #Understand how the duration of a sprint is determined. #Explain estimation techniques: planning poker, triangulation, and affinity estimation. #Understand how to process estimates using ideal days or story points and how backlog items are prioritized. #Understand burn-down charts, how to monitor the progress of a sprint, how to calculate team velocity, and the concept and value of information radiators. #Recognize how Scrum is applied to large, complex projects and distributed teams. #Understand different types of contracts in Scrum. #Understand how to create an Agile workplace and environment. Doelgroep : This course is suitable for anyone who wants to get acquainted with Agile and Scrum and validate this knowledge with an exam. Additionally, you will get the most out of the course if you are involved in projects within fields such as project management, software development, and IT service management. Voorkennis : No specific prerequisites are required for this course. Onderwerpen : - Agility    - Project delivery method and life cycle    - Predictive versus adaptive lifecycle    - Agile versus Waterfall    - Is Agile new?    - The Agile Manifesto    - Agile principles    - Practical considerations on adaptive lifecycle phases    - Is it only suitable for IT projects?    - Is Agile faster? - Scrum    - Methodology versus framework    - General overview of the Scrum Framework    - Scrum roles    - Scrum events    - Scrum artifacts    - Scaled Scrum - Extreme Programming (XP)    - Pairing    - Assignment    - Design    - Write test (write the test)    - Code    - Refactoring    - Integrate    - Go home!    - Daily standup    - Tracking    - Risk Management    - Spiking - DSDM®    - Project Constraints (project limitations)    - Prioritising    - Prioritising with MoSCoW    - Exceptions    - Self organisation    - Contract types - Canban and Scrumban    - Kanban    - ScrumBut    - ScrumBan

Lesmethode : Virtueel Algemeen : New to Agile and Scrum? Then this Agile Scrum course is an excellent choice! This interactive course offers you a look into the world of Agility and the Scrum framework. You will become familiar with the underlying concepts and principles, along with Scrum roles and responsibilities, events, artifacts, scaling approaches, and common practices and techniques. The course is accredited based on EXIN's Agile Scrum Foundation certification and is also suitable for anyone looking to take the EXIN Agile Scrum Foundation exam. Doel : After completing this course, you will be able to (these are also the exam specifications): #Recognize how adaptation to an Agile environment works and how Agility brings both predictability and flexibility. #Describe the Agile Manifesto. #Explain the roles of the Product Owner, Scrum Master, and the developers. #Identify the role of the traditional Project Manager. #Explain the characteristics of time-boxing, sprints, daily stand-ups, sprint reviews, sprint retrospectives, and the features of a good product and sprint backlog. #Recognize good user stories and backlog items. #Explain how to refine product backlog items. #Clarify the importance and attributes of a good definition of done. #Explain what happens during sprint planning and release planning meetings. #Understand the rituals and significance of the daily scrum. #Understand how the duration of a sprint is determined. #Explain estimation techniques: planning poker, triangulation, and affinity estimation. #Understand how to process estimates using ideal days or story points and how backlog items are prioritized. #Understand burn-down charts, how to monitor the progress of a sprint, how to calculate team velocity, and the concept and value of information radiators. #Recognize how Scrum is applied to large, complex projects and distributed teams. #Understand different types of contracts in Scrum. #Understand how to create an Agile workplace and environment. Doelgroep : This course is suitable for anyone who wants to get acquainted with Agile and Scrum and validate this knowledge with an exam. Additionally, you will get the most out of the course if you are involved in projects within fields such as project management, software development, and IT service management. Voorkennis : No specific prerequisites are required for this course. Onderwerpen : - Agility    - Project delivery method and life cycle    - Predictive versus adaptive lifecycle    - Agile versus Waterfall    - Is Agile new?    - The Agile Manifesto    - Agile principles    - Practical considerations on adaptive lifecycle phases    - Is it only suitable for IT projects?    - Is Agile faster? - Scrum    - Methodology versus framework    - General overview of the Scrum Framework    - Scrum roles    - Scrum events    - Scrum artifacts    - Scaled Scrum - Extreme Programming (XP)    - Pairing    - Assignment    - Design    - Write test (write the test)    - Code    - Refactoring    - Integrate    - Go home!    - Daily standup    - Tracking    - Risk Management    - Spiking - DSDM®    - Project Constraints (project limitations)    - Prioritising    - Prioritising with MoSCoW    - Exceptions    - Self organisation    - Contract types - Canban and Scrumban    - Kanban    - ScrumBut    - ScrumBan

Advanced Snowflake. De Advanced Snowflake LearningKit is zorgvuldig ontworpen om data engineers en gevorderde gebruikers de vaardigheden te bieden om Snowflake's platform volledig te benutten voor datatransformatie, optimalisatie, geavanceerde analyses en data governance. Deze uitgebreide cursus is verdeeld in vier tracks, die elk gericht zijn op een gespecialiseerd aspect van data-engineering. Het curriculum legt de nadruk op performance-optimalisatiestrategieën, het gebruik van Snowpark voor complexe datatransformaties, het toepassen van machine learning-technieken en het waarborgen van robuuste data governance en -beveiliging. Aan het einde van deze reis hebben de deelnemers diepgaande expertise in het beheren van high-performance workloads, het implementeren van machine learning-modellen en het onderhouden van databeveiliging op Snowflake. Deze LearningKit met meer dan 25:30 leeruren is verdeeld in drie sporen: Cursusinhoud Track 1: Performance Monitoring and Optimization This track equips learners with the tools and techniques needed to optimize Snowflake performance for large-scale data engineering tasks. You will explore the strategies for scaling workloads with virtual and multi-cluster warehouses, query optimization through data clustering and caching, and monitoring performance with query profiling and resource utilization tracking. Learners will also explore handling geospatial and semi-structured data, working with transient and dynamic tables, and optimizing queries through secure and materialized views. Courses (7 hours +): Course content Snowflake Performance: Scaling and Autoscaling Warehouses Course: 1 Hour, 40 Minutes Course Overview Features and Architecture of Snowflake Editions and Billing in Snowflake Navigating Snowflake Editions and Pricing Types and Settings of Warehouses Creating Warehouses Scaling up Warehouses Using Auto-scale Mode with Economy Scaling Using Standard Scaling and Maximized Mode Clusters Using Resource Monitors Course Summary Snowflake Performance: Query Acceleration and Caching Course: 1 Hour, 23 Minutes Course Overview The Snowflake Data Model Partitions and Clustering Query Acceleration and Caching Enabling Query Acceleration Analyzing Eligibility for Query Acceleration Using SnowSQL for Data Loading Caching Query Results Turning Off Caching Course Summary Snowflake Performance: Clustering and Search Optimization Course: 2 Hours, 16 Minutes Course Overview Overlap Depth and Clustering Depth The Clustering Key Implementing Clustering Choosing the Clustering Key Benchmarking Clustering Clustering and Cloning Search Optimization in Snowflake Enabling Search Optimization Comparing Search Optimization to Clustering Using Search Optimization with AND and OR Clauses Using Search Optimization On Columns Working with VARIANTS, OBJECTS and ARRAYS Using Search Optimization with Semi-structured Data Course Summary Snowflake Performance: Iceberg Tables, External Tables, and Views Course: 1 Hour, 50 Minutes Course Overview Views in Snowflake Creating and Querying Views Using Views and Role-based Access Control Creating Materialized Views Suspending and Resuming Materialized Views Using Secure Views Creating Service Integration Objects External Tables and Iceberg Tables Defining and Using External Tables Working with IcebergTables Course Summary Assessment Final Exam: Snowflake Performance Monitoring and Optimization Track 2: Data Transformation Using Snowpark In this in-depth track, learners dive into Snowpark, Snowflake’s powerful framework for scalable data manipulation and transformation. Through hands-on experience with Snowpark DataFrames and integration with external systems like Kafka and Spark, learners will master tasks such as filtering, aggregating, and joining data. The track also covers the creation and management of user-defined functions (UDFs) and stored procedures, as well as data quality assurance using Soda and real-time data ingestion techniques. Courses (5 hours +): Data Transformation Using the Snowpark API Course: 1 Hour, 49 Minutes Course Overview Introduction to Snowpark Executing a Snowpark Handler Creating and Querying Snowflake Tables from Snowpark Transforming Data and Working with Stages Using External Libraries in Snowpark Handlers Using Snowpark from an Anaconda Jupyter Notebook Selecting, Filtering, and Aggregating DataFrames Performing Joins and Set Operations on DataFrames Leveraging Views in Snowpark Working with Semi-structured Data in Snowpark Course Summary Snowpark pandas and User-defined Functions Course: 1 Hour, 20 Minutes Course Overview The Snowpark pandas API Using Snowpark pandas and Snowflake Notebooks Converting and Contrasting Snowpark pandas and Snowpark DataFrames User-defined Functions in Snowpark Registering and Invoking Anonymous UDFs Registering and Invoking Permanent UDFs Using SQL and Python Files to Register UDFs Course Summary Snowpark UDTFs, UDAFs, and Stored Procedures Course: 1 Hour, 51 Minutes Course Overview User-defined Table Functions (UDTFs) in Snowflake Registering and Invoking UDTFs Using a UDTF to Normalize JSON Data Implementing UDTFs with State Sorting Rows within Partitions Using UDTFs User-defined Aggregate Functions (UDAFs) in Snowflake Registering and Invoking UDAFs Working with Objects in UDAFs Stored Procedures in Snowflake Registering and Invoking Stored Procedures Deploying Stored Procedures from Python Functions Course Summary Assessment Final Exam: Data Transformation Using Snowpark Track 3: Continuous Data Pipelines This track introduces learners about continuous data pipelines in Snowflake. Participants will learn how to create and configure dynamic tables and the usage and internal workings of streams for change data capture (CDC), stream types, and standard stream contents during insert, update, and delete operations. The final section of this track will be exploring continuous data processing tasks, creating and execute scheduled serverless and user-managed scheduled tasks, and implementing task graphs and child tasks. Courses (4 hours +): Continuous Data Pipelines and Dynamic Tables in Snowflake Course: 1 Hour, 3 Minutes Course Overview Continuous Data Pipelines in Snowflake Usage and Configuration of Dynamic Tables Creating Dynamic Tables Verifying Change Tracking Property of Base Tables Connecting Dynamic Tables Configuring On-demand Refresh Based on Downstream Target Lags Course Summary Streams and Change Data Capture in Snowflake Course: 1 Hour, 28 Minutes Course Overview Conceptually Analyzing Streams Stream Types and Functionality Creating and Reading from Standard Streams Leveraging MERGE INTO in Working with Streams Performing Insert, Delete, and Update Operations in Standard Streams Working with Append-only Streams Streams and Transactions Exploring Interactions between Transactions and Streams Implementing Streams on Views Course Summary Using Tasks and Architecting Snowflake Data Pipelines Course: 1 Hour, 49 Minutes Course Overview Tasks for Continuous Data Processing Building and Executing a Scheduled Serverless Task Creating Cron Expressions for Task Scheduling Building a Task Graph and a Child Task Implementing Task Graphs with Multiple Child Tasks Designing Task Graphs with Multiple Root Nodes Using Dummy Task Nodes for Complex Task Graphs Creating and Using Triggered Tasks Architecting Snowflake Data Pipelines Implementing a Snowflake Data Pipeline Adding Dynamic Pipelines and Triggered Tasks to a Data Pipeline Building Dashboards in Snowflake Course Summary Assessment Final Exam: Continuous Data Pipelines in Snowflake Track 4: Advanced Analytics and Machine Learning This track introduces learners to the world of machine learning within Snowflake. Participants will learn to design and deploy ML models using Snowpark and popular tools like scikit-learn. The track covers key areas such as data preprocessing, model training, hyperparameter tuning, and deployment through MLOps. Learners will also explore the application of large language models (LLMs) in Snowflake Cortex for tasks like sentiment analysis, translation, and summarization, as well as advanced techniques like time series forecasting and anomaly detection. Courses (9 hours +): Snowpark ML APIs and the Model Registry Course: 1 Hour, 20 Minutes Course Overview Snowflake AI/ML Features Snowpark ML APIs for Model Training and Hyperparameter Tuning Configuring Python and Jupyter for Snowflake ML Connecting to Snowflake from Jupyter Using Snowflake ML APIs for Correlation, Pipelines, and Models Use the Snowflake Model Registry Registering Models with the Snowflake Model Registry Working with Models, Versions, and Artifacts Course Summary Snowflake Feature Store and Datasets Course: 1 Hour, 58 Minutes Course Overview Snowflake Datasets Creating, Versioning, and Loading Datasets Building a Snowflake ML Pipeline for Logistic Regression Working with Tags and Versions Utilizing Snowpark-optimized Warehouses and Hyperparameter Tuning Using Tuned Models in Snowflake Pipelines Feature Views and Entities Feature Stores and Feature Views Creating Feature Stores and Entities Making a Managed Feature View Creating External Feature Views and Joining Query Views The Workflow and Benefits of Feature Stores Course Summary Using Streamlit with Snowflake Course: 1 Hour, 3 Minutes Course Overview Using Streamlit with Snowflake Creating Streamlit Apps in Snowsight Adding seaborn and Matplotlib Visuals to Streamlit Implementing Sliders, Selection Boxes, and Radio Buttons in Streamlit Accessing the Model Registry from a Streamlit App Sharing Streamlit Apps Course Summary Anomaly Detection with Snowflake ML Functions Course: 1 Hour, 36 Minutes Course Overview Snowflake ML Functions and Contribution Explorer Single and Multi Time Series Data Implement Anomaly Detection and Forecasting with ML Functions Analysis of Anomaly Detection Output Creating a Single-series Unsupervised Anomaly Detection ML Function Invoking an Anomaly Detection Function Creating an Anomaly Detection Model Using Snowflake ML Functions Tuning Model Sensitivity with the Prediction Interval Adding Exogenous Variables to an Anomaly Detection Model Using Anomaly Detection with Multi-series Data Course Summary Snowflake Forecasting Models and the AI & ML Studio Course: 1 Hour, 28 Minutes Course Overview Create and Use Forecasting Models Utilizing ML Functions for Time Series Forecasting Analyzing Model Feature Importance and Evaluation Metrics Adding Exogenous Features to Time Series Forecasting Models Extending Forecasting Models to Multiple Series Utilizing Snowflake AI & ML Studio for Forecasting Analyzing Snowflake AI & ML Studio-generated SQL Code for Forecasting Utilizing Snowflake AI & ML Studio for Classification Analyzing Snowflake AI & ML Studio-generated SQL Code for Classification Evaluating Model Output from Snowflake AI/ML Studio for Classification Course Summary Snowflake Cortex for LLMs, RAG, and Search Course: 1 Hour, 36 Minutes Course Overview Work with LLMs Using Snowflake Cortex Control Model Creativity and Predictability Use Cortex LLM Functions from SQL Invoking the Cortex LLM COMPLETE Function Controlling the Creativity and Predictability of LLM Responses Using Cortex Functions from SQL Using Cortex Functions from Python Snowflake Copilot, Universal Search, and Document A Cortex Fine-Tuning Retrieval Augmented Generation (RAG) and Cortex Search Course Summary Assessment Final Exam: Advanced Analytics and Machine Learning in Snowflake Specificaties Taal: Engels Kwalificaties van de Instructeur: Gecertificeerd Cursusformaat en Lengte: Lesvideo's met ondertiteling, interactieve elementen en opdrachten en testen Lesduur: 25:30 uur Assesments: De assessment test uw kennis en toepassingsvaardigheden van de onderwerpen uit het leertraject. Deze is 365 dagen beschikbaar na activering. Online Virtuele labs: Ontvang 12 maanden toegang tot virtuele labs die overeenkomen met de traditionele cursusconfiguratie. Actief voor 365 dagen na activering, beschikbaarheid varieert per Training. Online mentor: U heeft 24/7 toegang tot een online mentor voor al uw specifieke technische vragen over het studieonderwerp. De online mentor is 365 dagen beschikbaar na activering, afhankelijk van de gekozen Learning Kit. Voortgangsbewaking: Ja Toegang tot Materiaal: 365 dagen Technische Vereisten: Computer of mobiel apparaat, Stabiele internetverbindingen Webbrowserzoals Chrome, Firefox, Safari of Edge. Support of Ondersteuning: Helpdesk en online kennisbank 24/7 Certificering: Certificaat van deelname in PDF formaat Prijs en Kosten: Cursusprijs zonder extra kosten Annuleringsbeleid en Geld-Terug-Garantie: Wij beoordelen dit per situatie Award Winning E-learning: Ja Tip! Zorg voor een rustige leeromgeving, tijd en motivatie, audioapparatuur zoals een koptelefoon of luidsprekers voor audio, accountinformatie zoals inloggegevens voor toegang tot het e-learning platform.

Amazon Web Services (AWS) Certified DevOps Engineer Professional | Exam DOP-C02 Taal: Engels Doelgroep: ICT professionals die alles willen leren over Microsoft Azure Vereiste kennisniveau: Geen Cursusduur: 23:47 u (afhankelijk van persoonlijke snelheid) Online toegang: 24/7, 365 dagen na activatie MeasureUp Examensimulatie (150+ vragen) Award Winning E-learning Volledige training voor het officiële Examen User-friendly engine Inclusief Online Docent (via e-mail en chat) Inclusief Certificaat van Deelname DevOps Engineering on AWS leert je hoe je de combinatie van culturele DevOps-filosofieën, -praktijken en -tools kunt gebruiken om het vermogen van je organisatie te vergroten om applicaties en services met hoge snelheid op AWS te ontwikkelen, af te leveren en te onderhouden. Deze cursus behandelt continue integratie (CI), continue levering (CD), infrastructuur als code, microservices, monitoring en logging, en communicatie en samenwerking. In hands-on labs doe je ervaring op met het bouwen en implementeren van AWS CloudFormation templates en CI/CD pipelines voor het bouwen en implementeren van applicaties op Amazon Elastic Compute Cloud (Amazon EC2), serverloze applicaties en containergebaseerde applicaties. Prerequisites: Before you take this exam, we recommend you have: Experience developing code in at least one high-level programming language; building highly automated infrastructures; and administering operating systems Understanding of modern development and operations processes and methodologies Ability to implement and manage continuous delivery systems and methodologies on AWS Ability to implement and automate security controls, governance processes, and compliance validation Ability to define and deploy monitoring, metrics, and logging systems on AWS Course outcome: Use DevOps best practices to develop, deliver, and maintain applications and services at high velocity on AWS List the advantages, roles, and responsibilities of small, autonomous DevOps teams Design and implement an infrastructure on AWS that supports DevOps development projects Leverage AWS Cloud9 to write, run, and debug your code Who should attend: AWS Certified DevOps Engineer – Professional is intended for individuals with two or more years of experience provisioning, operating, and managing AWS environments. CertKit content: • E-learning courses: AWS DevOps Engineer Pro 2024: Mastering CI/CD Pipelines Course: 1 Hour, 45 Minutes Course Overview Continuous Integration and Continuous Delivery (CI/CD) CI/CD Pipelines in AWS CI/CD Workflows and AWS CI/CD Pipeline Patterns Testing and Creation of CI/CD Pipelines CI/CD Best Practices CI/CD Feedback CI/CD Pipeline Security Troubleshooting CI/CD Pipelines Secrets Management in AWS Configuring and Managing Source Code Repositories Setting Up a CI/CD Pipeline Deploying Code with AWS CodeCommit Managing Secrets Course Summary AWS DevOps Engineer Pro 2024: Automated Testing Course: 1 Hour, 44 Minutes Course Overview Testing During the DevOps Life Cycle Integrate Automated Testing in AWS CI/CD Pipelines Configure Test Environments in AWS Test Automation Automated Testing Tools in AWS Testing Metrics Testing Best Practices Quality and Reliability in Automated Testing Feedback Loops in Continuous Testing Testing at Scale Monitoring and Measuring Application Health Configuring Automated Testing in AWS Automating Unit Tests Implementing Automated Load Tests in AWS Invoking AWS Services in a Pipeline for Testing Course Summary AWS DevOps Engineer Pro 2024: Artifact Management & Security Course: 1 Hour, 47 Minutes Course Overview Artifacts and AWS DevOps Artifact Management Artifact Security in AWS Life Cycle Policies in AWS Artifact Monitoring in AWS Artifact Identity and Access Management (IAM) in AWS Identity-based Artifact Policies in AWS Artifact Tracking in AWS CodeArtifact and Package Management Creating an Artifact Repository Managing Artifact Repositories Configuring Artifact Repositories Configuring Access Control in Artifact Repositories Troubleshooting Identity and Access in CodeArtifact Automating EC2 and Container Build Processes Enhancing CI/CD with AWS CodeArtifact Course Summary AWS DevOps Engineer Pro 2024: Deployment Strategies for AWS Environments Course: 1 Hour, 42 Minutes Course Overview AWS Deployment Deployment Tools and Services in AWS Deployment Pros and Cons AWS Deployment Strategies Deploying with EC2, ECS, EKS, and Lambda Blue/Green Deployment in AWS Canary Deployment in AWS Blue/Green vs. Canary Deployment Deployment and CI/CD Best Practices in AWS Redeployment and Deployment Rollback Deployment Monitoring in AWS Security, Data Protection, and Identity and Access Management (IAM) in AWS CodeDeploy Troubleshooting Deployments Creating a Blue/Green Deployment with CodeDeploy Creating a Canary Deployment in AWS Course Summary AWS DevOps Engineer Pro 2024: AWS Infrastructure as Code Course: 1 Hour, 40 Minutes Course Overview Infrastructure as Code (IaC) in AWS Configuration Management in AWS AWS Configuration Management Services IaC Services and Tools in AWS The IaC Life Cycle Change Management in AWS IaC Best Practices IaC Pipelines and the AWS DevOps Pipeline Accelerator IaC Security in AWS AWS IaC Case Studies Validating IaC Templates Managing IaC Dependencies Creating and Deploying Stacks with AWS CloudFormation Implementing Infrastructure Provisioning with AWS CDK Troubleshooting IaC Course Summary AWS DevOps Engineer Pro 2024: Multiple Account Management Course: 1 Hour, 27 Minutes Course Overview Multiple Accounts in AWS AWS Account Management Services Considerations for New AWS Accounts Setting Up an AWS Account AWS Security, Identity, and Compliance AWS Accounts and Enterprise Services AWS Account Services and Tools Multi-account Cost Management and Optimization Multi-account Benefits and Challenges AWS Account Best Practices Managing AWS Account Policies Automating Account Provisioning Applying Service Control Policies (SCPs) in Multi-account Environments Course Summary AWS DevOps Engineer Pro 2024: Designing Automated Solutions for AWS at Scale Course: 1 Hour, 48 Minutes Course Overview DevOps and Scalability in AWS Automation Tools and Services in AWS Building Scalable AWS Solutions Large-Scale Migrations and Deployments in AWS Deployment and Configuration Automation Performance Metrics and Tools for Scalability Cost Control Strategies for Large-scale AWS Solutions Automated Patching Maintaining Compliance Challenges and Best Practices for Scaling in AWS Managing Automation with Systems Manager and AWS Config Developing Lambda Function Automations Deploying Applications to Multiple Regions Setting up Automated Scaling and Load Balancing Course Summary AWS DevOps Engineer Pro 2024: Designing Highly Available Architectures Course: 1 Hour, 36 Minutes Course Overview High Availability in AWS AWS Services and High Availability Service Continuity in AWS Failover and Fallback in AWS Business Continuity Planning in AWS High Availability Planning Designing for High Availability Architecting Fault-tolerant Systems in AWS Load Balancing in High Availability Architectures High Availability Tracking and Metrics High Availability Best Practices Setting Up a Multi-AZ Instance for High Availability Implementing Fault Tolerance Configuring Elastic Load Balancing Across AZs Course Summary AWS DevOps Engineer Pro 2024: Solution Scalability for Business Growth Course: 1 Hour, 54 Minutes Course Overview Scalability and AWS Solutions Scaling Strategies for AWS Features of AWS Scaling Services Auto Scaling and Elastic Load Balancer (ELB) Scaling Databases and Storage in AWS Scaling in Multi-region Deployments in AWS Scalable Architecture and Business Efficiency Scaling Plans in AWS Monitoring and Scaling in AWS Serverless Services and Scalability in AWS Auto Scaling Monitoring in AWS Scalable Solutions Case Studies in AWS Creating a Scaling Plan in AWS Setting up Auto Scaling Groups and Policies Applying Security to Scaling Plans Configuring Monitoring for Auto Scaling Instances Implementing Scalable Architecture with Amazon DynamoDB Course Summary AWS DevOps Engineer Pro 2024: Auditing, Monitoring, & Log Analysis Course: 1 Hour, 27 Minutes Course Overview Amazon Inspector Assessment Templates AWS Config Rules Log Data Analysis Creating CloudWatch Alarms Based on Anomaly Detection Collecting and Analyzing CloudWatch Log Results Building CloudWatch Dashboards Creating Alarms for Custom Metrics with CloudWatch Configuring AWS X-Ray Analyzing Application Performance with AWS X-Ray Working with Amazon QuickSight Working with Kinesis Data Streams Configuring Automated Alerts with CloudWatch and Lambda Course Summary AWS DevOps Engineer Pro 2024: Automated Monitoring & Event Management Course: 1 Hour, 43 Minutes Course Overview Health Checks in AWS Monitor Application Auto Scaling in AWS AWS Automated Environment Monitoring AWS CloudTrail Monitoring Services Using AWS Lambda with Amazon SNS Creating CloudWatch Custom Metrics Sending S3 Log Files to Other Destinations Configuring EventBridge to Send Notifications Installing SSM Agent on EC2 Instances for Windows Server Getting Started with AWS Config Selecting Resources to Record with AWS Config Viewing Monitoring Compliance Configuring AWS Config Rules to Remediate Issues Monitoring CloudTrail Monitoring Services Course Summary AWS DevOps Engineer Pro 2024: Environment Management & Incident Detection Course: 2 Hours, 4 Minutes Course Overview Common Cloud Security Threats Managing Complex AWS Environments Challenges of Managing AWS Environments Best Practices for Maintaining Operational Health in AWS AI and Machine Learning in AWS Environment Management Viewing Resource Compliance Configuring Health Checks Incident Detection and Response in AWS Amazon GuardDuty AWS Security Hub Real-time Analytics in AWS Risk Management in AWS Forensics and Incident Response in AWS Case Studies for AWS Incident Detection and Response Configuring GuardDuty for Automated Threat Detection Setting Up Alerts in AWS Security Hub Integrating AWS Event Sources Course Summary AWS DevOps Engineer Pro 2024: Managing Event Sources Course: 1 Hour, 47 Minutes Course Overview Principles of Cloud Event Management in AWS Event Management Services and Tools in AWS Event-driven Design Patterns Event-driven Architecture in AWS Amazon EventBridge Event Categorization and Prioritization Event Filtering and Pattern Matching Incident Information Communication Effective Incident Management EventBridge for Event Handling The Impact of Incident Management on Operational Efficiency Integrating AWS Lambda with Event Sources Setting Up Event Rules in Amazon EventBridge Configuring EventBridge to Send Notifications Configuring Responses to Events with AWS Lambda Building Event Processing Workflows Course Summary AWS DevOps Engineer Pro 2024: Implementing Configuration Changes Course: 1 Hour, 16 Minutes Course Overview The Importance of Responsive Configuration Changes Tools for Managing Configurations in AWS Automating Configuration Updates in AWS Approaches for Managing Configurations in AWS Configuration Version Control and Rollback in AWS Best Practices for Managing Configuration Changes Benefits and Challenges of Applying Configuration Changes Security Implications of Configuration Management Configuration Management Case Studies Applying and Tracking Configuration Changes with AWS Systems Manager Tracking and Rolling Back Configuration Changes with AWS Config Course Summary OEM Office Elearning Menu is an officially accredited Test Centre for Pearson Vue Test & Certiport. You are welcome to contact us for exams available through these Test Centres. Exams can be taken by appointment within office hours. Date You can start at any time! Please contact one of our training advisors. Locations Self-study Learning method E-Learning Training duration: 23+ uur Language English Tip! Provide a quiet learning environment, time and motivation, audio equipment such as headphones or speakers for audio, account information such as login details to access the e-learning platform. toegang tot het e-learning platform.

Data is becoming increasingly important, serving as a foundation for making decisions and implementing changes. In this two-day course, you will learn various ways to work with data and discover the root causes of process failures, as identified by not meeting customer demands or the 'Voice Of the Business,' as a basis for targeted improvements. The saying "Measuring is knowing" is a well-known phrase in Lean Six Sigma. In this training, we therefore apply statistics and use Minitab as a tool. Over the course of two consecutive days, you will immerse yourself in the applications of Lean Six Sigma, which rely on statistics but also include other tools. ·         International certification level ·         Numerous assignments and case studies ·         A game where theory is directly applied in a project simulation ·         The unique English Six Sigma Green Belt book Program Define:   starting a project The project charter, a business case, the CTQ tree, the Relation matrix. Measure:   making a process measurable From customer demand to process indicators, setting up a new measurement, the measurement plan and gathering data, sampling, validating the measurement process, process capability. Analyze:   collecting, evaluating and selecting root causes Collecting root causes  - Ishikawa, inventorying process knowledge, Failure Mode and Effect Analysis (FMEA), selecting root causes using a process matrix, graphical analysis, validating root causes. Improve:   realizing and implementing improvements: Developing solutions, selecting the right solutions, running a pilot and creating an implementation plan. Control:   control the new process performance Successful change management, building support and removing barriers, control charts, out of control action plan. Certified trainersOur trainers know the field both from the books and real-world practice. All of our Lean courses are taught by Lean Six Sigma (Master) Black Belts. Our trainers possess expert-level knowledge of Lean, Six Sigma, and relevant change management themes. Additionally, they have the right teaching skills to facilitate experiential learning for the group. Target audience The Green Belt course is intended for managers, project leaders, and consultants who are or will be taking a leading role in Lean Six Sigma improvement projects. It is also suitable for employees involved in improvement projects who wish to play a role. To effectively participate in the Six Sigma Green Belt training, you should have previously completed a Lean Green Belt training. Entry levelBachelor's degree Course objectivesAfter completing the course, you will be able to independently start and successfully complete a Six Sigma project. You will know how to apply the various tools and techniques and translate theory into your own work or project environment. Certification valueYou will be trained according to the standards of the ASQ® (American Society for Quality) to achieve the internationally recognized certification level of a Lean Six Sigma Green Belt. Upon completing the course, you will receive a Certificate of Participation. Theory examYou may opt to take the Lean Six Sigma Green Belt certification Exam. To pass, you must successfully complete a theory exam consisting of 100 multiple-choice questions. A score of at least 70% is required to pass. When registering for the theory exam, you may participate for free in the exam preparation session. You need to register separately for this on the MKPC website. Practical certificationIf you wish to become a Certified Lean Six Sigma Green Belt, you will complete the course with a practical certification. For this, you must successfully complete one improvement project using the Lean Six Sigma approach. You will present the approach and outcomes to the examination committee. A score of at least 7.0 is required to pass! Next steps After completing the Lean Six Sigma Green Belt course, there are various opportunities to further develop yourself. Check out MKPC's offerings or contact us for personalized learning advice. Our participants most commonly chose the following next steps after this course: ·         Lean Six Sigma Upgrade to Black Belt In this advanced course, you will be trained to become a fully qualified Lean Six Sigma Black Belt. ·         Lean Six Sigma Green Belt Theory Exam and Practical Certification To become a Certified Lean Six Sigma Green Belt, you will complete this course with both a theory and practical exam. ·         Practical Project Management In this training, you will develop skills to effectively manage projects.

During this unique 5-day Lean Green Belt course, you will learn methods to identify, analyze, and reduce inefficiencies in processes using Lean concepts under the guidance of our certified trainers. Additionally, you will also learn how to implement improvements with the employees in your organization. General description:Our Lean Green Belt course offers a strong combination of theory and practice. Through various relatable assignments and case studies, you will immediately apply the theory in practice. During the course, you will participate in a simulation game with other participants in a (fictional) process. This way, you will learn how to make significant improvements by conducting a thorough analysis of the process. Additionally, you will discover that working and improving using the Lean method is highly effective and enjoyable for employees in all types of processes. With this course, you will become a Lean Green Belt at the highest level! Learn interactively how to apply Lean in your own work or project. This course provides you with the opportunity to further develop yourself as a professional and implement impactful improvements in your own work right away! During the 5 days, we cover all Lean Green Belt material, and there is ample opportunity to bring in your own cases! International certification level The unique English-language Lean Green Belt theory book Numerous assignments and case studies A unique game where the theory is directly applied in a project simulation Course structureThis training consists five days of instruction at one of our locations in the Netherlands, divided into two learning modules. In which formats can you take this course? Five days in two learning modules The Lean Green Belt course can be taken in two modules of 2 and 3 days, with a 3-week break between the modules. Five-day BootcampAlternatively, you can opt for the Bootcamp version, consisting of 5 consecutive workdays. Whether you choose the Lean Green Belt course in two split learning modules or the Bootcamp with 5 consecutive workdays, the program is identical. This also applies to the level of certification you will achieve. ProgramLearning Module 1 (2 days) In the first module of the Lean Green Belt course, you will learn the basics and essence of Lean and Six Sigma. Lean working is about doing Lean (the techniques) and being Lean (the right mindset)! We will teach you how to effectively start the right improvement project. Learning Module 2 (3 days) In the second module of the Lean Green Belt course, you will learn how to measure, analyze, and improve processes. You will practice mainly with Lean and change management techniques and apply them immediately in a mini-project during the simulation. Certified trainers Our trainers know the field both from the books and real-world practice. All of our Lean courses are taught by Lean Six Sigma (Master) Black Belts. Our trainers possess expert-level knowledge of Lean, Six Sigma, and relevant change management themes. Additionally, they have the right teaching skills to facilitate experiential learning for the group. Target audienceThe Lean Green Belt course is suitable for managers, project leaders, and consultants who have or will have a leadership role in Lean improvement projects. This course is also intended for employees who are involved in improvement projects and wish to take an active role in them. No specific prior education is required to participate in this training. Entry levelLevel: Higher Professional Education (Bachelor) No prior education is required to participate in this course. Course objectivesAfter completing the course, you will be able to independently start a Lean project and bring it to a demonstrably successful conclusion. You will know how to apply various tools and techniques in your own work or project. Additionally, you will understand the benefits of continuously improving your own work. You will also learn about the impact of change on employees and the organization, and how to effectively respond to that impact. Through various assignments, you will experience the power of collaboration and the resistance that can arise when implementing changes. It will become evident that a good result (i.e., an improved process) can only be achieved by combining the right substantive approach with effective teamwork! Certification valueYou will be trained according to the requirements of the IIBLC® (International Independent Board for Lean Certification®) to achieve the internationally recognized certification level of a Lean Green Belt. Upon completion of the course, you will receive a Certificate of Participation. Theory examYou have the option to pursue the Lean Green Belt Certificate by successfully completing the online theory exam. This exam consists of 80 multiple-choice questions. You will pass the exam if you answer at least 70% of the questions correctly. When registering for the theory exam, you may participate for free in the exam preparation session. You need to register separately for this on the MKPC website. Practical certificationIf you also want to become a Certified Lean Green Belt, you will conclude this learning pathway with the practical certification. To do this, you must successfully complete one improvement project using Lean methodologies. You will present the approach and outcomes to the examination committee. You will pass with a final grade of at least 7.0! Next stepsAfter completing the Lean Green Belt course, you have various opportunities for further development. Please check the offerings from MKPC or contact us for personalized learning advice tailored to your needs. Our participants most commonly chose the following next steps after completing this course: Online Module Six Sigma Green Belt This course is aligned with the learning pathway of the Lean Green Belt course and helps you take the final step towards the level of a Lean Six Sigma Green Belt. Lean Green Belt Theory Exam and Practical Certification To become a certified Lean Green Belt, you will conclude this training with the theory and practical exams. Practical Project Management In this training, you will develop skills to effectively manage projects.

With this course, you will become a Lean Six Sigma Green Belt and learn interactively how to apply Lean Six Sigma in your own work or project. Achieve immediate, impactful results in your own work! General descriptionIn the Lean Six Sigma Green Belt course, you will learn methods and techniques to identify, analyze, and reduce problems in processes. You will also learn how to implement these improvements with the help of employees in your organization. Our Green Belt course offers a strong mix of theory and practice. Using a management simulation game, you will practice applying the knowledge gained. By working through a (fictional) process in five rounds, you will learn how to quickly achieve significant improvements through proper process analysis. The course demonstrates that working and improving according to the Lean Six Sigma method can be highly successful and enjoyable for employees in a variety of processes. This course will certify you as a Lean Six Sigma Green Belt at the highest level! Learn interactively how to apply Lean and Six Sigma in your own work or project. This course offers you the opportunity to further develop yourself as a professional while directly implementing tangible improvements in your work! During the sessions, we will cover all study materials, and there will be ample opportunity to discuss your own cases. International certification level Numerous assignments and case studies A game where theory is directly applied in a project simulation The unique English Lean Six Sigma Green Belt book Course structureThe course consists of 7 days. During these sessions, a MKPC professional will guide you through the course material and translate theory into your practical work or improvement issue. You will also work with other participants on group assignments, which will be discussed in plenary sessions. Naturally, you will have plenty of opportunities to ask questions and review your prepared assignments. The Lean Six Sigma Green Belt course is delivered in three separate learning blocks (2-3-2 days, with 3 weeks in between). Program: Learning block 1 (2 days) You will learn the basics and essence of Lean and Six Sigma. Lean working is about Lean Doing (the techniques) and Lean Being (the right mindset)! We will teach you how to effectively start the right improvement project. Learning block 2 (3 days) You will learn how to measure, analyze, and improve processes. You will practice primarily with Lean and change management techniques, which you will immediately apply in a mini-project during the simulation. Learning block 3 (2 days) In the final block, we will focus extensively on the Six Sigma methodology. Using the DMAIC structure, you will learn to improve and optimize the process through data analysis. Certified trainers Our trainers know the field both from the books and real-world practice. All of our Lean courses are taught by Lean Six Sigma (Master) Black Belts. Our trainers possess expert-level knowledge of Lean, Six Sigma, and relevant change management themes. Additionally, they have the right teaching skills to facilitate experiential learning for the group. Target audienceThe Green Belt course is intended for managers, project leaders, and consultants who are or will be taking a leading role in Lean Six Sigma improvement projects. It is also suitable for employees involved in improvement projects who wish to play a role. No specific prior education is required to participate in this course. Entry levelBachelor's degree Course objectivesAfter completing the course, you will be able to independently start and successfully complete a Lean Six Sigma project. You will know how to apply the various tools and techniques and translate theory into your own work or project environment. Certification value:You will be trained according to the standards of the ASQ® (American Society for Quality) to achieve the internationally recognized certification level of a Lean Six Sigma Green Belt. Upon completing the course, you will receive a Certificate of Participation. Theory exam You may opt to take the Lean Six Sigma Green Belt certification Exam. To pass, you must successfully complete a theory exam consisting of 100 multiple-choice questions. A score of at least 70% is required to pass. When registering for the theory exam, you may participate for free in the exam preparation session. You need to register separately for this on the MKPC website. Practical certificationIf you wish to become a Certified Lean Six Sigma Green Belt, you will complete the course with a practical certification. For this, you must successfully complete one improvement project using the Lean Six Sigma approach. You will present the approach and outcomes to the examination committee. A score of at least 7.0 is required to pass! Next StepsAfter completing the Lean Six Sigma Green Belt course, there are various opportunities to further develop yourself. Check out MKPC's offerings or contact us for personalized learning advice. Our participants most commonly chose the following next steps after this course: Lean Six Sigma Upgrade to Black Belt In this advanced course, you will be trained to become a fully qualified Lean Six Sigma Black Belt. Lean Six Sigma Green Belt Theory Exam and Practical Certification To become a Certified Lean Six Sigma Green Belt, you will complete this course with both a theory and practical exam. Practical Project Management In this training, you will develop skills to effectively manage projects.

Do you want to become a Black Belt and have you already completed a relevant Green Belt course? Then register for the MKPC Upgrade-2-Black Belt course. This course picks up where the Green Belt training left off! After completing the Upgrade-2-Black Belt course, you will be fully trained as a Lean Six Sigma Black Belt and know exactly how to apply Lean and Six Sigma in your own work or project. General descriptionHave you previously completed a Lean Six Sigma Green Belt training and are excited about the content and results you achieved? Now it's time to take the next step and become the highest-level professional within Lean Six Sigma! If you're eager to deepen and broaden your knowledge of Lean Six Sigma methodology, the MKPC Upgrade-2-Black Belt course is the perfect choice. This course builds on where the Lean Six Sigma Green Belt training left off! During the Lean Six Sigma Upgrade-2-Black Belt course, we create a learning environment where you can directly apply and practice what you've learned under the guidance of professional trainers. We alternate between theory and practice, with a strong focus on interaction and assignments. ·         International certification level ·         Numerous assignments ·         Case studies where theory is directly applied in a project simulation ·         The unique English Lean Six Sigma Upgrade-2-Black Belt books Course structureYou will complete this course over four separate learning blocks of two days each, spread over three months. Each day begins at 9:00 AM and ends at 5:00 PM. You will receive the unique English-language Lean Six Sigma Upgrade -2-Black Belt books, which, along with several handouts, cover all the course material. These materials are useful for reviewing the theory during the course, preparing for the theory exam, and later as a reference. ProgramDuring the Lean Six Sigma Green Belt to Black Belt course, we create a learning environment where you can immediately apply and practice what you've learned under the guidance of professional trainers. We alternate strongly between theory and practice, making frequent use of interaction and assignments. Part of this training includes working with and practicing statistical analyses, for which you'll need Excel and MiniTab during the course. Learning block 1 (2 days) After a deeper dive into statistics and MiniTab, you will learn to perform an initial analysis of the process. Various project methods and tools will be covered, along with the competencies you need as a true Black Belt. Learning block 2 (2 days) "Measuring is knowing." In this module, you will learn how to set up and carry out a reliable measurement, and how to validate your measurement system, so you can accurately assess your process performance. Learning block 3 (2 days) From problem to cause to solution. In this module, you will learn how to uncover the real causes of a failing process using (applied) statistics. The theory comes to life interactively, allowing you to make data and statistics work for you! Learning block 4 (2 days) Now that the causes are known, you will learn how to develop improvements, using both Lean solutions and statistical experiments and models. You will also learn how to implement and secure improvements permanently, ensuring continuous learning and improvement becomes second nature! Certified trainersOur trainers know the field both from the books and real-world practice. All of our Lean courses are taught by Lean Six Sigma Master Black Belts. Our trainers possess expert-level knowledge of Lean, Six Sigma, and relevant change management themes. Additionally, they have the right teaching skills to facilitate experiential learning for the group. Target audienceThis course is designed for project leaders and consultants who will take on a leadership role in the Lean Six Sigma organization. As a Black Belt, you will execute large Lean Six Sigma improvement projects, mentor Green Belts, and act as a key partner for management. This course is at Bachelor’s degree level and requires prior completion of a Lean Six Sigma Green Belt course or extensive practical Lean experience. Want to become a Black Belt but haven't completed a Green Belt course? Then choose the full Black Belt course, which includes Green Belt content. Entry levelBachelor's degree You must have completed a full Lean (Six Sigma) Green Belt course. Course objectivesAfter completing this course, you will be trained to the internationally recognized Lean Six Sigma Black Belt level, according to ASQ standards. You will be able to efficiently and systematically identify and solve process problems. You will also be capable of managing improvement and change projects, leading to better-performing processes, higher quality, and productivity. This will result in lower costs for the company and increased customer satisfaction. Certification valueYou will be trained according to the standards of the ASQ® (American Society for Quality) to achieve the internationally recognized certification level of a Lean Six Sigma Black Belt. Upon completing the course, you will receive a Certificate of Participation. Theory examYou can choose to go for the Lean Six Sigma Black Belt certificate by successfully completing the online theory exam. This online exam consists of 100 multiple-choice questions. You pass the exam if you answer at least 70% of the questions correctly. The online exam is conducted at 14 locations throughout the Netherlands and can be taken on any weekday (sometimes also on a Saturday) at a time that suits you best. When registering for the theory exam, you may participate for free in the exam preparation session. You need to register separately for this on the MKPC website.  Practical certificationIf you wish to become a Certified Lean Six Sigma Black Belt, you will complete the course with a practical certification. For this, you must successfully complete two improvement projects using the Lean Six Sigma approach. You will present the approach and outcomes to the examination committee. A score of at least 7.0 is required to pass! Next stepsAfter completing the Lean Six Sigma Black Belt training, you have various opportunities for further development. For this, check the offerings from MKPC or contact us for personalized learning advice. Our participants most frequently choose the following next steps after completing this training: Effectively Influencing Behavior: This course provides insights into the possibilities of influencing behavior in a Lean organization. Lean Six Sigma Black Belt Theory Exam and Practical Certification: To become a certified Lean Six Sigma Black Belt, you will conclude this training with both a theory and practical exam. Practice-Oriented Project Management: In this training, you will develop your skills to effectively execute projects.