Opleidingen

OVERVIEW Nederlands: In deze cursus doet u basiskennis op van privacy- en gegevensbeschermingswetten en van hun toepassing in de praktijk. U maakt kennis met gemeenschappelijke principes en benaderingen van privacy en met de belangrijkste privacymodellen die wereldwijd worden toegepast. Ook krijgt u een introductie in informatiebeveiligingsconcepten en in het beheer en het toezicht op informatiebeveiliging. Denk hierbij onder meer aan raamwerken, controle-instrumenten en identiteits- en toegangsbeheer. Ook doet u kennis op over online-privacy, dat sterk gerelateerd is aan het gebruik van persoonsgegevens op websites en voor andere internettechnologieën. U komt meer te weten over de noodzaak en het belang van privacy in een IT-omgeving, met belangrijke invloeden als regelgevingsactiviteiten, veiligheidsdreigingen, technologische ontwikkelingen en de snelle groei van sociale netwerken. Deze cursus geeft een inleiding in privacywetten, -regels en -standaarden die invloed hebben op privacy in de IT  en in de risico's die inherent zijn aan een IT-omgeving. U doet ook kennis op over het belang van persoonlijke gegevens, en over methoden om deze te beveiligen.  ============================== English: In this course, you will gain foundational knowledge on concepts of privacy and data protection laws and practice. You will learn common principles and approaches to privacy as well as understand the major privacy models employed around the globe. An introduction to information security concepts and information security management and governance will be covered including frameworks, controls, and identity and access management. You will also learn about online privacy as it relates to using personal information on websites and other Internet-related technologies. You will learn the need and importance for privacy in the IT environment with impacts such as regulatory activities, security threats, advances in technology and the proliferation of social networks. This course will provide an introduction to privacy laws, regulations, and standards impacting privacy in IT and the risks inherent in the IT environment. You will also learn about the importance of personally identifiable information and methods for ensuring its protection.  OBJECTIVES Nederlands: Gemeenschappelijke privacyprincipes en -werkwijzen Rechtsgebieden en branches Persoonsgegevens beschermen Online-privacy Privacy in een IT-omgeving vanuit juridisch perspectief Kernconcepten van privacy Regels en standaarden rondom privacy in de IT Privacy binnen systemen en applicaties Online-privacykwesties Persoonlijke gegevens de-identificeren en anonimiseren Cloud computing  =============================== English: Common principles and approaches to privacy Jurisdictions and industries Safeguarding personal information Online privacy Privacy in the IT environment Core privacy concepts Regulations and standards impacting privacy in IT Privacy in systems and applications Online privacy issues De-identifying and anonymizing personally identifiable information Cloud computing  AUDIENCE Nederlands: Iedereen die de principes van privacy in technologie wil leren begrijpen vanuit juridisch perspectief  Iedereen die geïnteresseerd is in het behalen van een CIPT-certificering =============================== English: Individuals who need to understand the principles of information privacy in technology Anyone interested in pursuing CIPT certification CERTIFICATION Nederlands: Certified Information Privacy Technologist (CIPT): Met een CIPT certficaat laat u zien dat u alle kennis in huis heeft om uw organisatie data structuren vanaf de grond op te bouwen. =================================== English: Certified Information Privacy Technologist (CIPT): Achieving the CIPT credential shows you’ve got the knowledge to build your organisation’s data protection structures from the ground up. With regulators worldwide calling for tech professionals to factor data protection into their products and services, the job market for privacy-trained IT pros has never been stronger. NEXT STEP CIPM CIPP/E CONTENT Nederlands:  De basis van informatieprivacy: - Gemeenschappelijke privacyprincipes en -werkwijzen Een moderne geschiedenis van privacy Soorten informatie Risicomanagement in het kort Moderne privacyprincipes - Rechtsgebieden en branches Belangrijke privacymodellen wereldwijd Privacyregelgeving per rechtsgebied Privacyregelgeving per branche - Informatiebeveiliging: persoonsgegevens beschermen Definities van informatiebeveiliging Elementen Standaarden Bedreigingen en kwetsbaarheden - Raamwerken voor het beheren en aansturen van informatiebeveiliging Controlemiddelen Cryptografie Identiteits- en toegangsbeheer (IAM) - Online-privacy: het gebruik van persoonsgegevens op websites en voor andere internettechnologieën Privacyoverwegingen bij meldingen rondom gevoelige online-informatie Toegang Beveiliging Authenticatie en identificatie Gegevens verzamelen - Aanvullende online-privacy en online-privacy van kinderen Online gegevens verzamelen E-mail Zoeken Online-marketing en -reclame Social media Online-zekerheid Cloud computing Mobiele apparaten Privacy in technologie: - De noodzaak van privacy in een IT-omgeving De impact van regelgevingsactiviteiten op de IT-afdeling Veiligheidsdreigingen Technologische ontwikkelingen De snelle groei van sociale netwerken - Kernconcepten van privacy Haalbare privacy-compliance en lifecycleschema's voor informatie Systemen voor gegevensidentificatie en -classificatie Diagrammen voor gegevensstromen - Regelgeving en standaarden Privacywetten, -regels en -standaarden - Privacy binnen systemen en applicaties De inherente risico's van een IT-omgeving Risico's aanpakken - Persoonlijke gegevens de-identificeren en anonimiseren - Cloud computing Privacy- en beveiligingskwesties bij clouddiensten Gebruiksstandaarden   =================================== English: Fundamentals of Information Privacy: - Common Principles and Approaches to Privacy Modern History of Privacy Types of Information Risk Management Overview Modern Privacy Principles - Jurisdictions and Industries Major Privacy Models around the Globe Privacy Regulation by Jurisdictions Privacy Regulation by Industry Sectors - Information Security: Safeguarding Personal Information Information SecurityDefinitions Elements Standards Threats and Vulnerabilities - Information Security Management and GovernanceFrameworks Controls Cryptography Identity and Access Management (IAM) - Online Privacy: Using Personal Information and Websites and Other Internet-Related Technologies Privacy Considerations for Sensitive Online InformationNotices Access Security Authentication Identification Data Collection - Additional Online PrivacyChildren's Online Privacy Online Data Collection Email Searches Online Marketing and Advertising Social Media Online Assurance Cloud Computing Mobile Devices Privacy in Technology: - The Need for Privacy in the IT Environment IT Department ImpactsRegulatory Activities Security Threats Advances in Technology Proliferation of Social Networks - Core Privacy Concepts Attainable Privacy ComplianceInformation Lifecycle Plans Data Identification and Classification Systems Data Flow Diagrams - Regulations and Standards Privacy Laws, Regulations, and Standards Privacy in Systems and Applications Risks Inherent in the IT Environment Addressing Risks - De-Identifying and Anonymizing Personally Identification Information - Cloud Computing Privacy and Security Concerns with Cloud Services Standards of Use

OVERVIEW Data Warehousing on AWS introduces you to concepts, strategies, and best practices for designing a cloud-based data warehousing solution using Amazon Redshift. This course demonstrates how to ingest, store, and transform data in the data warehouse. Topics covered include: the purpose of Amazon Redshift, how Amazon Redshift addresses business and technical challenges, features and capabilities of Amazon Redshift, designing a Data Warehousing Solution on AWS by applying best practices based on the Well-Architected Framework, integration with AWS and non-AWS products and services, performance tuning, orchestration, and securing and monitoring Amazon Redshift. Course level: Advanced Duration: 3 days Activities This course includes presentations, hands-on labs, and demonstrations. OBJECTIVES In this course, you will learn to: Describe Amazon Redshift architecture and its roles in a modern data architecture Design and implement a data warehouse in the cloud using Amazon Redshift Identify and load data into an Amazon Redshift data warehouse from a variety of sources Analyze data using SQL QEV2 notebooks Design and implement a disaster recovery strategy for an Amazon Redshift data warehouse Perform maintenance and performance tuning on an Amazon Redshift data warehouse Secure and manage access to an Amazon Redshift data warehouse Share data between multiple Redshift clusters in an organization Orchestrate workflows in the data warehouse using AWS Step Functions state machines Create an ML model and configure predictors using Amazon Redshift ML AUDIENCE This course is intended for: - Data engineers - Data architects - Database architects - Database administrators - Database developers CONTENT Day 1 Module 1: Data Warehouse Concepts Modern data architecture Introduction to the course story Data warehousing with Amazon Redshift Amazon Redshift Serverless architecture Hands-On Lab: Launch and Configure an Amazon Redshift Serverless Data Warehouse Module 2: Setting up Amazon Redshift Data models for Amazon Redshift Data management in Amazon Redshift Managing permissions in Amazon Redshift Hands-On Lab: Setting up a Data Warehouse using Amazon Redshift Serverless Module 3: Loading Data Overview of data sources Loading data from Amazon Simple Storage Service (Amazon S3) Extract, transform, and load (ETL) and extract, load, and transform (ELT) Loading streaming data Loading data from relational databases Hands-On Lab: Populating the data warehouse Day 2 Module 4: Deep Dive into SQL Query Editor v2 and Notebooks Features of Amazon Redshift Query Editor v2 Demonstration: Using Amazon Redshift Query Editor v2 Advanced queries Hands-On Lab: Data Wrangling on AWS Module 5: Backup and Recovery Disaster recovery Backing up and restoring Amazon Redshift provisioned Backing up and restoring Amazon Redshift Serverless Module 6: Amazon Redshift Performance Tuning Factors that impact query performance Table maintenance and materialized views Query analysis Workload management Tuning guidance Amazon Redshift monitoring Hands-On Lab: Performance Tuning the Data Warehouse Module 7: Securing Amazon Redshift Introduction to Amazon Redshift security and compliance Authentication with Amazon Redshift Access control with Amazon Redshift Data encryption with Amazon Redshift Auditing and compliance with Amazon Redshift Hands-On Lab: Securing Amazon Redshift Day 3 Module 8: Orchestration Overview of data orchestration Orchestration with AWS Step Functions Orchestration with Amazon Managed Workflows for Apache Airflow (MWAA) Hands-On Lab: Orchestrating the Data Warehouse Pipeline Module 9: Amazon Redshift ML Machine Learning Overview Getting started with Amazon Redshift ML Amazon Redshift ML workflow scenarios Amazon Redshift ML Usage Hands-On Lab: Predicting customer churn with Amazon Redshift ML Module 10: Amazon Redshift Data Sharing Overview of data sharing in Amazon Redshift Amazon DataZone for Data as a service Module 11: Wrap-Up Hands-On Lab: End of course challenge lab

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

The increasing use of advanced ultrasonic testing techniques for the inspection of industrial plants and structures has prompted us at TÜV Rheinland Sonovation to design our NDT training courses to transfer this knowledge. We offer NDT training courses for Ultrasonic Testing (UT), Time of Flight Diffraction (TOFD) and Phased Array (PA) with trainers who have a broad practical and theoretical knowledge gained over many years. Courses are available to obtain either a formal NDT qualification or according to client needs, such as training for managers and design engineers or for quality assurance / quality control (QA/QC) personnel to interpret and review NDT inspection results. We are accredited to offer NDT training courses for UT, TOFD and PA in accordance with the International Standard ISO 9712 (former European Standard EN 473) and can also offer courses to the recommended practices of the American Society for Nondestructive Testing (ASNT). Our courses are held in English, German, and Dutch languages.

De wereld van mens en werk verandert snel. Om dat tempo bij te benen, moeten medewerkers soms versnellen, of op een ander moment juist even op de rem trappen. Want stilstaan bij hun kansen helpt hun verder. Welke rol pakken ze nu en straks in een wereld die wordt gekenmerkt door voortschrijdende robotisering, internet of things, internationalisering en een focus op duurzaamheid? Werkt men voldoende vanuit hun talent? Zorgen ze zelf voldoende voor een goede gezondheid en dat ze flexibel en lang inzetbaar zijn? Maar laten we beginnen bij het begin: eerst afremmen en bewust worden. Misschien heeft u soms wel het gevoel dat u weet dát er veel verandert, maar kunt u die veranderingen lastig duiden. In deze workshop wordt ingezoomd op de belangrijkste ontwikkelingen die van invloed zijn op werk, inclusief trends op de arbeidsmarkt. Het doel is bewustwording van de veranderingen. De workshop daagt de deelnemers uit om ‘grote veranderingen’ te vertalen naar persoonlijke acties in het hier en nu. Het resultaat is dat deelnemers: De belangrijkste oorzaken van verandering kennen Begrijpen wat de huidige en toekomstige impact op hun werk is Weten of ze van nature open staan voor verandering en of zij af durven te remmen Weten hoe ze aan duurzame inzetbaarheid kunnen werken Boordevol energie zitten om echt met de inzichten aan de slag te gaan!