Opleidingen

Lesmethode : Klassikaal Algemeen : Draag jij verantwoordelijkheid voor het beheer en de beschikbaarheid van een datacenter? Volg dan onze 3-daagse klassikale Certified Datacenter Facilities Operations Manager (CDFOM) training en leer een datacenter op de beste manier in te richten en te beheren. Ook haal je met deze Vijfhart training dé wereldwijd erkende Datacenter Operations Manager certificering. Ontwikkel je expertise op het gebied datacenter beheer en leer van de beste trainers, die wereldwijd werkzaam zijn! Deze 3-daagse cursus behandelt het beheer van datacenter operaties, zoals: capaciteitsplanning, in- en uit gebruik nemen van equipment, voldoen aan veiligheidsstandaarden en internationale standaarden, omgaan met vendors, incident- en crisismanagement, en het zo eenvoudig, beheersbaar, effectief en efficiënt mogelijk maken en houden van alle uitgevoerde acties. Certificering Na afloop van de cursus ben je inhoudelijk voorbereid op het internationaal erkende EPI-examen. Het behaalde certificaat is drie jaar geldig. Examen op locatie Standaard maak je het examen op de laatste cursusdag op de cursuslocatie. Het examen wordt digitaal afgenomen via EXIN Online. Je gebruikt hiervoor je eigen laptop met een werkende browser en internetverbinding. De trainer is tijdens het examen aanwezig als supervisor. Online examen op een later moment Volg je de cursus via MS Teams, ben je op de laatste cursusdag niet fysiek aanwezig of is er onvoldoende tijd om het examen tijdens de cursus af te nemen? Dan ontvang je een EXIN Anywhere-voucher. Daarmee kun je het examen op een zelfgekozen moment online maken. Klopt! Deze cursus gaat altijd door (startgarantie). Doel : Na afloop kun je een datacenter professioneel inrichten, beheren en optimaliseren, risico’s op downtime beperken en voldoen aan internationale standaarden. Doelgroep : Iedereen die dagelijks betrokken is bij de continuïteit en efficiëntie van bedrijfskritische datacenters. Zoals datacenter managers, facilitair managers, IT-managers, operations leads, projectleiders en consultants Voorkennis : - Certified Data Center Professional - CDCP® - Het cursusmateriaal is in het Engels. Een goede beheersing van de Engelse taal is vereist. - Werkervaring in of rondom een datacenter is gewenst. Onderwerpen : - The Datacenter Operations Team +nbsp;+nbsp;+nbsp;- Criteria and attributes to leadership +nbsp;+nbsp;+nbsp;- How to set-up an efficient and effective facility management operations team structure +nbsp;+nbsp;+nbsp;- Defining roles, responsibilities and skill metrics +nbsp;+nbsp;+nbsp;- Key Performance Objectives (KPO) and appraisals +nbsp;+nbsp;+nbsp;- Job rotation, reward, promotion and succession planning as strategies to grow and retain talent +nbsp;+nbsp;+nbsp;- Training and assessments +nbsp;+nbsp;+nbsp;- Shift management, scheduling and roster planning - Vendor Management +nbsp;+nbsp;+nbsp;- Vendor selection and qualication +nbsp;+nbsp;+nbsp;- Managing risk and dealing with non-compliance, public liability, legal, escalation and complaint procedures +nbsp;+nbsp;+nbsp;- Key considerations of a vendor agreement for services +nbsp;+nbsp;+nbsp;- Performance measurement and reporting - Maintenance Contracts +nbsp;+nbsp;+nbsp;- Maintenance options +nbsp;+nbsp;+nbsp;- Main considerations for maintenance agreements +nbsp;+nbsp;+nbsp;- The practicality in deciding between +nbsp;+nbsp;+nbsp;- Comprehensive/non-comprehensive maintenance regimes +nbsp;+nbsp;+nbsp;- Warranty pit falls +nbsp;+nbsp;+nbsp;- Service reports alignments with maintenance agreements - Managing Safety & Statutory Requirements +nbsp;+nbsp;+nbsp;- Statutory and industry compliance/regulations +nbsp;+nbsp;+nbsp;- Emergency response and safety policies and procedures +nbsp;+nbsp;+nbsp;- PTW (Permit To Work) requirements and procedures +nbsp;+nbsp;+nbsp;- General rules and regulations for the Datacenter +nbsp;+nbsp;+nbsp;- Ergonomic workspace +nbsp;+nbsp;+nbsp;- SOP's for power outage, re, bomb threat etc. - Service Level Agreement (SLA) Management +nbsp;+nbsp;+nbsp;- Defining the Datacenter design limitations +nbsp;+nbsp;+nbsp;- Defining measurement criteria and reporting +nbsp;+nbsp;+nbsp;- Alignment of business SLA with vendor SLA +nbsp;+nbsp;+nbsp;- Defining chance management procedure for installation and de-installation of new equipment +nbsp;+nbsp;+nbsp;- Reporting and escalation management - Managing Physical Security +nbsp;+nbsp;+nbsp;- Guidelines from standards; ANSI/TIA-942, ISO/IEC- 27001/02, SS507, ISO/IEC-24762 +nbsp;+nbsp;+nbsp;- SOP (Standard Operating Procedures) in managing day to day security access control, such as; +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Entry/exit control and access management +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Permit-To-Work (PTW) and contractor work in progress +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Delivery of goods +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Customer access +nbsp;+nbsp;+nbsp;- Effective patrols routing and how to ensure 24x7 vigilance +nbsp;+nbsp;+nbsp;- Handling external threats; crisis/emergency situations +nbsp;+nbsp;+nbsp;- Security incident management - Managing Daily Datacenter Operations / Floor Management +nbsp;+nbsp;+nbsp;- ITSM/ITIL (IT service management) in the Datacenter +nbsp;+nbsp;+nbsp;- Shift hand-over requirements and procedures +nbsp;+nbsp;+nbsp;- Asset and inventory management for hardware, software, spares, consumables, etc. +nbsp;+nbsp;+nbsp;- Floor management procedures and duties such as rack space allocations, management of installers - Walk Around Duties +nbsp;+nbsp;+nbsp;- SOP of managing A&A /t-out work-in-progress +nbsp;+nbsp;+nbsp;- Pre-installation analysis for power, cooling, weight, EMF,re protection and other inuencing factors +nbsp;+nbsp;+nbsp;- From truck to rack +nbsp;+nbsp;+nbsp;- Handling of incoming equipment +nbsp;+nbsp;+nbsp;- Inspection, unpacking and security procedures +nbsp;+nbsp;+nbsp;- Staging procedure and requirements +nbsp;+nbsp;+nbsp;- Equipment movement into the computer room +nbsp;+nbsp;+nbsp;- Finishing up the installation +nbsp;+nbsp;+nbsp;- De-installation/commissioning procedures - Capacity Management +nbsp;+nbsp;+nbsp;- Defining the design limits of the Datacenter +nbsp;+nbsp;+nbsp;- Setting up thresholds, monitoring and reporting +nbsp;+nbsp;+nbsp;- Business review and future capacity planning +nbsp;+nbsp;+nbsp;- Technical solutions aiding capacity planning such as Computational Fluid Dynamics (CFD), capacity and conguration management solutions - Cable Management +nbsp;+nbsp;+nbsp;- Overview of ANSI/TIA-942, ANSI/TIA-606 requirements +nbsp;+nbsp;+nbsp;- Cabling specication & labelling based on ANSI/TIA-606 +nbsp;+nbsp;+nbsp;- In-rack power and network cabling +nbsp;+nbsp;+nbsp;- Labelling requirements +nbsp;+nbsp;+nbsp;- Cabling/cable tray layout documentation - Datacenter Cleaning and Pest Control +nbsp;+nbsp;+nbsp;- Types of pollution found in Datacenters such as H2S, air-particulates etc. +nbsp;+nbsp;+nbsp;- Common causes of pollution in the Datacenter +nbsp;+nbsp;+nbsp;- Standards, policies and techniques to reduce and cleanup dust, pests and other pollution and disturbances - Best Practices for M&E Maintenance Regime +nbsp;+nbsp;+nbsp;- Tiered maintenance considerations +nbsp;+nbsp;+nbsp;- Preventive, Predictive, Condition and Reliability Centred (RCM) based maintenance +nbsp;+nbsp;+nbsp;- Requirements of a comprehensive maintenance program including descriptions on what should be tested for which type of equipment such as generator,UPS etc. +nbsp;+nbsp;+nbsp;- The importance and actions for predictive maintenance;thermo-scan, pumps vibration and alignment test, BMS failure and system back-up testing, generator loadtesting etc. +nbsp;+nbsp;+nbsp;- Annual testing for main equipment like transformer, genset, HT gear, chiller, cooling tower etc; +nbsp;+nbsp;+nbsp;- Managing on-site /o-sites spares and how to determine which spares to keep on-site +nbsp;+nbsp;+nbsp;- Daily maintenance routines such as data logging, daily checks, daily measurements, reporting and analysis etc. - Datacenter Monitoring and Automation +nbsp;+nbsp;+nbsp;- Datacenter monitoring requirements +nbsp;+nbsp;+nbsp;- Threshold setting and reporting requirements +nbsp;+nbsp;+nbsp;- Notication and escalation requirements +nbsp;+nbsp;+nbsp;- Automated 24hrs helpdesk ticketing systems +nbsp;+nbsp;+nbsp;- Incident and customer complaint management and change management +nbsp;+nbsp;+nbsp;- Performance measurement and monitoring requirementssuch as fuel and water consumption, PUE/DCiE etc. - Managing Documentations/Archives +nbsp;+nbsp;+nbsp;- Document management standards +nbsp;+nbsp;+nbsp;- Document management process requirements +nbsp;+nbsp;+nbsp;- Minimum and desired design documentation set +nbsp;+nbsp;+nbsp;- Operational management documents - Equipment Life-Cycle Management +nbsp;+nbsp;+nbsp;- Policies and procedures governing life cycle management +nbsp;+nbsp;+nbsp;- Asset management including software and rmware +nbsp;+nbsp;+nbsp;- Service situations +nbsp;+nbsp;+nbsp;- Review, triggers and reporting +nbsp;+nbsp;+nbsp;- Test life cycle - Mock Exam - EXAM: Certied Datacenter Facilities Operations Manager

Lesmethode : Klassikaal Algemeen : De CDCP-cursus (Certified Data Center Professional) bij Vijfhart is een intensieve datacenter cursus waarin je alle essentiële kennis opdoet over het ontwerpen, beheren en optimaliseren van datacenters. In twee dagen krijg je een volledig overzicht van infrastructuur en processen, met veel aandacht voor praktische toepasbaarheid en voorbereiding op het officiële CDCP examen. EPI, de wereldstandaard voor datacenter-diensten zoals audits, certificeringen en consulting, ontwikkelde deze cursus. In Nederland zijn EPI-cursussen exclusief verkrijgbaar bij Vijfhart. Tijdens de cursus maak je kennis met de belangrijkste onderwerpen van datacenterinfrastructuur. Je leert de verschillende typen datacenters onderscheiden en hun impact op bedrijfscontinuïteit beoordelen. Ook komen internationale standaarden en compliance-eisen aan bod, net als criteria voor locatiekeuze, bouweisen en ondersteunende faciliteiten voor een veerkrachtig datacenter. Verder verdiep je je in stroomvoorziening en redundantie, UPS-systemen, microgrids, transformatoren en batterijen. Je leert hoe je load management en aarding toepast en hoe verhoogde vloeren en verlaagde plafonds bijdragen aan optimale luchtstromen en koeling. Daarnaast ontdek je hoe je met verlichting en noodverlichting niet alleen veiligheid waarborgt, maar ook energie-efficiëntie verhoogt. Je krijgt inzicht in EMF-bronnen en afschermingstechnieken, en oefent met brandveiligheidssystemen en toegangscontrole. Ook onderwerpen als AI-gestuurd koelbeheer, vloeistofkoeling, containment en Seasonal Thermal Energy Storage (STER) komen aan bod. Voor netwerk- en kabelontwerpen leer je werken met redundantieoplossingen en TIA-942-topologieën. Tot slot verdiep je je in monitoring met BMS, DCIM, EMS, waterlekdetectie en alarmpanelen, zodat je problemen vroegtijdig signaleert en oplost. Met praktische cases oefen je hoe je deze concepten toepast in realistische scenario’s. Denk aan het ontwerpen van redundante stroomvoorzieningen, het optimaliseren van luchtstromen met raised floors, het implementeren van brandblussystemen of het beveiligen van fysieke toegang. De cursus geeft je niet alleen de vaardigheden om huidige datacenteromgevingen effectief te beheren, maar helpt je ook strategisch vooruit te kijken naar toekomstige technologische ontwikkelingen. Certificering Na afloop van de cursus ben je inhoudelijk voorbereid op het internationaal erkende EPI-examen. Het behaalde certificaat is drie jaar geldig. Examen op locatie Standaard maak je het examen op de laatste cursusdag op de cursuslocatie. Het examen wordt digitaal afgenomen via EXIN Online. Je gebruikt hiervoor je eigen laptop met een werkende browser en internetverbinding. De trainer is tijdens het examen aanwezig als supervisor. Online examen op een later moment Volg je de cursus via MS Teams, ben je op de laatste cursusdag niet fysiek aanwezig of is er onvoldoende tijd om het examen tijdens de cursus af te nemen? Dan ontvang je een EXIN Anywhere-voucher. Daarmee kun je het examen op een zelfgekozen moment online maken. Deze cursus gaat altijd door (startgarantie). Doel : Na afloop kun je datacenters ontwerpen, beheren en optimaliseren volgens internationale standaarden en behaal je, bij het succesvol afronden van het examen, de CDCP-certificering. Doelgroep : Iedereen die werkzaam is in en rondom datacenters, en verantwoordelijk zijn voor het waarborgen en verbeteren van de beschikbaarheid en beheersbaarheid daarvan. Zoals datacenter-specialisten, facilitair managers, systeem- en netwerkbeheerders, infrastructuurarchitecten, projectleiders en technisch consultants. Voorkennis : Het cursusmateriaal is in het Engels. Een goede beheersing van de Engelse taal is vereist. Onderwerpen : - The mission critical site +nbsp;+nbsp;+nbsp;- Business organization +nbsp;+nbsp;+nbsp;- Types of data centres +nbsp;+nbsp;+nbsp;- Importance of a data centre +nbsp;+nbsp;+nbsp;- Elements of data centre +nbsp;+nbsp;+nbsp;- Causes of unavailability - Data centre standards +nbsp;+nbsp;+nbsp;- Standards and guidelines +nbsp;+nbsp;+nbsp;- Standards for sub-components +nbsp;+nbsp;+nbsp;- International vs. national standards - Data centre location, building and construction +nbsp;+nbsp;+nbsp;- Criteria for selecting site location the data centre location +nbsp;+nbsp;+nbsp;- Criteria for facility +nbsp;+nbsp;+nbsp;- Supporting facilities and function - Raised access flooring and suspended ceiling +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Types of raised floors +nbsp;+nbsp;+nbsp;- Loading factors +nbsp;+nbsp;+nbsp;- General guidelines +nbsp;+nbsp;+nbsp;- Grounding +nbsp;+nbsp;+nbsp;- Ramp and landing platform +nbsp;+nbsp;+nbsp;- Suspended ceiling +nbsp;+nbsp;+nbsp;- Raised floor and suspended ceiling impact on cooling - Light +nbsp;+nbsp;+nbsp;- Measurements of light +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Connecting and positioning of light fixtures +nbsp;+nbsp;+nbsp;- Emergency light +nbsp;+nbsp;+nbsp;- Types of emergency light - Power infrastructure +nbsp;+nbsp;+nbsp;- Sustainability +nbsp;+nbsp;+nbsp;- Microgrid +nbsp;+nbsp;+nbsp;- Transformers +nbsp;+nbsp;+nbsp;- Generators +nbsp;+nbsp;+nbsp;- Automatic Transfer Switch (ATS) and Static Transfer Switch (STS) +nbsp;+nbsp;+nbsp;- Power redundancy levels and techniques +nbsp;+nbsp;+nbsp;- Power distribution / Busbar trunking +nbsp;+nbsp;+nbsp;- Single phase and three phase power +nbsp;+nbsp;+nbsp;- Grounding and bonding +nbsp;+nbsp;+nbsp;- Isolation transformer +nbsp;+nbsp;+nbsp;- PDU form factors +nbsp;+nbsp;+nbsp;- Ingress Protection (IP) grades +nbsp;+nbsp;+nbsp;- Power quality parameters +nbsp;+nbsp;+nbsp;- Power sizing +nbsp;+nbsp;+nbsp;- High Performance Computing +nbsp;+nbsp;+nbsp;- UPS systems +nbsp;+nbsp;+nbsp;- UPS parallel configurations +nbsp;+nbsp;+nbsp;- Batteries +nbsp;+nbsp;+nbsp;- Battery Energy Storage System (BESS) +nbsp;+nbsp;+nbsp;- Thermographic scanning - Electro Magnetic Fields (EMF) +nbsp;+nbsp;+nbsp;- Types of EMF +nbsp;+nbsp;+nbsp;- Units of measurements +nbsp;+nbsp;+nbsp;- Standards and best practices +nbsp;+nbsp;+nbsp;- Sources of EMF +nbsp;+nbsp;+nbsp;- Shielding - Equipment racks +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Dimensions +nbsp;+nbsp;+nbsp;- Types of racks +nbsp;+nbsp;+nbsp;- Security +nbsp;+nbsp;+nbsp;- Power strips / rails - Cooling Infrastructure +nbsp;+nbsp;+nbsp;- Cooling principles +nbsp;+nbsp;+nbsp;- Temperature and humidity +nbsp;+nbsp;+nbsp;- Types of cooling systems +nbsp;+nbsp;+nbsp;- Raised floor cooling +nbsp;+nbsp;+nbsp;- Non-raised floor cooling +nbsp;+nbsp;+nbsp;- Supplemental cooling +nbsp;+nbsp;+nbsp;- Containment +nbsp;+nbsp;+nbsp;- Liquid cooling +nbsp;+nbsp;+nbsp;- Seasonal Thermal Energy Storage (STER) - Water supply +nbsp;+nbsp;+nbsp;- Importance of water +nbsp;+nbsp;+nbsp;- Backup water supply - Designing a scalable network infrastructure +nbsp;+nbsp;+nbsp;- Importance network cabling infrastructure +nbsp;+nbsp;+nbsp;- Planning considerations +nbsp;+nbsp;+nbsp;- Copper cabling +nbsp;+nbsp;+nbsp;- Fibre cabling +nbsp;+nbsp;+nbsp;- TIA-942 cabling system topology +nbsp;+nbsp;+nbsp;- Testing and verification of cabling system +nbsp;+nbsp;+nbsp;- Redundancy +nbsp;+nbsp;+nbsp;- Site-to-site connectivity - Fire protection +nbsp;+nbsp;+nbsp;- Common causes of fire +nbsp;+nbsp;+nbsp;- Requirements for fire suppression systems +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Fire detection systems +nbsp;+nbsp;+nbsp;- Water based fire suppression systems +nbsp;+nbsp;+nbsp;- Gas-based fire suppression systems +nbsp;+nbsp;+nbsp;- Classes of fire +nbsp;+nbsp;+nbsp;- Best practices +nbsp;+nbsp;+nbsp;- Handheld fire extinguishers +nbsp;+nbsp;+nbsp;- Requirements for signage and safety +nbsp;+nbsp;+nbsp;- Regulatory requirements - Physical security and safety +nbsp;+nbsp;+nbsp;- Components for physical security +nbsp;+nbsp;+nbsp;- Components for physical safety - Auxiliary Systems +nbsp;+nbsp;+nbsp;- Monitoring challenges +nbsp;+nbsp;+nbsp;- Monitoring requirements +nbsp;+nbsp;+nbsp;- Environmental Monitoring System (EMS) +nbsp;+nbsp;+nbsp;- Building Management System (BMS) +nbsp;+nbsp;+nbsp;- Data Centre Infrastructure Management (DCIM) +nbsp;+nbsp;+nbsp;- Water leak detection +nbsp;+nbsp;+nbsp;- Alarm panels +nbsp;+nbsp;+nbsp;- Notification +nbsp;+nbsp;+nbsp;- Best practices

Lesmethode : Klassikaal Algemeen : Tijdens de driedaagse cursus Certified Data Center Specialist (CDCS®) bij Vijfhart verdiep je je in de technische kant van moderne datacenters. Je leert hoe je een datacenter beoordeelt, optimaliseert en voorbereidt op toekomstige groei. Deze cursus is ontwikkeld in samenwerking met EPI, de wereldstandaard op het gebied van datacenterdiensten. Na afloop begrijp je de complexe samenhang tussen infrastructuur, veiligheid en betrouwbaarheid - en weet je hoe je deze kennis inzet om bedrijfscontinuïteit te waarborgen. Je gaat dieper in op onderwerpen als stroomvoorziening, koeling, bekabeling en (brand)beveiliging. Daarnaast leer je werken met de ontwerp life cycle van een datacenter en ontdek je hoe je elke fase effectief kunt beoordelen en verbeteren. Je leert Tier-levels begrijpen, zowel voor ontwerp als onderhoud, en hoe je gedetailleerde vereisten bespreekt met leveranciers en vendors. Ook leer je een Single Line Electrical Diagram lezen en voldoe je aan eisen rond elektromagnetische velden en het voorkomen van storingen. Je leert van ervaren docenten uit de praktijk die dagelijks werken met datacenterontwerpen en infrastructuren. Zij delen hun kennis, praktijkvoorbeelden en best practices, zodat je niet alleen begrijpt hoe het in theorie werkt, maar ook hoe je dit toepast in realistische werksituaties. Certificering Na afloop van de cursus ben je inhoudelijk voorbereid op het internationaal erkende EPI-examen. Het behaalde certificaat is drie jaar geldig. Examen op locatie Standaard maak je het examen op de laatste cursusdag op de cursuslocatie. Het examen wordt digitaal afgenomen via EXIN Online. Je gebruikt hiervoor je eigen laptop met een werkende browser en internetverbinding. De trainer is tijdens het examen aanwezig als supervisor. Online examen op een later moment Volg je de cursus via MS Teams, ben je op de laatste cursusdag niet fysiek aanwezig of is er onvoldoende tijd om het examen tijdens de cursus af te nemen? Dan ontvang je een EXIN Anywhere-voucher. Daarmee kun je het examen op een zelfgekozen moment online maken. Doel : Na afloop kun je datacenterontwerpen technisch beoordelen, verbeteringen doorvoeren en zorgen voor maximale betrouwbaarheid en veiligheid. Je behaalt het wereldwijd erkende Certified Data Center Specialist (CDCS®)-certificaat, dat drie jaar geldig is. Doelgroep : Deze cursus is bedoeld voor IT- en facilityprofessionals, datacenterbeheerders, ontwerpers en consultants die verantwoordelijk zijn voor het ontwerpen, beheren of optimaliseren van datacenteromgevingen. Voorkennis : De volgende voorkennis is vereist: je hebt de Certified Data Center Professional - CDCP® (incl. examen) gevolgd en het bijbehorende CDCP-examen met succes afgerond én je bent in het bezit van een geldig CDCP®-certificaat. Het cursusmateriaal is in het Engels, een goede beheersing van de Engelse taal is vereist. Onderwerpen : - Datacenter Design / Life Cycle Overview +nbsp;+nbsp;+nbsp;- Overview of the phases of a Datacenter life cycle +nbsp;+nbsp;+nbsp;- Planning, re-alignment and continuous improvement - Tier Levels +nbsp;+nbsp;+nbsp;- History of 'tier level' definitions +nbsp;+nbsp;+nbsp;- Tier level definitions, categories and measure points +nbsp;+nbsp;+nbsp;- Redundancy options +nbsp;+nbsp;+nbsp;- Tiered Infrastructure Maintenance Standards (TIMS) - Overwegingen en standaarden met betrekking tot gebouwen +nbsp;+nbsp;+nbsp;- Floor loading requirements +nbsp;+nbsp;+nbsp;- Fire rating for walls and glass +nbsp;+nbsp;+nbsp;- Blast protection +nbsp;+nbsp;+nbsp;- Bullet proofing +nbsp;+nbsp;+nbsp;- Forced entry protection - Verhoogde vloeren en verlaagde plafonds (advanced) +nbsp;+nbsp;+nbsp;- Raised floor installation guidelines to ensure contractors +nbsp;+nbsp;+nbsp;- install a proper closed and levelled raised access floor +nbsp;+nbsp;+nbsp;- Choosing the right tiles and their locations +nbsp;+nbsp;+nbsp;- Seismic mitigating floor constructions +nbsp;+nbsp;+nbsp;- Choosing the correct suspended ceiling - Geavanceerde stroomvoorziening +nbsp;+nbsp;+nbsp;- Formulas which you should know for the Datacenter +nbsp;+nbsp;+nbsp;- Single Line Electrical diagrams; how to read to ensure key components are present for protection +nbsp;+nbsp;+nbsp;- Over current protection devices (MCB/MCCB/VCB/ACB/Fuses) definitions and what to use where +nbsp;+nbsp;+nbsp;- Earth Leakage devices (RCB/RCD/ELCB/GFCI/ALCI/RCBO), definitions and what to use where +nbsp;+nbsp;+nbsp;- Lightning strikes and surge protection devices (TVSS/SPD), how they operate, where to use and how to install +nbsp;+nbsp;+nbsp;- Power cabling and cable run considerations +nbsp;+nbsp;+nbsp;- PDU/DB setup and minimum requirements +nbsp;+nbsp;+nbsp;- Generator component make up +nbsp;+nbsp;+nbsp;- Choosing the required device +nbsp;+nbsp;+nbsp;- Calculate required fuel storage tank capacity +nbsp;+nbsp;+nbsp;- Paralleling of gen-sets +nbsp;+nbsp;+nbsp;- Regulatory requirements +nbsp;+nbsp;+nbsp;- Required specifications for UPS systems +nbsp;+nbsp;+nbsp;- How to read data sheets and select the correct UPS +nbsp;+nbsp;+nbsp;- Requirements for parallel configurations and avoid pitfalls such as single point of failures +nbsp;+nbsp;+nbsp;- How parallel installation should be done, classic mistakes made by installers and how to avoid these +nbsp;+nbsp;+nbsp;- Harmonic Filters +nbsp;+nbsp;+nbsp;- Type of filters available and which one to select depending on the application +nbsp;+nbsp;+nbsp;- Designing battery banks, how to calculate, and double check the battery bank to be installed +nbsp;+nbsp;+nbsp;- Battery charging pitfalls and ensuring the right charger is being installed and used +nbsp;+nbsp;+nbsp;- Using parallel battery banks; how to properly install them, limitations and risk when using batteries in parallel +nbsp;+nbsp;+nbsp;- How to test batteries correctly and make decisions on cell/block or string replacement +nbsp;+nbsp;+nbsp;- Battery casing choices; ABS, V0, V1, V2 +nbsp;+nbsp;+nbsp;- Alternative energy storage; flywheel, re-useable cell etc. - Electromagnetische velden (advanced) +nbsp;+nbsp;+nbsp;- Differences between single, three phase and bus-bar EMF +nbsp;+nbsp;+nbsp;- Options available to measure EMF and how to interpret the results from single axe and composite measurements +nbsp;+nbsp;+nbsp;- Guidance on safe distance for equipment and human +nbsp;+nbsp;+nbsp;- Calculation of EMF attenuation factor for shielding material permeability and saturation factors - Geavanceerde koeling +nbsp;+nbsp;+nbsp;- Environmental class definitions and thermal specifications +nbsp;+nbsp;+nbsp;- Equipment airflow and Delta-T definitions and limits +nbsp;+nbsp;+nbsp;- Planning for floor, rack and cooling equipment +nbsp;+nbsp;+nbsp;- CFM requirement calculations and conversions +nbsp;+nbsp;+nbsp;- Air-conditioner specifications and how to select the correct air-conditioner with the required capacity and flow +nbsp;+nbsp;+nbsp;- Techniques for optimization of air flow +nbsp;+nbsp;+nbsp;- Redundancy guidelines for air-conditioners avoiding classic misconceptions +nbsp;+nbsp;+nbsp;- Liquid cooling guidelines for Datacenters - Geavanceerde brandbeveiliging +nbsp;+nbsp;+nbsp;- Fire triangle and elements to stop a fire +nbsp;+nbsp;+nbsp;- Detection systems in detail (VESDA, VIEW, Smoke sensors) +nbsp;+nbsp;+nbsp;- Considerations for installation of sensors +nbsp;+nbsp;+nbsp;- Difference in water based systems i.e. dry-pipe, pre-action and why most of them don't work and how to detect this +nbsp;+nbsp;+nbsp;- Details on Inert, Halocarbon, fluorinated systems

Lesmethode : Klassikaal Algemeen : Met de Scrum Master I cursus bij Vijfhart leer je hoe je als Scrum Master samenwerking stimuleert, teams ondersteunt en projecten wendbaarder maakt. In deze tweedaagse cursus ontdek je hoe Agile en Scrum werken en waarin ze verschillen van traditionele projectaanpakken. Je leert een vision statement maken, sneller goedwerkende software live zetten en Scrum effectief toepassen in projecten. De cursus is gebaseerd op de officiële Scrum Guide, zodat je werkt volgens internationaal erkende standaarden en leert de Scrum-terminologie correct toe te passen. Je ontdekt hoe rollen, events en artefacten bijdragen aan transparantie, inspectie en aanpassing. Daarbij komen het opbouwen en bijhouden van een product backlog, het plannen van sprints en het inzichtelijk maken van de voortgang uitgebreid aan bod. Ook ga je in op het iteratieve en incrementele karakter van Scrum, waarbij je in cycli (sprints) functionaliteit toevoegt en zo stap voor stap waarde creëert. Daarnaast leer je hoe Scrum-principes en best practices in de praktijk werken, hoe je effectief samenwerkt in kleine, zelforganiserende teams en hoe je actief bijdraagt aan opdrachten die gericht zijn op samenwerking en continue verbetering. De cursus combineert theorie met praktijk: je werkt met een cursus-backlog die je tijdens de training aanpast en oefent met cases waarin je Scrum direct toepast. De cursus bereidt je voor op het Professional Scrum Master I-examen (PSM I) van Scrum.org. Voor een optimaal resultaat is aanvullende zelfstudie aanbevolen; het Suggested Reading materiaal van Scrum.org biedt hierbij goede ondersteuning. In het online lesmateriaal kun je gebruik maken van de MemoTrainer, een slimme tool die met herhaalde oefenvragen helpt de stof beter te onthouden. Het examen is niet inbegrepen in de cursus en dient apart geboekt te worden. Deze cursus gaat altijd door (startgarantie). Doel : Na deze cursus kun je Scrum-principes praktisch inzetten, backlogs en sprints beheren en teams ondersteunen bij samenwerking en continue verbetering. Na slaging van het officiële Professional Scrum Master I-examen behaal je het internationaal erkende Scrum-certificaat. Doelgroep : Deze cursus is iedereen die wil begrijpen welke mogelijkheden Scrum biedt. Zoals projectmanagers, businessanalisten, softwarearchitecten, designers en ontwikkelaars. Voorkennis : Er is geen voorkennis nodig. Onderwerpen : - Agile mindset & basisprincipes +nbsp;+nbsp;+nbsp;- Waarom Agile: de veranderende wereld (tempo, interacties, schaal) +nbsp;+nbsp;+nbsp;- Complexiteit begrijpen: Cynefin framework +nbsp;+nbsp;+nbsp;- Werken in een VUCA-wereld +nbsp;+nbsp;+nbsp;- Traditioneel (waterval) vs. Agile: plan-driven vs. value-driven +nbsp;+nbsp;+nbsp;- Iteratief & incrementeel leveren (kleine, waardevolle stappen) +nbsp;+nbsp;+nbsp;- Agile Mindset: wat is Agile en wat betekent dit in de praktijk? - Agile Manifesto +nbsp;+nbsp;+nbsp;- Agile Manifesto: 4 waarden +nbsp;+nbsp;+nbsp;- Agile Manifesto: 12 principes (en toepassing op je eigen werkpraktijk) - Agile transitie & waarde +nbsp;+nbsp;+nbsp;- Agile transitie: valkuilen, succes meten en sterke punten van Agile +nbsp;+nbsp;+nbsp;- Agile voordelen in de praktijk: value, visibility, adaptability, risk - Scrum basis +nbsp;+nbsp;+nbsp;- Oorsprong en geschiedenis van Scrum +nbsp;+nbsp;+nbsp;- Scrum als framework: empirisme & Lean (transparantie, inspectie, adaptatie) +nbsp;+nbsp;+nbsp;- Scrum Values: openness, focus, commitment, respect, courage - Scrum rollen & samenwerking +nbsp;+nbsp;+nbsp;- Scrum Team en rollen: Product Owner, Scrum Master, Developers +nbsp;+nbsp;+nbsp;- Product Owner: productdoel, waarde maximaliseren, Product Backlog management +nbsp;+nbsp;+nbsp;- Scrum Master: faciliteren, impediments wegnemen, team beschermen +nbsp;+nbsp;+nbsp;- Developers: leveren van een 'Done' Increment en samenwerken richting Sprint Goal +nbsp;+nbsp;+nbsp;- Teamontwikkeling & samenwerking (o.a. Tuckman-fasen) - Scrum artefacten & backlog +nbsp;+nbsp;+nbsp;- Scrum artefacten: Product Backlog, Sprint Backlog, Increment +nbsp;+nbsp;+nbsp;- Commitments: Product Goal, Sprint Goal, Definition of Done (DoD) +nbsp;+nbsp;+nbsp;- User stories & INVEST-criteria +nbsp;+nbsp;+nbsp;- Backlog refinement & prioriteren (incl. Definition of Ready) - Scrum events & continu verbeteren +nbsp;+nbsp;+nbsp;- Scrum events: Sprint, Sprint Planning, Daily Scrum, Sprint Review, Sprint Retrospective +nbsp;+nbsp;+nbsp;- Sprint Review: feedback, inspectie/adaptatie en bijstellen van de backlog +nbsp;+nbsp;+nbsp;- Retrospective: continu verbeteren en werken aan een veilige teamomgeving - Praktijk & valkuilen +nbsp;+nbsp;+nbsp;- Praktische valkuilen: 'bijna af' vs Increment, Increment vs release, Ready/Done - Scrum Master rol & verantwoordelijkheid +nbsp;+nbsp;+nbsp;- De rol van de Scrum Master: servant-leader, coach en facilitator +nbsp;+nbsp;+nbsp;- De 8 verkeerd begrepen rollen van een Scrum Master (valkuilen) +nbsp;+nbsp;+nbsp;- Scrum Master als autoriteit, probleemoplosser en coach +nbsp;+nbsp;+nbsp;- De Scrum Master dient de Developers (focus op waarde, DoD, impediments, events) +nbsp;+nbsp;+nbsp;- De Scrum Master dient de Product Owner (backlog, stakeholders, product planning) +nbsp;+nbsp;+nbsp;- De Scrum Master dient de organisatie (Scrum adoptie, coaching, impediments wegnemen) +nbsp;+nbsp;+nbsp;- Verschil tussen projectleider en Scrum Master - Implementatie & adoptie +nbsp;+nbsp;+nbsp;- Scrum framework implementatie: quick-start aanpak en uitrol +nbsp;+nbsp;+nbsp;- Aanpassen aan de organisatiecultuur (adoptie vergroten) - Teams, samenwerking & facilitatie +nbsp;+nbsp;+nbsp;- Cross-functionele & zelforganiserende teams +nbsp;+nbsp;+nbsp;- Teamvorming en samenwerking (Tuckman en Lencioni) +nbsp;+nbsp;+nbsp;- Facilitatietechnieken (o.a. 1-2-4-All, Confidence Vote / Fist-to-Five) +nbsp;+nbsp;+nbsp;- Sterke Sprint Retrospective: veiligheid, variatie in werkvormen, praktische ideeën - Schatten & voortgang meten +nbsp;+nbsp;+nbsp;- Agile estimating: relatief schatten +nbsp;+nbsp;+nbsp;- Story Points en Planning Poker (incl. oefening) +nbsp;+nbsp;+nbsp;- Voortgang monitoren: Burndown, Burnup en Velocity - Flow & Kanban +nbsp;+nbsp;+nbsp;- Kanban: basisprincipes (visualisatie, WIP, flow, continu verbeteren) +nbsp;+nbsp;+nbsp;- Continuous flow vs werken in batches (incl. coin flip game) +nbsp;+nbsp;+nbsp;- Kanban in Agile/Scrum context (balans tussen prioriteiten en capaciteit) - PSM I examen +nbsp;+nbsp;+nbsp;- Voorbereiding op het PSM I examen: onderwerpen, aanpak en examentips

Lesmethode : Klassikaal Algemeen : In deze vierdaagse cursus leer je door middel van een structurele en stapsgewijze aanpak een requirements specificatie (functioneel ontwerp) uit te werken tot een object georiënteerd model (technisch ontwerp). In de analyse fase maak je met UML-diagrammen een object georiënteerd domein model. Dit doe je op basis van de Use Cases die we hebben opgesteld in het functioneel ontwerp. We besteden veel aandacht aan de praktische toepassing van UML. In de design fase zet je dit analyse domein model om in een design model. Het design model geeft weer hoe je het systeem gaat implementeren. Hierbij leer je tal van vuistregels en design patterns voor een beter systeemontwerp. Deze cursus bestaat voor 50% uit theorie en voor 50% uit praktische oefeningen. Doel : Na het volgen van deze cursus kun je flexibele en goed onderhoudbare object georiënteerde systemen ontwerpen. Je kunt zelf een functioneel en technisch ontwerp maken met behulp van een stapsgewijze aanpak op basis van de UML standaard. Doelgroep : Deze cursus is geschikt voor ontwerpers en ontwikkelaars die hun kennis en vaardigheden op het gebied van object georiënteerd ontwerpen willen uitbreiden. Voorkennis : Er is geen voorkennis nodig. Het cursusmateriaal is in het Engels, een goede beheersing van de Engelse taal is vereist. Onderwerpen : - Software ontwikkeling methoden +nbsp;+nbsp;+nbsp;- Waterval +nbsp;+nbsp;+nbsp;- RUP +nbsp;+nbsp;+nbsp;- Fasen +nbsp;+nbsp;+nbsp;- Iteraties +nbsp;+nbsp;+nbsp;- Agile +nbsp;+nbsp;+nbsp;- Agile requirements +nbsp;+nbsp;+nbsp;- Agile modeling - UML +nbsp;+nbsp;+nbsp;- UML diagrammen +nbsp;+nbsp;+nbsp;- Model en views - Requirements met use cases +nbsp;+nbsp;+nbsp;- Use case diagram +nbsp;+nbsp;+nbsp;- Actors +nbsp;+nbsp;+nbsp;- Use cases +nbsp;+nbsp;+nbsp;- Include en extend relaties +nbsp;+nbsp;+nbsp;- Generalisatie +nbsp;+nbsp;+nbsp;- Use case beschrijvingen +nbsp;+nbsp;+nbsp;- Hoofd scenario +nbsp;+nbsp;+nbsp;- Alternatieve scenario's +nbsp;+nbsp;+nbsp;- Use case template +nbsp;+nbsp;+nbsp;- Activity diagram +nbsp;+nbsp;+nbsp;- Parallelle flows +nbsp;+nbsp;+nbsp;- Conditionele flows +nbsp;+nbsp;+nbsp;- Swimlanes +nbsp;+nbsp;+nbsp;- Toestands diagram +nbsp;+nbsp;+nbsp;- Entry, do en exit acties - Object oriëntatie +nbsp;+nbsp;+nbsp;- Object georiënteerd denken +nbsp;+nbsp;+nbsp;- OO principes +nbsp;+nbsp;+nbsp;- CRC cards +nbsp;+nbsp;+nbsp;- CRC workshop +nbsp;+nbsp;+nbsp;- Domein model - Class diagram +nbsp;+nbsp;+nbsp;- Het vinden van de juiste klassen +nbsp;+nbsp;+nbsp;- Attributen en gedrag +nbsp;+nbsp;+nbsp;- Relaties +nbsp;+nbsp;+nbsp;- Mutipliciteit - GRASP patterns +nbsp;+nbsp;+nbsp;- Creator +nbsp;+nbsp;+nbsp;- Information Expert +nbsp;+nbsp;+nbsp;- Low Coupling +nbsp;+nbsp;+nbsp;- Controller +nbsp;+nbsp;+nbsp;- High Cohesion +nbsp;+nbsp;+nbsp;- Polymorphism +nbsp;+nbsp;+nbsp;- Pure Fabrication +nbsp;+nbsp;+nbsp;- Indirection +nbsp;+nbsp;+nbsp;- Law of Demeter (Don¿t talk to strangers) - Sequence diagram +nbsp;+nbsp;+nbsp;- Verantwoordelijkheden van de domein objecten +nbsp;+nbsp;+nbsp;- Boundary objecten - Design principes +nbsp;+nbsp;+nbsp;- Keep it simple +nbsp;+nbsp;+nbsp;- Keep it flexible +nbsp;+nbsp;+nbsp;- Loose coupling +nbsp;+nbsp;+nbsp;- Separation of concern +nbsp;+nbsp;+nbsp;- Information hiding +nbsp;+nbsp;+nbsp;- Principle of modularity +nbsp;+nbsp;+nbsp;- Abstraction - SOLID principes +nbsp;+nbsp;+nbsp;- Single Responsibility Principle (SRP) +nbsp;+nbsp;+nbsp;- Open-Closed Principle (OCP) +nbsp;+nbsp;+nbsp;- Liskov Substitution Principle (LSP) +nbsp;+nbsp;+nbsp;- Interface Segregation Principle (ISP) +nbsp;+nbsp;+nbsp;- Dependency Inversion Principle (DIP) - Architectuur stijlen +nbsp;+nbsp;+nbsp;- Object georiënteerd +nbsp;+nbsp;+nbsp;- Component based +nbsp;+nbsp;+nbsp;- Service georiënteerd +nbsp;+nbsp;+nbsp;- Domain driven design +nbsp;+nbsp;+nbsp;- Client-server +nbsp;+nbsp;+nbsp;- Event bus +nbsp;+nbsp;+nbsp;- Hub and spoke +nbsp;+nbsp;+nbsp;- Layering +nbsp;+nbsp;+nbsp;- Blackboard +nbsp;+nbsp;+nbsp;- Pipe and filter - Object oriented design +nbsp;+nbsp;+nbsp;- Visibility +nbsp;+nbsp;+nbsp;- Relaties +nbsp;+nbsp;+nbsp;- Dependency versus associatie +nbsp;+nbsp;+nbsp;- Associatie klassen +nbsp;+nbsp;+nbsp;- Inheritance +nbsp;+nbsp;+nbsp;- Interface +nbsp;+nbsp;+nbsp;- Abstracte klassen +nbsp;+nbsp;+nbsp;- Polymorphisme +nbsp;+nbsp;+nbsp;- Service objecten +nbsp;+nbsp;+nbsp;- Data access objecten +nbsp;+nbsp;+nbsp;- Service gateway objecten +nbsp;+nbsp;+nbsp;- Value objecten - Component en service oriented design +nbsp;+nbsp;+nbsp;- Component encapsulatie +nbsp;+nbsp;+nbsp;- Autonome services +nbsp;+nbsp;+nbsp;- Encapsulatie van processen - Design patterns +nbsp;+nbsp;+nbsp;- Command +nbsp;+nbsp;+nbsp;- Mediator +nbsp;+nbsp;+nbsp;- Strategy +nbsp;+nbsp;+nbsp;- Observer +nbsp;+nbsp;+nbsp;- Model-view-controller +nbsp;+nbsp;+nbsp;- State +nbsp;+nbsp;+nbsp;- Iterator +nbsp;+nbsp;+nbsp;- Facade +nbsp;+nbsp;+nbsp;- Singleton +nbsp;+nbsp;+nbsp;- Proxy +nbsp;+nbsp;+nbsp;- Visitor +nbsp;+nbsp;+nbsp;- Factory - Refactoring

Lesmethode : Klassikaal Algemeen : In deze cursus van Vijfhart maak je eerst kennis met de objectgeoriënteerde benadering, waarbij we Java gebruiken om de concepten concreet te maken. Daarna stap je over naar UML en leer je hoe je ontwerpen visualiseert met verschillende diagrammen. Alle UML-diagrammen komen aan bod, maar de nadruk ligt op de meest gebruikte in de praktijk: use-case-, activiteit-, klasse- en sequence-diagrammen. De cursus sluit af met een casus waarin je de diverse diagrammen samen toepast. Je leert de belangrijkste OO-concepten begrijpen en toepassen: werken met klassen en instanties, attributen en methoden, encapsulation met public en private, associaties en constructors. Ook onderwerpen als overerving (specialisatie, generalisatie, superklasse en subklasse), visibility, overriding en overloading komen uitgebreid aan bod. Daarnaast verdiep je je in abstracte klassen, polymorfisme, interfaces, static variabelen en methoden, en de mogelijke problemen bij multiple inheritance. Ook ontdek je hoe je design patterns inzet en hoe een objectgeoriënteerd programma gebruik kan maken van databases. De theorie vertaal je direct naar de praktijk met UML. Je leert wat een use-case model is, hoe actoren, stereotypen en flows werken en welk detailniveau een model moet hebben. Verder oefen je met activiteitdiagrammen, klassendiagrammen en toestandsdiagrammen, en leer je hoe je de betekenis van associaties correct weergeeft. Ook user interface-modellering krijgt een plek in het ontwerpproces. In de afsluitende casus breng je alles samen en oefen je met het toepassen van de verschillende diagrammen in een realistisch scenario. Deze cursus gaat altijd door (startgarantie). Doel : Na afloop kun je object-georiënteerde principes concreet modelleren en visualiseren met UML-diagrammen in softwaredesign. Doelgroep : Deze cursus is voor iedereen die object georiënteerd willen ontwerpen en kennis willen maken met de diagrammen van UML. Voorkennis : Er is geen voorkennis nodig. Onderwerpen : - Denken in objecten +nbsp;+nbsp;+nbsp;- Object georiënteerd versus procedureel programmeren +nbsp;+nbsp;+nbsp;- Klassen en instanties +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Attributen en gegevenstypen +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Methoden +nbsp;+nbsp;+nbsp;- Het afschermen van interne structuur +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Private en public +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Getters en setters +nbsp;+nbsp;+nbsp;- De constructor +nbsp;+nbsp;+nbsp;- Associaties - Overerving +nbsp;+nbsp;+nbsp;- Specialisatie en generalisatie +nbsp;+nbsp;+nbsp;- Zichbaarheid +nbsp;+nbsp;+nbsp;- Overriding +nbsp;+nbsp;+nbsp;- Overloading - Polymorfisme en multiple inheritance +nbsp;+nbsp;+nbsp;- Abstracte klassen +nbsp;+nbsp;+nbsp;- Polymorfisme +nbsp;+nbsp;+nbsp;- Multiple inheritance - Object oriëntatie in de praktijk +nbsp;+nbsp;+nbsp;- Correct toepassen van overerving +nbsp;+nbsp;+nbsp;- Compositie +nbsp;+nbsp;+nbsp;- Code delegeren +nbsp;+nbsp;+nbsp;- Toegang tot databases +nbsp;+nbsp;+nbsp;- Design Patterns +nbsp;+nbsp;+nbsp;- Referentie naar zichzelf: this +nbsp;+nbsp;+nbsp;- Klassevariabelen en -methoden - Introductie UML en Use Cases +nbsp;+nbsp;+nbsp;- Introductie in UML +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Hiërarchie van UML diagrammen +nbsp;+nbsp;+nbsp;- Use Case model +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Wat is een Use Case model? +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Inhoud van een Use Case +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Stappenplan +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Wat een Use Case niet is +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Voorbeeld: Specificatie orderadministratie +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Stereotypen +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Flows +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Actoren +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Condities +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Toepassingen van een Use Case model - Processen +nbsp;+nbsp;+nbsp;- Activiteitdiagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Voorbeeld proces: koffiezetten +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Voorbeeld proces: bestelling verwerken +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Volgordediagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Een voorbeeld met een Data Access Object (DAO) +nbsp;+nbsp;+nbsp;- Communicatiediagram +nbsp;+nbsp;+nbsp;- Toepassen volgorde- en communicatiediagram - Klassendiagrammen en toestandsdiagrammen +nbsp;+nbsp;+nbsp;- Klassendiagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Betekenis van associaties +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Multipliciteit +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Afhankelijkheden +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Objectendiagrammen +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Complexe relaties +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Constraints +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Toepassingen van het klassendiagram +nbsp;+nbsp;+nbsp;- Toestandsdiagram - Overige diagrammen +nbsp;+nbsp;+nbsp;- User interface modelleren +nbsp;+nbsp;+nbsp;- Overige diagrammen +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Package diagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Component diagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Gebruiksdiagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Interactie-overzicht diagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Composite structure diagram +nbsp;+nbsp;+nbsp;+nbsp;+nbsp;+nbsp;- Timing diagram +nbsp;+nbsp;+nbsp;- Toepassingen van de diagrammen +nbsp;+nbsp;+nbsp;- Het ontwerpproces in praktijk

Lesmethode : Klassikaal Algemeen : Data centres are at the core of many organisations. Downtime of applications or the data centre itself could lead to major direct and indirect losses to the business. This has led many organisations to build resilience at various levels such as at the data center infrastructure and at the ICT layer. Fact is that most companies are either overspending - or underspending due to the fact that they have no idea what the cost of downtime is per application and/or the data centre itself. Without knowing the cost of downtime it would be impossible to determine what level of investment is justified to mitigate the risks of downtime. For this reason many data centres have been built at a potentially Tier-4 level as per the TIA-942, where, as from a business perspective, a Tier-3 level would have been sufficient. Risk management is the process to identify vulnerabilities and associated threats, to be followed by estimating the level of risk that they may face and how they might impact the organization if these risks were to emerge. Based on international standards (ISO/IEC27001:2005) and guidelines (ISO/IEC 27005:2011, NIST 800-30, ISO/IEC 31000/31010), this course is designed to teach you about to the overall risk management process. Focus of this course is on both the data centre infrastructure and the physical data centre facility and equipment. You will learn how to identify and quantify risks in your organisation, creating the ability to reduce the risk to a level acceptable for the organization to allow them to make sound investment decisions based on facts rather than emotions. CDRP is a must for every organisation that wants to manage their risk without overspending. Certification After completing the course, you will be prepared for the internationally recognised EPI exam. The certificate is valid for three years. Exam at the training location As standard, you will take the exam at the training location on the final course day. The exam is delivered digitally via EXIN Online. You must bring your own laptop with a working browser and internet connection. The trainer will act as the exam supervisor. Online exam at a later time If you attend the course online via Microsoft Teams, are unable to be physically present on the final course day, or there is insufficient time to take the exam during the course, you will receive an EXIN Anywhere voucher. This allows you to take the exam online at a time of your choice. Doel : #Understand the different standards and methodologies for risk management and assessment #Establish the required project team for risk management #Perform the risk assessment identifying current threats, vulnerabilities and the potential impact based on customized threat catalogues #Report on the current risk level of the data centre both quantitative and qualitative #Anticipate and minimizing potential financial impacts #Understand the options for handling risk #Continuously monitor and review the status of data center risk present #Reduce the frequency and magnitude of incidents #Detect and respond to events when they occur #Meet regulatory and compliance requirements #Support certification processes such as ISO/IEC 27001:2005 #Support overall corporate and IT governance Doelgroep : The primary audience for this course is an IT, Facilities or data centre Operations professional working in and around the data centre (representing both end-customers and/or service provider/facilitators) and having responsibility to achieve and improve high availability and manageability of the data centre. Some examples are (but not limited to): Data Centre Managers, Operations / Floor / Facility Managers, IT Managers, Information Security Managers, Security professionals, Auditors / Risk Managers / Professionals responsible for IT/corporate governance. Voorkennis : While there are no specific requirements for this course, participants with at least three years of actual experience in data centre and/or IT infrastructures is recommended. Onderwerpen : - Introduction to Risk Management - Data Centre Risk and Impact - Cost factors in downtime - Standards, Guidelines and Methodologies - Risk Management Definitions - Risk Treatment - Risk Monitoring and Review - Risk scenarios

Lesmethode : Klassikaal Algemeen : The CDCP course at Vijfhart is an intensive data center training that gives you all the essential knowledge to design, manage, and optimize data centers. Over two days, you gain a complete overview of infrastructure and processes, with a strong focus on practical application and preparation for the official CDCP exam. The course was developed by EPI, the global authority on data center services such as audits, certifications, and consulting. In the Netherlands, EPI courses are exclusively available via Vijfhart. During the course, you explore the key aspects of data center infrastructure. You learn how to distinguish different types of data centers and assess their impact on business continuity. The training also covers international standards and compliance requirements, site selection criteria, construction guidelines, and supporting facilities for building a resilient data center. Topics include power distribution and redundancy, UPS systems, microgrids, transformers, and batteries. You discover how to apply load management and grounding, and how raised floors and suspended ceilings contribute to optimal airflow and cooling. Lighting and emergency lighting are discussed not only in terms of safety but also energy efficiency. You get to know EMF sources and shielding techniques, fire protection systems, and access control. The course also explores AI-driven cooling, liquid cooling, containment, and Seasonal Thermal Energy Storage (STER). For network and cabling design, you work with redundancy solutions and TIA-942 topologies. Monitoring is another key topic, including BMS, DCIM, EMS, water leak detection, and alarm panels, tools that help you detect and resolve issues early. Through practical case studies, you apply these concepts in realistic scenarios: designing redundant power systems, optimizing airflow with raised floors, implementing fire suppression systems, or securing physical access. The course equips you with the skills to manage existing data center environments effectively and to anticipate future technological developments. Certification After completing the course, you will be prepared for the internationally recognised EPI exam. The certificate is valid for three years. Exam at the training location As standard, you will take the exam at the training location on the final course day. The exam is delivered digitally via EXIN Online. You must bring your own laptop with a working browser and internet connection. The trainer will act as the exam supervisor. Online exam at a later time If you attend the course online via Microsoft Teams, are unable to be physically present on the final course day, or there is insufficient time to take the exam during the course, you will receive an EXIN Anywhere voucher. This allows you to take the exam online at a time of your choice. This course is guaranteed to run. Doel : After completing the course, you will be able to design, manage, and optimize data centers in line with international standards. Upon successfully passing the exam, you earn the CDCP certification. Doelgroep : This course is designed for anyone working in or around data centers who is responsible for maintaining and improving their availability and manageability. That includes data center specialists, facility managers, system and network administrators, infrastructure architects, project managers, and technical consultants. Voorkennis : There is no prior knowledge required. Onderwerpen : - The mission critical site +nbsp;+nbsp;+nbsp;- Business organization +nbsp;+nbsp;+nbsp;- Types of data centres +nbsp;+nbsp;+nbsp;- Importance of a data centre +nbsp;+nbsp;+nbsp;- Elements of data centre +nbsp;+nbsp;+nbsp;- Causes of unavailability - Data centre standards +nbsp;+nbsp;+nbsp;- Standards and guidelines +nbsp;+nbsp;+nbsp;- Standards for sub-components +nbsp;+nbsp;+nbsp;- International vs. national standards - Data centre location, building and construction +nbsp;+nbsp;+nbsp;- Criteria for selecting site location the data centre location +nbsp;+nbsp;+nbsp;- Criteria for facility +nbsp;+nbsp;+nbsp;- Supporting facilities and function - Raised access flooring and suspended ceiling +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Types of raised floors +nbsp;+nbsp;+nbsp;- Loading factors +nbsp;+nbsp;+nbsp;- General guidelines +nbsp;+nbsp;+nbsp;- Grounding +nbsp;+nbsp;+nbsp;- Ramp and landing platform +nbsp;+nbsp;+nbsp;- Suspended ceiling +nbsp;+nbsp;+nbsp;- Raised floor and suspended ceiling impact on cooling - Light +nbsp;+nbsp;+nbsp;- Measurements of light +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Connecting and positioning of light fixtures +nbsp;+nbsp;+nbsp;- Emergency light +nbsp;+nbsp;+nbsp;- Types of emergency light - Power infrastructure +nbsp;+nbsp;+nbsp;- Sustainability +nbsp;+nbsp;+nbsp;- Microgrid +nbsp;+nbsp;+nbsp;- Transformers +nbsp;+nbsp;+nbsp;- Generators +nbsp;+nbsp;+nbsp;- Automatic Transfer Switch (ATS) and Static Transfer Switch (STS) +nbsp;+nbsp;+nbsp;- Power redundancy levels and techniques +nbsp;+nbsp;+nbsp;- Power distribution / Busbar trunking +nbsp;+nbsp;+nbsp;- Single phase and three phase power +nbsp;+nbsp;+nbsp;- Grounding and bonding +nbsp;+nbsp;+nbsp;- Isolation transformer +nbsp;+nbsp;+nbsp;- PDU form factors +nbsp;+nbsp;+nbsp;- Ingress Protection (IP) grades +nbsp;+nbsp;+nbsp;- Power quality parameters +nbsp;+nbsp;+nbsp;- Power sizing +nbsp;+nbsp;+nbsp;- High Performance Computing +nbsp;+nbsp;+nbsp;- UPS systems +nbsp;+nbsp;+nbsp;- UPS parallel configurations +nbsp;+nbsp;+nbsp;- Batteries +nbsp;+nbsp;+nbsp;- Battery Energy Storage System (BESS) +nbsp;+nbsp;+nbsp;- Thermographic scanning - Electro Magnetic Fields (EMF) +nbsp;+nbsp;+nbsp;- Types of EMF +nbsp;+nbsp;+nbsp;- Units of measurements +nbsp;+nbsp;+nbsp;- Standards and best practices +nbsp;+nbsp;+nbsp;- Sources of EMF +nbsp;+nbsp;+nbsp;- Shielding - Equipment racks +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Dimensions +nbsp;+nbsp;+nbsp;- Types of racks +nbsp;+nbsp;+nbsp;- Security +nbsp;+nbsp;+nbsp;- Power strips / rails - Cooling Infrastructure +nbsp;+nbsp;+nbsp;- Cooling principles +nbsp;+nbsp;+nbsp;- Temperature and humidity +nbsp;+nbsp;+nbsp;- Types of cooling systems +nbsp;+nbsp;+nbsp;- Raised floor cooling +nbsp;+nbsp;+nbsp;- Non-raised floor cooling +nbsp;+nbsp;+nbsp;- Supplemental cooling +nbsp;+nbsp;+nbsp;- Containment +nbsp;+nbsp;+nbsp;- Liquid cooling +nbsp;+nbsp;+nbsp;- Seasonal Thermal Energy Storage (STER) - Water supply +nbsp;+nbsp;+nbsp;- Importance of water +nbsp;+nbsp;+nbsp;- Backup water supply - Designing a scalable network infrastructure +nbsp;+nbsp;+nbsp;- Importance network cabling infrastructure +nbsp;+nbsp;+nbsp;- Planning considerations +nbsp;+nbsp;+nbsp;- Copper cabling +nbsp;+nbsp;+nbsp;- Fibre cabling +nbsp;+nbsp;+nbsp;- TIA-942 cabling system topology +nbsp;+nbsp;+nbsp;- Testing and verification of cabling system +nbsp;+nbsp;+nbsp;- Redundancy +nbsp;+nbsp;+nbsp;- Site-to-site connectivity - Fire protection +nbsp;+nbsp;+nbsp;- Common causes of fire +nbsp;+nbsp;+nbsp;- Requirements for fire suppression systems +nbsp;+nbsp;+nbsp;- Standards +nbsp;+nbsp;+nbsp;- Fire detection systems +nbsp;+nbsp;+nbsp;- Water based fire suppression systems +nbsp;+nbsp;+nbsp;- Gas-based fire suppression systems +nbsp;+nbsp;+nbsp;- Classes of fire +nbsp;+nbsp;+nbsp;- Best practices +nbsp;+nbsp;+nbsp;- Handheld fire extinguishers +nbsp;+nbsp;+nbsp;- Requirements for signage and safety +nbsp;+nbsp;+nbsp;- Regulatory requirements - Physical security and safety +nbsp;+nbsp;+nbsp;- Components for physical security +nbsp;+nbsp;+nbsp;- Components for physical safety - Auxiliary Systems +nbsp;+nbsp;+nbsp;- Monitoring challenges +nbsp;+nbsp;+nbsp;- Monitoring requirements +nbsp;+nbsp;+nbsp;- Environmental Monitoring System (EMS) +nbsp;+nbsp;+nbsp;- Building Management System (BMS) +nbsp;+nbsp;+nbsp;- Data Centre Infrastructure Management (DCIM) +nbsp;+nbsp;+nbsp;- Water leak detection +nbsp;+nbsp;+nbsp;- Alarm panels +nbsp;+nbsp;+nbsp;- Notification +nbsp;+nbsp;+nbsp;- Best practices

Lesmethode : Klassikaal Algemeen : During the three-day Certified Data Center Specialist (CDCS®) course at Vijfhart, you will deepen your technical understanding of modern data centers. You’ll learn how to evaluate, optimize, and prepare a data center for future growth. This course is developed in collaboration with EPI, the global standard for data center services. By the end of the course, you will understand the complex relationships between infrastructure, safety, and reliability-and know how to apply this knowledge to ensure business continuity. You will explore topics such as power supply, cooling, cabling, and (fire) safety in greater depth. In addition, you’ll learn about the data center design life cycle and how to assess and improve each phase effectively. You will gain insight into Tier levels for both design and maintenance, learn how to discuss detailed requirements with suppliers and vendors, read a Single Line Electrical Diagram, and ensure compliance with electromagnetic field standards and interference prevention. You will be taught by experienced instructors from the field who work daily with data center design and infrastructure. They share their knowledge, real-world examples, and best practices-so you not only understand how things work in theory but also how to apply them in realistic professional situations. Certification After completing the course, you will be prepared for the internationally recognised EPI exam. The certificate is valid for three years. Exam at the training location As standard, you will take the exam at the training location on the final course day. The exam is delivered digitally via EXIN Online. You must bring your own laptop with a working browser and internet connection. The trainer will act as the exam supervisor. Online exam at a later time If you attend the course online via Microsoft Teams, are unable to be physically present on the final course day, or there is insufficient time to take the exam during the course, you will receive an EXIN Anywhere voucher. This allows you to take the exam online at a time of your choice. Doel : After completing this course, you will be able to technically assess data center designs, implement improvements, and ensure maximum reliability and safety. You will earn the globally recognized Certified Data Center Specialist (CDCS®) certificate, which is valid for three years. Doelgroep : This course is intended for IT and facility professionals, data center administrators, designers, and consultants who are responsible for designing, managing, or optimizing data center environments. Voorkennis : The following prior knowledge is required: you have completed the Certified Data Center Professional - CDCP® (exam incl.) (English) course and successfully passed the corresponding CDCP exam and you hold a valid CDCP® certificate. Onderwerpen : - Datacenter Design / Life Cycle Overview +nbsp;+nbsp;+nbsp;- Overview of the phases of a Datacenter life cycle +nbsp;+nbsp;+nbsp;- Planning, re-alignment and continuous improvement - Tier Levels +nbsp;+nbsp;+nbsp;- History of 'tier level' definitions +nbsp;+nbsp;+nbsp;- Tier level definitions, categories and measure points +nbsp;+nbsp;+nbsp;- Redundancy options +nbsp;+nbsp;+nbsp;- Tiered Infrastructure Maintenance Standards (TIMS) - Overwegingen en standaarden met betrekking tot gebouwen +nbsp;+nbsp;+nbsp;- Floor loading requirements +nbsp;+nbsp;+nbsp;- Fire rating for walls and glass +nbsp;+nbsp;+nbsp;- Blast protection +nbsp;+nbsp;+nbsp;- Bullet proofing +nbsp;+nbsp;+nbsp;- Forced entry protection - Verhoogde vloeren en verlaagde plafonds (advanced) +nbsp;+nbsp;+nbsp;- Raised floor installation guidelines to ensure contractors +nbsp;+nbsp;+nbsp;- install a proper closed and levelled raised access floor +nbsp;+nbsp;+nbsp;- Choosing the right tiles and their locations +nbsp;+nbsp;+nbsp;- Seismic mitigating floor constructions +nbsp;+nbsp;+nbsp;- Choosing the correct suspended ceiling - Geavanceerde stroomvoorziening +nbsp;+nbsp;+nbsp;- Formulas which you should know for the Datacenter +nbsp;+nbsp;+nbsp;- Single Line Electrical diagrams; how to read to ensure key components are present for protection +nbsp;+nbsp;+nbsp;- Over current protection devices (MCB/MCCB/VCB/ACB/Fuses) definitions and what to use where +nbsp;+nbsp;+nbsp;- Earth Leakage devices (RCB/RCD/ELCB/GFCI/ALCI/RCBO), definitions and what to use where +nbsp;+nbsp;+nbsp;- Lightning strikes and surge protection devices (TVSS/SPD), how they operate, where to use and how to install +nbsp;+nbsp;+nbsp;- Power cabling and cable run considerations +nbsp;+nbsp;+nbsp;- PDU/DB setup and minimum requirements +nbsp;+nbsp;+nbsp;- Generator component make up +nbsp;+nbsp;+nbsp;- Choosing the required device +nbsp;+nbsp;+nbsp;- Calculate required fuel storage tank capacity +nbsp;+nbsp;+nbsp;- Paralleling of gen-sets +nbsp;+nbsp;+nbsp;- Regulatory requirements +nbsp;+nbsp;+nbsp;- Required specifications for UPS systems +nbsp;+nbsp;+nbsp;- How to read data sheets and select the correct UPS +nbsp;+nbsp;+nbsp;- Requirements for parallel configurations and avoid pitfalls such as single point of failures +nbsp;+nbsp;+nbsp;- How parallel installation should be done, classic mistakes made by installers and how to avoid these +nbsp;+nbsp;+nbsp;- Harmonic Filters +nbsp;+nbsp;+nbsp;- Type of filters available and which one to select depending on the application +nbsp;+nbsp;+nbsp;- Designing battery banks, how to calculate, and double check the battery bank to be installed +nbsp;+nbsp;+nbsp;- Battery charging pitfalls and ensuring the right charger is being installed and used +nbsp;+nbsp;+nbsp;- Using parallel battery banks; how to properly install them, limitations and risk when using batteries in parallel +nbsp;+nbsp;+nbsp;- How to test batteries correctly and make decisions on cell/block or string replacement +nbsp;+nbsp;+nbsp;- Battery casing choices; ABS, V0, V1, V2 +nbsp;+nbsp;+nbsp;- Alternative energy storage; flywheel, re-useable cell etc. - Electromagnetische velden (advanced) +nbsp;+nbsp;+nbsp;- Differences between single, three phase and bus-bar EMF +nbsp;+nbsp;+nbsp;- Options available to measure EMF and how to interpret the results from single axe and composite measurements +nbsp;+nbsp;+nbsp;- Guidance on safe distance for equipment and human +nbsp;+nbsp;+nbsp;- Calculation of EMF attenuation factor for shielding material permeability and saturation factors - Geavanceerde koeling +nbsp;+nbsp;+nbsp;- Environmental class definitions and thermal specifications +nbsp;+nbsp;+nbsp;- Equipment airflow and Delta-T definitions and limits +nbsp;+nbsp;+nbsp;- Planning for floor, rack and cooling equipment +nbsp;+nbsp;+nbsp;- CFM requirement calculations and conversions +nbsp;+nbsp;+nbsp;- Air-conditioner specifications and how to select the correct air-conditioner with the required capacity and flow +nbsp;+nbsp;+nbsp;- Techniques for optimization of air flow +nbsp;+nbsp;+nbsp;- Redundancy guidelines for air-conditioners avoiding classic misconceptions +nbsp;+nbsp;+nbsp;- Liquid cooling guidelines for Datacenters - Geavanceerde brandbeveiliging +nbsp;+nbsp;+nbsp;- Fire triangle and elements to stop a fire +nbsp;+nbsp;+nbsp;- Detection systems in detail (VESDA, VIEW, Smoke sensors) +nbsp;+nbsp;+nbsp;- Considerations for installation of sensors +nbsp;+nbsp;+nbsp;- Difference in water based systems i.e. dry-pipe, pre-action and why most of them don't work and how to detect this +nbsp;+nbsp;+nbsp;- Details on Inert, Halocarbon, fluorinated systems

Lesmethode : Klassikaal Algemeen : Participants must hold a valid CDCS certificate in order to register for the CDCE class. With few exceptions, enterprises today rely on IT for the delivery of business-critical services - often directly to the end consumer. It is therefore vital that the mission critical data center is designed, maintained and operated with hi-availability and efficiency in mind. Fact is, however, that most Datacenters do not meet the full availability, capacity, safety or efficiency requirements often demanded. The ever changing technologies put even more pressure on datacenter managers along with the faster pace at which these changes are required. The Certified Datacenter Expert course is a five-day course designed to prepare participants to analyze a given business case and perform technical evaluation for a project plan and a set of designs for implementation of a mission critical Data Center. The course also engages participants in product evaluations and demonstrates how to select equipment and develop equipment test scripts (IET) and integrated performance and validation testing (IPVT). CDCE builds upon knowledge gained in CDCP and CDCS courses. Participants who pass the exam will join the industry's elite Datacenter project design experts Certification After completing the course, you will be prepared for the internationally recognised EPI exam. The certificate is valid for three years. Exam at the training location As standard, you will take the exam at the training location on the final course day. The exam is delivered digitally via EXIN Online. You must bring your own laptop with a working browser and internet connection. The trainer will act as the exam supervisor. Online exam at a later time If you attend the course online via Microsoft Teams, are unable to be physically present on the final course day, or there is insufficient time to take the exam during the course, you will receive an EXIN Anywhere voucher. This allows you to take the exam online at a time of your choice. Doel : Choose an optimum site for mission critical Data Centers based on current and future needs Describe all components important for hi-availability in a Data Center and how to effectively setup the Data Center Understand the design lifecycle stages for Datacenter build projects and the phases involved in project execution Analyze a business case and develop a project brief that is aimed at fullling the business resilience, site selection and design requirements for a t-for-purpose and suitably redundant mission critical Datacenter Conduct technical level design reviews for a given set of preliminary design documents and perform a technical compliance audit of a set of final design development documents compliant to TIA standards Understand how to read electrical Single Line Diagrams (SLE) and other related design documents, and be able to detect the most common design mistakes Evaluate product datasheets and discriminate among technical specications and functional requirements for suitability against a set of given design requirements for a given site and business case Correlate equipment specications to site design constraints, such as room size and space, oor loading capacity, cooling capacity, power quality conditions and maintenance requirements while ensuring equipment selection does not compromise desired tier level compliance Develop Individual Equipment Test (IET) and Integrated Performance and Validation Test (IPVT) plans for a mission critical Datacenter Develop guidelines and checklists for hand-over of a mission critical Datacenter facility, its architectural, mechanical, electrical, IT elements and documentation Develop retirement plans for decommissioning and hand-over of an aged mission critical Data Centre facility. Doelgroep : The primary audience for this course is an IT, facilities or Datacenter Operations professional working in and around the data centre and having oversight accountability or responsibility for achieving and improving high availability and manageability of the Datacenter and involved in the design/build, renovation or relocation of a mission critical Datacenter. Voorkennis : Participants must hold a valid CDCS® certificate in order to register for the CDCE® class. Onderwerpen : - Module 1 The datacenter Lifecycle +nbsp;+nbsp;+nbsp;- The datacenter lifecycle stages & phases - Module 2 The datacenter Project +nbsp;+nbsp;+nbsp;- Delivery options & methods +nbsp;+nbsp;+nbsp;- The team structure & team members +nbsp;+nbsp;+nbsp;- Team roles & responsibilities +nbsp;+nbsp;+nbsp;- Feasibility & business impact analysis - Module 3 Developing The datacenter Design Brief +nbsp;+nbsp;+nbsp;- Business case assessment +nbsp;+nbsp;+nbsp;- Site selection assessment +nbsp;+nbsp;+nbsp;- Redundancy & resilience assessment +nbsp;+nbsp;+nbsp;- Risk & disaster recovery assessment +nbsp;+nbsp;+nbsp;- Design brief development +nbsp;+nbsp;+nbsp;- Hands-On Exercise: Develop project design brief & group presentation - Module 4 Preliminary Design Review +nbsp;+nbsp;+nbsp;- Building layout & construction +nbsp;+nbsp;+nbsp;- Room/space allocations & collocation +nbsp;+nbsp;+nbsp;- Electrical & power distribution review +nbsp;+nbsp;+nbsp;- Mechanical ventilation & plumbing +nbsp;+nbsp;+nbsp;- Architectural aspects (slab-to-slab, raised floor, fl oor loading, ceiling, lifts) +nbsp;+nbsp;+nbsp;- Cooling infrastructure: design & air ow dynamics +nbsp;+nbsp;+nbsp;- Computer room & rack/equipment layout +nbsp;+nbsp;+nbsp;- Structured cabling review +nbsp;+nbsp;+nbsp;- WLD & re suppression review +nbsp;+nbsp;+nbsp;- EMS/BMS & CCTV review +nbsp;+nbsp;+nbsp;- Environmental management: temperature & humidity, room & equipment monitoring +nbsp;+nbsp;+nbsp;- Security & safety review: physical/logical +nbsp;+nbsp;+nbsp;- Hands-On Exercise: Evaluation of design drawings & group presentation - Module 5 Final Design Assessment - Validation +nbsp;+nbsp;+nbsp;- Consolidated drawings validation +nbsp;+nbsp;+nbsp;- Tier compliance validation +nbsp;+nbsp;+nbsp;- Design freeze validation +nbsp;+nbsp;+nbsp;- Criteria for equipment selection / tendering & acquisition +nbsp;+nbsp;+nbsp;- Hands-On Exercise: Validation of nal design documents & group presentation - Module 6 Product Evaluation - Equipment Selection +nbsp;+nbsp;+nbsp;- Equipment data sheets review +nbsp;+nbsp;+nbsp;- Technical & functional speci cations +nbsp;+nbsp;+nbsp;- Standards & tier level compliance +nbsp;+nbsp;+nbsp;- Maintainability & serviceability +nbsp;+nbsp;+nbsp;- Spares availability & repair-ability +nbsp;+nbsp;+nbsp;- Product & service warranty & EOL +nbsp;+nbsp;+nbsp;- Final selection / acquisition decisions +nbsp;+nbsp;+nbsp;- Hands-On Exercise: Develop fi nal equipment selection list - Module 7 Individual Equipment Testing (IET) +nbsp;+nbsp;+nbsp;- Tools selection +nbsp;+nbsp;+nbsp;- IET plan development +nbsp;+nbsp;+nbsp;- IET script development +nbsp;+nbsp;+nbsp;- Hands-On Exercise: develop checklist, test plans & test scripts - Module 8 Integrated Performance & Validation Testing (IPVT) +nbsp;+nbsp;+nbsp;- Tools required +nbsp;+nbsp;+nbsp;- IPVT plan development +nbsp;+nbsp;+nbsp;- IPVT script development +nbsp;+nbsp;+nbsp;- Hands-On Exercise: develop checklist, test plans & test scripts - Module 9 Data Centre Handover +nbsp;+nbsp;+nbsp;- Facility (building & premises) +nbsp;+nbsp;+nbsp;- Mechanical/electrical/ACMV/ re & security +nbsp;+nbsp;+nbsp;- Facility management & DC operations training +nbsp;+nbsp;+nbsp;- Documentation (drawings, manuals, etc) +nbsp;+nbsp;+nbsp;- Maintenance & operations procedures +nbsp;+nbsp;+nbsp;- Documentation requirements & assembly review (AS-BUILT) +nbsp;+nbsp;+nbsp;- Key sign-o s & hand-over certi cation +nbsp;+nbsp;+nbsp;- Hands-On Exercise: Develop hand-over plan & handover checklist - Module 10 Retirement +nbsp;+nbsp;+nbsp;- Decommissioning / re-purposing +nbsp;+nbsp;+nbsp;- Demolition & site clearance +nbsp;+nbsp;+nbsp;- Disposal of dangerous goods & hazardous substances & waste +nbsp;+nbsp;+nbsp;- Hand-over/hand-o & sign-o +nbsp;+nbsp;+nbsp;- Hands-On Exercise: Develop decommissioning plan & checklist - Exam Module +nbsp;+nbsp;+nbsp;- Q & A review & exam preparation +nbsp;+nbsp;+nbsp;- Self study period (time permitted) +nbsp;+nbsp;+nbsp;- CDCE certi cation exams - EXAM: Certi ed Data Centre Expert