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CompTIA Network+ training

CompTIA Network+ training

5 days Classroom Nederlands

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Description

This training can also be attended Live Online if desired. You will follow the training live from a distance with our own instructor, can participate in all labs, and ask questions whenever you want. Basically just like a classroom training but from your own location. If the Live Online training does not meet your expectations, you may attend it again in person at a later date free of charge.

CompTIA's Network+ training is the designated training for anyone who wants to gain good fundamental knowledge in the field of IT networks. You will learn the key network concepts of physical, wireless, IoT, virtual, and Cloud-based networks including port numbers, protocols, and the layers of the OSI model, for example. After the training, you will be fully familiar with topics such as addressing, routing, subnetting, DNS, and DHCP.

Both the physical and virtual network infrastructure itself (think of cabling, routers, switches, proxy servers, load balancers, Hypervisors, NAS) and the operational work on the network are extensively covered in Network+. This includes network management as well as network security and troubleshooting.

After the training, you will have a complete picture of all the tasks you need to perform in an organization in the field of networking. Further hands-on experience is provided in the more specialized Cisco trainings.

Working method

This training is classroom-based but can also be attended Live Online if desired. You follow the training live from a distance with our own instructor, can participate in all labs, and ask questions whenever you want. Basically, just like a classroom training but from your own location. If the Live Online training did not meet your expectations, you may attend it again in person at a later time free of charge.

Certification

This training prepares you for the CompTIA Network+ exam (N10-007) with practical performance-based questions that can help you obtain the corresponding certification. If desired, you can take this exam directly after the training on the last training day with us.

Training Requirements

  • (Junior) netwerkbeheerders - leren hoe ze netwerken opzetten, configureren en beheren met routing, switching en IP-adressering.
  • IT support / servicedeskmedewerkers - leren netwerkproblemen herkennen, analyseren en oplossen met basis netwerk- en troubleshootingkennis.
  • System administrators - leren hoe netwerkcomponenten, cloud- en virtualisatieconcepten samenhangen in beheeromgevingen.
  • Field engineers / installatie- en supporttechnici - leren hoe ze fysieke netwerkcomponenten correct installeren en storingen op locatie oplossen.
  • Security starters (bijv. SOC-analisten in opleiding) - leren netwerkverkeer en basisnetwerkbeveiliging begrijpen als fundament voor security monitoring.
  • IT-starters en career switchers - leren de basisprincipes van netwerken zodat ze kunnen doorgroeien richting IT-support, networking of security.

Training Content

OSI-model lagen: fysieke laag, datalinklaag, netwerklaag, transportlaag, sessielaag, presentatielaag en applicatielaag.

Netwerkapparatuur: routers, switches, firewalls, IDS/IPS, load balancers, proxies, NAS, SAN en draadloze apparaten.

Cloudconcepten: NFV, VPC, netwerkbeveiligingsgroepen, cloud gateways, implementatiemodellen (public, private, hybrid) en servicemodellen (SaaS, IaaS, PaaS).

Poorten en protocollen: FTP, SFTP, SSH, Telnet, SMTP, DNS, DHCP, HTTP, HTTPS, SNMP, LDAP, RDP en SIP. Verkeerstypen: unicast, multicast, anycast en broadcast.

Transmissiemedia: draadloos (802.11, cellular, satelliet) en bekabeld (fiber, coaxiaal, DAC). Transceivers en connectoren: SC, LC, ST, MPO, RJ11, RJ45, F-type en BNC.

Netwerktopologieën: mesh, hybrid, star/hub-and-spoke, spine-and-leaf, point-to-point, three-tier en collapsed core.

IPv4-adressering: publieke vs. private adressen, APIPA, RFC1918, loopback, subnetting (VLSM, CIDR) en adresklassen (A, B, C, D, E).

Routingtechnologieën: statische en dynamische routing (BGP, EIGRP, OSPF), routekeuze, NAT, PAT, FHRP, VIP en subinterfaces.

Switchingtechnologieën: VLANs, interfaceconfiguratie, spanning tree, MTU en jumbo frames.

Draadloze apparaten: kanalen, frequenties, SSID, netwerktype, encryptie, gastnetwerken, authenticatie, antennes en access points.

Fysieke installaties: installatie-implicaties, stroomvoorziening en omgevingsfactoren.

Documentatie: fysieke en logische diagrammen, rackdiagrammen, kabelschema’s, netwerkschema’s, asset-inventaris, IPAM, SLA en wireless surveys.

Lifecyclemanagement: EOL (end-of-life), EOS (end-of-support), softwarebeheer en uitfasering.

Change management: proces voor wijzigingsverzoeken en tracking.

Configuratiemanagement: productieconfiguraties, back-ups en baseline-configuraties.

Netwerkmonitoring: SNMP, flow data, packet capture, baseline-metrics, logaggregatie, API-integratie en port mirroring.

Disaster recovery: RPO, RTO, MTTR, MTBF, cold/warm/hot sites, active-active/passive en testen.

Netwerkdiensten: DHCP, SLAAC, DNS, NTP, PTP en NTS.

Toegang en beheer: VPN’s, SSH, GUI, API en console.

Logische beveiliging: encryptie (data in transit en at rest), PKI, IAM, MFA, SSO, RADIUS, LDAP, SAML, TACACS+, tijdgebaseerde authenticatie, autorisatie, least privilege, role-based access control en geofencing. Fysieke beveiliging: camera’s en sloten.

Deceptietechnologieën: honeypot en honeynet.

Beveiligingsterminologie: risico, kwetsbaarheid, exploit, dreiging en CIA-triad.

Audits en compliance: datalokalisatie, PCI DSS en GDPR.

Netwerksegmentatie: IoT, IIoT, SCADA, ICS, OT, guest en BYOD.

Soorten aanvallen: DoS/DDoS, VLAN hopping, MAC flooding, ARP poisoning/spoofing, DNS poisoning/spoofing, rogue devices/services, evil twin, on-path attacks en social engineering (phishing, dumpster diving, shoulder surfing, tailgating).

Beveiligingsmaatregelen en defensie: hardening van apparaten, NAC, key management, ACL’s, URL/content filtering, trusted vs. untrusted zones en screened subnet.

Troubleshootingmethodiek: het probleem identificeren, een hypothese opstellen, testen, een oplossing plannen en implementeren, functionaliteit verifiëren en bevindingen documenteren.

Kabel- en fysieke interfaceproblemen: kabelproblemen (verkeerd type, signaalverlies, verkeerde terminatie, verwisselde TX/RX), interfaceproblemen (stijgende counters, poortstatus) en hardwareproblemen (PoE, transceiver-mismatch, signaalsterkte).

Problemen met netwerkdiensten: switchingproblemen (STP, VLAN-toewijzing, ACL’s), routingproblemen (routing tables en default routes), uitgeputte IP-adrespools en onjuiste gateway/IP/subnetmaskers.

Prestatieproblemen: congestie, latency, packet loss en draadloze interferentie.

Tools en protocollen: protocol analyzers, command-line tools, kabeltesters en Wi-Fi analyzers.

Description

This training can also be attended Live Online if desired. You will follow the training live from a distance with our own instructor, can participate in all labs, and ask questions whenever you want. Basically just like a classroom training but from your own location. If the Live Online training does not meet your expectations, you may attend it again in person at a later date free of charge.

CompTIA's Network+ training is the designated training for anyone who wants to gain good fundamental knowledge in the field of IT networks. You will learn the key network concepts of physical, wireless, IoT, virtual, and Cloud-based networks including port numbers, protocols, and the layers of the OSI model, for example. After the training, you will be fully familiar with topics such as addressing, routing, subnetting, DNS, and DHCP.

Both the physical and virtual network infrastructure itself (think of cabling, routers, switches, proxy servers, load balancers, Hypervisors, NAS) and the operational work on the network are extensively covered in Network+. This includes network management as well as network security and troubleshooting.

After the training, you will have a complete picture of all the tasks you need to perform in an organization in the field of networking. Further hands-on experience is provided in the more specialized Cisco trainings.

Working method

This training is classroom-based but can also be attended Live Online if desired. You follow the training live from a distance with our own instructor, can participate in all labs, and ask questions whenever you want. Basically, just like a classroom training but from your own location. If the Live Online training did not meet your expectations, you may attend it again in person at a later time free of charge.

Certification

This training prepares you for the CompTIA Network+ exam (N10-007) with practical performance-based questions that can help you obtain the corresponding certification. If desired, you can take this exam directly after the training on the last training day with us.

Training Requirements

  • (Junior) netwerkbeheerders - leren hoe ze netwerken opzetten, configureren en beheren met routing, switching en IP-adressering.
  • IT support / servicedeskmedewerkers - leren netwerkproblemen herkennen, analyseren en oplossen met basis netwerk- en troubleshootingkennis.
  • System administrators - leren hoe netwerkcomponenten, cloud- en virtualisatieconcepten samenhangen in beheeromgevingen.
  • Field engineers / installatie- en supporttechnici - leren hoe ze fysieke netwerkcomponenten correct installeren en storingen op locatie oplossen.
  • Security starters (bijv. SOC-analisten in opleiding) - leren netwerkverkeer en basisnetwerkbeveiliging begrijpen als fundament voor security monitoring.
  • IT-starters en career switchers - leren de basisprincipes van netwerken zodat ze kunnen doorgroeien richting IT-support, networking of security.

Training Content

OSI-model lagen: fysieke laag, datalinklaag, netwerklaag, transportlaag, sessielaag, presentatielaag en applicatielaag.

Netwerkapparatuur: routers, switches, firewalls, IDS/IPS, load balancers, proxies, NAS, SAN en draadloze apparaten.

Cloudconcepten: NFV, VPC, netwerkbeveiligingsgroepen, cloud gateways, implementatiemodellen (public, private, hybrid) en servicemodellen (SaaS, IaaS, PaaS).

Poorten en protocollen: FTP, SFTP, SSH, Telnet, SMTP, DNS, DHCP, HTTP, HTTPS, SNMP, LDAP, RDP en SIP. Verkeerstypen: unicast, multicast, anycast en broadcast.

Transmissiemedia: draadloos (802.11, cellular, satelliet) en bekabeld (fiber, coaxiaal, DAC). Transceivers en connectoren: SC, LC, ST, MPO, RJ11, RJ45, F-type en BNC.

Netwerktopologieën: mesh, hybrid, star/hub-and-spoke, spine-and-leaf, point-to-point, three-tier en collapsed core.

IPv4-adressering: publieke vs. private adressen, APIPA, RFC1918, loopback, subnetting (VLSM, CIDR) en adresklassen (A, B, C, D, E).

Routingtechnologieën: statische en dynamische routing (BGP, EIGRP, OSPF), routekeuze, NAT, PAT, FHRP, VIP en subinterfaces.

Switchingtechnologieën: VLANs, interfaceconfiguratie, spanning tree, MTU en jumbo frames.

Draadloze apparaten: kanalen, frequenties, SSID, netwerktype, encryptie, gastnetwerken, authenticatie, antennes en access points.

Fysieke installaties: installatie-implicaties, stroomvoorziening en omgevingsfactoren.

Documentatie: fysieke en logische diagrammen, rackdiagrammen, kabelschema’s, netwerkschema’s, asset-inventaris, IPAM, SLA en wireless surveys.

Lifecyclemanagement: EOL (end-of-life), EOS (end-of-support), softwarebeheer en uitfasering.

Change management: proces voor wijzigingsverzoeken en tracking.

Configuratiemanagement: productieconfiguraties, back-ups en baseline-configuraties.

Netwerkmonitoring: SNMP, flow data, packet capture, baseline-metrics, logaggregatie, API-integratie en port mirroring.

Disaster recovery: RPO, RTO, MTTR, MTBF, cold/warm/hot sites, active-active/passive en testen.

Netwerkdiensten: DHCP, SLAAC, DNS, NTP, PTP en NTS.

Toegang en beheer: VPN’s, SSH, GUI, API en console.

Logische beveiliging: encryptie (data in transit en at rest), PKI, IAM, MFA, SSO, RADIUS, LDAP, SAML, TACACS+, tijdgebaseerde authenticatie, autorisatie, least privilege, role-based access control en geofencing. Fysieke beveiliging: camera’s en sloten.

Deceptietechnologieën: honeypot en honeynet.

Beveiligingsterminologie: risico, kwetsbaarheid, exploit, dreiging en CIA-triad.

Audits en compliance: datalokalisatie, PCI DSS en GDPR.

Netwerksegmentatie: IoT, IIoT, SCADA, ICS, OT, guest en BYOD.

Soorten aanvallen: DoS/DDoS, VLAN hopping, MAC flooding, ARP poisoning/spoofing, DNS poisoning/spoofing, rogue devices/services, evil twin, on-path attacks en social engineering (phishing, dumpster diving, shoulder surfing, tailgating).

Beveiligingsmaatregelen en defensie: hardening van apparaten, NAC, key management, ACL’s, URL/content filtering, trusted vs. untrusted zones en screened subnet.

Troubleshootingmethodiek: het probleem identificeren, een hypothese opstellen, testen, een oplossing plannen en implementeren, functionaliteit verifiëren en bevindingen documenteren.

Kabel- en fysieke interfaceproblemen: kabelproblemen (verkeerd type, signaalverlies, verkeerde terminatie, verwisselde TX/RX), interfaceproblemen (stijgende counters, poortstatus) en hardwareproblemen (PoE, transceiver-mismatch, signaalsterkte).

Problemen met netwerkdiensten: switchingproblemen (STP, VLAN-toewijzing, ACL’s), routingproblemen (routing tables en default routes), uitgeputte IP-adrespools en onjuiste gateway/IP/subnetmaskers.

Prestatieproblemen: congestie, latency, packet loss en draadloze interferentie.

Tools en protocollen: protocol analyzers, command-line tools, kabeltesters en Wi-Fi analyzers.

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What Can I Learn After The CompTIA Network+ training?

  • Designing and implementing simple networks;
  • Identify the advantages and disadvantages of existing network configurations;
  • Configure, manage, and maintain the main network devices;
  • Implementing network security, standards, and protocols;
  • Devices such as switches and routers are used to segment network traffic and create resilient networks;
  • Troubleshooting network-related issues;

Schedules

This training is scheduled as follows in the coming period. Missing a date? Feel free to contact us.

Date: 29 juni - 3 juli 2026

Location: TSTC Veenendaal - Klassikaal & Live Online

Date: 26 - 30 oktober 2026

Location: TSTC Veenendaal - Klassikaal & Live Online

Date: 18 - 22 januari 2027

Location: TSTC Veenendaal - Klassikaal & Live Online

Date: In overleg

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I am taking this next step in my lifelong learning journey.

1

Applicant Information

2

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