Karjääripäev

Sihtgrupp:

Karjääripäev on suunatud täiskasvanutele, kes kaaluvad karjääripööret IT valdkonda, kuid ei ole veel otsustanud või julgenud samme astuda. Oodatud on inimesed, kes tunnevad huvi IT töömaailma, ametivõimaluste ja ümberõppeprogrammide vastu, ent vajavad rohkem infot, nõu ning kindlust, et teha teadlik karjäärivalik.  

Oodatud on ka kõik need, kes on juba kindlalt otsustanud IT valdkonda õppima asuda, kuid soovivad saada lisainfot programmide sisu, rahastusvõimaluste ning karjäärinõustamise kohta, et teha enda jaoks parim valik.  

Eesmärk:   

Karjääripäeva eesmärk on tutvustada IT valdkonna töövõimalusi ning ümberõppeprogramme inimestele, kes kaaluvad karjäärimuutust või on selleks juba valmis. Päeva jooksul jagatakse infot ametite, oskuste ja õppimisvõimaluste kohta ning pakutakse nõustamist, et aidata osalejatel teha teadlik ja julge karjäärivalik.  

Sündmuse käigus: 

  1. Teeme sissevaate IT valdkonna töömaailma
    • mis ametid on hetkel IT valdkonnas tööturul eriti nõutud
    • millist pädevust ja kompetentse vajatakse nende ametikohtade täitmiseks
  2. Viime läbi Tripod  analüütilise võimekuse  testi. Test hindab inimese võimalikku sobivust IT ametikohtadele
  3. Tutvustame BCS Koolituse ümberõppeprogramme
  4. Vaatame koolituste rahastusvõimalusi
  5. Kuulame kogemuslugusid inimestelt, kes on IT-sse ümber õppinud 

The Ultimate ScrumMaster program –  Certified ScrumMaster (CSM) and Advanced Certified ScrumMaster (A-CSM)

Master the Scrum framework with the CSM program and acquire essential skills to excel as a ScrumMaster with the Advanced CSM program.

The ultimate ScrumMaster program contains two modules both ending with internationally recognized certifications – Certified ScrumMaster (CSM) and Advanced Certified ScrumMaster (A-CSM).

 If you’re ready to grow more agile and interested in becoming an expert in Scrum, The Ultimate ScrumMaster® program (CSM® + A-CSM®) is designed for you. You’ll learn the Scrum framework and gain a full understanding of team accountabilities, events, and artifacts as well as how to guide your team to apply Scrum.

Considered the gold standard of certification, the Scrum Alliance CSM + A-CSM course is an interactive and engaging learning experience. Taught by our passionate trainers with rich hands-on experience from the coaching trenches, our class is an excellent learning opportunity to help students start and boost their learning journey towards Agile and Scrum.

Whether you want to serve as a ScrumMaster, are adopting Scrum, or just need the tools to be more agile, our The Ultimate ScrumMaster® program is the right place to start. You’ll gain a solid understanding of Scrum and learn practical ways to apply it to your team and throughout your organization.

Our workshops give you hands-on skills that you can immediately apply in the real world and expand your career opportunities. Once you complete the course, you will have everything you need and more, to take and pass the CSM exam.

Scrum is applicable across industries and potentially cross-functional teams, so in addition to product development professionals, marketers, data scientists, HR representatives, and other professionals looking for a better way to solve complex problems are encouraged to attend.

The training will be beneficial to:

  • ScrumMasters or ScrumMaster candidates
  • Developers, testers, analysts, designers, and all members of product development teams
  • Managers, and support staff who want to understand Scrum framework and ScrumMaster role through an in-depth hands-on workshop
  • Anybody who wants to build an in-depth introduction to Agile and Scrum.

MODULE 1 – Certified ScrumMaster (CSM) 7 – 8.12.2026

Course Content

  • What exactly is Agile?
    • Agile value. principles and mindset
    • Relationship between Agile and Scrum
  • Product Backlog
    • Product goal
    • Product backlog and its characteristics 
    • Product backlog item (PBI) and its characteristics 
    • User Story concept and writing exercises 
    • Product Backlog refinement: a powerful vehicle for interactive and incremental development 
  • Scrum Framework Overview 
    • Three accountabilities in Scrum 
    • Great anatomy of great ScrumMaster, Product Owner and Scrum Team
    • Scrum events in a nutshell
      • Everything in a Sprint
      • Sprint Planning: set the goal for the sprint
      • Sprint backlog and its characteristics
      • Sprint goal
      • Daily Scrum to inspect and adapt
      • The Sprint Review: valuable feedback and collaboration with stakeholders
      • Sprint Retrospective for continuous improvements
    • Different scenarios during the sprint
  • Increment and its characteristics
    • Definition of Done (DoD)
  • Experience Scrum framework
    • Using Scrum framework to build our in-class product
  • Agile estimation and release planning
  • Working with multiple teams
  • ScrumMaster’s competence
    • Services to Product Owner, Development Team and Organization 
    • Introduction to Agile facilitation and Agile coaching 
  • Next steps to be a great ScrumMaster 

What are the benefits of a Certified ScrumMaster® (CSM) certification? 

By earning a Certified ScrumMaster® certification you:

  • Expand your career opportunities by staying relevant and marketable across all industry sectors by adopting Agile practices
  • Demonstrate to employers and peers your attainment of core Scrum knowledge
  • Learn the foundation of Scrum and the scope of the Certified ScrumMaster’s role from the best minds in Scrum
  • Engage with a community of recognized Scrum experts who are committed to continuous improvement

As a CSM, you will be able to excel at work as a ScrumMaster or a Scrum team member. Through the certification workshop, you will gain an in-depth understanding of the Scrum framework, including roles, activities, and artifacts, and experience Scrum framework during the workshop. 

With your CSM certification, you will also have access to a 2-year membership with Scrum Alliance. Through this membership, you can join local user groups, and online social networks, gain access to deep discounts on gatherings, and additional member-only resources. In addition, CSMs can use a specially designed logo to highlight their credentials. 

About the exam 

Upon completion of the CSM workshop, you can take the online exam at any time at any location convenient to you, as long as there is a good internet connection. Once you start the exam, you have 60 minutes to complete 50 questions which are multiple choice questions. You will know the result immediately, and you need to have more than 37 questions answered correctly. 

If for any reason you didn’t pass the exam, you are most invited to reach out to us to schedule an individual session or a re-take of the CSM workshop, free of charge. However, we have not had students who need to use this option yet. But it is always an option available if needed. There are two free attempts with the CSM workshop you take with us. 

MODULE 2 – Advanced Certified ScrumMaster (A-CSM) 16 – 17.12.2026

Course Content

Coaching Concepts

  • Coaching stances
  • Key coaching skills and their application
  • Tactics of coaching at the individual, Scrum Team and organization level
  • Agile coaching
    • Agile Facilitation
      • Divergent and Convergent Thinking
      • Facilitation techniques to navigate through the Groan Zone and Divergent and Convergent phases
      • Decision making
    • A deeper dive into Lean, Agile, Scrum and Kanban
      • Flow efficiency
      • Further enhancement of Scrum
      • Kanban in a nutshell for organization improvement
    • Services to developers
      • Self-Organization and Team Dynamics
      • Key attributes of effective teams
      • Coaching for high-performing teams
      • Agile engineering practices
    • Services to Product Owner
      • The services around Product Vision and Strategy
      • The mindset and tools for a fantastic product
      • Tools to bring customer needs into Product Backlog
      • Product Backlog Refinement tactics
      • The collaboration and its enhancement with the Development Team
    • Services to Organization
      • Impediment Removal and its tactics & strategies
      • Leadership team coaching
      • Agile scaling approaches and principles
      • Introducing new ideas
      • Tactics for organizational improvements
    • Personal Development
      • Coaching practices for personal growth actions
      • Pivotal conversation
      • The art of giving feedback
      • How to work with conflicts
      • ScrumMaster as Servant Leader

What are the benefits of an Advanced Certified ScrumMaster® certification?

By earning an Advanced Certified ScrumMaster® certification you:

  • Build on your foundational knowledge with enhanced implementation skills.
  • Distinguish yourself in the global marketplace.
  • Stand out in your industry as an advanced member of the globally recognized Scrum Alliance community.
  • Show advanced value to your employer (or potential employer) as a highly trained Agile professional.

Assessment method:
The achievement of learning outcomes is assessed on the basis of feedback-based practical exercises carried out during the training.

Graduation criteria:
A graduate of the training receives a certificate if he performs all the practical exercises given during the training.  Participants who have not achieved the learning outcomes will be issued a certificate of participation in the training upon request.

Õppekavarühm: 0613 Tarkvara ja rakenduste arendus ning analüüs.

Lecturer’s LinkedIn

Proxmox VE Bundle – Deployment, Management and Clustering

The objective of the course is to provide participants with the knowledge and practical skills needed to deploy, administer and troubleshoot Proxmox VE, and to design and operate a resilient multi-node cluster in a production environment.

Participants receive access to dedicated hands-on lab environments: a single-node system and a multi-node cluster.

This training is delivered by Linux Belgium, the first Proxmox Authorized Training Partner in Belgium. Linux Belgium designs and teaches the course, runs the lab environment, and issues the certification.

Training language: English

Target audience and prior knowledge (Prerequisites): The course is intended for IT professionals, system administrators, DevOps specialists and infrastructure engineers who need a complete working knowledge of Proxmox VE. Participants should have an IT background, general Linux command-line skills, and basic networking and storage knowledge. No prior Proxmox VE experience is required.

Teaching aids: A computer with Zoom, microphone and speakers, and a current version of Firefox, Chrome or Edge. Windows, macOS and Linux are supported. A second screen is recommended. Participants receive access to dedicated hands-on lab environments: a single-node system and a multi-node cluster.

Program:
Part 1 – Deployment and Management (days 1 and 2)
8 – 9.02.2027

  • Proxmox VE architecture and single-server deployment considerations
  • Hardware and network connectivity requirements
  • Storage types for standalone deployments: ZFS, LVM, NFS and SMB/CIFS
  • Linux bridging and interface bonding
  • Integrated firewall functionality
  • Proxmox VE Software-Defined Networking (SDN)
  • Creating and administering virtual machines (VMs)
  • Linux container (LXC) deployment and management
  • Cloning operations and Cloud-init images
  • V2V and P2V migration from other hypervisors and physical systems
  • ESXi import tool integration
  • Users and permissions
  • Backup scheduling and retention strategies
  • Command-line tools, with hands-on usage
  • Troubleshooting methodologies

Part 2 – Clustering and Shared Storage (days 3 and 4)
10 – 11.02.2021

  • Cluster architecture, design considerations and quorum
  • Cluster deployment, node addition and removal
  • Cluster networking and SDN at scale
  • Proxmox Backup Server: deployment, retention, encryption and verification
  • Restore strategies and disaster recovery
  • Hyper-converged Ceph storage with Proxmox VE
  • Ceph pools, CRUSH map basics, monitoring and troubleshooting
  • ZFS replication for two-node and edge scenarios
  • High Availability (HA) groups, fencing and failover behaviour
  • Operational practices for HA workloads
  • REST API and CLI automation, and repeatable cluster operations
  • Cluster troubleshooting: split-brain, storage, networking and HA scenarios

Learning methods: Live instructor-led online training via Zoom, combining explanations, demonstrations, verification questions and hands-on exercises in dedicated single-node and multi-node Proxmox VE lab environments.

The total training volume is 32 academic hours.
4 days from 10:00 – 18:00 (EET)

Assessment method: Achievement of the learning outcomes is assessed through hands-on lab tasks and verification questions completed during the course, with instructor feedback.

Graduation Criteria: Participants who complete the course activities and demonstrate achievement of the learning outcomes receive the official Proxmox Course Certification issued by Linux Belgium.
Participants who do not achieve the learning outcomes may receive a certificate of participation upon request by BCS Koolitus.

The price includes:

  • Official Proxmox Course Certification, issued by Linux Belgium as the first Proxmox Authorized Training Partner in Belgium and Proxmox GmbH
  • Provided courseware
  • Hands-on lab access: a single-node environment and a multi-node cluster running on dedicated hardware
  • Verification questions after most chapters, so participants can check their own understanding as they go

Curriculum group: 0612 Database and network design and administration.

Proxmox VE Bundle – Deployment, Management and Clustering

The objective of the course is to provide participants with the knowledge and practical skills needed to deploy, administer and troubleshoot Proxmox VE, and to design and operate a resilient multi-node cluster in a production environment.

Participants receive access to dedicated hands-on lab environments: a single-node system and a multi-node cluster.

This training is delivered by Linux Belgium, the first Proxmox Authorized Training Partner in Belgium. Linux Belgium designs and teaches the course, runs the lab environment, and issues the certification.

Training language: English

Target audience and prior knowledge (Prerequisites): The course is intended for IT professionals, system administrators, DevOps specialists and infrastructure engineers who need a complete working knowledge of Proxmox VE. Participants should have an IT background, general Linux command-line skills, and basic networking and storage knowledge. No prior Proxmox VE experience is required.

Teaching aids: A computer with Zoom, microphone and speakers, and a current version of Firefox, Chrome or Edge. Windows, macOS and Linux are supported. A second screen is recommended. Participants receive access to dedicated hands-on lab environments: a single-node system and a multi-node cluster.

Program:
Part 1 – Deployment and Management (days 1 and 2)
25 – 26.01.2027

  • Proxmox VE architecture and single-server deployment considerations
  • Hardware and network connectivity requirements
  • Storage types for standalone deployments: ZFS, LVM, NFS and SMB/CIFS
  • Linux bridging and interface bonding
  • Integrated firewall functionality
  • Proxmox VE Software-Defined Networking (SDN)
  • Creating and administering virtual machines (VMs)
  • Linux container (LXC) deployment and management
  • Cloning operations and Cloud-init images
  • V2V and P2V migration from other hypervisors and physical systems
  • ESXi import tool integration
  • Users and permissions
  • Backup scheduling and retention strategies
  • Command-line tools, with hands-on usage
  • Troubleshooting methodologies

Part 2 – Clustering and Shared Storage (days 3 and 4)
27 – 28.01.2021

  • Cluster architecture, design considerations and quorum
  • Cluster deployment, node addition and removal
  • Cluster networking and SDN at scale
  • Proxmox Backup Server: deployment, retention, encryption and verification
  • Restore strategies and disaster recovery
  • Hyper-converged Ceph storage with Proxmox VE
  • Ceph pools, CRUSH map basics, monitoring and troubleshooting
  • ZFS replication for two-node and edge scenarios
  • High Availability (HA) groups, fencing and failover behaviour
  • Operational practices for HA workloads
  • REST API and CLI automation, and repeatable cluster operations
  • Cluster troubleshooting: split-brain, storage, networking and HA scenarios

Learning methods: Live instructor-led online training via Zoom, combining explanations, demonstrations, verification questions and hands-on exercises in dedicated single-node and multi-node Proxmox VE lab environments.

The total training volume is 32 academic hours.
4 days from 10:00 – 18:00 (EET)

Assessment method: Achievement of the learning outcomes is assessed through hands-on lab tasks and verification questions completed during the course, with instructor feedback.

Graduation Criteria: Participants who complete the course activities and demonstrate achievement of the learning outcomes receive the official Proxmox Course Certification issued by Linux Belgium.
Participants who do not achieve the learning outcomes may receive a certificate of participation upon request by BCS Koolitus.

The price includes:

  • Official Proxmox Course Certification, issued by Linux Belgium as the first Proxmox Authorized Training Partner in Belgium and Proxmox GmbH
  • Provided courseware
  • Hands-on lab access: a single-node environment and a multi-node cluster running on dedicated hardware
  • Verification questions after most chapters, so participants can check their own understanding as they go

Curriculum group: 0612 Database and network design and administration.

Proxmox VE Bundle – Deployment, Management and Clustering

The objective of the course is to provide participants with the knowledge and practical skills needed to deploy, administer and troubleshoot Proxmox VE, and to design and operate a resilient multi-node cluster in a production environment.

Participants receive access to dedicated hands-on lab environments: a single-node system and a multi-node cluster.

This training is delivered by Linux Belgium, the first Proxmox Authorized Training Partner in Belgium. Linux Belgium designs and teaches the course, runs the lab environment, and issues the certification.

Training language: English

Target audience and prior knowledge (Prerequisites): The course is intended for IT professionals, system administrators, DevOps specialists and infrastructure engineers who need a complete working knowledge of Proxmox VE. Participants should have an IT background, general Linux command-line skills, and basic networking and storage knowledge. No prior Proxmox VE experience is required.

Teaching aids: A computer with Zoom, microphone and speakers, and a current version of Firefox, Chrome or Edge. Windows, macOS and Linux are supported. A second screen is recommended. Participants receive access to dedicated hands-on lab environments: a single-node system and a multi-node cluster.

Program:
Part 1 – Deployment and Management (days 1 and 2)
14 – 15.12.2026

  • Proxmox VE architecture and single-server deployment considerations
  • Hardware and network connectivity requirements
  • Storage types for standalone deployments: ZFS, LVM, NFS and SMB/CIFS
  • Linux bridging and interface bonding
  • Integrated firewall functionality
  • Proxmox VE Software-Defined Networking (SDN)
  • Creating and administering virtual machines (VMs)
  • Linux container (LXC) deployment and management
  • Cloning operations and Cloud-init images
  • V2V and P2V migration from other hypervisors and physical systems
  • ESXi import tool integration
  • Users and permissions
  • Backup scheduling and retention strategies
  • Command-line tools, with hands-on usage
  • Troubleshooting methodologies

Part 2 – Clustering and Shared Storage (days 3 and 4)
16 – 17.12.2026

  • Cluster architecture, design considerations and quorum
  • Cluster deployment, node addition and removal
  • Cluster networking and SDN at scale
  • Proxmox Backup Server: deployment, retention, encryption and verification
  • Restore strategies and disaster recovery
  • Hyper-converged Ceph storage with Proxmox VE
  • Ceph pools, CRUSH map basics, monitoring and troubleshooting
  • ZFS replication for two-node and edge scenarios
  • High Availability (HA) groups, fencing and failover behaviour
  • Operational practices for HA workloads
  • REST API and CLI automation, and repeatable cluster operations
  • Cluster troubleshooting: split-brain, storage, networking and HA scenarios

Learning methods: Live instructor-led online training via Zoom, combining explanations, demonstrations, verification questions and hands-on exercises in dedicated single-node and multi-node Proxmox VE lab environments.

The total training volume is 32 academic hours.
4 days from 10:00 – 18:00 (EET)

Assessment method: Achievement of the learning outcomes is assessed through hands-on lab tasks and verification questions completed during the course, with instructor feedback.

Graduation Criteria: Participants who complete the course activities and demonstrate achievement of the learning outcomes receive the official Proxmox Course Certification issued by Linux Belgium.
Participants who do not achieve the learning outcomes may receive a certificate of participation upon request by BCS Koolitus.

The price includes:

  • Official Proxmox Course Certification, issued by Linux Belgium as the first Proxmox Authorized Training Partner in Belgium and Proxmox GmbH
  • Provided courseware
  • Hands-on lab access: a single-node environment and a multi-node cluster running on dedicated hardware
  • Verification questions after most chapters, so participants can check their own understanding as they go

Curriculum group: 0612 Database and network design and administration.

AZ-802T00-A: Administer Windows Server

The objective of the course is to provide IT professionals with the knowledge and practical skills required to deploy, manage, secure, monitor, and troubleshoot Windows Server workloads in on-premises, hybrid, and cloud environments.

Those who have completed the training:

  • deploy and manage Active Directory Domain Services and Windows Server instances in on-premises and hybrid environments;
  • configure and manage virtual machines, networking, storage, and file services;
  • apply Windows Server security hardening and hybrid management solutions;
  • monitor and troubleshoot Windows Server environments using appropriate administrative tools and services.

Target audience and prior knowledge (Prerequisites): The course is intended for Windows Server administrators who deploy, implement, manage, and troubleshoot Windows Server workloads in on-premises, cloud, or hybrid environments. Participants should have experience administering Windows Server and be familiar with Active Directory Domain Services (AD DS), networking, storage, Hyper-V, Windows Admin Center, and PowerShell. Familiarity with Azure services and hybrid administration is recommended.

Teaching aids: A computer with a stable internet connection and permissions to access the required training environments and configure applications. Participants may use a personal computer by prior agreement with the training provider. A suitable computer can be rented from BCS Training by prior arrangement.

Program:

  • Deploy and manage Active Directory Domain Services
  • Manage Windows Server instances and workloads in a hybrid environment
  • Manage Hyper-V and Azure virtual machines
  • Implement and manage on-premises and hybrid networking infrastructure
  • Manage storage and file services
  • Harden and secure Windows Server environments
  • Monitor and troubleshoot Windows Server environments
  • Use Windows Admin Center, PowerShell, Azure Arc, Azure Monitor, Azure Update Manager, and Microsoft Defender for Cloud

Learning methods: Instructor-led lectures, demonstrations, discussions, and hands-on practical exercises in a training environment. Training may be delivered in a classroom or online.

Assessment method: Achievement of the learning outcomes is assessed through feedback-based practical exercises completed during the training.

Graduation Criteria: A participant receives a certificate of completion after participating in the training and successfully completing the required practical exercises. Participants who do not achieve the learning outcomes may receive a certificate of attendance upon request.

The price includes:

  • digital study materials,
  • access to the training labs,
  • coffee breaks at the training center, and joint lunches,
  • Free Microsoft certification exam within the period of 6 months after finishing the course.

Curriculum group: 0612 Andmebaaside ja võrgu disain ning haldus.

AZ-802T00-A: Administer Windows Server

The objective of the course is to provide IT professionals with the knowledge and practical skills required to deploy, manage, secure, monitor, and troubleshoot Windows Server workloads in on-premises, hybrid, and cloud environments.

Those who have completed the training:

  • deploy and manage Active Directory Domain Services and Windows Server instances in on-premises and hybrid environments;
  • configure and manage virtual machines, networking, storage, and file services;
  • apply Windows Server security hardening and hybrid management solutions;
  • monitor and troubleshoot Windows Server environments using appropriate administrative tools and services.

Target audience and prior knowledge (Prerequisites): The course is intended for Windows Server administrators who deploy, implement, manage, and troubleshoot Windows Server workloads in on-premises, cloud, or hybrid environments. Participants should have experience administering Windows Server and be familiar with Active Directory Domain Services (AD DS), networking, storage, Hyper-V, Windows Admin Center, and PowerShell. Familiarity with Azure services and hybrid administration is recommended.

Teaching aids: A computer with a stable internet connection and permissions to access the required training environments and configure applications. Participants may use a personal computer by prior agreement with the training provider. A suitable computer can be rented from BCS Training by prior arrangement.

Program:

  • Deploy and manage Active Directory Domain Services
  • Manage Windows Server instances and workloads in a hybrid environment
  • Manage Hyper-V and Azure virtual machines
  • Implement and manage on-premises and hybrid networking infrastructure
  • Manage storage and file services
  • Harden and secure Windows Server environments
  • Monitor and troubleshoot Windows Server environments
  • Use Windows Admin Center, PowerShell, Azure Arc, Azure Monitor, Azure Update Manager, and Microsoft Defender for Cloud

Learning methods: Instructor-led lectures, demonstrations, discussions, and hands-on practical exercises in a training environment. Training may be delivered in a classroom or online.

Assessment method: Achievement of the learning outcomes is assessed through feedback-based practical exercises completed during the training.

Graduation Criteria: A participant receives a certificate of completion after participating in the training and successfully completing the required practical exercises. Participants who do not achieve the learning outcomes may receive a certificate of attendance upon request.

The price includes:

  • digital study materials,
  • access to the training labs,
  • coffee breaks at the training center, and joint lunches,
  • Free Microsoft certification exam within the period of 6 months after finishing the course.

Curriculum group: 0612 Andmebaaside ja võrgu disain ning haldus.

MD-102T00-A: Manage and secure Microsoft 365 endpoints by using Intune

In this course, students learn to plan and execute an endpoint deployment, configuration, and management strategy using Microsoft Intune as the unified endpoint management platform. The course covers preparing identity and device infrastructure with Microsoft Entra ID, enrolling and configuring devices, managing applications, and protecting endpoints and data. Students also explore automation with PowerShell and Microsoft Graph, AI-assisted management with Microsoft Security Copilot, the extended capabilities of the Microsoft Intune Suite, and the delivery of cloud-hosted desktops with Windows 365 and Azure Virtual Desktop. Technologies explored include Microsoft Intune, Microsoft Entra ID, Windows Autopilot, Microsoft Defender for Endpoint, Microsoft Tunnel, Microsoft Cloud PKI, the Microsoft Intune Suite, Windows 365, and Azure Virtual Desktop.

Those who have completed the training:
prepare identity, device, and enrollment infrastructure by using Microsoft Intune and Microsoft Entra ID;
enroll, configure, monitor, maintain, and update endpoints at scale;
deploy and manage applications and protect endpoints, identities, access, and organizational data;
automate and optimize endpoint management and manage cloud-hosted desktops by using Microsoft Intune and related Microsoft services.

Target audience and prior knowledge (Prerequisites): As a candidate for this course and the associated exam, you have subject matter expertise managing devices and client applications in a Microsoft 365 tenant by using Microsoft Intune.  As an endpoint administrator, you collaborate with architects, Microsoft 365 administrators, security administrators, and other workload administrators to plan and implement a modern workplace strategy that meets the business needs of an organization. You are responsible for:

  • Implementing solutions for efficient deployment and management of endpoints on various operating systems, platforms, and device types.
  • Implementing and managing endpoints at scale by using Microsoft Intune, Microsoft Intune Suite, Windows Autopilot, Microsoft Security Copilot, Microsoft Defender for Endpoint, Microsoft Entra ID, Azure Virtual Desktop, and Windows 365.
  • Implementing identity, security, access, policies, updates, and apps for endpoints.

Teaching aids:  A computer with a stable internet connection and permissions to access the required training environments and configure applications.
Internet browsers Chrome and Edge.

A suitable computer can be rented from BCS Training by prior arrangement.

Program:
1. Prepare infrastructure for devices using Microsoft Intune and Microsoft Entra ID

  • Understand endpoint management strategies and Microsoft Intune
  • Configure Microsoft Entra ID for device and policy management
  • Administer device identity and authentication using Microsoft Entra ID
  • Plan and implement device enrollment using Microsoft Intune
  • Deploy Windows devices using Windows Autopilot

2. Manage and maintain devices using Microsoft Intune

  • Configure device profiles and policy management using Microsoft Intune
  • Monitor and maintain devices using Microsoft Intune
  • Manage Windows updates and lifecycle using Microsoft Intune
  • Troubleshoot device and policy issues using Microsoft Intune

3. Manage applications using Microsoft Intune

  • Deploy and manage applications using Microsoft Intune
  • Implement application protection and security using Microsoft Intune
  • Manage application lifecycle and user experience using Microsoft Intune
  • Monitor and troubleshoot applications using Microsoft Intune
  • Manage Microsoft 365 Apps using Microsoft Intune

4. Protect devices using Microsoft Intune

  • Implement device compliance using Microsoft Intune
  • Manage Conditional Access using Microsoft Entra ID
  • Implement endpoint security using Microsoft Intune
  • Manage Microsoft Defender for Endpoint integration
  • Protect data on managed devices
  • Implement mobile threat defense and secure access

5. Automate and optimize endpoint management using Microsoft Intune

  • Automate endpoint management using PowerShell and Microsoft Graph
  • Optimize device management using AI and Copilot tools
  • Monitor and optimize endpoint performance using Microsoft Intune

Learning methods: Instructor-led lectures, demonstrations, discussions, and hands-on practical exercises in a training environment. Training may be delivered in a classroom or online.

Assessment method: Achievement of the learning outcomes is assessed through feedback-based practical exercises completed during the training.

Graduation Criteria: A participant receives a certificate of completion after participating in the training and successfully completing the required practical exercises. Participants who do not achieve the learning outcomes may receive a certificate of attendance upon request.

The price includes:

  • digital study materials,
  • access to the training labs,
  • coffee breaks at the training center, and joint lunches,
  • Free Microsoft certification exam within the period of 6 months after finishing the course.

Curriculum group: 0612 Andmebaaside ja võrgu disain ning haldus.

MD-102T00-A: Manage and secure Microsoft 365 endpoints by using Intune

In this course, students learn to plan and execute an endpoint deployment, configuration, and management strategy using Microsoft Intune as the unified endpoint management platform. The course covers preparing identity and device infrastructure with Microsoft Entra ID, enrolling and configuring devices, managing applications, and protecting endpoints and data. Students also explore automation with PowerShell and Microsoft Graph, AI-assisted management with Microsoft Security Copilot, the extended capabilities of the Microsoft Intune Suite, and the delivery of cloud-hosted desktops with Windows 365 and Azure Virtual Desktop. Technologies explored include Microsoft Intune, Microsoft Entra ID, Windows Autopilot, Microsoft Defender for Endpoint, Microsoft Tunnel, Microsoft Cloud PKI, the Microsoft Intune Suite, Windows 365, and Azure Virtual Desktop.

Those who have completed the training:
prepare identity, device, and enrollment infrastructure by using Microsoft Intune and Microsoft Entra ID;
enroll, configure, monitor, maintain, and update endpoints at scale;
deploy and manage applications and protect endpoints, identities, access, and organizational data;
automate and optimize endpoint management and manage cloud-hosted desktops by using Microsoft Intune and related Microsoft services.

Target audience and prior knowledge (Prerequisites): As a candidate for this course and the associated exam, you have subject matter expertise managing devices and client applications in a Microsoft 365 tenant by using Microsoft Intune.  As an endpoint administrator, you collaborate with architects, Microsoft 365 administrators, security administrators, and other workload administrators to plan and implement a modern workplace strategy that meets the business needs of an organization. You are responsible for:

  • Implementing solutions for efficient deployment and management of endpoints on various operating systems, platforms, and device types.
  • Implementing and managing endpoints at scale by using Microsoft Intune, Microsoft Intune Suite, Windows Autopilot, Microsoft Security Copilot, Microsoft Defender for Endpoint, Microsoft Entra ID, Azure Virtual Desktop, and Windows 365.
  • Implementing identity, security, access, policies, updates, and apps for endpoints.

Teaching aids:  A computer with a stable internet connection and permissions to access the required training environments and configure applications.
Internet browsers Chrome and Edge.

A suitable computer can be rented from BCS Training by prior arrangement.

Program:
1. Prepare infrastructure for devices using Microsoft Intune and Microsoft Entra ID

  • Understand endpoint management strategies and Microsoft Intune
  • Configure Microsoft Entra ID for device and policy management
  • Administer device identity and authentication using Microsoft Entra ID
  • Plan and implement device enrollment using Microsoft Intune
  • Deploy Windows devices using Windows Autopilot

2. Manage and maintain devices using Microsoft Intune

  • Configure device profiles and policy management using Microsoft Intune
  • Monitor and maintain devices using Microsoft Intune
  • Manage Windows updates and lifecycle using Microsoft Intune
  • Troubleshoot device and policy issues using Microsoft Intune

3. Manage applications using Microsoft Intune

  • Deploy and manage applications using Microsoft Intune
  • Implement application protection and security using Microsoft Intune
  • Manage application lifecycle and user experience using Microsoft Intune
  • Monitor and troubleshoot applications using Microsoft Intune
  • Manage Microsoft 365 Apps using Microsoft Intune

4. Protect devices using Microsoft Intune

  • Implement device compliance using Microsoft Intune
  • Manage Conditional Access using Microsoft Entra ID
  • Implement endpoint security using Microsoft Intune
  • Manage Microsoft Defender for Endpoint integration
  • Protect data on managed devices
  • Implement mobile threat defense and secure access

5. Automate and optimize endpoint management using Microsoft Intune

  • Automate endpoint management using PowerShell and Microsoft Graph
  • Optimize device management using AI and Copilot tools
  • Monitor and optimize endpoint performance using Microsoft Intune

Learning methods: Instructor-led lectures, demonstrations, discussions, and hands-on practical exercises in a training environment. Training may be delivered in a classroom or online.

Assessment method: Achievement of the learning outcomes is assessed through feedback-based practical exercises completed during the training.

Graduation Criteria: A participant receives a certificate of completion after participating in the training and successfully completing the required practical exercises. Participants who do not achieve the learning outcomes may receive a certificate of attendance upon request.

The price includes:

  • digital study materials,
  • access to the training labs,
  • coffee breaks at the training center, and joint lunches,
  • Free Microsoft certification exam within the period of 6 months after finishing the course.

Curriculum group: 0612 Andmebaaside ja võrgu disain ning haldus.

MikroTik Certified Wireless Engineer (MTCWE) – Advanced

Koolituse eesmärk on anda osalejale põhjalikud teoreetilised ja praktilised teadmised raadiovõrkude toimimisest ning MikroTik RouterOS-i vahenditest WiFi-võrkude projekteerimiseks, seadistamiseks, turvamiseks, analüüsimiseks ja tõrkeotsinguks. Koolitus seob raadioside füüsikalised alused, antennid ja raadiosignaali parameetrid IEEE 802.11 tööpõhimõtete ning RouterOS-i praktiliste seadistustega. Eraldi käsitletakse MikroTiki Nstreme ja Nv2 protokolle, WDS/MESH lahendusi ning traadita sildamist. CAPsMAN-i käsitlus on valikuline sissejuhatav teema.

Sihtrühm ja eelteadmised: Koolitus on suunatud võrguinseneridele, süsteemiadministraatoritele, tehnikutele ja teistele IT-spetsialistidele, kes projekteerivad, paigaldavad, haldavad või tõrkeotsivad MikroTik RouterOS-il põhinevaid traadita võrke.
Koolitusel osalemise eelduseks on MTCNA sertifikaat. Kasuks tulevad praktilised kogemused RouterOS-i ja IP-võrkudega.

Õppevahendid: Koolitusele palume kaasa võtta administraatori õigustega sülearvuti, millel on Etherneti ja WiFi (2.4GHz ja 5.8GHz, standardite 802.11a/b/g/n/ac toega)- võrguliides.
Arvutisse peab olema paigaldatud veebibrauser, SSH klient ning MikroTik WinBox. Koolituse praktilistes töödes kasutatakse MikroTik RouterOS-i seadmeid ja traadita liideseid. Vajadusel kasutatakse täiendavaid antenne, kaableid ja RF-komponente raadioside omaduste demonstreerimiseks.
Veenduge, et teil on arvutis administraatori õigused ja saate muuta nii võrgu kui ka tulemüüri sätteid.
Soovikorral on võimalus rentida arvutit BCS koolituskeskusest.

Programm:
Moodul 1. Raadioside ja WiFi füüsikalised alused

  • Raadiolained ja elektromagnetilise laine põhiomadused; sagedus, lainepikkus ja faas
  • Polarisatsioon, sumbumine, peegeldumine, difraktsioon ja mitmeteelisus
  • Vaba ruumi levi kadu (Free Space Path Loss) ja lingieelarve põhimõte
  • Müra, häired ja interferents; sama kanali ja kõrvalkanali häired
  • Ühikud ja teisendused: dB, dBi, dBm, mW ning nende praktiline kasutamine
  • Signaalitugevus, noise floor, SNR, ribalaius, PHY/data rate ja tegelik läbilaskevõime
  • Raadiosignaalide modulatsioonide põhimõtted ja seos andmeedastuskiirusega
  • Praktilised arvutus- ja mõõteharjutused

Moodul 2. Antennid, kaablid ja paigaldus

  • MikroTik RouterBOARD seadmed ja traadita võrgukaardid
  • Antennitüübid, suunadiagramm, võimendus, beamwidth ja polarisatsioon
  • Omnidirectional-, sector- ja directional-antennide kasutus
  • RF-kaablid, pistikud, adapterid ja kaablikaod
  • Antenni paigutus, Fresneli tsoon ja praktilised paigalduspõhimõtted
  • Saatvõimsus, antennivõimendus, EIRP ja riigipõhised regulatiivsed seaded
  • Praktiline raadiolingi kavandamine

Moodul 3. IEEE 802.11 standard ja WiFi tööpõhimõtted

  • IEEE 802.11 standardipere ülevaade: 802.11a/b/g/n ning uuemate põlvkondade ac/ax põhimõtted
  • 2,4 GHz, 5 GHz ja asjakohaste seadmete korral 6 GHz sagedusalad
  • Kanalid, sagedused ja kanalilaiused
  • CSMA/CA, airtime ja jagatud raadiospektri kasutamine
  • Modulatsioonid, MCS, spatial streams, SISO/MIMO ja kanalite ühendamine
  • Frame aggregation ja muud läbilaskevõimet mõjutavad mehhanismid
  • 802.11n: funktsioonid, data rates, channel bonding, TX-power ja chain settings

Moodul 4. RouterOS Wireless tööriistad ja mõõtmine

  • Scan ja background scan
  • Frequency Usage
  • Spectral Scan / Spectral History (toetatud riistvaral)
    • Snooper
    • Align
    • Sniffer
  • Registration Table ja kliendiühenduste analüüs
  • Praktiline raadiospektri ja kliendiühenduste analüüs

Moodul 5. Wireless troubleshooting

  • Traadita klientide tõrkeotsingu metoodika
  • TX/RX signal strength, noise ja SNR
  • CCQ, frames, HW frames ja hardware retries
  • Data rates, MCS ja tegeliku läbilaskevõime seosed
  • ACK timeout / distance ja kaugemate linkide probleemid
  • Interferentsi, vale kanalivaliku ja ebapiisava signaali tuvastamine
  • RouterOS logide ja wireless-tööriistade kasutamine
  • Praktilised tõrkeotsingu laborid

Moodul 6. RouterOS Wireless advanced settings

  • Advanced Wireless seadete eesmärk ja mõju
  • HW retries ja HW protection
  • Adaptive noise immunity (toetatud seadmetel)
  • WMM ja liikluse prioriseerimine raadiosides
  • Country/regulatory settings ja TX-power
  • Virtual AP
  • Wireless link debugging
  • Praktiline seadistamine ja tulemuste võrdlemine

Moodul 7. Wireless 802.11n

  • Funktsioonid ja omadused
  • Andmeedastuskiirused
  • Kanalite ühendamine
  • Raadioahelate (RF chains) seadistamine

Moodul 8. Wireless 802.11ac

  • Erisused varasemate standarditega võrrledes

Moodul 9. Wireless security

  • WiFi turvameetmete põhimõtted
  • Authentication ja encryption
  • Access management: Access List ja Connect List
  • RADIUS ja EAP põhimõtted
  • Management Frame Protection
  • Turvaseadistuste praktiline rakendamine ja kontroll

Moodul 10. WDS, MESH ja traadita sillad

  • WDS protokoll ja Dynamic/Static WDS
  • RSTP bridge traadita topoloogiates
  • Wireless MESH ja HWMP+ Mesh
  • Transparent wireless bridge
  • AP/Station-WDS ja pseudobridge
  • MPLS/VPLS tunneli kasutamise põhimõte L2 ühendustes
  • Praktilised WDS/MESH/bridging laborid

Moodul 11. MikroTik Nstreme ja Nv2

  • Nstreme protokolli eesmärk, omadused ja seadistusvalikud
  • Nstreme Dual põhimõte
  • Nv2 protokolli eesmärk, omadused ja seadistusvalikud
  • 802.11, Nstreme ja Nv2 kasutusjuhtude võrdlus
  • Nstreme/Nv2 tõrkeotsing
  • Praktilised seadistus- ja mõõteharjutused

Moodul 12. CAPsMAN sissejuhatus (valikuline)

  • CAP ja CAPsMAN rollid ning keskhalduse kasutusjuht
  • CAPsMAN-i põhiarhitektuur ja konfiguratsiooniloogika
  • CAP-ide liitmine ning keskse WiFi-konfiguratsiooni põhimõte
  • Legacy CAPsMAN ja uuema WiFi CAPsMAN-i erinevuste üldine käsitlus

Õppemeetodid: Auditoorne töö klassikeskkonnas 3 koolituspäeva jooksul. Kõik üheksa teemamoodulit sisaldavad praktilist laborit.

Hindamiskriteerium: Õpiväljundite saavutamist kontrollitakse praktiliste harjutuste kaudu koolituskeskkonnas ning sertifikaadieksamiga koolituse lõpus.

Koolituse lõpetamine: Koolituse lõpetaja saab MTCEWE sertifikaadi, kui läbib koolituse lõpus toimuva sertifikaadieksami. Sertifikaat kehtib 3 aastat. Osalejale, kes eksamit ei soorita, saab väljastada tõendi koolitusel osalemise kohta.

Hind sisaldab: Elektroonilised materjalid, a RouterOS L4/P1 litsents, sertifitseerimiseksam, kohvipause koolituskeskuses ja ühiseid lõunasööke.

Õppekavarühm: 0612 Andmebaaside ja võrgu disain ning haldus.