Training

Computer engineering

Explore systems, networks, technical architecture and security fundamentals.

Nexorix IT training

Computer engineering

A path for strengthening technical fundamentals and understanding the computing ecosystem.

Format

200 DH / session
16 sessions total
2 sessions per week
2 hours of training
In person or remote
Nexorix training certificate

Trainer profile

Training led by a senior IT expert with 10+ years of experience on demanding projects for major companies in Africa and Europe. The approach is practical, field-tested and focused on skills you can reuse immediately.

Path objective

Move step by step with clear explanations, guided exercises and a concrete project to validate what you learn.

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What you will learn

  • Understand the role of systems, servers, networks and protocols.
  • Read a simple technical architecture and identify its components.
  • Discover security basics: accounts, permissions, backups and risks.
  • Connect system, network, development and operations concepts.

Session-by-session program

1

IT overview

Roles of hardware, software, network, cloud and security.

2

Computer architecture

CPU, memory, storage, bus, OS and performance.

3

Operating systems

Processes, files, users, permissions and services.

4

Network fundamentals

IP, DNS, ports, protocols and client/server model.

5

Web services

HTTP, API, reverse proxy, certificates and domain names.

6

Databases

SQL, schema, relations, indexes and backups.

7

Application architecture

Front, back, DB, cache, files and integrations.

8

Account security

Authentication, authorization, MFA, secrets and passwords.

9

Network security

Firewall, segmentation, exposure and best practices.

10

Backup and continuity

Backups, restore, DR/BCP and criticality.

11

Monitoring and operations

Logs, metrics, alerts, incidents and SLA.

12

Cloud and virtualization

VMs, containers, storage, networking and costs.

13

Technical documentation

Diagrams, inventory, procedures and architecture decisions.

14

Risk analysis

Identify threats, impacts, priorities and simple controls.

15

Case study

Read an existing architecture and detect weak points.

16

Final project

Propose a clear, secure and maintainable architecture.

Practical project

Analyze a simple IT architecture and propose a clearer, safer and more maintainable version.