Hardware-Networking
Network Design for Smart Factories
This practical course helps professionals master smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability. The program connects key concepts, real use cases, risks, tools, and operational decisions so participants can apply the learning in their work environment. It can be tailored to the organization’s sector, internal systems, participant maturity, and performance objectives.
Objectives
- Understand the concepts, challenges, and use cases related to smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability.
- Identify the data, systems, processes, and stakeholders required for effective implementation.
- Assess risks, limitations, governance requirements, and practical control points.
- Use methods, tools, and templates to structure analysis and decision-making.
- Translate learning into action plans, recommendations, and measurable improvement opportunities.
- Adapt the approach to the operating context, team maturity, and business objectives.
Target audience
- Network, systems, and infrastructure administrators
- Support technicians and IT engineers
- Data center, endpoint, and operations teams
- Professionals preparing for networking certifications
- IT managers responsible for availability and resilience
Program outline
A clear structure for the learning journey.
Program outline
Outline points are grouped in one designed block instead of being treated as separate module cards.
Module 1: Industrial Environment, Assets, and Control Network Requirements
Applying industrial environment, assets, and control network requirements in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 2: PLC, HMI, SCADA, Sensors, Drives, and Edge Connectivity
Applying plc, hmi, scada, sensors, drives, and edge connectivity in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 3: Industrial Ethernet, PROFINET, VLANs, and Redundant Topologies
Applying industrial ethernet, profinet, vlans, and redundant topologies in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 4: IT/OT Segmentation, Zones, Conduits, and Remote Access
Applying it/ot segmentation, zones, conduits, and remote access in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 5: Latency, Packet Loss, Interference, and Production Downtime
Applying latency, packet loss, interference, and production downtime in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 6: Industrial Network Diagnostics and Troubleshooting Methods
Applying industrial network diagnostics and troubleshooting methods in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 7: Cybersecurity, Change Control, and Maintenance Coordination
Applying cybersecurity, change control, and maintenance coordination in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Module 8: Factory Network Improvement Workshop
Applying factory network improvement workshop in the context of smart factory network design, sensors, edge systems, industrial data, segmentation, availability, and scalability
Practical exercises, control points, deliverables, and related decisions
Materials provided
- â—‹ Slides used during the sessions
- â—‹ Group activities and practical exercises
- â—‹ Worksheets, checklists, and templates
- â—‹ Case studies relevant to the course
- â—‹ 4D Certificate of Completion issued by 4D Training & Consultancy
- â—‹ Post-course support for technical queries and guidance
Training Options
Programs can be delivered in-house, online, or in a blended format depending on your team's schedule, location, and learning objectives. When an external certificate or exam is included, certification rules and fees remain under the relevant awarding body's policies, while 4D provides the training and preparation support.
Why choose 4D
4D Training & Consultancy designs technical and professional programs around the client’s operating reality. The course can be adapted to sector requirements, internal systems, team capability, practical use cases, and the level of depth required by the audience.
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