Topics

Design Principles

• Assess requirements
• Information gathering
• CDMQ
• Constraints
• Capacity planning

Standards

• Standards organizations
• Cabling standards
• Installation standards
• Electrical standards
• Network and application standards
• Building Information Modelling (BIM)

Spaces & Working Areas

• Building Entrance Facility (BEF)
• Main Equipment Room (MER)
• Building Distributor (BD)
• Floor Distributor (FD)
• Horizontal/work area distribution

Site Survey

• Site survey process
• Greenfield and brownfield impacts
• Formulation of site survey report

Cabling Sub-systems (ISP & OSP)

• OSP cabling
• Backbone cabling
• Horizontal cabling
• Network cabling

Network Architecture

• Ethernet
• VOIP
• CCTV
• Wireless
• Access Control
• Environmental management
• Fire alarms

Pathways & Containment

• Cable distribution systems
• Raised access floor
• Confined spaces
• OSP cable duct systems

Fire Stopping

• Types & specifications
• Mechanical and non-mechanical
• Regulations and testing

Bonding & Earthing

• Regulations
• Protective Earth (PE)
• Equipotential bonding
• Electrical and UPS

Test & Commission Specification

• Commissioning process
• Certification test methods
• Testing standards

Understand the Design Process

• Roles of the design team
• Design stages
• Contracts
• Tools and traits for success

Customer Requirements Assessment

• Conducting customer interviews
• Identfying key stakeholders
• Needs analysis
• Scope, plan and schedule

ITT/RFQ Development

• RFP/RFQ objectives and structure
• Formulation of RFP/RFQ
• Scope review
• Bid submission
• Change management

Bid Evaluations & Contract Negotiations

• Bid evaluation techniques
• Shortlist interviews
• Contract negotiations
• Contract award

Project Execution

• Project delivery cycle
• Contractual and professional obligations
• Project scope and schedule
• Quality assurance/change management
• Installation and test sequences
• Communication plan
• Manage stakeholder expectations

Administration, Documentation & Plans

• Identification systems
• Test results and reports
• As-built documentation
• Handover process
• Warranty compliance

Commissioning & Closure

• Commission and test sequence
• Test results and documentation
• Snag/punch list process
• Customer handover
• Customer training
• Project closure process

Throughout this program learners will work on an individual campus based case study.

The Certified Network Infrastructure Design Professional (CNIDP) training program is 5 days in duration requiring pre-class study of approximately 30 hours. Combined: 40% Theory 60% Practical.

This program is designed for telecommunications and data communications engineers within the network cabling design and installation environment, and those wishing to extend their skills, knowledge, qualifications and certifications in relation to the planning and design of cable systems within different environments. Learners will have sound knowledge of copper and fiber optic cabling infrastructure and awareness of networks, inside plant and outside plant. They will also have an understanding of how relevant standards are applied to design.

A minimum of five years experience of working in the network infrastructure sector is required with at least two years project delivery experience, preferably in an installation management or infrastructure design role. In addition, knowledge of applicable industry standards would be advantageous. If you would like to discuss your experience or suitability for this program please contact us.

Learners are required to undertake pre-class study, which is fully supported by an experienced and dedicated online support team.

Learners are required to have:

• A webcam and microphone enabled laptop with unrestricted wireless internet connectivity and a pre-installed web browser
• A suitable application for reading/annotating PDFs and a suitable application for editing standard office documents such as Microsoft Word, PowerPoint, and Excel

Successful learners will gain in-depth knowledge and supporting skills to confidently deliver detailed design documentation and the process of evolving a customer Statement of Requirement (SOR) into an accurate and successful tender response document. Learners gain an understanding of the importance of national and international standards and can confidently apply them to design projects. Learners will also know how the tender document is processed and the assessment criteria involved.

• Internationally and industry recognized BTEC Level 5 Professional Award Certified Network Infrastructure Design Professional

• Official Certified Network Infrastructure Design Professional (CNIDP) certification
• Use of CNIDP post nominal title e.g. John Smith CNIDP
• Use of the official Certified Network Infrastructure Design Professional (CNIDP) Digital Badge
• Use of the CNIDP logo

• Eligibility for an ECS (Electrotechnical Certification Scheme) Network Infrastructure Designer card (only available in the UK)
• Continual Professional Development (CPDs)

• Make effective design decisions based on detailed client requirements that demonstrates compliance with national and international standards
• Deliver detailed drawings that accurately depict network infrastructure components
• Generate a precise bill of materials detailing all infrastructure material detailing all infrastructure material requirements by type and quantity, including complex cost calculations
• Specify the requirements for project documentation in support of progression and closure

• Confidence that design decisions are clearly represented enabling the prospective client to assess technical compliance with the statement of requirements
• Costs are clearly and accurately communicated to the prospective client mitigating the risk of variations and change requests during implementation
• Reassurance that project design documents clearly outline the implementation and closure processes, ensuring a smooth transition from installation to operations allowing timely completion and handover to customer

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