CNEM®
Certified Network Engineering Manager
Architect Connectivity. Govern Infrastructure. Lead Network Transformation.
Move beyond managing individual devices and network projects.
Govern Network Strategy, Capacity and Service.
Advanced Manager Level
For networking leaders, managers and decision-makers
Vendor-Neutral
Skills and knowledge that apply across platforms and tools
Global Recognition
Recognized internationally across industries and regions
Digital Credential
Shareable, verifiable credential and certificate
What You Will Learn
Master the core areas of network engineering.
Capacity Planning & Lifecycle Management
Network Operations Model & Service Levels
Vendor, Carrier & Contract Management
Network Security & Compliance Oversight
Investment, Budgeting & Cost Optimization
Team Leadership & Skills Development
Availability & Performance Measurement
About the credential
Become a Network Engineering professional the market trusts.
Develop the leadership capability to govern enterprise network architecture, availability, security, resilience, investment, performance, automation, cloud connectivity, workforce capability, and technology transformation.
The Certified Network Engineering Manager (CNEM®) is an advanced, vendor-neutral management certification offered by IBACTP®.
CNEM® is designed for professionals responsible for the strategy, architecture, governance, performance, investment, resilience, and transformation of enterprise network capabilities.
The certification integrates
- Network Strategy
- Enterprise Architecture
- Infrastructure Governance
- Cloud Connectivity
- Network Security
- Availability
- Resilience
- Performance
- Investment
- Vendor Management
- Automation
- AI-Enabled Operations
- Workforce Leadership
- Executive Communication
Advanced Manager level — Three-year certification cycle with continuing professional education
CNEM® Leadership Objective
Assess Connectivity → Architect Capability → Govern Infrastructure → Assure Performance → Strengthen Resilience → Lead Transformation → Protect Enterprise Value
[APPLY FOR CNEM®]
- [REGISTER FOR THE EXAM]
- [ENROLL IN ADVANCED TRAINING]
- [EXPLORE MANAGEMENT CAPSTONE]
CNEM®
Who Should Earn CNEM®?
CNEM® is designed for professionals such as:
- Network Engineering Manager
- Network Operations Manager
- Infrastructure Manager
- IT Infrastructure Manager
- Network Architecture Manager
- NOC Manager
- Cloud Network Manager
- Connectivity Manager
- Telecommunications Manager
- Network Security Manager
- Infrastructure Program Manager
- Network Services Manager
- IT Operations Manager
- Senior Network Architect
- Infrastructure Architect
- Director of Network Engineering
- Director of Infrastructure
- Technology Operations Leader
- IT Manager
- Technology Consultant
CNEM®
CNEM® Body of Knowledge and Course Modules
The CNEM® Body of Knowledge is organized into eight modules, each with five integrated submodules.
- Module 1 — Enterprise Network Strategy and Architecture
- Module 2 — Enterprise, Cloud, WAN, and Hybrid Connectivity
- Module 3 — Network Security, Risk, and Resilience Governance
- Module 4 — Network Operations, Performance, and Service Assurance
- Module 5 — Technology Investment, Vendors, and Financial Management
- Module 6 — Network Automation, Programmability, and Transformation
- Module 7 — AI-Enabled Networking and Emerging Technologies
- Module 8 — Workforce Leadership, Executive Communication, and Transformation
Learning outcomes
CNEM® Course Learning Outcomes
Upon successful completion, participants will be able to:
1. Develop Enterprise Network Strategy and Architecture
Assess network maturity, establish target architectures, develop roadmaps, and align connectivity with enterprise requirements.
2. Govern Enterprise, Cloud and Hybrid Connectivity
Direct LAN, WAN, wireless, cloud, hybrid, SD-WAN, internet, and distributed connectivity capabilities.
3. Govern Network Security and Resilience
Integrate segmentation, secure access, availability, redundancy, continuity, recovery, and resilience requirements.
4. Lead Network Operations and Performance
Establish monitoring, NOC, service assurance, capacity, availability, escalation, and performance-management practices.
5. Manage Network Investment and Vendors
Develop business cases, evaluate providers, prioritize investments, manage contracts, and assess technology value.
6. Lead Network Automation and Transformation
Develop automation strategies and govern programmability, APIs, orchestration, configuration automation, and Infrastructure as Code.
7. Govern AI-Enabled Networking and Emerging Technology
Evaluate AI-assisted operations, predictive analytics, autonomous networking, edge, IoT, and emerging technologies.
8. Lead Workforce and Executive Communication
Develop engineering capabilities and translate network performance, risk, investment, and resilience into executive-level information.
What is assessed
CNEM® Certification Testing Outcomes — Skills & Competencies Tested
CNEM® assesses the ability to apply management judgment to realistic enterprise networking decisions.
Candidates demonstrate competency in:
1
Strategy & Architecture
Assess current capabilities, define target architectures, establish standards, and develop modernization roadmaps.
2
Connectivity Governance
Evaluate enterprise, WAN, wireless, cloud, hybrid, remote, and distributed connectivity strategies.
3
Security & Risk
Prioritize network risks, govern segmentation and secure access, and integrate network architecture with enterprise security.
4
Availability & Resilience
Evaluate redundancy, critical dependencies, failover, recovery, continuity, and resilience.
5
Operations & Performance
Interpret operational indicators and determine actions relating to availability, capacity, performance, incidents, and service quality.
6
Investment & Vendor Management
Evaluate technology alternatives, business cases, sourcing models, contracts, costs, risks, and provider performance.
7
Automation & AI
Determine appropriate automation, programmability, AI-assisted operations, governance, and human oversight.
8
Leadership & Executive Judgment
Prioritize resources, lead teams, manage transformation, and translate technical conditions into business decisions.
CNEM®
CNEM® Enterprise Network Engineering Competency Model
- CNEM® Management Progression
1. Enterprise Network Strategy, Architecture & Governance
Assess current-state architecture, define target capabilities, establish design principles, develop roadmaps, govern standards, and align network strategy with organizational priorities.
2. Enterprise Connectivity, Cloud & Infrastructure Leadership
Govern LAN, WAN, wireless, internet, data-center, cloud, hybrid, SD-WAN, remote-access, and distributed connectivity.
3. Network Security, Risk & Resilience Governance
Integrate segmentation, secure connectivity, Zero Trust, availability, redundancy, continuity, disaster recovery, and infrastructure risk.
4. Network Operations, Performance & Service Assurance
Govern NOC capabilities, monitoring, observability, incident escalation, capacity, availability, performance, service levels, and continual improvement.
5. Technology Investment, Vendors & Financial Management
Develop business cases, evaluate architectures and providers, govern contracts, control lifecycle costs, and prioritize investments.
6. Automation, Programmability & Network Transformation
Develop automation strategies, govern APIs and Infrastructure as Code, reduce configuration risk, and modernize operations.
7. AI-Enabled Network Management & Emerging Technology
Evaluate AIOps, predictive analytics, anomaly detection, intent-based networking, autonomous operations, edge, IoT, and emerging connectivity models.
8. Workforce, Executive Communication & Leadership
Develop network-engineering capabilities, organizational structures, skills, sourcing models, succession plans, executive reporting, and transformation leadership.
What it validates
What Is CNEM®?
The Certified Network Engineering Manager (CNEM®) validates advanced management competency in governing enterprise network engineering and connectivity capabilities.
CNEM® prepares managers to determine:
CNEM® moves the professional perspective from:
- Does the network architecture support business strategy?
- Where are the most significant availability risks?
- Is connectivity sufficiently resilient?
- Are network-security controls appropriate?
- Is cloud connectivity designed effectively?
- Are capacity and performance adequate?
- Which technologies should be modernized?
- Should network services be internal, outsourced, or hybrid?
- Are telecommunications and service-provider costs justified?
- Are vendors meeting performance expectations?
- Which operations should be automated?
- How should AI be incorporated into network operations?
- Does the organization have sufficient network-engineering skills?
- Which network metrics should executives see?
- How should infrastructure investment be prioritized?
- Governing Enterprise Connectivity as a Strategic Capability
Operating the Network
to:
Network Engineering
Standards & International Framework Alignment
The CNEP® and CNEM® Bodies of Knowledge can incorporate principles and practices relevant to:
- ISO/IEC 27001
- ISO/IEC 27002
- ISO/IEC 27005
- ISO 22301
- ISO 31000
- ISO/IEC 20000-1
- ISO/IEC 42001
- ISO/IEC 23894
- NIST Cybersecurity Framework
- NIST NICE Workforce Framework
- Relevant NIST networking and cybersecurity guidance
- CISA cybersecurity guidance
- Recognized network architecture, security, resilience, cloud, service-management, and engineering practices
CNEP® Framework Application Progression
Understand → Design → Implement → Secure → Operate → Improve
CNEM® Framework Application Progression
Understand → Assess → Architect → Govern → Measure → Transform
Important: Framework alignment does not constitute accreditation, recognition, endorsement, certification, or approval by any referenced standards body or organization.
CNEM®
Global and Vendor-Neutral Design
CNEM® is designed around transferable network-management and engineering competencies rather than dependence on one technology vendor.
The certification is not tied exclusively to one:
This allows CNEM® competencies to remain relevant across:
Industries • Organizations • Regions • Technology Vendors • Cloud Platforms • Service Providers • Network Architectures
- Router or switch vendor
- Wireless manufacturer
- Firewall vendor
- Cloud provider
- SD-WAN provider
- Telecom carrier
- Network-management platform
- Monitoring product
- Automation framework
- AI networking solution
- CNEM® Vendor-Neutral Principle
Network Engineering
Accreditation and Credentialing Quality Alignment
The CNEM® certification framework is designed with consideration of recognized personnel-certification and professional credentialing principles associated with:
ISO/IEC 17024
The framework may encompass:
- ANSI National Accreditation Board (ANAB)
- National Commission for Certifying Agencies (NCCA)
- Institute for Credentialing Excellence (I.C.E.)
- International Personnel-Certification and Conformity-Assessment Practices
- Job Task Analysis
- Defined management competencies
- Eligibility standards
- Validated Body of Knowledge
- Examination blueprint
- Subject Matter Expert review
- Psychometric principles
- Examination security
- Candidate identity verification
- Impartial certification decisions
- Appeals and complaints
- Professional ethics
- Continuing education
- Recertification
- Credential verification
- Periodic program review
- Continuous improvement
CNEM®
- Integrated CNEP®
- CNEM® Pathway
- Professional Level
- Advanced / Management Level
CNEP® — Certified Network Engineering Professional
Primary emphasis:
Design • Configure • Connect • Secure • Monitor • Troubleshoot • Optimize • Automate
↓
CNEM® — Certified Network Engineering Manager
Primary emphasis:
Assess • Architect • Govern • Prioritize • Invest • Assure • Measure • Lead • Transform
The progression moves professionals from engineering reliable connectivity to governing enterprise network architecture, performance, investment, security, resilience, workforce capability, and transformation.
CNEM®
CNEP® vs. CNEM® at a Glance
| Area | CNEP® — Professional | CNEM® — Advanced / Manager |
|---|---|---|
| Primary Focus | Engineer networks | Govern enterprise connectivity |
| Architecture | Design and implement | Strategize and govern |
| Routing & Switching | Configure and troubleshoot | Govern standards and capability |
| Wireless | Engineer and support | Govern strategy and performance |
| WAN | Implement and troubleshoot | Architect and optimize |
| Cloud Networking | Configure and analyze | Govern architecture and investment |
| Network Security | Apply controls | Govern risk and security |
| Monitoring | Interpret telemetry | Establish service assurance |
| Troubleshooting | Diagnose and resolve | Govern systemic improvement |
| Performance | Measure and optimize | Establish KPIs and targets |
| Resilience | Engineer redundancy | Establish resilience strategy |
| Automation | Apply automation | Govern automation strategy |
| AI/AIOps | Apply and evaluate | Govern and invest |
| Vendors | Work with technologies | Govern providers and contracts |
| Investment | Understand technical needs | Prioritize budgets and business cases |
| Workforce | Professional contribution | Build teams and capabilities |
| Communication | Technical reporting | Executive decision support |
| Objective | Engineer Reliable Connectivity | Govern Strategic Connectivity |
CNEM®
The IBACTP® Network Engineering Pathway
- Govern Enterprise Connectivity as a Strategic Business Capability
CNEP® — Professional Level
Design → Configure → Connect → Secure → Monitor → Troubleshoot → Optimize → Automate
Engineer Secure, Reliable and Resilient Networks
↓
CNEM® — Advanced / Management Level
Assess → Architect → Govern → Prioritize → Invest → Assure → Measure → Lead → Transform
CNEM®
CNEP® vs. CNEM® — Choose Your Level
- Leadership Objective
CNEM®
Why CNEM®?
Enterprise Connectivity Is a Business Leadership Responsibility
Networks are no longer simply infrastructure hidden behind business applications.
They are the foundation connecting:
Employees • Customers • Offices • Data Centers • Cloud Platforms • Applications • SaaS • Partners • IoT • Edge Environments • Critical Services
When enterprise connectivity is poorly designed or governed, the consequences may include:
Network leadership must therefore move beyond:
“Is the network operational?”
to:
“Is enterprise connectivity secure, resilient, scalable, cost-effective, measurable, and aligned with business strategy?”
That is the management environment CNEM® addresses.
- Service outages
- Productivity losses
- Application degradation
- Security exposure
- Customer disruption
- Cloud-access failures
- Operational delays
- Increased costs
- Failed digital initiatives
- Business-continuity problems
CNEM®
Network Technology Management at the CNEM® Level
CNEM® is vendor-neutral.
Managers are not expected to personally configure every technology.
They are expected to understand its purpose, architectural role, operational dependency, risk, cost, performance, and business value.
Technology categories include:
Routing & Switching • Wireless • SD-WAN • SDN • Cloud Networking • Network Security • VPN • NAC • Firewalls • Load Balancing • DNS/DHCP • Monitoring • Observability • Automation • APIs • Infrastructure as Code • Telecommunications • AI-Assisted Network Operations
- CNEM® Technology Leadership Model
CNEM®
Measuring Enterprise Network Performance
CNEM® emphasizes meaningful performance management.
- Network Activity → Service Performance → Business Impact → Management Decision
CNEM®
Flexible CNEM® Certification Assessment
Option 1 — CNEM® Certification Examination
100 Questions
90 Minutes
Advanced Multiple-Choice + Scenario-Based Questions
Closed Book
Secure Online Proctoring or Approved Testing Center
Recommended Passing Score: 70%
Assessment emphasizes:
Strategy • Architecture • Governance • Security • Resilience • Performance • Investment • Automation • Leadership
Option 2 — Enterprise Network Engineering Management Capstone
Eligible candidates participating in an approved instructor-led pathway may demonstrate advanced competency through the Enterprise Network Engineering Management Capstone.
The Capstone may integrate:
Assessment → Architecture → Governance → Investment → Resilience → Performance → Transformation
CNEM®
Recognition & Credentialing Quality Alignment
The CNEP® and CNEM® certification frameworks can be structured with consideration of professional credentialing and personnel-certification principles associated with:
ISO/IEC 17024 • ANAB • NCCA • I.C.E. • International Personnel-Certification and Conformity-Assessment Practices
Quality elements may encompass:
Job Task Analysis • Defined Competencies • Eligibility Standards • Validated Body of Knowledge • Examination Blueprint • SME Review • Psychometric Principles • Examination Security • Candidate Identity Verification • Impartial Certification Decisions • Appeals & Complaints • Professional Ethics • Continuing Education • Recertification • Credential Verification • Periodic Program Review • Continuous Improvement
- Credentialing Quality Lifecycle
CNEM®
- Define
- Validate
- Assess
- Certify
- Maintain
- Verify
- Review
- Improve
Alignment should not be represented as formal accreditation, recognition, approval, or endorsement unless such status has been officially awarded by the applicable independent organization.
CNEM®
Global Professional Relevance and Recognition
CNEM® is designed for professionals managing networks in globally distributed and digitally dependent organizations.
The certification is relevant to environments such as:
The CNEM® designation is intended to demonstrate advanced professional competency in enterprise network leadership.
Recognition or acceptance may vary by employer, institution, industry, or jurisdiction. Accordingly, IBACTP® should represent the credential based on its defined competency framework, assessment process, and formally awarded recognition status.
- Technology
- Financial services
- Healthcare
- Government
- Telecommunications
- Education
- Manufacturing
- Energy
- Transportation
- Retail
- Consulting
- Managed services
- Cloud and data-center operations
- Multinational enterprise environments
CNEM®
CNEM® Framework Application Progression
The management-level application progression is:
CNEM®
- Understand
- Interpret
- Assess
- Architect
- Govern
- Measure
- Improve
Understand
Recognize relevant network, risk, security, continuity, and management principles.
Interpret
Translate them into enterprise network requirements.
Assess
Evaluate architecture, dependencies, risk, performance, maturity, and capability gaps.
Architect
Define target-state network capabilities and modernization priorities.
Govern
Establish standards, decision rights, investment priorities, controls, and accountability.
Measure
Use service, performance, risk, cost, vendor, and resilience indicators.
Improve
Apply lessons learned and strategic insights to strengthen enterprise connectivity.
CNEM®
- Define
- Validate
- Assess
- Certify
- Maintain
- Verify
- Review
- Improve
Define — Establish role expectations, competencies, scope, and eligibility.
Validate — Review competencies and the Body of Knowledge through appropriate SME and professional processes.
Assess — Evaluate advanced management competency through structured examination or approved assessment pathways.
Certify — Apply impartial certification criteria.
Maintain — Support continuing professional competence through CPE, ethics, and recertification.
Verify — Provide appropriate credential-verification mechanisms.
Review — Evaluate professional relevance, assessment quality, and program performance.
Improve — Update content and processes as technologies, practices, and workforce expectations evolve.
CNEM®
CNEM® Certification Value Proposition
CNEM® integrates:
Network Strategy + Enterprise Architecture + Cloud Connectivity + Security + Resilience + Operations + Performance + Investment + Vendors + Automation + AI + Workforce + Executive Leadership
Its central management objective is:
Architect Enterprise Connectivity → Govern Infrastructure → Assure Performance → Strengthen Resilience → Optimize Investment → Lead Transformation
CNEM®
- CNEP®
- CNEM®
- From Network Engineering to Enterprise Connectivity Leadership
- Engineer the Network. Govern the Architecture. Strengthen Resilience. Lead Transformation.
CNEM®
- CNEP®
- CNEM®
- From Network Engineering Practice to Enterprise Connectivity Leadership
What is CNEP®?
The Certified Network Engineering Professional (CNEP®) is a comprehensive, vendor-neutral professional certification designed to validate practical competency in modern network engineering.
CNEP® addresses:
Network Architecture • TCP/IP • IPv4/IPv6 • Routing • Switching • VLANs • Wireless • WAN • Network Security • Cloud Networking • SDN • SD-WAN • Monitoring • Troubleshooting • Performance • Resilience • Automation • AI-Enabled Networking
The certification emphasizes the ability to apply networking knowledge to realistic enterprise environments rather than simply memorize protocols, commands, or vendor-specific configurations.
CNEP® Professional Progression
Understand → Design → Configure → Connect → Secure → Monitor → Troubleshoot → Optimize → Automate
What is CNEM®?
The Certified Network Engineering Manager (CNEM®) is an advanced, vendor-neutral management certification designed for professionals responsible for leading and governing enterprise network-engineering capabilities.
CNEM® focuses on:
Network Strategy • Enterprise Architecture • Connectivity Governance • Cloud & Hybrid Networking • Network Security • Resilience • Network Operations • Performance • Investment • Vendor Management • Automation • AIOps • Workforce Leadership • Executive Communication
The certification develops the ability to govern connectivity as a strategic enterprise capability rather than simply manage individual devices or engineering tasks.
CNEM® Leadership Progression
Assess → Architect → Govern → Prioritize → Invest → Assure → Measure → Lead → Transform
How is CNEP® different from CNEM®?
The primary difference is the level of responsibility.
CNEP® focuses on engineering and operating networks.
A CNEP® professional may:
- Design network solutions
- Configure routing and switching
- Implement VLANs and segmentation
- Support wireless networks
- Configure secure connectivity
- Analyze packets and traffic
- Monitor network performance
- Troubleshoot connectivity issues
- Support cloud networking
- Implement network automation
- Improve availability and resilience
CNEM® focuses on governing and leading network capabilities.
A CNEM® manager may:
- Establish enterprise network strategy
- Govern network architecture
- Approve standards and design principles
- Prioritize infrastructure investments
- Manage network operations
- Govern cloud and hybrid connectivity
- Establish resilience requirements
- Evaluate carriers and vendors
- Manage budgets and contracts
- Establish KPIs and service levels
- Lead automation programs
- Develop network-engineering teams
- Communicate performance and risk to executives
Simple Comparison
CNEP® asks:
“How should this network be designed, secured, operated, and optimized?”
CNEM® asks:
“What connectivity capability does the enterprise need, how should it be governed and funded, and how do we know it is delivering value?”
Do I need CNEP® before pursuing CNEM®?
CNEP® is the recommended professional progression into CNEM®.
The recommended pathway is:
CNEM®
- CNEP®
- CNEM®
However, CNEP® is not necessarily the only qualifying route.
Equivalent professional experience, education, training, or qualifications in areas such as:
may satisfy applicable IBACTP® eligibility requirements.
Candidates should review current CNEM® eligibility requirements before applying.
- Network engineering
- Network operations
- Infrastructure engineering
- Cloud networking
- Telecommunications
- Network security
- Data-center networking
- IT operations
- Enterprise architecture
- Infrastructure management
- Technology management
Who should consider CNEP®?
CNEP® is particularly relevant for professionals working in or preparing for roles such as:
CNEP® may also benefit cybersecurity, cloud, systems, and IT professionals who require stronger networking competency.
- Network Engineer
- Network Administrator
- Network Analyst
- Network Operations Engineer
- NOC Analyst
- Infrastructure Engineer
- Systems and Network Administrator
- Cloud Network Engineer
- Wireless Network Engineer
- Network Security Engineer
- Data Center Network Engineer
- Network Support Engineer
- Network Automation Specialist
- Infrastructure Support Specialist
- IT Infrastructure Professional
- Technical Consultant
Who should consider CNEM®?
CNEM® is designed for experienced professionals and current or aspiring leaders such as:
CNEM® is especially relevant for professionals who must translate technical connectivity requirements into architecture, investment, performance, risk, resilience, and executive decisions.
- Network Engineering Manager
- Network Operations Manager
- Infrastructure Manager
- NOC Manager
- Network Architecture Manager
- Cloud Network Manager
- Network Services Manager
- Telecommunications Manager
- Network Security Manager
- Infrastructure Program Manager
- IT Operations Manager
- Senior Network Architect
- Infrastructure Architect
- Director of Network Engineering
- Director of Infrastructure
- Technology Operations Leader
- IT Manager
- Technology Consultant
Are CNEP® and CNEM® vendor-neutral?
Yes.
Both certifications emphasize transferable networking principles and professional competencies rather than dependence on one equipment manufacturer, software vendor, cloud provider, carrier, or automation platform.
Programs may reference technologies such as:
Routers • Switches • Firewalls • Wireless Controllers • SD-WAN • Cloud Networking • Monitoring Platforms • Network Automation • APIs • Infrastructure as Code
However, the certification emphasis remains on:
Requirement → Architecture → Technology → Implementation → Validation → Performance
rather than product-specific certification.
Does CNEP® cover routing and switching?
Yes. Routing and switching are core CNEP® competencies.
Coverage includes areas such as:
Candidates are expected to understand how these technologies work together to provide reliable enterprise connectivity.
- Ethernet
- MAC addressing
- Layer 2 switching
- VLANs
- Trunking
- Inter-VLAN connectivity
- Routing tables
- Static routing
- Dynamic routing concepts
- Route selection
- Default routes
- OSPF concepts
- BGP awareness
- Redundancy
- Traffic-flow analysis
Does CNEP® cover IPv4, IPv6, and subnetting?
Yes.
CNEP® addresses:
Addressing and subnetting form part of the foundational engineering competency expected of CNEP® professionals.
- IPv4 addressing
- IPv6 addressing
- CIDR
- Subnet masks
- Address planning
- Network and host calculations
- Public and private addressing
- NAT/PAT
- IPv4/IPv6 coexistence concepts
Does CNEP® cover network security?
Yes.
Network security is integrated throughout the certification.
Coverage includes:
The objective is to ensure professionals can engineer networks that are not simply connected, but securely connected.
- Secure network architecture
- Network segmentation
- Firewalls
- VPNs
- Secure remote access
- Access-control concepts
- Network Access Control
- IDS/IPS concepts
- Secure protocols
- Device hardening
- Zero Trust networking concepts
- Cloud network security
- Wireless security
- Security telemetry
Does CNEP® cover wireless networking?
Yes.
CNEP® addresses enterprise wireless concepts including:
CNEM® addresses wireless networking from a management perspective, including architecture, investment, performance, security, service quality, and lifecycle governance.
- Wireless standards
- Frequencies
- Access-point architecture
- SSIDs
- Wireless segmentation
- Wireless security
- Coverage
- Interference
- Capacity
- Performance
- Troubleshooting
Does CNEP® cover WAN technologies?
Yes.
CNEP® covers concepts involving:
CNEM® advances these topics into carrier strategy, sourcing, cost, contracts, resilience, service levels, architecture, and vendor governance.
- Enterprise WAN
- Internet connectivity
- Site-to-site connectivity
- Remote access
- Carrier connectivity
- Bandwidth
- Latency
- Redundancy
- WAN performance
- SD-WAN
Does CNEP® cover cloud networking?
Yes.
CNEP® includes modern cloud and hybrid network concepts such as:
The certification remains cloud-provider-neutral.
The goal is to understand networking principles that can transfer across different cloud environments.
- Virtual networks
- Cloud subnets
- Cloud routing
- Security groups
- Load balancing
- Hybrid connectivity
- VPN connectivity
- Distributed applications
- Cloud monitoring
- Multi-environment networking
Does CNEM® cover cloud and hybrid connectivity strategy?
Yes.
CNEM® addresses the management and governance of:
Managers are expected to evaluate how cloud connectivity supports enterprise strategy rather than simply how individual virtual networks are configured.
- Cloud network architecture
- Hybrid connectivity
- Multi-environment networking
- Internet architecture
- Dedicated cloud connections
- VPN architecture
- Distributed applications
- Cloud-network security
- Provider dependencies
- Resilience
- Cost
- Performance
Do CNEP® and CNEM® cover SDN and SD-WAN?
Yes.
CNEP®
Candidates learn relevant concepts involving:
- Software-defined networking
- Control and data plane separation
- Centralized controllers
- Policy-driven networking
- SD-WAN architecture
- Application-aware connectivity
- Centralized management
CNEM®
Managers evaluate:
The progression is:
CNEP® — Understand and Apply
↓
CNEM® — Strategize and Govern
- SDN/SD-WAN strategy
- Architecture
- Migration
- Vendor selection
- Security
- Operational impact
- Cost
- Resilience
- Performance
- Governance
Does CNEP® cover network monitoring?
Yes.
Candidates develop familiarity with concepts and technologies involving:
The objective is to understand how network information supports troubleshooting, performance management, and service assurance.
- SNMP
- Syslog
- NetFlow/IPFIX
- Network dashboards
- Availability monitoring
- Packet analysis
- Performance monitoring
- Network telemetry
- Alerting
- Observability
Does CNEP® cover troubleshooting?
Yes. Troubleshooting is a defining CNEP® competency.
Candidates learn to follow a structured process:
CNEM®
- Identify
- Gather Evidence
- Establish Scope
- Develop Hypothesis
- Test
- Isolate
- Correct
- Validate
Scenarios may involve:
CNEP® emphasizes analytical troubleshooting rather than trial-and-error configuration.
- DNS
- DHCP
- VLANs
- Routing
- Switching
- Firewalls
- VPNs
- Wireless
- Cloud connectivity
- IP addressing
- Latency
- Packet loss
- Throughput
- Configuration changes
Does CNEM® cover network operations and NOC leadership?
Yes.
CNEM® addresses:
The management question is not simply:
“Is the network up?”
It is:
- NOC strategy
- Operating models
- Monitoring coverage
- Observability
- Incident escalation
- Problem management
- Root-cause analysis
- Service assurance
- Capacity
- Availability
- Performance
- Staffing
- Sourcing
- Service levels
- Continuous improvement
CNEM®
“Is connectivity delivering the availability, performance, resilience, and service quality the business requires?”
- CNEP® — Engineer Resilience
- CNEM® — Govern Enterprise Resilience
Do the certifications cover network resilience?
Yes.
CNEP®
Candidates apply concepts involving:
- Redundancy
- Failover
- High availability
- Alternate paths
- Capacity
- Configuration backup
- Recovery
- Recovery validation
- Critical connectivity
- Continuity
CNEM®
Managers govern:
The progression is:
- Enterprise resilience strategy
- Critical network dependencies
- Carrier diversity
- Architecture redundancy
- Recovery objectives
- Resilience testing
- Business continuity integration
- Disaster recovery connectivity
- Risk acceptance
- Improvement priorities
Do CNEP® and CNEM® cover network automation?
Yes.
CNEP®
The professional-level certification addresses:
The objective is to develop an understanding of how programmability can improve consistency, speed, scalability, and reliability.
- Automation use cases
- Python concepts
- REST APIs
- JSON
- YAML
- Configuration templates
- Orchestration
- Automated validation
- Infrastructure as Code
- Version-control concepts
CNEM®
The management certification focuses on:
CNEM® asks whether automation creates measurable operational and strategic value.
- Automation strategy
- Operating-model transformation
- Automation governance
- Business cases
- Platform investment
- Risk
- Change control
- Configuration compliance
- Skills requirements
- Performance measurement
Do the certifications cover AI and AIOps?
Yes.
CNEP®
Candidates evaluate:
- AI-assisted monitoring
- Anomaly detection
- Predictive analysis
- Capacity forecasting
- Event correlation
- AI-assisted troubleshooting
- Root-cause assistance
- Network optimization
- Intent-based networking
CNEM®
Managers evaluate:
The guiding principle is:
- AIOps strategy
- AI investment
- Reliability
- Data quality
- Automation risk
- Human oversight
- Explainability
- AI vendor risk
- Performance
- Governance
- Autonomous-networking concepts
CNEM®
- Automate Where Appropriate
- Validate the Outcome
- Maintain Human Accountability
- Capability + Performance + Cost + Security + Resilience + Dependency + Risk + Value
Does CNEM® cover network architecture governance?
Yes. Architecture governance is a core CNEM® competency.
Managers develop capabilities involving:
CNEM® prepares managers to determine whether individual network designs align with broader enterprise requirements.
- Architecture principles
- Standards
- Target-state architecture
- Design reviews
- Technology roadmaps
- Exception management
- Decision rights
- Modernization
- Cloud integration
- Architecture lifecycle management
Does CNEM® cover vendor and telecommunications management?
Yes.
CNEM® addresses management of:
Managers evaluate providers according to:
- Network technology vendors
- Telecommunications carriers
- Internet service providers
- Managed network providers
- Cloud connectivity providers
- Support partners
- Technology contracts
- Service levels
- Licensing
- Provider performance
Does CNEM® cover sourcing and managed network services?
Yes.
Managers evaluate whether capabilities should be:
Relevant considerations include:
- Maintained internally
- Outsourced
- Co-managed
- Delivered through managed services
- Supported through hybrid operating models
- Cost
- Internal skills
- Strategic importance
- Service quality
- Response requirements
- Security
- Dependency
- Scalability
- Vendor risk
- Business continuity
Does CNEM® cover network investment and budgeting?
Yes.
CNEM® develops competency in:
The management objective is to move from:
- Network business cases
- Technology refresh
- Capital expenditures
- Operating expenditures
- Telecom costs
- Cloud connectivity costs
- Vendor contracts
- Licensing
- Managed services
- Infrastructure modernization
- Cost optimization
- Total cost of ownership
“What technology should we buy?”
to:
“What capability does the enterprise need, what risk or business requirement does it address, and does the investment create sufficient value?”
Does CNEM® cover metrics and performance measurement?
Yes.
Candidates learn to evaluate operational and management measures involving:
Availability
- Uptime
- Outage trends
- Critical-service availability
- Failover effectiveness
Performance
- Latency
- Jitter
- Packet loss
- Throughput
- Utilization
Operations
- Incident trends
- Detection and restoration times
- Change success
- Problem recurrence
Capacity
- Growth trends
- Utilization thresholds
- Forecast requirements
Vendor Performance
- SLA achievement
- Availability
- Support quality
- Escalation performance
Financial Performance
The management progression is:
- Carrier costs
- Licensing
- Infrastructure spend
- Cost optimization
- Investment trends
CNEM®
- Network Data
- Service Performance
- Business Impact
- Management Decision
- How is CNEM® assessed?
Does CNEM® prepare professionals for executive communication?
Yes.
CNEM® develops the ability to translate technical network conditions into information senior leaders can use.
Executives may need to understand:
- Which network risks are material?
- Are critical services sufficiently resilient?
- Are availability targets being achieved?
- Where are capacity constraints?
- Which investments are required?
- Are providers delivering value?
- Are costs appropriately controlled?
- Are network-security risks increasing?
- Is modernization progressing?
- Can connectivity support future business strategy?
CNEM® Executive Communication Model
Technical Condition → Service Impact → Enterprise Risk → Management Options → Decision
How is CNEP® assessed?
Candidates may demonstrate competency through applicable certification pathways.
Option 1 — CNEP® Certification Examination
Recommended structure:
Assessment emphasizes:
Architecture • Connectivity • Routing • Switching • Security • Troubleshooting • Performance • Resilience • Automation
- 100 questions
- Multiple-choice and scenario-based questions
- 90 minutes
- Closed book
- Secure online proctoring or approved testing center
- Recommended passing score: 70%
Option 2 — Applied Network Engineering Capstone
Eligible candidates in an approved instructor-led pathway may demonstrate competency through the CNEP® Applied Network Engineering Capstone.
Option 1 — CNEM® Certification Examination
Recommended structure:
Assessment emphasizes:
Strategy • Architecture • Governance • Risk • Resilience • Performance • Investment • Vendors • Automation • Executive Judgment
- 100 questions
- Advanced multiple-choice and scenario-based management questions
- 90 minutes
- Closed book
- Secure online proctoring or approved testing center
- Recommended passing score: 70%
Option 2 — Enterprise Network Engineering Management Capstone
Eligible candidates participating in an approved instructor-led pathway may demonstrate advanced competency through the CNEM® Enterprise Network Engineering Management Capstone.
What skills does CNEP® test?
CNEP® evaluates professional competency in:
Network Architecture • IPv4/IPv6 • Routing • Switching • Wireless • WAN • Network Security • Cloud Networking • Monitoring • Troubleshooting • Performance • Resilience • Automation • Emerging Networking
CNEP® Competency Standard
Design → Implement → Secure → Monitor → Diagnose → Resolve → Optimize → Automate
What skills does CNEM® test?
CNEM® evaluates advanced management competency in:
Enterprise Network Strategy • Architecture Governance • Cloud & Hybrid Connectivity • Security • Risk • Resilience • Operations • Performance • Investment • Vendors • Automation • AI • Workforce • Executive Communication
CNEM® Competency Standard
Assess → Architect → Prioritize → Govern → Invest → Assure → Measure → Lead → Transform
Are CNEP® and CNEM® aligned with international standards and frameworks?
The certification Bodies of Knowledge incorporate relevant principles from recognized standards and professional practices, including areas associated with:
The certifications emphasize practical application rather than standards memorization.
Framework alignment does not constitute accreditation or endorsement by referenced organizations.
- ISO/IEC 27001
- ISO/IEC 27002
- ISO/IEC 27005
- ISO 22301
- ISO 31000
- ISO/IEC 20000-1
- ISO/IEC 42001
- ISO/IEC 23894
- NIST Cybersecurity Framework
- NIST NICE Workforce Framework
- Relevant NIST networking and security guidance
- CISA cybersecurity guidance
- Recognized cloud, network-security, resilience, service-management, and automation practices
Are CNEP® and CNEM® accredited?
The certification frameworks may be designed with consideration of credentialing-quality principles associated with:
ISO/IEC 17024 • ANAB • NCCA • I.C.E. • International Personnel-Certification Practices
Such alignment does not itself constitute formal accreditation, recognition, approval, or endorsement.
IBACTP® should represent formal external accreditation or recognition only after it has been officially awarded by the applicable independent organization.
How long is the recommended training?
Recommended duration may vary according to delivery format and candidate experience.
CNEP®
Approximately 40–60 instructional hours
CNEM®
Approximately 50–60 instructional hours
Training may include instructor-led instruction, technical scenarios, labs, architecture exercises, case studies, management simulations, and Capstone activities where applicable.
How long are CNEP® and CNEM® certifications valid?
The recommended credential cycle for both certifications is:
CNEM®
Three Years
Credential holders maintain competence through applicable IBACTP® Continuing Professional Education, ethics, certification-maintenance, and recertification requirements.
Final requirements are governed by current IBACTP® certification policies.
The examination
Exam & Certification Details
Everything you need to plan your sitting.
CNEM-200
Exam code for the Advanced Manager-level Network Engineering credential.
100 questions (maximum)
Multiple choice, completed in 120 minutes.
700 out of 1000
Passing score. Delivered in English.
Recommended experience
A minimum of five years of experience, including two years in a supervisory, lead or management role.
Where you sit it
IBACTP® approved testing centers and online proctored delivery
Staying certified
Three-year certification cycle with continuing professional education
Choose your route
Four ways to enroll. One credential.
Every route leads to the same CNEM® examination and the same designation.
Progression
Your Certification Pathway
Start as a Professional. Advance as a Leader.
Get started
Ready to certify as a CNEM®?
Self-Paced Learning
Exam fee only, with complimentary course materials provided — $400 USD.
Virtual Instructor-Led Training
4 days, 2 hours daily online. All course materials + Exam — $1,200 USD.
Bootcamps & Intensives
10 days, 2 hours daily. All course materials + Exam — $1,800 USD.
Corporate Training
Certify a whole team on a schedule that suits your organization. Fees negotiable.
Questions
Frequently Asked Questions — CNEP® & CNEM®
The IBACTP® Network Engineering Certification Pathway is designed for professionals at two distinct career levels:
CNEP® — Professional Level
Focused on designing, implementing, securing, monitoring, troubleshooting, automating, and optimizing modern network environments.
CNEM® — Advanced / Management Level
Focused on enterprise network strategy, architecture governance, resilience, investment, performance, vendor management, automation, workforce leadership, and executive decision-making.
Together, the certifications provide a structured progression:
CNEM®
Ready to Engineer the Networks That Power Modern Enterprise?
Build the Network. Secure the Connection. Optimize Performance. Engineer Resilience.
- [BECOME CNEP® CERTIFIED]
- [REGISTER FOR THE CNEP® EXAM]
- [ENROLL IN CNEP® TRAINING]
- [DOWNLOAD PROGRAM GUIDE]
Certified Network Engineering Manager (CNEM®) · International Board of AI, Cybersecurity & Technology Professionals (IBACTP®)
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