01
Telecom Network Planning
4G/5G planning, RF design, capacity/coverage analysis and city-wide rollout dimensioning.
University of Engineering & Technology Mardan
Engineering Pakistan’s telecom infrastructure.
The Telecom Consultancy at UET Mardan’s Department of Telecommunication Engineering delivers end-to-end network planning, design and engineering — from 4G/5G, microwave, fibre and broadcasting to cybersecurity, IoT, AI-driven monitoring and full project supervision.
14+Consultancy Domains
4G/5G–FibreFull Network Stack
AM/FM & DigitalBroadcasting Engineering
End-to-EndProject Consultancy
14Domains
Areas of telecom & network engineering consultancy
About the Consultancy
A dedicated telecom engineering unit within the department.
Operating under UET Mardan’s Department of Telecommunication Engineering, the Telecom Consultancy brings together RF, network, systems and cybersecurity expertise to plan, design and supervise complex communication infrastructure. The unit supports public-sector, industrial, broadcasting and enterprise clients across the full spectrum of wireless, wired, broadcasting and digital network technologies.
Mission
To deliver rigorous, vendor-neutral telecom engineering consultancy — from network planning and RF design to broadcasting, cybersecurity and AI-driven monitoring — that strengthens reliable connectivity and communication infrastructure across Khyber Pakhtunkhwa.
What We Offer
Consultancy across the full telecom engineering lifecycle.
From feasibility studies to field deployment and long-term monitoring, our engineers stay involved at every stage of the project.
02
Wireless, Microwave & Wired City Networks
City-scale microwave backhaul, wired fibre backbone, link budgeting and redundancy design.
03
Radio Broadcasting Engineering (AM/FM)
Transmitter-site planning, coverage engineering and frequency/RF optimization for reliable reception.
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Digital Radio & Trust/Safety Monitoring
Digital radio consultancy with analytics-based monitoring, logging, alerting and incident workflows.
05
Wireless & Microwave Systems
Microwave links, wireless backhaul, antenna placement and throughput/latency tuning.
06
Optical Fiber Networks
Fibre-optic and FTTH design, campus backbone, loss-budget engineering and scalable topology.
07
Computer & Enterprise Networks
LAN/WAN architecture, Wi-Fi planning, data-centre connectivity and traffic engineering.
08
Internet of Things
Smart campus, smart metering and industrial IoT connectivity, device network design and security.
09
Network & Cybersecurity
Security assessments, vulnerability testing, firewall/segmentation design and incident response planning.
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Signal Processing & AI
AI-based network optimization, fault detection, traffic forecasting and anomaly detection.
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Testing & Technical Evaluation
QoS testing, equipment evaluation, network audits and compliance-oriented field verification.
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Telecom Project Consultancy
Feasibility studies, BoQs, bid evaluation support and procurement/contractor oversight.
13
Research & Product Development
Prototype development, embedded/edge systems and industry-sponsored communication research.
14
Training & Capacity Building
Specialized training in 5G, fibre, IoT, cybersecurity and monitoring/operations workflows.
Signature Focus Areas
Where our engineering depth stands out.
Four domains where the department brings specialised, hands-on technical capability.
Focus Area
City-Scale Network Rollout
4G/5G& RF Design
Complete-city network dimensioning combining site strategy, capacity/coverage analysis and phased wireless, microwave and wired implementation planning.
- Coverage & capacity City-Wide Planning
- Backhaul Microwave & Fibre
- Deployment Phased Rollout
Focus Area
Broadcast & Digital Radio Engineering
AM/FM& Digital
Transmitter-site planning and frequency engineering for AM/FM broadcasting, alongside monitoring-capable digital radio architectures for reliable reception quality.
- Coverage Frequency Planning
- Reliability RF Optimization
- Systems Digital Radio
Focus Area
Trust, Safety & Monitoring
AIAnalytics
Operational safeguards to detect and flag manipulation attempts and misleading information, backed by logging, alerting and incident-response workflows.
- Detection Anomaly Analytics
- Response Incident Workflows
- Compliance Regulatory Alignment
Focus Area
Fibre, IoT & Cybersecurity
End-to-EndInfrastructure
Fibre-optic backbone design paired with IoT connectivity planning and network security assessments to secure and scale modern digital infrastructure.
- Backbone Fibre-Optic Design
- Connectivity IoT Networks
- Security Vulnerability Testing
How We Work
From first consultation to commissioning.
A structured delivery process applied consistently across our telecom engineering engagements.
01
Consultation & Site Survey
Understanding coverage needs, budget, and site or spectrum constraints from day one.
02
Feasibility & Technical Audit
Capacity/coverage analysis, link budgeting, and feasibility modelling for the network.
03
Network Design & Engineering
Detailed RF, fibre or systems design sized to real demand and site conditions.
04
Procurement Support
Vendor shortlisting, technical specification, BoQs and equipment verification.
05
Deployment Supervision
On-site engineering oversight through installation, wiring and safety/compliance checks.
06
Testing & Commissioning
QoS testing, acceptance validation, staff training and formal handover.
Why This Consultancy
Depth across the full telecom engineering stack.
Built on in-house engineering expertise within UET Mardan’s Department of Telecommunication Engineering.
14+ DomainsFrom RF planning to cybersecurity and AI
In-House TeamDedicated engineering & supervision staff
End-to-EndFeasibility through commissioning & training
Dept. of Telecom EngineeringBacked by UET Mardan’s research ecosystem
Who We Serve
Extending departmental expertise to public and private clients.
01Telecom Operators
02Public Sector & Government
03Broadcasting Stations
04Industrial Facilities
05Educational Campuses
06Healthcare Facilities
07Smart City Projects
08Commercial Enterprises
Connect With Us
Let’s plan your next network project.
Partner with the Telecom Consultancy at UET Mardan’s Department of Telecommunication Engineering for network planning, RF/fibre design, broadcasting engineering, and full project supervision.