LTE Planning and Optimization Training Certification Course
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| No upcoming Schedule available for this course. | Register |
|---|---|
| Take control of your schedule! Choose your preferred dates and locations. click the register button. | Register |
Did you know that despite the global 5G rollout gathering pace, 4G LTE continues to carry the vast majority of mobile data traffic worldwide and will remain the dominant mobile access technology for hundreds of millions of users through the remainder of this decade making LTE planning and optimisation one of the most persistently in-demand technical disciplines in mobile network operations? This compelling reality underscores the critical importance of structured, certification-level LTE planning and optimisation expertise in today’s operator environments.
Course Overview
The LTE Planning and Optimisation Training Certification Course by Alpha Learning Centre is meticulously designed to equip radio planning engineers, RF optimisation specialists, and network performance professionals with essential skills in LTE network dimensioning, frequency planning, coverage and capacity design, performance measurement, KPI analysis, and systematic optimisation methodology. This course covers end-to-end LTE radio planning from link budgets and propagation modelling through to drive test analysis, interference management, handover optimisation, and SON configuration ensuring participants can plan, measure, and optimise LTE networks to meet operator quality and capacity objectives.
Why Select This Training Course?
Selecting this LTE Planning and Optimisation Certification course offers numerous advantages for professionals responsible for the performance and quality of LTE radio networks. Participants will gain structured knowledge of LTE radio planning methodology, propagation model selection, coverage prediction, capacity dimensioning, KPI framework design, drive test interpretation, and the systematic optimisation processes that underpin high-quality LTE network operation in both greenfield and live network environments.
For organisations, investing in this training directly improves LTE network quality, reduces optimisation cycle times, and builds internal planning and performance capability that reduces dependence on vendor-led optimisation services. Research from the Ericsson Mobility Report confirms that global mobile data traffic continues to grow at approximately 20% year-on-year, with 4G LTE still carrying the majority of traffic in most markets meaning that the ability to plan and optimise LTE networks efficiently remains a core operational requirement for operators managing millions of subscribers across live networks.
Individuals who complete this course will benefit from enhanced career credentials in one of the most consistently valued specialisms in mobile network engineering. Studies confirm that LTE planning and optimisation engineers with structured, certified methodology consistently achieve stronger career outcomes including access to senior performance engineering, network quality, and technical management roles across mobile operators, network equipment vendors, and specialist telecoms consultancies globally.
Transform your LTE planning and optimisation capabilities Register now for this critical advanced training programme.
Who Should Attend?
This course is suitable for:
- Radio planning engineers responsible for LTE network design and dimensioning
- RF optimisation engineers working on live LTE network performance
- Network performance and KPI analysts in mobile operator environments
- Drive test engineers and field optimisation specialists
- RAN engineers with planning or performance responsibilities
- Technical project managers overseeing LTE deployment and quality programmes
- Engineers transitioning from 3G to LTE planning and optimisation roles
What are the Training Goals?
This course aims to:
- Apply LTE radio link budget analysis and coverage prediction methodology
- Perform LTE network capacity dimensioning for data and voice services
- Execute frequency planning, PCI assignment, and inter-cell interference management
- Conduct site planning, antenna configuration, and coverage verification processes
- Design and apply LTE KPI frameworks for coverage, capacity, mobility, and quality measurement
- Perform drive test execution, data collection, and systematic results analysis
- Apply handover parameter optimisation, RACH tuning, and scheduler configuration techniques
- Configure and evaluate SON features including MRO, MLB, and MRO for automated network optimisation
How will this Training Course be Presented?
The LTE Planning and Optimisation Training Certification Course employs a comprehensive and innovative approach to ensure maximum knowledge retention and practical skill development. Expert-led instruction from experienced LTE planning and performance engineers forms the core of the course, combining structured methodology with hands-on application of planning and optimisation techniques.
The course utilises a blend of theoretical understanding and practical applications, allowing participants to develop and demonstrate the planning and optimisation competency required for certification. Advanced educational methodologies create a personalised and engaging learning journey through:
- Instructor-led sessions by experienced LTE radio planning and optimisation professionals
- Link budget calculation and propagation modelling workshops
- Drive test analysis exercises using real network data
- KPI framework design and performance analysis workshops
- Optimisation scenario exercises covering coverage, capacity, and mobility
- SON configuration and automated optimisation feature assessment labs
Join us now and elevate your LTE planning and optimisation expertise to new heights!
Course Syllabus
Module 1: LTE RAN and RF Planning Fundamentals
- LTE/E‑UTRAN/EPC architecture recap and implications for RF planning.
- RF planning objectives: coverage, capacity, quality, and cost.
- LTE spectrum options, duplex modes (FDD/TDD), and bandwidth configurations.
- High‑level LTE RF planning process phases: initial design, detailed planning, optimisation, and continuous improvement.
Module 2: LTE Propagation, Link Budget, and Coverage Dimensioning
- RF propagation basics: path loss, shadowing, fading, and penetration loss.
- LTE link budget components for uplink and downlink, including MIMO gains and margins.
- RF propagation models: COST‑231, Hata, Erceg‑Greenstein, and environment selection (urban, suburban, rural).
- Coverage dimensioning: determining cell radius, site density, and initial nominal plan.
Module 3: LTE Capacity Planning and Dimensioning
- Traffic modelling: BH traffic, user density, service mix, and throughput targets.
- LTE data rate estimation: bandwidth, MIMO configuration, overheads, and SINR vs. throughput.
- Capacity dimensioning: number of sites, carriers, and sectorisation strategies.
- Capacity planning for hotspots, dense urban, and special‑event scenarios.
Module 4: LTE Site Planning and Radio Network Design
- Site selection criteria: coverage objectives, morphology, zoning, existing infrastructure.
- Sectorisation, antenna height, tilt, and azimuth planning.
- Macro, micro, and small‑cell layering (HetNet) concepts.
- Indoor coverage solutions: repeaters, small cells, DAS integration with LTE macro layer.
Module 5: LTE Planning Parameters – PCI, TA, PRACH and Neighbours
- PCI (Physical Cell ID) planning rules: collision and confusion avoidance, reuse patterns.
- Tracking Area (TA) planning: TA size, signalling load, and mobility management.
- PRACH planning: root sequence selection, frequency/time configuration for access success.
- Neighbour relation planning: ANR, manual NCL design, X2 connectivity.
Module 6: LTE RF Tool Configuration and Detailed Planning
- RF planning tool inputs: terrain, clutter, antenna patterns, network templates.
- Service profiles, user profiles, and terminal capabilities configuration.
- Propagation model tuning using drive test and field measurements.
- Generating coverage and quality predictions: RSRP, RSRQ, SINR, throughput maps.
Module 7: LTE Optimisation Concepts and KPIs
- LTE KPI framework: accessibility, retainability, integrity, mobility, and availability.
- Key RF KPIs: RSRP, RSRQ, SINR, BLER, throughput.
- Call setup success rate (CSSR), drop call rate (DCR), handover success rate.
- Setting optimisation targets and defining acceptance criteria.
Module 8: Drive Testing and Data Collection for LTE
- Drive test methodologies: cluster drive, benchmarking, and route design.
- Test equipment: scanners, UE‑based logging tools, and multi‑technology setups.
- Key LTE measurements during drive tests: serving/neighbour RSRP, RSRQ, PCI, CQI.
- Indoor walk tests and special‑event testing campaigns.
Module 9: Post‑Processing and RF Analysis
- Post‑processing tools and workflows: log file import, map‑based analysis.
- Identifying coverage holes, dominance issues, and pilot pollution.
- Parameter correlation with KPIs to identify root causes.
- Creating optimisation action lists and tracking improvements.
Module 10: Coverage Optimisation Techniques
- Antenna tilt, azimuth, and height optimisation for improved coverage and interference control.
- Power optimisation: downlink and uplink power balancing, cell range alignment.
- Use of repeaters, small cells, and DAS to address coverage gaps.
- Environmental changes and re‑tuning coverage over time.
Module 11: Capacity and Throughput Optimisation
- Scheduler and resource allocation parameters impacting throughput.
- Load balancing and cell splitting strategies for high‑traffic areas.
- MIMO configuration optimisation and higher‑order modulation utilisation.
- Interference management for capacity: ICIC, eICIC, and enhanced scheduling.
Module 12: Mobility and Handover Optimisation
- Mobility strategy: idle mode parameters (cell reselection) vs connected mode (handover).
- Handover parameters: event thresholds, time‑to‑trigger, hysteresis.
- X2 vs S1 handover configuration and optimisation.
- Reducing call drops and ping‑pong handovers through parameter tuning.
Module 13: Interference Analysis and Mitigation
- Types of LTE interference: co‑channel, adjacent channel, external sources.
- Interference detection using drive test and OSS statistics.
- Frequency planning and reuse strategies for LTE and co‑located GSM/UMTS.
- Advanced interference coordination techniques in HetNets.
Module 14: LTE Multi‑RAT and VoLTE Considerations in Planning
- LTE–GSM/UMTS co‑existence: site sharing, carrier layering, and refarming impacts.
- Inter‑RAT handover planning and optimisation.
- VoLTE‑specific RF requirements: coverage, QoS, and robustness.
- Planning for VoLTE capacity and ensuring voice continuity (CSFB/SRVCC interaction).
Module 15: Continuous Optimisation and SON
- Concept of continuous RF optimisation cycles and performance reviews.
- Introduction to Self‑Organising Networks (SON) features relevant to LTE.
- Parameter auto‑tuning: ANR, PCI optimisation, load balancing.
- Human‑in‑the‑loop vs fully automated optimisation approaches.
Module 16: Practical Planning and Optimisation Workshop
- Case study: building an LTE link budget and deriving nominal cell radius.
- Hands‑on: configuring propagation models and running coverage predictions.
- Hands‑on: analysing drive‑test logs to identify and fix RF issues (coverage, interference, mobility).
- Hands‑on: defining an optimisation plan for a problematic cluster and validating post‑optimisation KPIs.
Training Impact
The impact of LTE planning and optimisation training is evident through the measurable improvements in network quality and operational efficiency that organisations achieve when their planning and performance engineering teams work from a structured, certified methodology rather than ad hoc experience.
Research indicates that operators with structured LTE planning and optimisation capability achieve better network quality outcomes and more efficient use of spectrum and capital. A case study from a major European operator’s LTE network quality improvement programme demonstrated that deploying engineers trained in systematic KPI analysis, handover parameter optimisation, and SON-based automated tuning reduced the percentage of poor coverage complaints by over 35% within two network optimisation cycles an outcome directly attributable to the structured methodology that certified LTE planning and optimisation training develops.
These case studies highlight the tangible benefits of implementing LTE planning and optimisation training:
- Improved network coverage and quality through systematic planning, propagation modelling, and site design methodology
- Enhanced KPI performance through comprehensive understanding of LTE performance parameters, handover optimisation, and interference management techniques
- Increased optimisation efficiency through structured drive test analysis, KPI diagnosis, and automated SON tuning capability
- Strengthened operator competitiveness through certified LTE performance engineering capability that delivers measurable improvements in customer experience
By investing in this advanced training, organisations can expect to see:
- Significant improvement in LTE network quality KPIs including coverage, drop rate, throughput, and handover success
- Improved planning accuracy and capital efficiency through structured dimensioning and site design methodology
- Enhanced performance engineering capability through systematic optimisation frameworks complementing deep air interface knowledge
- Increased organisational self-sufficiency through certified LTE planning and optimisation capability
Transform your career and organisational performance Enrol now to master the LTE Planning and Optimisation Training Certification Course!
FAQs
4 simple ways to register with Alpha Learning Centre (ALC):
Website:
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Call +971 58 102 8628 or +44 7443 559 344 to register. E-mail Us:
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Yes, besides English, we do deliver courses in 17 different languages which includes Arabic, French, Portuguese, Spanish—to name a few.
Our course consultants on most subjects can cover about 3 to maximum 4 modules in a classroom training format. In a live online training format, we can only cover 2 to maximum 3 modules in a day.
Our public courses generally start around 9:30am and end by 4:30pm. There are 7 contact hours per day.
Our live online courses start around 9:30am and finish by 12:30pm. There are 3 contact hours per day. The course coordinator will confirm the Timezone during course confirmation.
A valid ALC ‘Certificate of Training’ will be awarded to each participant upon successfully completing the course. Accredited certificates from HRCI, PMI, CPD, IIBA are also available upon request and additional fees.
