Course Introduction
Line-of-balance scheduling is a production-oriented planning technique designed to coordinate repetitive activities across multiple locations while maintaining an efficient sequence of work. It is particularly valuable for infrastructure projects involving roads, railways, pipelines, tunnels, bridges, utility networks, and other linear or repetitive construction activities. This course provides participants with practical knowledge of how to apply line-of-balance principles to establish production rates, coordinate work crews, visualize construction progress, and improve schedule reliability across complex infrastructure programmes.
Infrastructure projects often involve multiple work activities progressing along a route, through successive sections, or across repeated construction units. When these activities are scheduled without adequate consideration of location, production rates, and resource movement, contractors may encounter work interruptions, crew congestion, inconsistent productivity, and delays to downstream activities. Line-of-balance scheduling helps address these challenges by representing the relationship between time, location, and production progress, enabling project teams to identify conflicts and improve the continuity of construction operations.
A major focus of this course is the development of a practical line-of-balance schedule using work quantities, production rates, activity durations, crew capacities, and location-based dependencies. Participants will learn how to divide infrastructure projects into manageable sections, establish realistic production assumptions, determine the movement of construction crews, and sequence activities to maintain a consistent flow of work. The course also examines how to interpret line slopes, identify intersections and potential clashes, and determine whether planned production rates are achievable within contractual milestones and resource constraints.
The programme explores the application of line-of-balance scheduling across different infrastructure environments, including highway construction, railway corridors, water transmission systems, sewer networks, power distribution, and repetitive structural works. Participants will examine how varying site conditions, access restrictions, terrain, utility interfaces, weather, and differences in work quantities influence production planning. They will also learn how to distinguish between activities that can progress continuously along a route and those that require discrete work areas, special sequencing, or additional coordination with other construction operations.
Effective line-of-balance scheduling requires more than drawing activity lines on a chart. It depends on accurate quantity information, realistic productivity assumptions, well-defined work sections, appropriate crew allocation, and disciplined progress monitoring. This course examines how line-of-balance schedules can complement critical path method programmes, location-based scheduling, resource planning, and short-term construction controls. Participants will learn to monitor actual production against planned rates, identify emerging bottlenecks, evaluate schedule recovery options, and adjust work sequences when project conditions change.
By the end of the course, participants will be better equipped to develop, analyse, update, and communicate line-of-balance schedules for infrastructure projects. They will understand how to coordinate multiple construction crews, maintain production continuity, assess location-specific progress, and evaluate the impact of delays on downstream activities. Through practical exercises and realistic project scenarios, participants will strengthen their ability to improve resource utilization, reduce avoidable waiting time, enhance coordination among contractors, and support more predictable infrastructure delivery.
Duration
5 days
Who Should Attend
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Infrastructure project managers responsible for planning and delivering roads, railways, pipelines, bridges, and utility networks.
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Planning engineers developing construction schedules for linear and repetitive infrastructure activities.
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Project controls engineers responsible for schedule analysis, progress monitoring, forecasting, and performance reporting.
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Construction managers coordinating work crews across multiple locations and infrastructure sections.
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Civil engineers involved in highways, railway systems, drainage networks, earthworks, and structural construction.
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Scheduling consultants providing programme development, schedule optimization, and project controls advisory services.
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Site engineers and supervisors responsible for work sequencing, daily production, and coordination of field activities.
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Quantity surveyors and cost engineers analysing production quantities, labour productivity, and construction duration.
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Resource planners managing labour, equipment, materials, and specialist crews across geographically distributed work fronts.
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Contract managers assessing schedule commitments, construction progress, and potential delay impacts.
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Utility project managers overseeing water, wastewater, electricity, telecommunications, and pipeline infrastructure.
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Railway and highway construction specialists working with repetitive activities along defined corridors.
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Project directors seeking stronger visibility into production rates, work continuity, and completion risks.
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Lean construction professionals seeking to improve production flow and reduce waste in infrastructure delivery.
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Consultants, contractors, and public-sector infrastructure professionals seeking advanced scheduling and planning capabilities.
Course Objectives
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Explain the principles of line-of-balance scheduling and demonstrate how time, location, and production rates interact in repetitive infrastructure construction.
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Develop an appropriate location breakdown structure by dividing infrastructure routes, corridors, sections, or repetitive work units into manageable scheduling zones.
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Calculate production quantities, crew outputs, activity durations, and realistic production rates using project data, construction methods, and available resources.
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Construct line-of-balance charts that represent activity progress across locations and support clear visualization of sequencing, continuity, and schedule performance.
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Analyse activity slopes, line intersections, production gaps, and potential conflicts to identify bottlenecks and improve coordination between construction crews.
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Coordinate resources and activity sequences across multiple work fronts while maintaining safe working conditions, practical access, and efficient equipment utilization.
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Integrate line-of-balance schedules with critical path programmes, procurement schedules, location-based plans, milestone requirements, and short-term work plans.
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Monitor actual production against planned rates, evaluate deviations, and use location-specific progress information to forecast completion and identify emerging risks.
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Develop schedule recovery strategies that address productivity shortfalls, access restrictions, resource shortages, design changes, and disruptions to work continuity.
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Establish an implementation framework for applying line-of-balance scheduling to infrastructure projects, including schedule governance, reporting, stakeholder coordination, and continuous improvement.
Comprehensive Course Outline
Module 1: Fundamentals of Line-of-Balance Scheduling
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Understand the principles of line-of-balance scheduling and its role in coordinating repetitive construction activities across multiple locations over time.
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Compare line-of-balance techniques with critical path method scheduling, bar charts, linear scheduling, flowline diagrams, and location-based planning.
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Examine the relationship between production rates, activity duration, location, resource continuity, and the sequencing of infrastructure construction operations.
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Identify infrastructure project types suited to line-of-balance scheduling, including highways, railways, pipelines, utility networks, and repetitive structural works.
Module 2: Infrastructure Project Breakdown and Location Definition
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Develop a location breakdown structure that divides an infrastructure project into chainages, route sections, work fronts, structures, or repetitive construction units.
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Establish suitable section boundaries using work quantities, construction methods, access conditions, topography, logistics, and contractual reporting requirements.
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Link the location breakdown structure to the project work breakdown structure to maintain traceability between scope, activities, quantities, and deliverables.
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Evaluate the effects of section length and location configuration on crew movement, production efficiency, work interfaces, and schedule visibility.
Module 3: Production Rates, Quantities, and Duration Calculations
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Extract quantities from drawings, bills of quantities, design documents, and construction specifications to determine production requirements for individual sections.
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Calculate realistic production rates using crew capacity, equipment output, working hours, construction methods, historical performance, and site-specific conditions.
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Determine activity durations and expected completion dates while accounting for differences in quantities, productivity, and operational constraints between locations.
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Establish planning assumptions and productivity benchmarks that support reliable schedule development, resource forecasting, and performance evaluation.
Module 4: Developing Line-of-Balance Charts and Schedule Logic
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Construct line-of-balance charts by plotting time against location and representing planned activity progress using production rates and section-specific durations.
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Establish logical relationships between activities while maintaining sufficient separation for predecessor completion, inspection, handover, and safe work execution.
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Interpret line slopes to assess relative production rates and identify whether successive activities can maintain the required sequence across the project corridor.
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Identify schedule conflicts through line intersections, insufficient buffers, discontinuities, and production gaps that could disrupt construction progress.
Module 5: Sequencing Linear and Repetitive Infrastructure Activities
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Sequence earthworks, drainage, pavement layers, track installation, pipeline laying, utility installation, and associated activities according to technical dependencies.
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Coordinate work crews moving along a construction route to minimize idle time, unnecessary remobilization, work-area congestion, and interruptions to production.
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Plan interfaces between linear activities and discrete structures such as bridges, culverts, stations, pumping facilities, and access crossings.
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Establish practical handover conditions and buffer arrangements that accommodate inspections, testing, quality requirements, and variations in work readiness.
Module 6: Resource Allocation and Production Flow Optimization
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Allocate labour, plant, equipment, and specialist teams across work fronts using planned production rates, crew capacities, resource availability, and access requirements.
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Assess how changes in crew size, equipment selection, working hours, and construction methods influence production rates and overall schedule performance.
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Identify resource clashes and competing demands between adjacent activities, subcontractors, and work sections before they affect site productivity.
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Optimize production flow by comparing alternative crew deployment strategies, section lengths, activity sequences, and resource allocation scenarios.
Module 7: Integration with Project Controls and Scheduling Systems
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Integrate line-of-balance schedules with the master programme, critical path activities, contractual milestones, procurement requirements, and project reporting systems.
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Establish links between production-based schedules and location-based planning tools to maintain consistency between detailed work plans and overall project objectives.
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Use suitable scheduling software and visual planning tools to represent activity lines, work locations, production rates, progress updates, and schedule relationships.
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Establish schedule baseline procedures, revision controls, data validation requirements, and communication protocols for maintaining reliable programme information.
Module 8: Progress Monitoring and Performance Measurement
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Establish location-specific progress measurement procedures using completed quantities, verified production rates, activity status, and accepted work-section handovers.
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Compare planned and actual line positions to identify production shortfalls, schedule deviations, changes in crew performance, and emerging delays.
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Monitor key indicators such as daily output, production continuity, section completion, crew utilization, schedule adherence, and work interruption frequency.
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Develop visual reports and performance dashboards that support timely management decisions, resource adjustments, and communication with project stakeholders.
Module 9: Risk Management, Delay Analysis, and Schedule Recovery
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Identify risks that affect line-of-balance schedules, including adverse weather, difficult terrain, access restrictions, material shortages, utility conflicts, and design changes.
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Evaluate how production interruptions and changes in activity rates affect downstream work, contractual milestones, resource deployment, and overall completion.
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Develop recovery strategies involving resequencing, alternative work fronts, additional resources, adjusted production rates, and revised activity interfaces.
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Apply root-cause analysis to recurring schedule deviations and translate lessons learned into improved production assumptions, contingency plans, and scheduling practices.
Module 10: Practical Line-of-Balance Scheduling Workshop and Implementation
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Develop a line-of-balance schedule for a representative infrastructure project using defined work sections, construction quantities, activity durations, and production rates.
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Analyse a sample schedule to identify intersecting activity lines, production gaps, resource conflicts, and opportunities to improve workflow continuity.
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Update the schedule using simulated actual progress information and evaluate the implications of delayed activities for downstream work and milestone delivery.
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Prepare an implementation roadmap covering schedule development, team responsibilities, progress data collection, performance reviews, and continuous improvement.
Training Approach
This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.
Tailor-Made Course
This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808
Training Venue
The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.
Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant
Certification
Participants will be issued with Upskill certificate upon completion of this course.
Airport Pickup and Accommodation
Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808
Terms of Payment:
Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.
