Work progress control

A practical guide to Work progress control to move from decorative scheduling to a control system: what data to update, what relationships to keep, and how to decide when a deviation appears.

Work progress control: knowing what is finished, what should be, and what blocks what comes next

Progress control combines physical production, actual dates, and planning to answer whether the work is progressing at the expected pace. It is not reduced to a general percentage: a delayed critical activity can be more important than several early low-impact activities.

The status date must be common for all data. Comparing planning updated on Friday with production reported on Tuesday can produce a false reading even though each figure is correct separately.

How to define physical progress

Each activity needs a reasonable progress rule: units executed, verifiable milestones, completed sections, or defined weighting. Introducing subjective percentages without criteria makes it difficult to compare weeks and responsible parties.

For long activities it may be useful to divide milestones or quantities rather than move from 20% to 80% by visual estimation. The more important the impact on schedule, the more objective the measurement should be.

Planned versus actual

Comparison is made against a temporal reference: baseline or current planning depending on the question. The baseline shows deviation from the original commitment; the updated schedule helps manage what can still happen.

Keeping both prevents rescheduling the delay until it disappears. A new forecast may be necessary and at the same time it should still be possible to measure how much has moved from the reference.

Actual dates and logic between activities

Recording actual start and finish dates greatly improves program quality. Dependencies must also be maintained: a delayed activity only affects delivery when it consumes float or displaces a chain that reaches a relevant milestone.

That is why "days of delay" is not a sufficient measure. The control must distinguish local delay, available float, and potential impact on milestones or critical path.

Constraints and causes

When an activity does not progress, it is advisable to record cause and next action: pending plan, material, subcontractor, access, decision, or resource. That classification transforms the progress report into a recovery tool.

Repeated causes reveal system problems. If several activities fail due to late information, increasing crews will not resolve the main constraint.

Follow-up meeting

The weekly review should focus on exceptions: critical activities past date, open constraints, upcoming milestones, and necessary decisions. The complete schedule remains available as context, but it is not necessary to go through each line.

Each action should come out with responsible party and date. The following week it is reviewed whether the constraint disappeared and how the forecast changed, closing the follow-up cycle.

Complementary indicators

In addition to percentage and dates, S-curve, weekly plan compliance, achieved milestones, or productivity can be used when they help explain the result. No single indicator substitutes for the logic of planning by itself.

The S-curve shows cumulative behavior; the critical path explains schedule sensitivity; constraint analysis points to what must be resolved. Choosing the indicator depends on the decision you are trying to make.

How Bloqbase can support

Bloqbase can relate planning, progress, diary, incidents, and reports so that the weekly update starts from information recorded during the work.

The system facilitates analysis and traceability, but validation of progress and rescheduling decisions continue to correspond to the team responsible for planning and production.

Also available inEspañolCatalàEuskara

Keep exploring

Site visit report

Site visit report: how to control versions, states, approvals and evidence to work with current and traceable documentation.

Read

Site administration

Site administration: what it means, what information to track, and how to integrate it with the rest of management to make decisions with traceability.

Read

Purchases and suppliers in construction

Purchases and suppliers in construction: how to connect need, supplier, order, receipt, delivery note and invoice without losing quantities, dates or approvals.

Read

Communication on site

Communication on site: what it means, what information to track, and how to integrate it with the rest of management to make decisions with traceability.

Read

Quality control on site

Quality control on site: criteria, records and control workflow to inspect, manage deviations and close work with verifiable evidence.

Read

Work cost control

Work cost control: what data to relate and how to read commitments, actual cost, final forecast, and margin without waiting for work closure.

Read

Work estimates

Work estimates: what it means, what information to control and how to integrate it with the rest of management to decide with traceability.

Read

Inspection and supervision on site

Inspection and supervision on site: what it means, what information to track, and how to integrate it with the rest of management to make decisions with traceability.

Read

Risk management in work

Risk management in work: what it means, what information to control, and how to integrate it with the rest of management to decide with traceability.

Read

Subcontractor management

Subcontractor management: responsibilities, documents and controls to coordinate companies and maintain current safety information on the project.

Read

Project document management

Project document management: how to control versions, statuses, approvals, and evidence to work with current and traceable documentation.

Read

Management and control of works: what information to monitor

Work control: what it means, what information to monitor and how to integrate it with the rest of management to make decisions with traceability.

Read

Glossary of construction management: what technical terms mean

Glossary of construction management: ITE, BIM, site layout, work certification, PEM, items and technical roles explained with precision and without unnecessary jargon.

Read

Civil Engineering: Key Procedures and Steps

Practical guide on civil engineering: procedures, certifications and quality control. Free pilot with Bloqbase.

Read

Lean Construction applied to projects

Lean Construction applied to projects: principles, constraints and metrics to improve reliability, flow and learning in construction project production.

Read

Site instruction log and attendance register

Site instruction log: how to control versions, states, approvals and evidence to work with current and traceable documentation.

Read

Quality plan for construction

Quality plan for construction: criteria, records and control flow to inspect, manage deviations and close work with verifiable evidence.

Read

Project planning

Project planning: how to apply it with dates, dependencies and actual progress to detect deviations and decide schedule actions.

Read

Productivity in construction

Productivity in construction: how to apply it with dates, dependencies and actual progress to detect deviations and decide schedule actions.

Read

Project scheduling: practical example

Project scheduling: how to apply it with dates, dependencies and actual progress to detect deviations and decide timeline actions.

Read

Construction punch list: how to manage and close it

Construction punch list: criteria, records and control flow to inspect, manage deviations and close work with verifiable evidence.

Read

What is a project manager and what are their functions on site

Project manager: what qualifications they have, what functions they perform in the direction of construction execution and how they differ from a building architect or building engineer.

Read

Safety and health on site

Safety and health on site: responsibilities, documents, and controls to coordinate companies and keep preventive information current on site.

Read

Site report: what to include and example structure

Site report: what sections a technical progress report must have, how frequently to send it and an example structure ready to adapt.

Read

See BLOQBASE in action on your own project.

Request a demo