The Field PM Blog
Job costing, labor productivity, daily reporting, and AIA billing — explained the way a project manager actually uses them. No fluff, real formulas, worked examples.
Pipeline and welding contractors need weld traceability, NDE tracking, and cost-coded productivity — not a generic project app. Here is what specialized software has to cover and how the options stack up.
Read guide →Demolition is priced by the area cleared and the ton hauled, but equipment and disposal costs can quietly wreck a bid's margin. Here's how to cost-code demo and abatement work so the job stays on budget.
Read guide →Field data and accounting data usually live in two systems that don't talk, so someone re-keys invoices, customers, and cost codes by hand every week. Here's how Field PM syncs both ways with the major construction accounting platforms.
Read guide →Earthwork, utilities, and paving live and die on production tracked against cost codes: yards moved, feet of pipe laid, tons of asphalt placed. Here's the buyer's guide to civil/site field-ops and job-costing software.
Read guide →Coatings and insulation scopes get priced by the square foot but are usually tracked by the day — if at all. Here's how to cost-code prep, coating, and insulation production so a slipping crew shows up before the job closes out.
Read guide →A lot of field-management software is English-only in the one place it matters most: the phone in the field. Here is how Field PM handles Spanish voice dictation, daily reports, and templates for bilingual crews.
Read guide →Concrete work lives or dies on yards placed per day, crew productivity, and knowing your real cost before the next pour. Here's what to look for in field-management software built for concrete, and how the options compare.
Read guide →Structured cabling work is priced and won by the drop, but most contractors still track cost by the whole job. Here is how to cost-code drops, terminations, and testing so you know your real cost per drop before the next bid.
Read guide →A binder full of inspection forms proves nothing if nobody checked them before the next crew poured over the rebar. Here is how a sequenced QA/QC workflow with e-signature hold points actually stops that.
Read guide →Mechanical and HVAC contractors need labor tracking by system, sheet-metal and pipe production, and service dispatch — often all in the same company. Here is what to weigh and how the leading platforms compare.
Read guide →Pipe footage, sprinkler heads, and device counts by floor and area — fire protection job costing lives or dies on tracking those units against the bid, the same way electrical labor units do. Here is how to set it up by cost code.
Read guide →Instead of typing a daily report on a phone at the end of a 10-hour day, a foreman can just talk. Field PM's AI voice reports transcribe and fill the form — crew hours by cost code, quantities, safety — for review before submitting, in English or Spanish.
Read guide →Electrical contractors need labor units, cost codes, and productivity tracking, not a generic project-management tool built for general contractors. Here is what to look for and how Field PM, Faraday, and the generalist platforms compare.
Read guide →Cut, fill, and haul cycles all come down to one question: are you moving dirt at the rate the bid assumed? Here is how earthwork contractors track daily production and unit cost against the dirt model, not just hours on a timesheet.
Read guide →JSAs, QA/QC checklists, toolbox talks, and inspection forms — instead of building them from scratch or chasing a PDF binder, Field PM ships 90+ industrial-grade forms ready to drop into a daily report. Here is what is in the library and how it works.
Read guide →Most daily-report apps just collect paperwork. The ones worth paying for turn a foreman's five minutes into cost-coded labor, quantities, and safety data that feed the job cost report automatically. Here is how the field weighs up.
Read guide →Piles, racking, modules, and terminations repeat by the thousands on a solar site, which makes production tracking the whole game. Here is how EPCs track crew output per unit and catch a slipping crew before it costs the schedule.
Read guide →How Field PM turns your schedule of values and field-reported progress into a certified-ready G702/G703 pay application — retainage calculated, change orders included, no spreadsheet reassembly required.
Read guide →What real-time budget-vs-actual by cost code actually requires — cost-coded field data, not a monthly export — and how the leading job costing tools compare for self-perform contractors going into 2026.
Read guide →Cable pulls, terminations, loop checks, and commissioning on industrial jobs need field tracking built for a plant environment — badge access, punch lists that survive a turnaround, and data that holds up to an owner audit.
Read guide →How the Field PM dashboard rolls cost-coded field data into live budget-vs-actual, a productivity index, an S-curve, and cost-to-complete — the job's command center, updated as the field reports.
Read guide →Knowify pairs job costing with QuickBooks-tight invoicing built office-first. Here is where field-first alternatives, including Field PM, give self-perform contractors more from the daily field data itself.
Read guide →Welds per welder-day, repair and reject rates, and NDE status by weld — the production and quality metrics pipeline welding contractors actually run on, and how to track them without a spreadsheet falling behind.
Read guide →How Field PM turns a field question into a tracked RFI with a due date and a scope change into a priced, logged change order tied to the budget — all without leaving the job site.
Read guide →Assignar is strong at crew and equipment scheduling for self-perform civil and industrial work. Here are the alternatives worth a look when you also need cost-coded job costing and billing in the same system.
Read guide →Steel erection is priced by ton, but the field reality is pieces set per crew-day and connections made against a sequence. Here is how erectors should track productivity against the estimate, in real time.
Read guide →Field PM runs field safety from one place: JSAs and toolbox talks logged from a phone, incident reports with e-signatures, and OSHA metrics — TRIR, DART, EMR — calculated automatically from the same data.
Read guide →Fieldwire is strong for plans, tasks, and punch lists — light on cost. Here is what to look for in an alternative that keeps field coordination but adds cost-coded productivity, budget tracking, and billing.
Read guide →Concrete margin lives in cycle time, not just yardage poured. Here is how to cost concrete work by form-pour-finish productivity, crew rates, and cycle time so a bad pour shows up before the next one starts.
Read guide →Field PM maps every weld to the drawing it belongs to, tracks welder qualifications and continuity, logs NDE results, and builds the turnover data book automatically — included in the Projects module, no add-on required.
Read guide →Raken built its name on fast, photo-rich daily reports. But daily reports that do not connect to job cost leave the productivity question unanswered. Here is what to look for in a Raken alternative that closes the loop.
Read guide →Civil work is priced and won by the unit — cubic yard, linear foot, ton — but too often costed in aggregate. Here is how to job-cost earthwork, utilities, and paving against the units you actually bid on.
Read guide →Most time clocks just track hours. Field PM's geofenced clock captures cost-coded field time at the point of punch, so labor hours land straight in job cost and productivity — no re-keying, no guessing which job someone was on.
Read guide →BuildOps is a solid commercial FSM platform, well suited to service-heavy mechanical and electrical contractors. Here is where it fits, where project-side job costing needs more, and the alternatives worth a look.
Read guide →Plumbing labor lives and dies by rough-in and trim, fixture counts, and floor-by-floor sequencing. Here is how to cost-code that work and track productivity so a slow floor gets caught before it becomes a slow job.
Read guide →Most FSM tools stop at the invoice. Field PM's service and dispatch module runs calls, the dispatch board, quick-book, and time — then feeds every hour into the same cost-coded job costing as project work, in one system.
Read guide →Procore is a genuinely capable platform for general contractors, and genuinely more than most specialty subs need. Here is when it is overkill, and an honest look at the alternatives built around self-perform productivity and job costing.
Read guide →An HVAC install lives or dies on three things: equipment procurement timing, sheet metal fabrication accuracy, and field labor productivity. Here is the cost-code structure and the metrics that keep all three in check.
Read guide →Missing tools cost money twice: once to replace them, once in crew time hunting for them. Here is how Field PM's tool-tracking add-on catalogs every asset, tracks custody from crib to crew, and manages kits, maintenance, and damage.
Read guide →Most construction software buyer's guides are written for general contractors. Here is what actually matters if you are a self-perform sub: cost-coded field data, productivity tracking, and AIA billing — and how the major platforms stack up.
Read guide →QuickBooks does not natively produce AIA G702/G703 pay applications. Here is how contractors work around that today, why the workaround gets painful fast, and how to generate certified-ready pay apps while keeping QuickBooks as your books.
Read guide →Mechanical work is really three trades in one job: piping, sheet metal, and equipment. Here is how to cost-code each system so a fade in one area does not hide inside a healthy overall number.
Read guide →Construction software pricing ranges from a few hundred dollars a year to six figures, depending on the model. Here are the pricing structures, the per-seat trap that punishes field-heavy companies, what drives cost, and the questions to ask before you sign.
Read guide →Once concrete is placed, mistakes are set in stone — literally. A disciplined pre-pour inspection of formwork, rebar, embeds, layout, and mix is the cheapest insurance on the job. Here is what to verify before the first truck shows up.
Read guide →Pipe by size and joint type, fittings, valves, and hangers each carry an install time. Multiply takeoff quantities by labor units, adjust for elevation and difficulty, and calibrate to your crews. Here is how mechanical estimators price labor.
Read guide →A labor unit is the estimated hours to install one unit of material. Multiply counts by labor units and you have labor hours. Here is how electrical estimators build, adjust, and calibrate those units to win and deliver work.
Read guide →A weld map turns a maze of joints into a tracked system: every weld numbered, every welder qualified, every inspection logged. Here is what the map covers and how NDE results flow into your turnover book.
Read guide →An ITP is the roadmap of every inspection, test, and sign-off a work package needs, in sequence. Here is what an ITP is, the difference between hold, witness, and review points, and how to build one for a real work package.
Read guide →An NCR is how a quality problem becomes a documented decision instead of a buried mistake. Here is what an NCR is, when to raise one, the disposition options, and how root-cause analysis stops the same defect from happening twice.
Read guide →The punch list is where good projects go to die slowly. Here is how to manage it as a rolling process, track items with photos and locations, and connect closeout to the retainage you are owed.
Read guide →A toolbox talk is five to ten minutes, but most of them change nothing because they are generic, one-way, and disconnected from the day's work. Here is how to run talks that actually move behavior and hold up for OSHA.
Read guide →A JSA is only worth the paper it is printed on if the crew uses it before the work starts. Here is the three-column method, the hierarchy of controls, and how to keep it task-specific instead of generic.
Read guide →TRIR, DART, and EMR are the three numbers that decide whether you get to bid the job. Here is what each one measures, the exact formulas with worked examples, and why GCs and insurers care so much.
Read guide →Manpower loading turns budgeted hours into a week-by-week headcount forecast. Resource leveling smooths the spikes and valleys so you are not chasing labor you cannot hire. Here is how to do both.
Read guide →The master schedule tells you where the job is going; the three-week look-ahead tells you what the crew does Monday. Here is how to pull the schedule into a rolling window and clear constraints before they stop work.
Read guide →The S-curve plots cumulative cost or hours over time and tells you at a glance whether a job is ahead, behind, or burning resources too fast. Here is how to build one and read the deviations.
Read guide →Every contractor leaves money on the table by performing changed work before it is priced and approved. Here is the change lifecycle, the pricing methods, and how to track cumulative impact to the contract sum.
Read guide →Late submittals wreck schedules quietly, weeks before anyone notices. Here is what submittals are, how the review workflow moves, why a submittal log matters, and how to stay ahead of long-lead items.
Read guide →A vague RFI sits in someone's inbox while your crew waits. A specific one with a proposed solution and a real need-by date gets answered. Here is the anatomy of an RFI that moves.
Read guide →Your schedule of values controls your cash flow for the whole job. Here is how to break the contract sum into line items that sum to the total, choose the right granularity, and front-load without getting rejected.
Read guide →The three things that make electrical job costing actually work: a cost-code structure crews will use, a labor-burden number that reflects true cost, and real-time budget-vs-actual. Here is how each one works.
Read guide →The contract type decides who carries the risk, how you bill, and how disciplined your job costing has to be. Here is a plain-English breakdown of lump-sum, unit-price, cost-plus, and GMP.
Read guide →Procore is built for general contractors, and most electrical subs pay for far more than they use while still lacking self-perform productivity tracking. Here is what electrical subs actually need and how to switch.
Read guide →Time and material work is where contractors most often leave money on the table. Here is when T&M applies, what a defensible ticket must include, and how daily sign-off stops your billing from getting short-paid.
Read guide →For an electrical contractor, labor is the variable that decides the job. Field job costing turns cost-coded field time into productivity and margin you can see this week — here is how it works and how to set it up.
Read guide →There are four lien waiver types, and signing the wrong one can mean giving up your lien rights before the money clears. Here is what each waiver releases and when to use which.
Read guide →Retainage is the slice of every payment your customer holds back until the job is done. Here is how it accumulates, when it gets released, and the moves that keep withheld money from strangling your cash flow.
Read guide →A cost-code system that is too coarse tells you nothing and one that is too fine never gets coded right. Here is how to structure a work breakdown structure and cost codes that crews will actually use.
Read guide →Earned value sounds like government paperwork, but three numbers and two ratios tell you whether your job is ahead or behind on both cost and schedule. Here is EVM in plain English with a worked example.
Read guide →Markup and margin are not the same number, and confusing them leaves money on the table on every job. Here are the formulas, a conversion you can memorize, and a worked example.
Read guide →Your guys do not cost you their hourly wage — they cost a lot more once taxes, insurance, and benefits are added. Here is how to build a fully-burdened labor rate, with a clean worked example.
Read guide →Four big additions that close the gap between the field and the office: speak your daily report (in English or Spanish), sync with your accounting ERP, run hold-point QA/QC workflows, and start from a 90+ form library.
Read guide →The Work-in-Progress schedule is how contractors, bankers, and sureties tell whether you are billing ahead of your costs or falling behind. Here is how it works, with example rows showing over- and under-billing.
Read guide →Estimate at Completion is the most important number a PM produces, and most people calculate it wrong. Here are the real methods — simple percent complete versus productivity-based — with a worked example.
Read guide →Committed, actual, and forecast cost are three different things, and treating them as one is how a losing job looks healthy until closeout. Here is what each one means and how to read them together.
Read guide →A plain-English walkthrough of every column on a job cost report — original budget, approved changes, committed cost, actual to date, cost to complete, projected final, and the gain/fade variance that tells you where a job is headed.
Read guide →What the G702 and G703 actually are, how the Schedule of Values drives every pay application, how retainage and stored materials work, and the line-by-line math owners and lenders expect to see.
Read guide →The daily field report is your cheapest insurance policy against delay claims and disputes. Here is exactly what belongs in one, why each field matters, and how to make foremen actually finish it.
Read guide →A plain-English guide to the Performance Factor and Productivity Index — the two numbers that tell you whether a self-perform job is making or losing money, with the exact formulas and a worked example.
Read guide →