Project Telemetry for Education

Learn how a jobsite
really runs.

A free, hands-on way to teach construction management. Start from the core concepts every project runs on — scheduling, job cost, manpower, field capture, documents, closeout — and practice each one in the same tools professionals use every day.

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Concepts 101

The building blocks of managing a project

Eleven ideas sit under almost everything a project team does. Here's what each one means, why it matters on a real job, and how Project Telemetry lets you practice it.

CONCEPT 01

Scheduling & the critical path

A schedule breaks work into activities, gives each a duration, and links them in the order they must happen. The critical path is the longest chain of dependent activities — the one that sets the finish date. Slack (or "float") is how long a task can slip before it starts to push that date.

Why it matters

Delay a task on the critical path and the whole project finishes late. Knowing which tasks are critical tells the team where to spend attention — and where a little slip is harmless.

How PT helps

The Schedule module is a real CPM Gantt: drag to set durations, link tasks with logic ties, and it computes float and highlights the critical path for you. Baselines let you compare plan vs. reality.

Schedule (Gantt) Constraints
CONCEPT 02

Cost codes & job costing

A cost code is a bucket for a slice of the work (say, "branch wiring"). The budget is split across those buckets, and every hour and dollar spent is charged back to one. Job costing is simply comparing what you budgeted to what you've actually spent, code by code.

Why it matters

A job that's "20% over" hides the truth. Costing by code shows exactly where — the code burning budget faster than the work is getting done — early enough to correct it.

How PT helps

The Cost Codes and Job Cost views show budget vs. actual per code, fed by the same hours crews log — so the numbers are live, not a month-end surprise.

Cost Codes Job Cost
CONCEPT 03

Manpower planning

Every job needs the right number of people at the right time. A manpower curve forecasts crew size across the whole job — ramping up, peaking, tapering off. Man-loading takes it further: it attaches workers to specific tasks so the schedule and the crew plan agree.

Why it matters

Too few people and the job falls behind; too many and you burn budget standing around. A good curve keeps labor matched to the work — and warns you of a peak you can't staff.

How PT helps

Manpower Curves forecast hours, crew size, and cost from one model that recalcs against change orders, with plan-vs-actual as hours are logged. Man Loading resource-loads the actual tasks.

Manpower Curves Man Loading
CONCEPT 04

Timecards, T&M & change orders

A timecard records who worked, how long, and on which cost code — the raw data behind payroll and job cost. When the owner asks for work outside the contract, you either price it as a change order or bill it Time & Material (T&M) — actual hours and materials, tracked as you go.

Why it matters

Unbilled extra work is money given away. Clean timecards make payroll and costing honest; documented T&M and change orders make sure you get paid for everything you actually did.

How PT helps

Timecards flow draft → submitted → approved with signatures and per-day absences, freezing on approval. Hours drive T&M tags and post to job cost, and Change Orders adjust the budget and the curves.

Timecards T&M Tags Change Orders
CONCEPT 05

RFIs & submittals

An RFI (Request for Information) is a formal question to the design team when the drawings are unclear. A submittal is the reverse: the contractor sends product data, samples, or shop drawings for approval before buying or building. Both are tracked with a "ball-in-court" — whose turn it is to act.

Why it matters

A wrong guess on an unclear detail is expensive to rip out. RFIs and submittals create a paper trail that catches problems on paper, before they're built — and shows who caused a delay.

How PT helps

Submittals & RFIs are per-project logs with statuses, ball-in-court, and overdue KPIs — so nothing sits waiting on someone silently. It's the framework that keeps documents moving.

RFIs Submittals
CONCEPT 06

Daily reports

A daily log is the project's diary: who was on site, what they did, the weather, deliveries, visitors, and anything unusual. It's a small habit that becomes the single most valuable record a project keeps.

Why it matters

When a dispute or delay claim comes up months later, the daily log is the evidence. "It rained six of eight days" is only worth anything if someone wrote it down at the time.

How PT helps

The Daily Log auto-pulls weather and has structured field sections. Crew hours entered on the log post straight to job cost on submit — one entry, two jobs done.

Daily Log Auto weather
CONCEPT 07

QA/QC three-phase inspections

Quality control on well-run jobs follows three phases for each activity: Preparatory (before work starts — is everyone ready, are materials approved?), Initial (check the first piece of work), and Follow-up (spot-check that quality holds). The phase gate is the whole point.

Why it matters

Catching a defect in the first installation is cheap; catching it after a hundred are built is not. The three phases force a check before mistakes multiply.

How PT helps

The Quality module runs the USACE preparatory → initial → follow-up sequence with a real gate between phases, tying findings to specific locations on the job.

Quality (3-phase) Locations
CONCEPT 08

Safety management

Safety management is the system that keeps people from getting hurt: hazard analyses before risky work, toolbox talks, inspections, and — when something does happen — recording it correctly on the OSHA 300 log. It's proactive planning, not just reacting to incidents.

Why it matters

Beyond the human cost, injuries drive up insurance and can shut a job down. A documented safety program is also a legal requirement — and one of the first things an owner checks.

How PT helps

The Safety department covers notices with a review step, OSHA 300 built from incident classifications, compliance frameworks, and 811 utility locates — plus certification tracking so nobody works out of ticket.

Safety Certifications
CONCEPT 09

Billing & pay applications

Contractors don't invoice once — they bill monthly for progress. A pay application (the AIA G702/G703 forms) lists each line of the Schedule of Values, how much is complete this period, and subtracts retention the owner holds back until the end.

Why it matters

Billing is cash flow. Bill too little and you're financing the owner's project; bill sloppily and it gets rejected. The math — this period, to-date, retention — has to tie out every month.

How PT helps

Billing generates G702/G703 pay apps and sub pay apps with lien waivers, from one math module. The Schedule of Values saves non-destructively, and each period's line 7 carries the prior app's line 6.

Billing (AIA) Schedule of Values
CONCEPT 10

Forecasting, WIP & earned value

Earned value compares three numbers: what you planned to spend, what you've actually spent, and what the work you've completed is worth. From those you forecast the final cost (EAC). A WIP (work-in-progress) report rolls this across every job to show over/under-billing.

Why it matters

Percent-of-budget-spent can't tell you if you'll finish in the black — earned value can. WIP is how a company knows, this month, whether its jobs are truly making money.

How PT helps

Forecast & Cash Flow builds EAC by cost code (the auto figure is a floor, not a guess) and a straight-line cash flow that says so. The WIP report rolls billings vs. cost across the portfolio.

Forecast WIP Production (PF)
CONCEPT 11

Closeout: punch, assets & handover

Closeout is finishing the last 2% that takes 20% of the effort. A punch list catalogs every small defect to fix before the owner accepts the work. Handover delivers the operating manuals, warranties, and as-builts, and formally turns over the commissioned assets.

Why it matters

Final payment and retention are held until closeout is done. A disorganized punch and handover can strand a company's profit for months after the work is physically complete.

How PT helps

Issues tracks punch items by location with a close-out gate; Assets & Handover manages warranties (running from substantial completion) and commissioning that's earned, not just typed.

Issues / Punch Assets & Handover
For educators

Free accounts, built for the classroom

Project Telemetry is free for verified students and faculty. Run a course on the same platform professionals use — no commercial license, no per-seat billing, no crippled "student edition."

Faculty
Free

For instructors running a course. Create a class, invite students, and set up realistic example projects for them to work in.

  • Runs an education class — students you invite inherit student capabilities
  • Full professional toolset, 1 GB of storage
  • Build assignment projects with real schedules, budgets, and crews
  • Keeps its faculty status — a class never flips to a paid enterprise plan
Student
Free

For learners. A personal sandbox to practice in, plus any classes an instructor invites you to join.

  • Full toolset in a solo sandbox — schedule, cost, curves, field, docs
  • 1 GB of storage, exports carry an education watermark
  • Join a faculty class by invite to work on course projects
  • A portfolio you keep — your work isn't deleted when the term ends

Setting up your students

Verify as faculty, create your class, and send invites — students who accept inherit student capabilities automatically, so an entire section is provisioned in minutes. Seed a class project with a schedule, a budget by cost code, and an example crew, and assign modules week by week alongside the concepts above. Because student and faculty exports carry a non-commercial “Education · Not for Commercial Use” watermark, coursework can't be mistaken for a live bid or pay application.

Learning path

From first project to portfolio thinking

A suggested route through the platform — start by building one project, then learn to read it like a manager.

Beginner
Build one project
  1. Create a project and add a few cost codes with budgets.
  2. Lay out a short schedule and link the tasks — find the critical path.
  3. Sketch a manpower curve for the crew you'll need.
  4. Log a daily report and enter timecard hours against a code.
Intermediate
Run it like a manager
  1. Read budget vs. actual and spot the code that's trending over.
  2. Process an RFI and a submittal, watching the ball-in-court.
  3. Run a three-phase QA check and record a safety notice.
  4. Issue a change order and see the budget and curve respond.
Advanced
Close the loop
  1. Create a pay application from your Schedule of Values.
  2. Build a forecast (EAC) and read the job in a WIP report.
  3. Work a punch list to zero and complete handover.
  4. Roll several jobs into a portfolio view and compare them.

Start building — it's free.

Create a student account, verify with your .edu email, and have your first project running today.

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