// 19 live modules · 20 prototypes

Built by hand. Shipped as software.

Every tool here started as a problem I solved on a real Data Center job. The enterprise platform is live in production today with 19 modules. The 20 prototypes, built and proven in Excel and Sheets, are coming soon.

Production modules: 19
Prototype tools: 20
Power chain stages: 8

Live in Production 19 modules

Enterprise Project Controls Platform

A full-stack, cloud-based platform I architected, built, and maintain end to end for mission-critical Data Center electrical construction. It brings projects and job parameters, office, field, and prefabrication staffing, the direct labor roster, timesheets with analysis, reporting, and exports, project controls, commodity pricing, and the pipe and wire hot sheet into one system, with third-party integrations and automations connecting it all. Multiple tenant-driven workspaces are secured with single sign-on, two-factor authentication, role-based access control, and row-level data security.

Projects & Job Parameters

Staffing & Labor Roster

Timesheets

Analysis & Reporting

Production modules

Projects
Job Parameters
Office Staff
Field Staff
Prefabrication Staff
Project Controls
Timesheets
Timesheet Analysis
Timesheet Reporting & Exporting
Direct Labor Roster
Commodity Pricing
Pipe & Wire Hot Sheet
3rd Party Integrations & Automations
Bug Log
Admin Section
Tour
User Settings
Appearance Settings
Notification Settings

Platform features

Multiple workspaces
Tenant-domain driven
Single sign-on
Role-based access control
Row-level data security
Two-factor authentication
Email notifications
Built-in bug reporting
Light & dark mode

// Utility to rack

Pick a link in the power chain

Choose a stage to see the tools built for it. Choose it again to show everything.

// The catalog

Every tool, by suite

Enterprise platform

Live in production: 19 modules in one secure, multi-workspace platform.

PRJ Live in production

Projects & Job Parameters

Each project is set up once, with the job parameters every other module reads from.

Projects
Job Parameters

STF Live in production

Office, Field & Prefabrication Staff

Office, field, and prefabrication staff managed in one place and assigned to the projects they support.

Office Staff
Field Staff
Prefabrication Staff

DLR Live in production

Direct Labor Roster

The direct labor roster for every project, so crews, hours, and cost stay lined up.

Crews
Roster

CTL Live in production

Project Controls

Cost and progress controls for each project, built on the same data as staffing, time, and pricing.

Cost
Progress
Controls

TS Live in production

Timesheets

Crew time captured once and rolled straight into cost and progress, instead of being re-keyed.

Crew hours
Cost codes

TSA Live in production

Timesheet Analysis

Turns submitted time into insight: hours by crew, cost code, and project.

Hours
Trends
Variances

RPT Live in production

Timesheet Reporting & Exporting

Reports and exports built from approved time, ready to share or load into other systems.

Reports
Exports

CPT Live in production

Commodity Pricing

This tool automatically pulls and logs daily pricing for key materials like copper, aluminum, steel, and PVC. It provides a reliable historical data source for material costs and feeds the latest daily pricing directly into the Rapid Estimating Tool.

Copper
Aluminum
Steel
PVC
Daily history

HOT Live in production

Pipe & Wire Hot Sheet

A quick-reference hot sheet for conduit and wire, kept current so pricing questions get answered fast.

Power chain: Raceway & cable

Conduit
Wire
Current pricing

INT Live in production

3rd Party Integrations & Automations

Connects the platform to the tools a team already uses and automates the hand-offs between them.

Integrations
Automations

ADM Live in production

Admin, Bug Log & Tour

An admin section for running each workspace, a built-in bug log so issues get reported and fixed, and a guided tour for new users.

Admin Section
Bug Log
Tour

SET Live in production

User, Appearance & Notification Settings

Personal settings, light or dark mode, and email notification choices, so everyone works the way they like.

User Settings
Appearance Settings
Notification Settings

Estimating & cost

Prototypes, coming soon. Faster, data-driven numbers, from the Rapid Estimating Tool to predictive models.

EST Prototype · coming soon

Electrical Tool Set

A modular suite of custom tools, including the Rapid Estimating Tool, spanning the full electrical project lifecycle: design, engineering, preconstruction, estimating, purchasing, labor, safety, training, and historical data, with third-party integrations connecting it all. Every module is built to fit the way a team actually works, like a custom-fit glove.

Rapid Estimating Tool
Live pricing
Historical data

ESM Prototype · coming soon

Estimate Model

A statistical estimating model built on historical project data. Log transformation and linearized regression turn scattered cost history into a predictive curve for early budgets.

Historical costs
Project size
Budget estimate

Engineering calculators

Prototypes, coming soon. A calculator for every link in the power chain, built on the NEC.

LBK Prototype · coming soon

Load Block Calculator

Rolls connected equipment into load blocks so capacity can be planned and tracked from the utility service down.

Power chain: Utility & MV

Equipment list
Demand
Load blocks

CBB Prototype · coming soon

Cable Bus Calculator

Sizes cable bus for large, high-ampacity feeders and checks the result against the load.

Power chain: Utility & MV, Distribution

Load
Conductors
Ampacity

XFM Prototype · coming soon

Transformer Calculator

Sizes transformers for each designation and works out full-load amps and overcurrent protection on both sides.

Power chain: Transformation

kVA
Primary / secondary
FLA
OCPD

FDR Prototype · coming soon

Feeder Schedules

Builds feeder schedules with conductors, conduit, and overcurrent protection for every run on the job.

Power chain: Distribution

Load
Length
Conductors
Conduit
OCPD

UPS Prototype · coming soon

UPS Calculator

Sizes UPS systems for each designation, with redundancy and battery runtime considered from the start.

Power chain: Critical power

IT load
Redundancy
Runtime

FOV Prototype · coming soon

Failover Calculator

Models where the load goes when a redundant path is lost, so failover capacity is proven before energization.

Power chain: Critical power

Normal load
Failure case
Headroom

GEN Prototype · coming soon

Generator Sizing Calculator

This comprehensive tool automates the process of sizing a generator and planning its fuel logistics. It calculates the optimal generator size based on current and future demand while also determining fuel tank size and refueling schedules.

Power chain: Backup power

Demand
Generator kW
Fuel tank
Refueling

PNL Prototype · coming soon

Panelboard Builder

Builds panel schedules from a load list and balances the load across phases.

Power chain: Rack power

Load list
Circuits
Phase balance

STP Prototype · coming soon

Striping Calculator

Lays out electrical circuits for equipment, placing each device for its physical location and its redundant circuit strategy, whether the topology is block redundant or distributed redundant.

Power chain: Critical power, Rack power

Equipment layout
Circuits
Block redundant
Distributed redundant

CFS Prototype · coming soon

Conduit Fill & Sizing Tool

This tool simplifies the process of calculating conduit and raceway fill. It accounts for different wire types and insulation ratings across all raceway types, and automates calculations based on the NEC and other relevant standards.

Power chain: Raceway & cable

Conductors
Insulation
Raceway
Fill %

CPL Prototype · coming soon

Cable Pull Calculator

Checks pulling tension and sidewall pressure before the cable goes into the raceway.

Power chain: Raceway & cable

Route
Bends
Tension
Sidewall pressure

MEQ Prototype · coming soon

Mechanical Equipment Load & Feeder Sizing Tool

Simplifies the complex process of calculating electrical loads for mechanical equipment. Users enter equipment parameters, and the tool automatically calculates the results, including feeder sizing, circuit breaker selection, voltage drop, and ambient temperature adjustments.

Power chain: Cooling loads

Equipment
Feeder
Breaker
Voltage drop

HTC Prototype · coming soon

Heat Calcs

Turns electrical equipment losses into heat loads, so mechanical design starts from real numbers.

Power chain: Cooling loads

Equipment losses
Heat load

Field & labor

Prototype, coming soon. Plans, timecards, and goals for the crews doing the work.

LAB Prototype · coming soon

Labor Planning & Timecards

Weekly labor plan entry, timecard logging, and OKR tracking for field crews, feeding progress and cost.

Weekly labor plan
Timecards
OKRs

Documents & AI

Prototypes, coming soon. Standard documents and AI-assisted drafting for every project.

RFI Prototype · coming soon

Submittal & RFI Responses

Structured responses to submittals and RFIs, drafted from one source of project information.

Submittals
RFIs
Responses

OMB Prototype · coming soon

O&M Builder

Assembles operation and maintenance manuals from project documents.

Equipment data
O&M manual

AIP Prototype · coming soon

AI Prompt Builder

A library of reusable AI prompts for engineering, estimating, and documentation work.

Prompts
Workflows

DOC Prototype · coming soon

Project Document Kit

A standard kit for every project: letterhead, meeting minutes, RFIs, submittals, scopes of work, proposals, field observation reports and issue logs, and a project navigator workbook.

Templates
Field reports
Workbook

// Try one

A taste of the tools: voltage drop

A small, live version of the math inside the feeder and mechanical load tools. Change any input and the result updates instantly. It runs entirely in your browser; nothing is sent anywhere.

Uses the common approximation VD = k × K × I × L ÷ (cmil × sets), with k = 2 for single-phase or √3 for three-phase, K = 12.9 for copper or 21.2 for aluminum, and conductor areas from NEC Chapter 9, Table 8. The NEC’s informational notes suggest keeping drop to about 3% on a feeder or branch circuit and 5% overall.

For illustration only. Not engineering advice; see the Disclaimer.

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