What VCE Does

Six ways VCE plans the operation first

Every service below answers a version of the same question: how does this facility actually need to work — before anyone commits to what it will look like? Each one has its own page with the full methodology and real sample work.

Why Front-End Planning Matters

Locking in a building design before the operation is fully planned is expensive.

It's how facilities end up with costly rework, relationships and adjacencies baked into the wrong places, utilities sized for the wrong loads, and space allocated to the wrong things. Veritas Concept Engineering defines operational requirements, spatial needs, circulation patterns, utilities, and interdepartmental relationships before formal architectural design moves too far forward — so decisions get made while changes are still easy and cheap to make.

THE RESEARCH

It's measurable, not just our opinion

Projects that plan well upfront run about 10% cheaper and 7% faster, with total cost swinging as much as 20% between the best- and worst-planned projects (CII / IPA research). See the full numbers →

What VCE Adds

Six disciplines, each solving a piece of the same problem

Every service below answers a version of the same question: how does this facility actually need to work — before anyone commits to what it will look like? Each one has its own page with the full methodology and real sample work.

Block layout plan sample work
01

Block Layout Planning

Define operational needs, activity requirements, space needs, relationships, and flow before design moves too far forward.

Used when: planning a new facility or major expansion with no documented operational plan yet.
Learn more →
Relationship planning diagram sample work
02

Relationship Planning

Some areas need to be close. Others need to be separated. Make those needs visible before layout decisions are finalized.

Used when: deciding what needs to be adjacent, and what needs to be kept apart.
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Space classification and Equipment Packing Density sample work
03

Space Planning & Analysis

Understand how facility space is actually used and allocated, and how much supports revenue-generating work.

Used when: you suspect space isn't used efficiently, or you're weighing expansion vs. consolidation.
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Product flow analysis diagram sample work
04

Flow Analysis

Examine the movement of materials, people, vehicles, and equipment to find bottlenecks and reduce wasted motion.

Used when: throughput is low, travel distances feel excessive, or a process is being redesigned.
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Utilities requirements matrix sample work
05

Utilities Documentation

Catalog power, compressed air, water, drains, gases, and HVAC needs in an organized matrix for design handoff.

Used when: equipment or process requirements are still evolving during design.
Learn more →
2D/3D AutoCAD concept model sample work
06

2D/3D AutoCAD Modeling

Make proposed layouts easy to understand so every stakeholder sees the same plan before changes get costly.

Used when: leadership or design teams need to see and agree on how a facility will function.
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From Concept to Design

A concept package your architect and MEP team can start from

When VCE's front-end planning wraps up, your architect and MEP engineers don't start from a blank site. They start from a concept package that has already been checked against real operational requirements — relationships, space, flow, and utilities — so design moves faster, with fewer surprises once drawings are underway.

Design starts from a validated plan, not a blank page.

1Block layout plan
2Relationship study
3Space & density analysis
4Flow analysis
5Utility requirements matrix
62D/3D concept model
How the Process Works

From operational requirements to a design-ready handoff

1

Define

Operational needs, requirements, space, relationships, high-level flow

2

Model

Layout options tested against existing or proposed building drawings

3

Review

Options compared side by side for executive review

4

Select

Concept block layout chosen

5

Detail

Relationship, space, flow & utility analysis on the selected layout

6

Package

Concept package assembled from the detailed analysis

7

Handoff

Delivered to architect & MEP to start detailed design

Steps 5–7 are where the detailed analysis happens — each service page above shows real sample work from that stage.

This is OFP Phase 2 in practice — see the full OFP Gate Process.

How to Engage

You don't have to do it all at once.

Every service above stands on its own. Start with the one question costing you the most right now, or run the full plan front to back.

Full Front-End Plan

All six pieces — block layout, relationships, space, flow, utilities, and 2D/3D modeling — run together into one concept package for your architect and MEP team.

One Service at a Time

Just need to know if your space is used well, or where flow is wasting time? Pick a single piece. Each one stands on its own.

Either way, the goal is the same: real answers before decisions get expensive to change.

Prefer to Keep It In-House?

VCE trains your team to do this themselves.

Most in-house engineering teams have never been trained in relationship scoring, real flow mapping, or Equipment Packing Density — not because they can't learn it, but because nobody's shown them how. Structured classroom instruction and hands-on workshops teach your team these exact methods, so they can run them on the next project without an outside engineer.

See Team Training & Workshops →

What's covered

Relationship scoring, space classification & Equipment Packing Density, flow mapping, and block layout planning — taught through structured classroom sessions and hands-on workshop exercises your team practices during training.

Not sure which of these you need? That's the first conversation.

Most engagements start with one question: where are you in the process, and where is the risk actually sitting right now.

Get In Touch