Higher education · Western and Upstate New York
Campus security and life safety
A campus is not a building. It is twenty buildings of different ages on one credential, with a population that turns over every August, and a notification obligation that has to reach people who are not inside any of them.
- Fire alarm design stamped by NYS licensed Professional Engineers
- Mass notification that reaches the ground between buildings
- One credential across a portfolio of mixed age buildings
- NYS Dept. of State licensed
A portfolio, not a building
Almost everything difficult about campus security comes from the same fact. You are not securing a building, you are securing a collection of them, built across a century, under one department, on one credential, and judged as a single institution. The oldest building sets the pace of every project and the newest sets the expectation.
Two consequences follow from that and they shape most of what we do here. The credential system has to work at hundreds of doors across dozens of buildings for a population that substantially replaces itself every year. And notification has to reach people who are not in a building at all: crossing a quad, in a parking structure, on a field, walking back at midnight. Indoor notification alone does not reach a campus.
What makes it different
Six things a campus does that a single building never has to
These are the constraints that separate a genuine campus design from a commercial design repeated twenty times. A firm that has not encountered them will produce something that works building by building and fails as a system.
Thousands of credentials issued in August, thousands deactivated in May, and a steady flow of changes in between as people move rooms, roles, and departments. It is the largest credential administration problem in any sector, compressed into two weeks twice a year.
An 1890 building and a 2024 building on the same card, with the pathways, ceiling voids, and historic fabric of the first constraining what is possible. The design has to be a standard that survives contact with buildings that were never designed for any of it.
A large share of your community is outdoors at any moment. Reaching them means layered notification: indoor systems, outdoor devices, and the message paths people actually carry with them. Getting one layer right and calling it done is the common failure.
The only buildings where people sleep, cook, and live around the clock, occupied by residents who have never lived in a building like it before. They carry the highest fire risk on campus and a reporting burden no other building has.
Universities are deliberately open and that is not a defect to be engineered away. The work is protecting the specific things that warrant it while leaving the campus recognizably a campus, which is a harder design problem than locking more doors.
Laboratories, hazardous materials, animal facilities, and increasingly export controlled or sponsored research sitting behind a door on a public corridor. A restricted area in an open building is a different design from a restricted building.
What we handle
Designed as a campus standard, not a building at a time
Fire alarm design and stamped drawings
Stamped fire protection drawings from New York State licensed Professional Engineers, for new buildings, renovations, and the older stock where a straightforward design stops being straightforward.
Mass notification and voice evacuation
Layered notification designed to reach people indoors, outdoors, and in between, with the intelligibility calculations voice systems require rather than speakers positioned by eye.
Campus wide access control
One credential across the portfolio, with access groups that survive an annual turnover, contractor and vendor credentials that expire, and restricted spaces designed separately from ordinary doors.
Video surveillance
Consistent coverage across many buildings and long exterior paths, so footage looks the same everywhere and somebody reviewing six locations in an afternoon is not learning six systems.
Lockdown and restricted areas
Immediate campus wide or building specific lockdown, plus the laboratories, research spaces, and controlled areas that need their own boundary inside an otherwise open building.
Inspection, testing, and records
NICET technicians across the portfolio on a schedule you can plan around, with inspection documentation delivered to you every visit rather than held somewhere you cannot reach at reporting time.
The obligation nobody sells to
Your Annual Fire Safety Report describes our work
Institutions participating in Title IV federal student financial aid carry specific obligations under the Clery Act, and those with on-campus student housing carry fire obligations on top of them. A fire log recording the nature, date, time, and general location of every fire in on-campus housing, entered within two business days, with the most recent sixty days open to public inspection. And an Annual Fire Safety Report published each year carrying fire and fire drill statistics for that housing.
Here is the part worth reading twice. That report must also include a description of the fire safety systems in your on-campus student housing, and any plans for future fire safety improvements. Every institution with housing therefore publishes, annually and publicly, an account of its fire alarm systems and what it intends to do about them.
Your Clery officer owns that report and we are not proposing to write it. What we can do is make sure the systems it describes are accurately described, that the improvement plan is a real plan rather than a placeholder, and that the inspection and drill records behind the statistics actually exist in a form you can produce.
- Housing fire systems documented accurately enough to describe
- Drill records that support the statistics you publish
- Inspection and test documentation delivered to you every visit
- An improvement plan with costs, phasing, and a defensible order
- Emergency response and evacuation testing documented as it happens
- Notification capability that matches what your procedures claim
The hardest buildings on campus
Residence halls
Residence halls are the only buildings on a campus where people sleep, cook, and live around the clock, and they are occupied by residents who have never lived in a building of that kind before. They carry the highest fire risk on campus and the heaviest reporting burden, and they are where the gap between a system that works on paper and one that works at two in the morning shows up first.
A hall that alarms falsely at two in the morning trains several hundred people to assume the next one is also false. Cooking, shower steam, and corridor detector placement are the usual causes, and they are design decisions rather than bad luck.
Every hall has one. The answer is rarely more signage. It is working out what people are routing around, and whether the credentialed route is genuinely usable at midnight with a laundry basket and no free hands.
Drills in housing are counted and published, which means the drill has to happen and the record of it has to exist. The second half is where institutions most often find themselves short at reporting time.
Move-in and move-out compress a year of credential administration into a fortnight, twice, at a moment when facilities staff are least available to do it carefully.
How a campus project runs
Five phases, and the calendar governs all of them
Every campus project is scheduled against an academic year that does not move. The summer window is short, it is contested by every other trade, and missing it costs twelve months rather than four weeks.
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01
Survey the portfolio
Every building, its age, what is installed, what still functions, and what the older stock will and will not allow. The point is a picture of the whole estate rather than a quote for one building.
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02
Set a campus standard
One design intent applied across the estate, so that buildings converge over time instead of accumulating a different answer each year depending on who was available. This is what makes a ten year plan possible.
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03
Phase around the academic calendar
Work planned into the windows that actually exist: summer, breaks, and the occasional occupied phase with compensating measures. Sequenced against the other trades competing for the same weeks.
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04
Commission and document
Testing against the sequence of operations, interfaces tested end to end rather than trade by trade, and documentation assembled in the form your reporting will actually need it.
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05
Inspection cycle and reporting support
Scheduled testing across the portfolio, records delivered as they are produced, and a system description you can hand to whoever compiles the annual reports without reconstructing a year of history first.
Across Western and Upstate New York
Buildings we work in
Large estates with research space inside academic buildings, sponsored and sometimes export controlled work, and a facilities department managing a century of construction at once.
Smaller estates where one person often carries facilities, safety, and compliance together, and where a campus standard is worth more than a clever single building solution.
Commuter populations, evening and weekend use, satellite locations, and buildings that behave like public facilities during the day and empty ones at night.
The buildings that carry the fire risk and the reporting burden, including older halls where a modern design has to be fitted into a structure that resists it.
Assembly spaces that are empty most of the week and full a few times a month, where notification, egress, and crowd movement are designed for the busy day rather than the average one.
Restricted areas, hazardous materials, environmental monitoring for equipment and specimen storage, and detection selected for the conditions in the room rather than the corridor outside it.
Why GSMG
A standard you can apply for a decade
Licensed engineers, one design intent
All of our engineers are New York State licensed Professional Engineers. A campus standard is an engineering document rather than a product preference, and it is what stops an estate accumulating a different answer every budget year.
Fire and security from one firm
We design and install fire alarm, access control, video, and intrusion, so egress release on alarm is tested as one system rather than by two trades who each found their own side working.
Records built for reporting season
Inspection documentation comes to you every visit. When somebody is compiling an annual report in September, the history is already in your hands rather than in a contractor's filing system.
Planning that respects the calendar
Summer is short and contested. We plan into the windows that exist, and we have written occupant emergency plans for campuses as well as designing the notification systems they depend on.
Common questions
Before you call
Can you work around the academic calendar?
It is the first constraint we design around rather than the last. Summer windows are short and every other trade wants them too, so the sequencing conversation happens during design rather than at mobilization. Where work has to happen in an occupied building we plan the compensating measures for the period systems are impaired before the impairment exists.
Our buildings range from the 1890s to last year. Can one system cover them?
Usually yes on the credential and head-end side, which is what matters most for an estate. The realistic answer is that the standard is uniform and the implementation is not, because older buildings constrain pathways, ceiling access, and sometimes what can be attached to a wall. We survey the portfolio first specifically so the standard is written against your worst building rather than your best one.
What does the Annual Fire Safety Report actually need from us?
Your Clery officer owns the report and its precise contents should come from them and your counsel. From a systems perspective, the parts we can support are the description of the fire safety systems in on-campus housing, the drill and inspection records behind the published statistics, and any stated plans for future fire safety improvements. That last one is easier to write when there is an actual phased plan behind it rather than an intention.
How do we notify people who are outdoors?
With a layer that indoor systems do not provide, which is the gap most campuses have. In practice notification is layered: in-building systems, outdoor devices covering the open ground and the routes between buildings, and the message channels people carry. The design question is coverage rather than volume, and it is worth testing at the times and places where people are actually outside.
Our residence halls have constant nuisance alarms. Is that fixable?
Almost always, and it is worth fixing for a reason beyond the annoyance: a hall that alarms falsely often enough trains its residents to assume the next one is false too. The causes are usually detector type and placement relative to cooking, bathrooms, and corridors. It is a design problem with a design answer, not something to be managed with reminders at floor meetings.
How do we handle credentials for a population that turns over every year?
With access groups built to survive it and a process attached to the events that already happen: enrollment, housing assignment, graduation, withdrawal, and staff changes. Where a campus would rather not carry the day to day administration at all, our Customer Access Maintenance program takes it, which some institutions use for the summer peak alone.
Will you take over systems another company installed?
Regularly, and on a campus it is usually the starting point rather than an exception, because most estates carry several vendors' work at once. We assess what is installed and still reporting, tell you honestly what is worth keeping, rebuild the documentation where it has gone missing, and restart the inspection cycle across the portfolio.
Start with one building or the whole estate
Plenty of campuses bring us in for a single hall and then use what comes out of it as the standard. Either way the first step is a walkthrough and an honest document, and both cost nothing.