Professional Engineering & Critical Infrastructure Advisory

Engineering the systems behind critical operations.

BioFacility Solutions provides professional engineering and technical advisory services for life sciences, healthcare, research and other critical facilities. We support clients from assessment and feasibility through design, specifications, commissioning and implementation.

Discuss Your Facility or Project Explore the assessment framework

Ontario P.Eng.PEO Certificate of Authorization #100698710Engineering + Laboratory Science

Flagship Service

Laboratory Infrastructure Risk Assessment

A structured engineering and scientific review of the infrastructure that protects laboratory operations, sensitive environments, critical equipment and high-value biological assets.

What happens when a system fails?

Traditional facility reviews often look at equipment in isolation. BFS evaluates how building infrastructure, laboratory operations and biological risk interact during credible failure scenarios.

The assessment can also become the starting point for engineering action. BFS can define technical scope, requirements, specifications and implementation steps needed to move a finding toward resolution.

When this service makes sense: recurring environmental issues, uncertainty about backup power or alarms, a new research program, major equipment procurement, or leadership needing a clearer infrastructure-risk and capital-priority picture.

Explore the assessment framework

What you receive

Facility risk register Single-point-of-failure review Infrastructure vulnerability matrix Prioritized corrective actions Capital planning priorities Executive summary for leadership

Core capabilities

Where BFS adds value.

Professional engineering and technical advisory services for life sciences, healthcare, research and other critical facilities, covering risk identification, feasibility, engineering design, specifications, tender support, commissioning and implementation.

/ 01Laboratory Infrastructure Risk Assessment

Connect critical laboratory assets and processes to the HVAC, electrical, controls, monitoring and operational systems that support them. Findings are translated into a prioritized risk register and practical roadmap.

Scientific perspective

Consequence mapping connects facility failures such as humidity excursions, power loss or BAS delays to the samples, instruments, workflows and experimental tolerances they can affect.

Explore the assessment framework →

/ 02HVAC & Environmental Control

Review HVAC capacity, temperature, humidity, ventilation, pressure relationships, heat loads, redundancy, control performance and credible failure scenarios in critical and controlled environments.

/ 03Emergency Power & Electrical Resilience

Trace critical loads from source to equipment, including normal and emergency power, transfer arrangements, distribution dependencies, runtime assumptions, restoration sequence and single points of failure.

/ 04Cold Storage & Critical Equipment

Assess freezers, refrigerators, cold rooms, incubators and other critical equipment together with room cooling, backup power, independent monitoring, alarm escalation and recovery capacity.

Scientific perspective

Cold-storage reviews consider the biological vulnerability of what is stored, equipment-zone microclimates, independent probe placement and realistic recovery priorities, not only freezer mechanics.

Read the ULT freezer guide →

/ 05BAS, Monitoring & Critical Alarms

Review monitored points, naming, alarm limits, priorities, delays, routing, acknowledgement, escalation, communications dependencies and operator-response expectations so alarms support timely action.

Read the critical alarm guide →

/ 06Equipment Infrastructure Readiness

Determine whether the facility can support equipment that is being purchased, leased, rented, relocated or temporarily installed. Review space and access, power and emergency power, HVAC and heat rejection, exhaust, gases, water, drainage, structural and vibration requirements, controls, monitoring and commissioning needs before delivery.

Scientific perspective

Equipment utility mapping connects manufacturer requirements and research workflows to the facility conditions needed for reliable operation, helping expose enabling work and risk before procurement or installation.

Explore Equipment Infrastructure Readiness →

/ 07Capital & Funding Readiness

Define facility scope, enabling work, conceptual cost, implementation requirements and technical documentation to support capital decisions and research-funding applications.

Scientific perspective

Equipment utility mapping translates research needs into practical facility requirements such as space, heat rejection, vibration limits, power, gases, exhaust and other infrastructure dependencies before procurement.

See equipment and capital-readiness services →

When to Call BioFacility Solutions

Start with the problem, project or decision.

You do not need to know which engineering service you need before contacting BFS. These are common points where an independent infrastructure review can reduce uncertainty and define the right next step.

New, leased or relocated equipment

You are buying, leasing, renting, relocating or temporarily installing specialized equipment and need to confirm whether the space, power, cooling, ventilation, gases, plumbing, structure, monitoring or controls can support it.

Expansion or renovation

You are planning new space, changing a program or increasing capacity and need a clear picture of infrastructure constraints, dependencies and required upgrades.

Recurring facility problem

Temperature, humidity, pressure, power, water, controls or alarm issues are affecting operations and the underlying cause or consequence is not clear.

Resilience concern

You need to understand single points of failure, emergency-power coverage, alarm response, redundancy, recovery capability or how a critical system behaves during failure.

Capital or funding decision

You are preparing a funding application, have received funding for new equipment or expansion, or need a defensible technical scope, feasibility assessment, cost basis or infrastructure narrative before capital is committed.

Design or delivery support

You already know the need and require engineering criteria, specifications, procurement support, submittal review, commissioning or technical verification through implementation.

Professional Engineering & Consulting Services

From assessment to implementation.

BioFacility Solutions can support clients at any stage, from early feasibility and infrastructure assessment through engineering design, procurement, installation, commissioning and turnover.

Assess

Infrastructure risk assessments, equipment feasibility, capacity studies, condition reviews, failure-scenario analysis and operational-risk reviews.

Design

Engineering design, design criteria, calculations, technical narratives, equipment and utility requirements, and coordinated solutions for facility upgrades or new installations.

Specify

Technical specifications, equipment requirements, scopes of work, tender or procurement documentation, bid criteria and review requirements.

Support Delivery

Design and submittal review, consultant and vendor coordination, installation support, commissioning, functional verification, deficiency review and turnover.

Clients work directly with the P.Eng. responsible for the engagement, helping maintain continuity between the original need, engineering decisions, technical requirements and final implementation.

Direct technical access from early planning through project closeout.

Clients work directly with the P.Eng. responsible for the engagement, helping maintain continuity between the original risk, the engineering design, the technical specifications and final implementation.

Services and deliverables are tailored to the agreed project scope and applicable professional requirements.

Industries We Serve

Built for environments where infrastructure performance matters.

BFS serves life sciences, healthcare, research and other critical facilities where HVAC, electrical systems, controls, utilities and facility reliability can directly affect operations, research, products, equipment or patient outcomes.

Healthcare

Hospitals, research hospitals, clinical laboratories, pharmacies, diagnostic areas, treatment environments and critical healthcare infrastructure.

Pharmaceutical & Biopharmaceutical

R&D, biologics, pharmaceutical manufacturing-support spaces, laboratories, controlled environments, utilities and infrastructure supporting regulated operations.

Biotechnology & Life Sciences

Biotech R&D, therapeutics, cell and gene therapy, incubators, scale-up environments and growing life-science organizations.

Research Institutions

Research hospitals, cancer institutes, translational research programs, government research, specialized research facilities and shared core infrastructure.

Universities & Academic Research

University laboratories, teaching and core facilities, grant-funded equipment, research expansion and institution-wide infrastructure planning.

Diagnostic, Analytical & Specialized Laboratories

Medical, diagnostic, analytical, molecular, microbiology, environmental, imaging, sequencing and other specialized laboratory environments.

Critical & Technical Facilities

Other facilities where loss of HVAC, power, controls, monitoring or utilities can materially disrupt operations, equipment or high-value processes.

Specialized Environments

From biobanks to technical facilities, BFS follows the infrastructure dependency.

Our work is especially relevant where loss of environmental control, power, monitoring or utilities could compromise research, products, equipment, patient-support functions or other critical operations.

Cell & Gene TherapyCancer Research & Precision MedicineCleanrooms & Controlled EnvironmentsBiobanks & Sample RepositoriesCore Facilities & Specialized EquipmentAnimal Research & VivariumsMedical & Diagnostic LaboratoriesPharma R&D & Manufacturing SupportAnalytical & Testing LaboratoriesLife-Science Startups & IncubatorsResearch Hospitals & InstitutesCritical Technical Environments

Equipment, Capital & Funding Readiness

Know what the facility actually needs before capital is committed.

Before a major equipment purchase, renovation, expansion or funding submission moves forward, BFS can determine whether the proposed space can support the need, what facility modifications are required and what those modifications are likely to involve.

Feasibility

Can the equipment actually go here?

Review space, access, workflow, environmental requirements, installation constraints and equipment interfaces before commitments are made.

Infrastructure

Can the building support it?

Assess HVAC, electrical capacity, emergency power, heat rejection, gases, vacuum, RO/DI water, drainage, controls and other critical utilities.

Scope & Cost

What renovations are actually required?

Develop a conceptual scope, implementation approach, risk considerations and planning-level capital cost basis to support a decision.

Equipment Infrastructure Readiness

Buying, leasing, renting or relocating laboratory equipment?

BFS can review the site before delivery, translate manufacturer requirements into facility requirements and identify enabling work for power, emergency power, HVAC, heat rejection, exhaust, gases, water, drainage, vibration, monitoring, access and commissioning.

Explore Equipment Readiness

Decision-Ready Deliverable

BFS Infrastructure & Capital Planning Report

A decision-ready package that helps facilities teams, researchers, project leaders and executives understand the infrastructure requirements behind equipment procurement, renovation, expansion or funding decisions.

Discuss an Equipment or Capital Readiness Review

Equipment & Installation Feasibility Space Utilization & Constraint Review Equipment Utility Requirements Matrix HVAC & Electrical Capacity Assessment Facility Utility Gap Analysis Conceptual Layout & Scope of Work Capital Cost Estimate & Schedule Infrastructure Risk Register Funding Application Technical Narrative Supporting Technical Appendices & Documentation

Planning a funding application

Define infrastructure requirements, feasibility, scope, preliminary costs and implementation considerations that can support a business case, capital request or funding submission. BFS can also prepare the engineering and technical documentation required to substantiate the proposed facility or equipment investment.

Funding already approved

Translate the funded initiative into an executable engineering and infrastructure plan, then support design, specifications, procurement, construction, commissioning and turnover as required.

Purchasing new equipment

Confirm whether the existing facility can support the equipment before procurement, including HVAC, electrical and emergency power, utilities, controls, space and installation constraints.

Funding Application Technical Support

We provide the engineering behind the application.

Strong funding and capital applications often need a clearly defined technical basis. BFS can develop the engineering documentation that turns an equipment, research or facility need into a technically defined and implementable project.

Discuss Funding Application Technical Support

Project Scope & Technical Narrative Existing-Condition & Infrastructure Assessment Equipment Utility Requirements Matrix Feasibility & Facility Gap Assessment Concept Drawings & Engineering Sketches Preliminary Capital Cost Basis Implementation Plan & Schedule Infrastructure Risk & Mitigation Register Supporting Technical Appendices Technical Responses During Application Review

Funding Ecosystem

Engineering support for funded and capital-funded projects

Depending on the organization and project, research, innovation and infrastructure investments may be associated with federal, provincial, institutional or research funding programs. BFS can help develop the engineering evidence and infrastructure definition behind those investments.

Canada Foundation for Innovation (CFI) Ontario Research Fund – Research Infrastructure (ORF-RI) FedDev Ontario NRC Industrial Research Assistance Program (NRC IRAP) Natural Sciences and Engineering Research Council (NSERC) Canadian Institutes of Health Research (CIHR) Ontario Life Sciences & Economic Development Programs Institutional Capital & Research Funding Programs

Current Funding Opportunities

Compare the major ways research and life-sciences projects can be funded.

See infrastructure grants, equipment programs, commercialization funding, tax incentives, institutional capital, philanthropy, vendor financing and private capital in one practical matrix.

View Current Funding Opportunities

Important: BioFacility Solutions provides engineering and infrastructure advisory services, including technical documentation that may support funding and capital applications, and is not affiliated with the funding organizations listed above. BFS does not provide financial advice or guarantee funding approval. Program availability, eligibility, application requirements and award decisions are determined by the applicable funding organization. Engineering documentation can improve project readiness and decision quality but does not guarantee funding or capital approval.

Engineering + Laboratory Science

From infrastructure performance to scientific consequence.

BFS connects how a facility performs with what that performance means for samples, experiments, equipment, workflows and quality systems, then translates that understanding into practical engineering and operational action.

01 · Infrastructure

What infrastructure supports the work?

HVAC · Emergency power · BAS · Utilities · Cold storage · Specialized equipment

02 · Scientific consequence

What science or operation is actually at risk?

Samples · Experiments · Equipment · Environmental conditions · Quality systems · Continuity

03 · Engineering action

What should happen next?

Risk priority · Design criteria · Specifications · Commissioning · Capital plan · Recovery action

Scientific Consequence Mapping

Connect facility failures to experimental tolerances, sample vulnerability and operational impact.

Equipment & Utility Planning

Define space, heat rejection, vibration, power, gases, exhaust and other infrastructure dependencies before procurement.

Quality & Change-Control Support

Support facility-related deviation review, root-cause analysis, change-control impact assessment and practical SOP development.

Laboratory Operational Resilience

Review monitoring, probe placement, workflows, backup capacity, recovery priorities and facility-driven response procedures.

Example Finding

From technical condition to operational and business risk.

A BFS assessment is designed to make infrastructure risk understandable to facilities, operations, scientific users and leadership.

High RiskCritical cold storage

Freezers are on emergency power, but the alarm response pathway is incomplete.

Potential impactSample loss during an unattended temperature excursion

FindingAlarm-response vulnerability

Recommended actionIntegrate monitoring and establish documented escalation

PriorityImmediate

Explore the sample risk register

The BFS team

Specialist advice, grounded in engineering and laboratory science.

Co-Founder & Principal Engineer

Keith Macwan, M.Eng., P.Eng.

Keith is a licensed Professional Engineer with more than a decade of experience in healthcare facilities, building systems, capital projects and operational readiness. At Trillium Health Partners, he supports mechanical, electrical, building automation, medical gas, pneumatic tube and other critical infrastructure across occupied hospital environments, with a focus on commissioning, turnover, shutdown planning, risk mitigation and long-term maintainability.

Previously, as a Control Systems Engineer with Johnson Controls, Keith delivered building automation and controls projects for major healthcare and institutional facilities from design development and submittal review through construction, commissioning, client training and handover. His earlier application-engineering experience strengthened his background in technical problem-solving, design validation and client-focused solutions.

At BFS, he leads professional engineering and critical-infrastructure consulting, including risk assessments, feasibility studies, equipment and capacity reviews, engineering design, technical scopes and specifications, design and submittal reviews, commissioning support and capital-planning studies that translate technical findings into practical project requirements.

His experience spans major hospital, research and academic environments across the Greater Toronto Area and beyond, including work connected with Sunnybrook, SickKids, Mount Sinai, UHN, Humber River and university laboratory settings.

Selected institutional experience10 selected institutions

Sunnybrook Health Sciences Centre The Hospital for Sick Children (SickKids) Trillium Health Partners Mount Sinai Hospital Toronto General Hospital / UHN St. Joseph’s Health Centre Cortellucci Vaughan Hospital Humber River Hospital University of Toronto laboratories Ryerson University laboratories (now Toronto Metropolitan University)

Co-Founder | Laboratory Science & Quality

Vinitha Macwan, MSc

Vinitha is a cell-biology researcher who brings the scientific-user perspective to BFS. Her experience in research environments gives her a practical understanding of how facility conditions influence cell culture, biological samples, sensitive equipment, cold storage and day-to-day laboratory workflows.

At BFS, Vinitha helps connect scientific requirements to facility decisions by asking what the research actually needs to remain viable during normal operations and during failures. Her perspective helps assessments consider sample sensitivity, environmental excursions, storage and backup strategies, workflow, equipment dependencies and the operational consequences of losing temperature control, power, monitoring or other critical utilities.

By pairing laboratory science with engineering analysis, Vinitha helps ensure recommendations are not limited to whether building systems are technically functional, but also consider what infrastructure performance means for the science being protected.

Her background also includes Pharmaceutical Regulatory Affairs and Quality Operations, adding a quality-system perspective to facility changes, environmental excursions, change control, root-cause review and laboratory operating procedures. At BFS, this experience supports scientific consequence mapping, equipment utility planning, operational resilience and facility-related quality documentation.

Her research and laboratory experience includes work in hospital research and academic settings associated with SickKids, Princess Margaret/UHN, Mount Sinai, the University of Toronto and Concordia University.

Selected institutional experience5 selected institutions

The Hospital for Sick Children (SickKids) Princess Margaret Cancer Centre / Research Centre, UHN Mount Sinai Hospital University of Toronto laboratories Concordia University laboratories, Montréal

Institution names are shown solely to describe prior professional, research and academic experience of the BFS principals. No endorsement, sponsorship, partnership or current affiliation is implied.

PEO Certificate of Authorization #100698710BioFacility Solutions holds PEO Certificate of Authorization #100698710 to provide professional engineering services in Ontario.

Professional engineering servicesEngineering assessments, design, specifications, review and project support under the responsibility of an Ontario Professional Engineer.

Engineering + laboratory scienceTechnical findings connected to scientific and operational consequence.

Professional engineering accountabilityServices are provided under the responsibility and direction of the responsible Ontario licence holder.

Standards-informed engineering

Grounded in the codes and standards that shape critical environments.

BFS establishes the technical basis for each engagement using applicable jurisdictional codes, authority requirements, client standards, recognized industry guidance and manufacturer criteria relevant to the scope.

Explore the standards reference

Ontario & Healthcare

Ontario Building Code, Ontario Electrical Safety Code, Ontario Fire Code, CSA Z317.2, CSA Z32, CSA C282 and related healthcare standards.

Laboratories & Controlled Environments

ASHRAE 110, ASHRAE 62.1, ISO 14644, Canadian Biosafety Standard and other project-specific laboratory criteria.

Controls, Alarms & Commissioning

ASHRAE 135 (BACnet), ASHRAE 202 and alarm-management principles drawn from ISA-18.2 / IEC 62682 where appropriate.

Quality & Research Operations

Health Canada GMP guidance, ISO 15189, ISO/IEC 17025, ISO 20387 and other quality or biobanking requirements when relevant.

Not every standard applies to every project. The governing code edition, authority having jurisdiction, client standard and project-specific design basis are confirmed for each engagement.

BFS Resources

Practical guidance for critical environments.

Use BFS guidance to ask better questions about infrastructure risk, resilience, equipment dependencies, alarms and recovery before problems become operational events.

Framework

Laboratory Infrastructure Risk Assessment Framework

See how BFS connects asset criticality, infrastructure dependencies, detection, response and capital planning in one decision framework.

Explore the framework →

Checklist

25 questions every lab manager should ask about facility risk

Use this practical checklist to test your lab’s HVAC, emergency power, cold storage, BAS, alarms and emergency-response resilience.

Read the 25 questions →

Guide

ULT freezer infrastructure: power, cooling and alarm failure scenarios

Trace the failure chain from utility power and room cooling to freezer performance, independent monitoring, alarm delivery and emergency sample recovery.

Read the ULT freezer guide →

Guide

Are critical laboratory alarms reaching the right person at the right time?

Follow the complete alarm path from sensor and BAS logic through communications, routing, acknowledgement, escalation and operator response.

Read the critical alarm guide →

Current Funding Opportunities

Research & life sciences funding deadlines and links

Track current and upcoming opportunities for research infrastructure, laboratory equipment, biotech commercialization and facility projects, then compare the broader funding routes.

View current opportunities →

Reference

Engineering standards and codes for laboratory infrastructure

See the code families and technical standards BFS may use to establish the design, assessment and commissioning basis for critical environments.

Explore the standards reference →

Start with the need

How can BFS help move your facility or project forward?

Tell us about the facility, equipment purchase, expansion, funding or capital decision, engineering design need, technical specification, commissioning issue, laboratory quality concern or recurring infrastructure problem. We’ll help identify the right first step and the level of engineering or scientific advisory support required.

Project consultations by appointment. Start by email or use the form and we will arrange a suitable time to discuss your facility or project.