Healthcare Simulation Centre Consultants
BrainNet Consulting helps universities, hospitals, and healthcare education organizations plan, design, equip, and operate simulation environments that support better learning, stronger clinical performance, and long-term program success.
Full lifecycle expertise
BrainNet connects education, facilities, technology, equipment, and operations so decisions made in planning hold up after opening day.
20+
years of specialist experience
25+
simulation projects
Global
international project experience
Academic
universities, hospitals, and training centres
Educational strategy and functional programming
Simulation space planning and technical coordination
AV, debriefing, IT, and network infrastructure
Equipment planning, implementation, and operational readiness
Client Trust
Selected institutions have brought BrainNet into ambitious simulation, technology, and healthcare education planning work.
Client of BrainNet Consulting
"The team at BrainNet Consulting has saved us thousands of hours of work and designed what we never thought possible."
Thompson Rivers University School of Nursing is distinguished by state-of-the-art facilities, including a Mobile Simulation Lab that extends clinical training to rural areas. The school has enrolled thousands of students, contributing to the healthcare workforce in British Columbia and beyond.
Client of BrainNet Consulting
Aga Khan University is part of the largest private health-care providers in Pakistan and East Africa. AKU hospitals were the first in those regions to be accredited by U.S.-based Joint Commission International. The university also has a presence in Kenya, Tanzania, Uganda, the United Kingdom and Afghanistan.
Services
Medical simulation projects succeed when planning, facilities, technology, equipment, and operations are considered together. BrainNet provides practical guidance across every stage of the project.
Functional programming, room planning, learner flow, adjacencies, technical requirements, equipment coordination, and design support for new and renovated simulation facilities.
Purpose-built AV, capture, debriefing, observation, IT, network, data, and systems planning for healthcare simulation environments.
Independent equipment recommendations, budget development, equipment schedules, vendor coordination, and procurement support aligned to curriculum and operational needs.
Practical planning for virtual, augmented, mixed reality, digital anatomy, and immersive technologies within healthcare education spaces.
Why BrainNet
A simulation centre can look impressive and still fail operationally. The difference is in the details: learner flow, storage, room flexibility, AV functionality, acoustic performance, IT infrastructure, equipment access, staffing, and the everyday realities of running simulation programs.
BrainNet brings these elements together before they become expensive problems.
Rooms, adjacencies, visibility, debriefing, and learner flow are planned around the way teaching actually happens.
Storage, reset, maintenance, staffing, scheduling, and support spaces are treated as essential infrastructure.
AV, IT, capture, observation, data, privacy, power, acoustics, and equipment integration are coordinated early.
Architects, engineers, AV consultants, IT teams, vendors, and institutional stakeholders get simulation-specific guidance.
Methodology
A structured process keeps the right questions visible from feasibility through long-term operations.
01
Discover
Understand programs, learners, stakeholders, constraints, existing conditions, and future goals.
02
Define
Develop functional requirements, scope, priorities, learning models, space needs, and project criteria.
03
Design
Coordinate layout, equipment, AV, IT, infrastructure, technical requirements, and room-by-room recommendations.
04
Deliver
Support procurement, design review, commissioning, training, implementation, and operational readiness.
05
Sustain
Help programs build governance, workflows, staffing models, maintenance planning, and future expansion strategies.
Project Experience
Project summaries remain focused on patterns, scope, and lessons unless a named case study is approved for publication.
University Health Sciences / Karachi, Pakistan
Healthcare simulation centre
Aga Khan University hired BrainNet Consulting Inc. in 2012 to help design CIME's simulation spaces, classrooms, multipurpose labs, infrastructure, AV and videoconferencing systems, and equipment requirements. A further 2017 engagement provided advice on its debriefing system. CIME is an 80,000-plus-square-foot simulation centre serving more than 2,000 medical, nursing, and allied health learners.
Scope: Initial CIME consultancy; design of simulation spaces, classrooms and multipurpose labs; infrastructure planning; AV and videoconferencing systems; medical simulator and AV equipment planning; and debriefing system advice.
School of Nursing / Kamloops, BC, Canada
Simulation-Based Learning Centre
Thompson Rivers University hired BrainNet Consulting Inc. to help design the simulation and clinical education environments for the three-story, 44,000-square-foot Chappell Family Building for Nursing and Population Health in Kamloops. The work included simulation planning, room layouts, infrastructure coordination, AV and debriefing systems, equipment planning, and procurement support.
Scope: Space planning, simulation room layouts, workflow and adjacencies, infrastructure coordination, AV and debriefing systems, control rooms, acoustics, equipment planning, procurement support, vendor evaluation, and curriculum alignment.
Resources
BrainNet articles and reference links for decision-makers working through simulation design, AV, equipment, immersive learning, and operations.
Simulation Centre Design / LinkedIn
A field note on the design choices that still stand out after years of planning simulation centres.
AV and Debriefing Systems / LinkedIn
Why simulation capture, observation, and debriefing systems need a different planning lens than standard classroom AV.
Bring BrainNet into the conversation early. The right decisions made during planning can prevent costly redesigns, technology gaps, and operational issues later.