Institutional &
Public Sector Projects

Institutional and Public Sector

Building Communities with Excellence

FarHeater Engineering Inc. delivers tailored engineering solutions for institutional and public sector projects, from educational facilities to transit infrastructure. Our designs prioritize functionality, durability, and energy efficiency, ensuring public spaces serve their communities effectively. With expertise across mechanical, electrical, and fire protection systems, we create environments that inspire trust, meet regulatory requirements, and stand the test of time.

iCornettiVMC - TTC

Vaughan, Ontario

FarHeater Engineering Inc. is honored to collaborate with the Toronto Transit Commission (TTC) on the iCornetti VMC project in Vaughan. This exciting initiative reflects our expertise in delivering top-tier mechanical and electrical design services for critical infrastructure.

Our scope of work includes comprehensive MEP (Mechanical, Electrical, Plumbing) and sprinkler design solutions, ensuring that every aspect meets the demands of modern transit facilities. From permitting to tendering and construction administration, our team has issued designs that prioritize safety, efficiency, and long-term performance.

FarHeater Engineering is proud to contribute to the development of this essential transit project, reinforcing our commitment to creating innovative and sustainable solutions for urban infrastructure.

The Whitby Yacht Club

Richmond Hill, Ontario

York Dermatology Clinic & Research Centre stands as a beacon of advanced dermatological care, offering state-of-the-art treatments and pioneering clinical research that transform patient outcomes and redefine the future of skincare.

FarHeater Engineering Inc. played a critical role in the development of this 18,000 ft² facility in Richmond Hill, Ontario. From mechanical and electrical systems to specialized treatment areas, our expertise ensured a design that meets the highest standards of patient care, safety, and operational efficiency.

Key design features include exam rooms, sleeping operatory rooms, recovery rooms, and laser rooms, all tailored to provide optimal functionality, comfort, and hygiene. Our HVAC systems, power distribution solutions, and energy-efficient technologies align seamlessly with CAN/CSA-Z317.2-10 standards, ensuring regulatory compliance for healthcare facilities.

This innovative center supports a wide range of medical, surgical, and cosmetic dermatology services, including treatments for melanoma, psoriasis, eczema, and more. By integrating sustainable and patient-focused design elements, FarHeater Engineering has helped York Dermatology deliver on its mission to provide comprehensive, ethical, and cutting-edge dermatological care while empowering patients to make informed choices about their skin health.

FarHeater is proud to contribute to a project that not only enhances patient experiences but also drives advancements in skincare and dermatological research.

KEY SCOPE ELEMENTS
Facility Design

● Design and layout of 18,000 sqft space.
● Specialized rooms such as exam rooms, sleeping operatory rooms, recovery rooms, and laser rooms.
● Ensuring optimal lighting, air quality, and space for effective patient care.

Mechanical & Electrical Systems

● Heating, ventilation, and air conditioning (HVAC) system design tailored to medical requirements.
● Electrical design to support medical equipment, lighting, and emergency systems.
● Integration of power distribution systems to meet operational needs.

Specialized Room Design

● Detailed design of exam and treatment spaces that provide comfort and functionality.
● Ensuring compliance with health and safety regulations for medical environments.

Patient Comfort & Safety

● Focus on designing spaces that prioritize patient comfort and well-being.
● Consideration for easy access, privacy, and hygiene throughout the center.

Sustainable & Energy-Efficient Design

● Use of energy-efficient technologies and systems.
● Incorporation of sustainable design practices, potentially including lighting, HVAC, and water-saving solutions.

Compliance & Regulatory Requirements

● Ensuring that all design elements meet local healthcare facility standards and regulatory codes.
● Adherence to health and safety standards for medical facilities.

PROJECT FEATURES
Size

18,000 sqft

Location

Richmond Hill, Ontario

SERVICES
Mechanical Engineering
Electrical Engineering
Lighting Design
Fire Alarm
Sprinkler Design and Hydraulic Calculation
Emergency Diesel Generator Design

Rizzardo Health & Wellness Centre

Innisfil, Ontario

FarHeater Engineering Inc. proudly contributed to the development of new washroom and cafeteria facilities at the Rizzardo Health & Wellness Centre in Innisfil, Ontario. This 2,000 ft² project exemplifies our commitment to creating functional and sustainable spaces that prioritize patient comfort and operational efficiency.

Our team provided full mechanical and electrical design services, ensuring compliance with CAN/CSA-Z317.2-10 standards for healthcare facilities. Key features of the project included HVAC systems tailored for optimal air quality, advanced electrical designs for lighting and emergency systems, and energy-efficient technologies that align with sustainable design practices.

With a focus on patient care, the washroom and cafeteria spaces were designed to enhance accessibility, hygiene, and comfort while maintaining adherence to local healthcare facility standards and safety regulations.

FarHeater Engineering’s expertise in healthcare infrastructure design ensures that facilities like Rizzardo Health & Wellness Centre continue to deliver exceptional service to their communities, supporting well-being with thoughtfully engineered solutions.

KEY SCOPE ELEMENTS
Facility Design

● Ensuring optimal lighting, air quality, and space for effective patient care.

Mechanical & Electrical Systems

● Heating, ventilation, and air conditioning (HVAC) system design
● Electrical design including lighting, and emergency systems.
● Integration of power distribution systems to meet operational needs.

Sustainable & Energy-Efficient Design

● Use of energy-efficient technologies and systems.
● Incorporation of sustainable design practices, potentially including lighting, HVAC, and water-saving solutions.

Compliance & Regulatory Requirements

● Ensuring that all design elements meet local healthcare facility standards and regulatory codes.
● Adherence to health and safety standards for medical facilities.

PROJECT FEATURES
Size

2,000 sqft

Location

Innisfil, Ontario

SERVICES
Mechanical Engineering
Electrical Engineering
Lighting Design
Fire Alarm
Sprinkler Design and Hydraulic Calculation
Farheater Engineering
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