Building Engineering & MEP Design for Healthcare: Key Steps and Considerations


What are building engineering and MEP design? The construction sectors, such as building engineering and building science, are all about improving the technical performance of a building with the help of the latest technological innovations. However, “Mechanical, Electrical, and Plumbing,” abbreviated as MEP Engineering, deals with planning and managing the same aspects of a building.

How do building engineering and MEP engineering cater to the whole construction of your healthcare buildings? When it comes to listing the most critical sectors that rely on the latest technologies, healthcare is the first and foremost sector. The insufficient number of resources and inefficiency in results make MEP designs and building engineering a necessity.
Read on to find out more about building services engineering, MEP services, their significance, and how they benefit the medical care sector in the UAE.

The Necessity of Building Engineering & MEP Designs in Health Care

Delving deeper into the features of building engineering and MEP designs, it can be best defined as professional engineering services that creates a comfortable, cosy indoor environment while reducing environmental impact. Building engineering, MEP designs, and other related services alone take up to 40% of the total construction cost and hence become a crucial component in the comfort of your patients while at the same time increasing efficiency in any treatment.

Planning, designing, installation, efficient working of the system, and inspection all fall under the list of a building engineer’s responsibilities. And therefore, building engineering has its advantages over the healthcare sector. What makes building engineering more of a need is:

  • Control Infection at Higher Rates

In compilation with health standards and regulations, building engineering focuses on reducing infections. By making a difference in air circulation across certain restricted areas, such as operation theatres and others, infections can be greatly reduced. Moreover, lower room temperatures contribute to maintaining medical standards.

  • Improved Resilience in Healthcare Sectors

Since a number of lives are constantly dependent on the functionality of a healthcare facility, quicker resilience is much needed. To ensure smooth and non-stop operations in a medical care building, building engineering includes the provision for an uninterruptible power supply. This, in turn, helps save a number of lives and time until the power supply is available.

  • Achieve Better Performance and Efficiency

Another advantage of employing building engineering in healthcare is the efficient healthcare system it can provide. A team of expert doctors, nursing staff, and a well-equipped facility work for better performance and efficiency. This eventually reduces overall energy costs and equipment downtime and improves workflow. The hospital environment can be tailored to the needs of a patient by adjusting the temperature, light controls, air quality, and much more. Thus enhancing the patient experience in return.

  • Better Return on Investment

Spending each and every penny on building engineering would save a fortune later. As building engineering services are about implementing the latest and most efficient technology, the building equipped will offer a greater return on investment. A system that is well maintained is sure to make great profits.

Design Standards and Codes to Be Followed

Before diving into the standards, what are the needs for design standards and codes? About 30%–40% of the total construction cost would be required to lay out the MEP design and plans. Hence, an efficient and foolproof design should be made to meet the budget and make the most out of the same. And what are design standards? Design codes are made to overlook the smooth functioning of the facility and simultaneously focus on how secure the system is. The MEP design standards and codes include:

1. Health Technical Memorandum

Health Technical Memorandum is more of a comprehensive guide and advice for designing, installing, and maintaining the health care facility. The design code consists of four disciplines:

  • Management of the building structure
  • Considerations in the given designs
  • Validation and inspection of the system
  • The smooth functioning of the MEP design

Following this design code makes your design, installation, refurbishment, and maintenance all systematic.

2. LEED Standards

Leadership in Energy and Environmental Design Standards, abbreviated as LEED Standards, devised in 1994 include sustainable ways of planning and developing designs with the help of certain tools for utmost efficiency in measurements. About 3050 healthcare facilities follow the LEED standards so as to improve efficiency.

3. ASHRAE Standards

When it comes to ASHRAE standards, each builder and contractor strictly adheres to them when completing any project. And this particular design code consists of 87 standards that place an upper hand on maintaining air quality, ventilation, and energy conservation in the healthcare facility and others.

4. WELL Standards

WELL standards are much more similar to the LEED standards, which reduce environmental impacts and work on energy conservation. Just like the term, it focuses on the wellness of hospital staff and patients. The design code has a list of areas to be given extra concern, and they include water, air, comfort, light, fitness, mid, mind, and nourishment.

Key Considerations in Building Engineering and MEP Engineering Services

Since health care is one of the most significant and crucial sectors, MEP designs should be reviewed properly to ensure the right installation. In addition, there are some key considerations to make your MEP designs effective. They include:

  • Coordination with the Design Team
  • Enhancing the Hospital Experience and Patient Safety
  • Compatible Designs and Quality Assurance
  • MEP Space Allocation
  • Installation of Premium Medical Equipment
  • Advanced Technical Applications

How Can the Health Sector in UAE Benefit from MEP Engineering Services?

The UAE is one of a rapidly growing countries, and hence healthcare facilities should be constructed implementing the latest technology, making way for building engineering and MEP designs. As per the observations of Alpen Capital Consulting Services, medical care sectors in the UAE have seen an expected annual rise of 12.7% between the time frames of 2015 and 2020.

As for improvements in the field of medicine, such as stem cell therapy and others, there has been a surge of innovations in both medicine and isolation centres. Hence, improving the effectiveness of any treatment. In addition, the MEP designs and building engineering services have contributed to providing the best medical care on a global level.

Apart from treating the residents of the country, there are medical tourists who wish to receive a complete cure ranging from cosmetic surgeries to treating deadly diseases. Owing to this rapid development, the health sector in the UAE can greatly benefit from hiring building engineers and making MEP designs.

Visit Design Solutions Inc. for Comprehensive Building Engineering Solutions in UAE

As stated, building engineering takes up to 40% of your building’s construction. And therefore, it is highly recommended to hire expert building engineers and MEP designers. Thus, you save a lot as well-versed designers provide effective solutions within your given budget. In addition, MEP consultants stick to the above-mentioned design codes and standards, which in turn help you create efficient, patient-friendly, and staff-friendly medical care in the UAE.

If you are on the search for the right MEP consultants and building engineers, then Design Solution Inc. will provide you with the right solutions that fit right into your fixed budget. Choose Design Solutions Inc. for sustainable designs, cost-effective solutions, and expert bits of advice. As the best Building Services Consultants in the UAE, DSI provides building engineering services in the healthcare, residential, commercial, educational, and retail sectors.