What does CFM mean in CONSTRUCTION

Construction and Facilities Management (CFM) is an area of expertise which combines the disciplines of engineering, architecture, project planning, and cost estimating. It involves the management of the operations and procedures necessary for the development and maintenance of properties. CFM professionals typically manage multiple projects associated with the development or renovation of a building or structure.

For a career in Construction and Facilities Management, a candidate should have excellent problem-solving abilities, knowledge of construction techniques and materials, experience with budgeting processes, good interpersonal skills to manage different stakeholders in a project, knowledge of environmental regulations, IT skills including proficiency in spreadsheets and CAD systems, strong organizational skills to plan ahead, leadership qualities to advise technical experts on the job site etc.

The role varies from deciding on appropriate design solutions to supervising construction activities through to managing the people who maintain facilities after completion. Construction Managers are responsible for planning subcontractors' work schedules; monitoring their work; creating time-sensitive budgets; reviewing quotes; coordinating site logistics; setting quality standards; reporting progress to senior managers; managing health & safety compliance; providing technical advice; troubleshooting any issues that occur during construction etc.

BREEAM stands for Building Research Establishment Environmental Assessment Methodology. It is an international standard used to measure the sustainability performance of buildings across nine categories including energy efficiency waste management water consumption land use pollution materials indoor environment transport health & well-being innovation etc. To achieve certification points must be obtained in each category which can be earned by adopting sustainable solutions such as using renewable energy sources or water efficient fixtures.

Through sustainable design solutions such as utilizing renewable energy sources, constructing buildings based on existing resources or specifications that minimize waste generation, educating people about resource conservation practices etc., CFM professionals help reduce environmental impacts associated with facility management activities such as construction& development activities. The use of green technologies such as creating green roofs by using plants & vegetation helps minimize energy costs by reducing cooling costs & improving air quality indoors.

Lifecycle costing analysis allows Facility Managers to compare different options when considering capital investments taking into account all costs associated with purchasing equipment over its entire life cycle i.e operating costs such as repairs & maintenance costs versus total costs when compared to choosing less expensive material but with higher operational cost over its life span. Therefore understanding lifecycle costing will provide insightful data so that informed decisions can be made while monitoring financial performance over the lifespan of an asset.

LEED stands for Leadership in Energy & Environmental Design - it's a globally accepted certification system developed by US Green Building Council (USGBC) that evaluates/recognizes buildings/structures on their level & impact on environment& sustainability aspects like energy saving opportunities & ecofriendly materials usage etc., It encourages adoption of new sustainable practices within various fields like manufacturing/operations urban agriculture renewables etc., It provides reliable benchmarking especially suited for built environment related opportunities.

An effective Risk assessment should identify potential risks before they become actual problems avoiding costly delays or even disasters down the line. Through proper risk assessments CFM personnel can assess risks in areas such as design timeline budget& progress scheduling subcontractor selection materials fluctuations safety code compliance HVAC systems working conditions etc., allowing them to develop mitigation strategies towards addressing any potential risks identified.

BIM (Building Information Modeling) technology-enabled 3D simulation models provide enhanced visual clarity & detailed information related to designs configurations constructability clearances constructions interference management coordination clash detection lifecycle analysis scheduling progress tracking budget estimations tracking document stamping approvals verification etc., which leads towards increased efficiencies during planning execution testing & commissioning stages ensuring better quality end product within tight deadlines.