The document provides an overview of building engineering and maintenance responsibilities in different property types such as offices, apartments, hotels, and more. It discusses that the engineering department is responsible for base building systems like HVAC, electrical, plumbing, fire safety and more. Hotels require more extensive engineering efforts as they operate 24/7. The document also discusses staffing levels, noting the general formula is 3.1 engineering full-time employees per 100 rooms, though this varies depending on the property size, age and needs. Cutting engineering staff too much can increase long term costs from deferred maintenance.
The engineering and maintenance department is responsible for properly maintaining the hotel building, equipment, and grounds to protect the property value and support other departments. An effective preventative maintenance program can save hotels money by reducing long-term repair costs, planned replacement part purchases, and revenue losses from guest dissatisfaction. The engineering and maintenance department should create specific preventative maintenance programs for public areas, guest rooms, food services, laundry, and other equipment. Managing utilities and implementing energy management programs can also help control operating costs.
This document outlines the job description, duties, and requirements for a Chief Engineer at a hotel. The Chief Engineer is responsible for the operation, maintenance, and repair of all physical plant facilities and equipment. Key duties include implementing a preventive maintenance program, training staff, maintaining inventory, and ensuring proper operation of all mechanical systems. The position requires technical skills in various engineering systems as well as managerial skills such as team leadership, effective communication, and problem solving. A minimum of 10 years experience in hotel engineering and certifications or an associate's degree are required for the role.
This document provides guidelines on operation and maintenance (O&M) requirements for effluent treatment plants (ETPs). It discusses the key ETP components that require O&M, how to identify O&M requirements, the staffing requirements for ETP O&M including the roles of plant manager, operators, technicians, and laborers. It also covers topics like staff competency and training, safety guidelines, plant performance monitoring, record keeping, and criteria for appointing an O&M agency.
Raghunath Patil is a chief engineer and facility manager with over 15 years of experience in hotel engineering operations and maintenance. He supervises workmen and technicians and specializes in preventative maintenance, energy savings, cost control, and safety systems. Patil has experience leading teams at hotels in Pune and Mumbai and holds certifications in leadership and submarine engineering.
The document outlines policies and procedures for engineering operations at a property. It discusses budget preparation and control guidelines, including developing annual budgets, monthly expense tracking and forecasting, and approving expenses. It also addresses maintaining parts and supplies inventories, and controlling repair and maintenance projects through a request form process requiring various approvals.
The document discusses the importance of maintenance in the hotel industry. It notes that hotels rely on sophisticated engineering equipment like AC systems, water treatment plants, and fire systems. The maintenance department aims to keep all engineering facilities in optimal operating condition, which is vital for business. The maintenance department is headed by the chief engineer and includes civil, mechanical, and electrical engineers. Some of the maintenance department's responsibilities include equipment repair, maintenance and replacement, developing vendors, and coordinating with other hotel departments.
Raghunath Patil has over 28 years of experience in engineering, including 15 years in the Indian Navy and 6 years in Indian Railways. He has been working in the hotel industry as a Chief Engineer for the past 7.5 years at various hotels in Pune, where his responsibilities include supervising maintenance staff, managing preventative maintenance programs, overseeing electrical, HVAC, and other building systems, and developing annual budgets. He has an electrical engineering degree from the Indian Navy and computer skills including Microsoft Office, AutoCAD, and internet proficiency.
Eric Daniels has over 25 years of experience in facilities management, maintenance, and engineering. He currently works as the Site Services Manager for Sodexo, where he oversees maintenance operations across multiple Louisiana locations. Prior to this role, Daniels held several facilities director and general manager positions, where he managed multi-million dollar budgets and teams of employees. He has a track record of improving operational efficiency and maintaining safety compliance. Daniels lists strategic planning, project management, budgeting, and employee development among his core competencies.
The engineering and maintenance department is responsible for properly maintaining the hotel building, equipment, and grounds to protect the property value and support other departments. An effective preventative maintenance program can save hotels money by reducing long-term repair costs, planned replacement part purchases, and revenue losses from guest dissatisfaction. The engineering and maintenance department should create specific preventative maintenance programs for public areas, guest rooms, food services, laundry, and other equipment. Managing utilities and implementing energy management programs can also help control operating costs.
This document outlines the job description, duties, and requirements for a Chief Engineer at a hotel. The Chief Engineer is responsible for the operation, maintenance, and repair of all physical plant facilities and equipment. Key duties include implementing a preventive maintenance program, training staff, maintaining inventory, and ensuring proper operation of all mechanical systems. The position requires technical skills in various engineering systems as well as managerial skills such as team leadership, effective communication, and problem solving. A minimum of 10 years experience in hotel engineering and certifications or an associate's degree are required for the role.
This document provides guidelines on operation and maintenance (O&M) requirements for effluent treatment plants (ETPs). It discusses the key ETP components that require O&M, how to identify O&M requirements, the staffing requirements for ETP O&M including the roles of plant manager, operators, technicians, and laborers. It also covers topics like staff competency and training, safety guidelines, plant performance monitoring, record keeping, and criteria for appointing an O&M agency.
Raghunath Patil is a chief engineer and facility manager with over 15 years of experience in hotel engineering operations and maintenance. He supervises workmen and technicians and specializes in preventative maintenance, energy savings, cost control, and safety systems. Patil has experience leading teams at hotels in Pune and Mumbai and holds certifications in leadership and submarine engineering.
The document outlines policies and procedures for engineering operations at a property. It discusses budget preparation and control guidelines, including developing annual budgets, monthly expense tracking and forecasting, and approving expenses. It also addresses maintaining parts and supplies inventories, and controlling repair and maintenance projects through a request form process requiring various approvals.
The document discusses the importance of maintenance in the hotel industry. It notes that hotels rely on sophisticated engineering equipment like AC systems, water treatment plants, and fire systems. The maintenance department aims to keep all engineering facilities in optimal operating condition, which is vital for business. The maintenance department is headed by the chief engineer and includes civil, mechanical, and electrical engineers. Some of the maintenance department's responsibilities include equipment repair, maintenance and replacement, developing vendors, and coordinating with other hotel departments.
Raghunath Patil has over 28 years of experience in engineering, including 15 years in the Indian Navy and 6 years in Indian Railways. He has been working in the hotel industry as a Chief Engineer for the past 7.5 years at various hotels in Pune, where his responsibilities include supervising maintenance staff, managing preventative maintenance programs, overseeing electrical, HVAC, and other building systems, and developing annual budgets. He has an electrical engineering degree from the Indian Navy and computer skills including Microsoft Office, AutoCAD, and internet proficiency.
Eric Daniels has over 25 years of experience in facilities management, maintenance, and engineering. He currently works as the Site Services Manager for Sodexo, where he oversees maintenance operations across multiple Louisiana locations. Prior to this role, Daniels held several facilities director and general manager positions, where he managed multi-million dollar budgets and teams of employees. He has a track record of improving operational efficiency and maintaining safety compliance. Daniels lists strategic planning, project management, budgeting, and employee development among his core competencies.
IRJET- Investigation of Maintenance and Cost Control for High Rise BuildingIRJET Journal
This document discusses maintenance and cost control for high-rise buildings. It begins with an abstract that outlines the research goals of identifying characteristics of scheduled maintenance and establishing relationships between those characteristics and cost performance. The document then provides definitions and types of maintenance activities. It identifies five key characteristics of scheduled maintenance: skilled labor, spare parts and materials, predetermined maintenance intervals, maintenance and failure downtime, and special repairs. Maintaining registers to track special repair requests and costs is also discussed. The overall aim appears to be developing a model for predicting maintenance costs based on characteristics of scheduled maintenance programs.
- Mohammed Imran is a District Cooling Plant/Facilities Engineer based in Abu Dhabi with over 10 years of experience managing operations and maintenance of district cooling plants and facilities.
- He holds a Bachelor's degree in Engineering and has experience leading teams and managing plants ranging from 3,000-10,000 ton capacities.
- Some of the major projects he has worked on include district cooling plants for Le Meridien Hotel, Sweihan Airbase, CMW facility, and Nation Towers, where he was responsible for commissioning, operations, maintenance, and performance monitoring.
Maintenance management involves organized activities to keep production facilities and equipment in optimal working condition at minimum cost. The objectives of maintenance include increasing reliability, ensuring quality, maximizing equipment lifespan, and minimizing costs and interruptions. There are different types of maintenance such as preventive, which involves regular inspection and minor repairs; corrective, which restores failed units; and predictive, which aims to predict and prevent failures. Collecting failure statistics provides information to diagnose issues and improve maintenance policies.
Final RSMeans from TGG Cooley Waire presentation prep edits AutosavedLisa Cooley, LEED AP
This document discusses strategies for managing deferred maintenance. It begins by defining deferred maintenance and outlining its impacts, such as higher costs and asset failure. It then discusses how to quantify deferred maintenance liabilities using condition assessments and cost estimation models. The document presents approaches like preventative maintenance, repair maintenance, and capital renewal to avoid accumulating deferred maintenance. It emphasizes using life cycle cost data to efficiently plan and budget maintenance activities. Lastly, it presents job order contracting as an effective method for executing deferred maintenance programs in a timely manner.
This document outlines a presentation on sustainability in maintenance. It discusses maintenance approaches like preventative, predictive, and reliability-centered maintenance. It presents the challenges faced by the Ministry of Agro-Industry & FS's engineering workshop, including a lack of management support and performance measures. The presentation emphasizes reducing environmental impacts, demonstrating sustainable service delivery, and applying sustainability principles to jobs. It also describes the workshop's move toward preventative and predictive maintenance to minimize breakdowns.
Anish Pandey_ B.Tech-EE _5yrs_AM-Procurement _Inventory_Logistic and Electric...Anish pandey
Anish Kumar Pandey is seeking a position in electrical engineering with his 5+ years of experience in procurement, inventory management, logistics, and electrical maintenance. He currently works as an Assistant Manager at Biltech Building Elements Ltd where he is responsible for procurement, inventory control, logistics planning, and electrical maintenance. Anish has a B.Tech in Electrical and Electronics Engineering and seeks to further develop his expertise in the field.
MAINTENANCE IN HOSPITAL SULTANAH NORA ISMAIL BATU PAHAT JOHORnedy
The document discusses maintenance at Hospital Sultanah Nora Ismail in Batu Pahat, Johor, Malaysia. It outlines the different categories of hospital maintenance including fabric maintenance, improvements and modifications, and day-to-day repairs. It emphasizes the importance of condition-based maintenance to ensure equipment is always functioning properly, especially during emergencies. The hospital aims to maintain equipment in good working order through regular inspections and corrective maintenance when issues arise.
The document discusses key concepts in reliability engineering and maintenance including reliability, maintainability, availability, and their relationships. It defines reliability as the probability a system will perform as intended, and discusses factors that determine reliability like operating conditions. Maintainability is defined as the ease of maintaining a system, and factors like repair time and costs. Availability is the proportion of time a system is usable and takes into account failure rates and repair times. Graphs like the bathtub curve are presented that illustrate failure rates over the lifetime of a product. Key metrics discussed include MTBF, MTTR, and their use in calculating availability.
A Professional Approach to Property MaintenanceKatchen Company
The document discusses establishing an effective property maintenance strategy. It recommends conducting site assessments to identify components needing maintenance and developing budgets and schedules. The strategy should include preventative maintenance through service contracts to address deterioration, corrective maintenance for small issues, and predictive maintenance to monitor critical systems. Finding the right balance of these approaches can significantly extend the life of property components in a cost-effective manner. It also suggests hiring a facilities management company if lacking maintenance expertise.
Greg Sharpe is seeking a challenging position utilizing his experience and education. He has over 30 years of experience in maintenance roles, most recently as Maintenance Supervisor at Republic Storage Systems from 2007-2015. Prior experience includes maintenance roles at Smithers Oasis, Consolidated Container Co., and Little Tikes/Newell Rubbermaid. Sharpe has extensive experience in electrical, mechanical, and facilities maintenance. He has implemented preventative maintenance programs, safety programs, and computerized maintenance systems to reduce downtime.
The document discusses asset management programs for facilities. It outlines key phases of operations and maintenance programs including planning, initiating work like preventative maintenance, measuring key performance indicators, analyzing results, and adjusting programs based on continuous improvement. The types of maintenance covered are preventative, reactive/corrective, reliability centered, and predictive maintenance. Benefits of effective asset management programs include risk mitigation, failure avoidance, customer satisfaction, and increased reliability and equipment life. Retro-commissioning and continuous commissioning are also discussed.
*Working as Sr.Executive in Mondelez India Foods Ltd. (Formerly Cadbury India Ltd.)
*6 years experience in operations and maintenance of Electrical & Instrumentation Discipline.
*Proficient in operations, maintenance, installation and commissioning of HV/ LV Power as well as control panels, Transformers,DG,UPS, motors, valves & Field Instruments.
*Proficient in microprocessor based control relays of Siemens/L & T/ Schneider.
*Planning for the design of MCC panels and programming panels.
*Planning for the installation of input devices(RTDs, level sensors, feedback switches, etc) and output devices(pneumatic actuators, variable frequency drives, valves, etc)
*Trouble shooting the problems during the installation and working of input and output instruments.
*Planned for preventive and predictive maintenance schedules of HT (upto 6600KW)/ LT motors, PCC, MCC & ACDB panels, Transformer, DG sets, compressors, UPS.
*Comprehensive understanding of electrical health and safety regulations.
Maintenance management involves keeping physical plant and equipment in good operating condition to minimize downtime and costs. The objectives of maintenance management are to minimize loss of productive time, repair time and costs, and total maintenance costs while maximizing quality, equipment uptime, and safety. Effective maintenance management includes preventive, predictive, routine, and planned maintenance approaches across civil, mechanical, and electrical systems. Proper control of maintenance involves authorization, scheduling, budgeting, and equipment records. Key considerations for maintenance include determining appropriate staffing and outsourcing levels as well as leveraging computer systems. High quality, reliable equipment can improve productivity if maintenance is considered early in the procurement process.
Maintenance management involves planning and coordinating resources to ensure industrial equipment operates effectively at specified availability levels. It aims to minimize downtime and production losses through planned repair and preventative maintenance. There are different types of maintenance systems like corrective, preventative, and predictive maintenance. The bathtub curve model describes failure rates over equipment lifespan from initial high failure through useful life of constant rate to increasing wear out failures. Key activities involve scheduling maintenance, repairs, inspections, budgeting, and developing maintenance procedures, records, and staff training.
IRJET- Maintenance Management of Construction Equipment on Construction P...IRJET Journal
This document discusses maintenance management of construction equipment on construction projects. It begins by stating that construction equipment costs can range from 25-40% of total project costs. Proper maintenance is important for equipment efficiency and productivity. The document recommends creating a database to record equipment maintenance and utilization records. It also discusses different types of maintenance, including reactive, preventative, and predictive maintenance. Reactive maintenance involves fixing equipment only after failure, which can lead to downtime, higher costs, and safety hazards. Proper maintenance planning and record keeping is necessary to reduce equipment downtime and losses on construction projects.
Proper Asset Maintenance Improves Safety, Reliability, and ProfitabilityUSC Consulting Group
Gain firsthand knowledge of strategies, processes, and methodologies used to develop an asset maintenance program for revenue-producing assets. This information can be applied to any industry with a reliance on heavy equipment and assets.
Vipin Kumar Upadhyay has over 13 years of experience in HVAC equipment maintenance and facilities management, especially at airports. He currently works as an Operations Engineer at Sharjah International Airport, where he leads an HVAC team and oversees central utility plants and other critical airport infrastructure. Previously, he worked as a Mechanical Engineer at Doha International Airport, managing maintenance contractors and overseeing utilities and installations. He is seeking a new engineer position where he can utilize his expertise in MEP services, facilities management, and airport infrastructure.
Lionell Portis has over 30 years of experience in manufacturing engineering, quality control, and aircraft maintenance. He is currently the Manufacturing Engineering Lead and Business Metrologist at Siemens Energy, where he leads teams and manages a budget. Prior to this, he held several roles in aircraft maintenance and quality control at companies like Rolls-Royce, NetJets, and JetBlue. He has a bachelor's degree in aerospace technology and engineering from Purdue University and an associate degree from the Pittsburgh Institute of Aeronautics.
The document outlines policies and procedures for engineering operations at a property. It discusses budget preparation and control guidelines, developing annual budgets for energy and repairs/maintenance, obtaining approvals for repair and maintenance projects, monitoring and controlling utility consumption through various forms and reports, and maintaining parts/supply inventories. The Chief Engineer is responsible for following these procedures, completing required forms and reports, and submitting them by specified deadlines.
The document provides a checklist for preventative maintenance of guest rooms. It lists tasks to inspect and service various room components, including heat pumps, lamps, switches, televisions, furniture, windows, drapery, closets, doors, bathrooms, and general items. Specific tasks include checking filters, coils and drains for heat pumps; light bulbs, switches and lamp shades; electric receptacles and GFI outlets; remote controls and phone dialing instructions; drawer handles and furniture condition; window guides and hardware; drapery tracks and rollers; sliding doors and tracks in closets; door handles, closure, and appearance; plumbing fixtures and seals in bathrooms; and painting, wallpaper, floors, fans and
The document provides information about Novotel Visakhapatnam, a hotel located in Visakhapatnam, India. It is part of the Accor hotel group and offers 225 rooms, multiple restaurants and bars, and over 3,600 square meters of indoor and outdoor event space. The document outlines the hotel's departments, facilities, and marketing strategies. It aims to establish itself as a top international hotel through consistent offerings, sustainable practices, and innovation.
When people pay to stay in a hotel, they expect the appliances, fixtures, furniture and grounds to be in working order. Behind the scenes, the hotel maintenance staff keeps things operating and in good condition. This can be a complex job that requires a host of basic repair and troubleshooting skills.
A Jack of All Trades
In a hotel, a staff maintenance person responds to requests for repairs to the inside or outside of the building. They change light bulbs and fix faucets, but they may also do more complex tasks such as maintaining heating and air conditioning units or landscaping the grounds. An organized, skilled maintenance person will also inspect the grounds, buildings, furniture and equipment in the hotel for things in need of repair. If the repairs are out of the employee's sphere of knowledge, he will call on trusted contractors to take care of plumbing, electrical or structural problems. Maintenance jobs typically don't require any special training, although some workers have attended a technical school or community college to learn about basic repair techniques.
IRJET- Investigation of Maintenance and Cost Control for High Rise BuildingIRJET Journal
This document discusses maintenance and cost control for high-rise buildings. It begins with an abstract that outlines the research goals of identifying characteristics of scheduled maintenance and establishing relationships between those characteristics and cost performance. The document then provides definitions and types of maintenance activities. It identifies five key characteristics of scheduled maintenance: skilled labor, spare parts and materials, predetermined maintenance intervals, maintenance and failure downtime, and special repairs. Maintaining registers to track special repair requests and costs is also discussed. The overall aim appears to be developing a model for predicting maintenance costs based on characteristics of scheduled maintenance programs.
- Mohammed Imran is a District Cooling Plant/Facilities Engineer based in Abu Dhabi with over 10 years of experience managing operations and maintenance of district cooling plants and facilities.
- He holds a Bachelor's degree in Engineering and has experience leading teams and managing plants ranging from 3,000-10,000 ton capacities.
- Some of the major projects he has worked on include district cooling plants for Le Meridien Hotel, Sweihan Airbase, CMW facility, and Nation Towers, where he was responsible for commissioning, operations, maintenance, and performance monitoring.
Maintenance management involves organized activities to keep production facilities and equipment in optimal working condition at minimum cost. The objectives of maintenance include increasing reliability, ensuring quality, maximizing equipment lifespan, and minimizing costs and interruptions. There are different types of maintenance such as preventive, which involves regular inspection and minor repairs; corrective, which restores failed units; and predictive, which aims to predict and prevent failures. Collecting failure statistics provides information to diagnose issues and improve maintenance policies.
Final RSMeans from TGG Cooley Waire presentation prep edits AutosavedLisa Cooley, LEED AP
This document discusses strategies for managing deferred maintenance. It begins by defining deferred maintenance and outlining its impacts, such as higher costs and asset failure. It then discusses how to quantify deferred maintenance liabilities using condition assessments and cost estimation models. The document presents approaches like preventative maintenance, repair maintenance, and capital renewal to avoid accumulating deferred maintenance. It emphasizes using life cycle cost data to efficiently plan and budget maintenance activities. Lastly, it presents job order contracting as an effective method for executing deferred maintenance programs in a timely manner.
This document outlines a presentation on sustainability in maintenance. It discusses maintenance approaches like preventative, predictive, and reliability-centered maintenance. It presents the challenges faced by the Ministry of Agro-Industry & FS's engineering workshop, including a lack of management support and performance measures. The presentation emphasizes reducing environmental impacts, demonstrating sustainable service delivery, and applying sustainability principles to jobs. It also describes the workshop's move toward preventative and predictive maintenance to minimize breakdowns.
Anish Pandey_ B.Tech-EE _5yrs_AM-Procurement _Inventory_Logistic and Electric...Anish pandey
Anish Kumar Pandey is seeking a position in electrical engineering with his 5+ years of experience in procurement, inventory management, logistics, and electrical maintenance. He currently works as an Assistant Manager at Biltech Building Elements Ltd where he is responsible for procurement, inventory control, logistics planning, and electrical maintenance. Anish has a B.Tech in Electrical and Electronics Engineering and seeks to further develop his expertise in the field.
MAINTENANCE IN HOSPITAL SULTANAH NORA ISMAIL BATU PAHAT JOHORnedy
The document discusses maintenance at Hospital Sultanah Nora Ismail in Batu Pahat, Johor, Malaysia. It outlines the different categories of hospital maintenance including fabric maintenance, improvements and modifications, and day-to-day repairs. It emphasizes the importance of condition-based maintenance to ensure equipment is always functioning properly, especially during emergencies. The hospital aims to maintain equipment in good working order through regular inspections and corrective maintenance when issues arise.
The document discusses key concepts in reliability engineering and maintenance including reliability, maintainability, availability, and their relationships. It defines reliability as the probability a system will perform as intended, and discusses factors that determine reliability like operating conditions. Maintainability is defined as the ease of maintaining a system, and factors like repair time and costs. Availability is the proportion of time a system is usable and takes into account failure rates and repair times. Graphs like the bathtub curve are presented that illustrate failure rates over the lifetime of a product. Key metrics discussed include MTBF, MTTR, and their use in calculating availability.
A Professional Approach to Property MaintenanceKatchen Company
The document discusses establishing an effective property maintenance strategy. It recommends conducting site assessments to identify components needing maintenance and developing budgets and schedules. The strategy should include preventative maintenance through service contracts to address deterioration, corrective maintenance for small issues, and predictive maintenance to monitor critical systems. Finding the right balance of these approaches can significantly extend the life of property components in a cost-effective manner. It also suggests hiring a facilities management company if lacking maintenance expertise.
Greg Sharpe is seeking a challenging position utilizing his experience and education. He has over 30 years of experience in maintenance roles, most recently as Maintenance Supervisor at Republic Storage Systems from 2007-2015. Prior experience includes maintenance roles at Smithers Oasis, Consolidated Container Co., and Little Tikes/Newell Rubbermaid. Sharpe has extensive experience in electrical, mechanical, and facilities maintenance. He has implemented preventative maintenance programs, safety programs, and computerized maintenance systems to reduce downtime.
The document discusses asset management programs for facilities. It outlines key phases of operations and maintenance programs including planning, initiating work like preventative maintenance, measuring key performance indicators, analyzing results, and adjusting programs based on continuous improvement. The types of maintenance covered are preventative, reactive/corrective, reliability centered, and predictive maintenance. Benefits of effective asset management programs include risk mitigation, failure avoidance, customer satisfaction, and increased reliability and equipment life. Retro-commissioning and continuous commissioning are also discussed.
*Working as Sr.Executive in Mondelez India Foods Ltd. (Formerly Cadbury India Ltd.)
*6 years experience in operations and maintenance of Electrical & Instrumentation Discipline.
*Proficient in operations, maintenance, installation and commissioning of HV/ LV Power as well as control panels, Transformers,DG,UPS, motors, valves & Field Instruments.
*Proficient in microprocessor based control relays of Siemens/L & T/ Schneider.
*Planning for the design of MCC panels and programming panels.
*Planning for the installation of input devices(RTDs, level sensors, feedback switches, etc) and output devices(pneumatic actuators, variable frequency drives, valves, etc)
*Trouble shooting the problems during the installation and working of input and output instruments.
*Planned for preventive and predictive maintenance schedules of HT (upto 6600KW)/ LT motors, PCC, MCC & ACDB panels, Transformer, DG sets, compressors, UPS.
*Comprehensive understanding of electrical health and safety regulations.
Maintenance management involves keeping physical plant and equipment in good operating condition to minimize downtime and costs. The objectives of maintenance management are to minimize loss of productive time, repair time and costs, and total maintenance costs while maximizing quality, equipment uptime, and safety. Effective maintenance management includes preventive, predictive, routine, and planned maintenance approaches across civil, mechanical, and electrical systems. Proper control of maintenance involves authorization, scheduling, budgeting, and equipment records. Key considerations for maintenance include determining appropriate staffing and outsourcing levels as well as leveraging computer systems. High quality, reliable equipment can improve productivity if maintenance is considered early in the procurement process.
Maintenance management involves planning and coordinating resources to ensure industrial equipment operates effectively at specified availability levels. It aims to minimize downtime and production losses through planned repair and preventative maintenance. There are different types of maintenance systems like corrective, preventative, and predictive maintenance. The bathtub curve model describes failure rates over equipment lifespan from initial high failure through useful life of constant rate to increasing wear out failures. Key activities involve scheduling maintenance, repairs, inspections, budgeting, and developing maintenance procedures, records, and staff training.
IRJET- Maintenance Management of Construction Equipment on Construction P...IRJET Journal
This document discusses maintenance management of construction equipment on construction projects. It begins by stating that construction equipment costs can range from 25-40% of total project costs. Proper maintenance is important for equipment efficiency and productivity. The document recommends creating a database to record equipment maintenance and utilization records. It also discusses different types of maintenance, including reactive, preventative, and predictive maintenance. Reactive maintenance involves fixing equipment only after failure, which can lead to downtime, higher costs, and safety hazards. Proper maintenance planning and record keeping is necessary to reduce equipment downtime and losses on construction projects.
Proper Asset Maintenance Improves Safety, Reliability, and ProfitabilityUSC Consulting Group
Gain firsthand knowledge of strategies, processes, and methodologies used to develop an asset maintenance program for revenue-producing assets. This information can be applied to any industry with a reliance on heavy equipment and assets.
Vipin Kumar Upadhyay has over 13 years of experience in HVAC equipment maintenance and facilities management, especially at airports. He currently works as an Operations Engineer at Sharjah International Airport, where he leads an HVAC team and oversees central utility plants and other critical airport infrastructure. Previously, he worked as a Mechanical Engineer at Doha International Airport, managing maintenance contractors and overseeing utilities and installations. He is seeking a new engineer position where he can utilize his expertise in MEP services, facilities management, and airport infrastructure.
Lionell Portis has over 30 years of experience in manufacturing engineering, quality control, and aircraft maintenance. He is currently the Manufacturing Engineering Lead and Business Metrologist at Siemens Energy, where he leads teams and manages a budget. Prior to this, he held several roles in aircraft maintenance and quality control at companies like Rolls-Royce, NetJets, and JetBlue. He has a bachelor's degree in aerospace technology and engineering from Purdue University and an associate degree from the Pittsburgh Institute of Aeronautics.
The document outlines policies and procedures for engineering operations at a property. It discusses budget preparation and control guidelines, developing annual budgets for energy and repairs/maintenance, obtaining approvals for repair and maintenance projects, monitoring and controlling utility consumption through various forms and reports, and maintaining parts/supply inventories. The Chief Engineer is responsible for following these procedures, completing required forms and reports, and submitting them by specified deadlines.
The document provides a checklist for preventative maintenance of guest rooms. It lists tasks to inspect and service various room components, including heat pumps, lamps, switches, televisions, furniture, windows, drapery, closets, doors, bathrooms, and general items. Specific tasks include checking filters, coils and drains for heat pumps; light bulbs, switches and lamp shades; electric receptacles and GFI outlets; remote controls and phone dialing instructions; drawer handles and furniture condition; window guides and hardware; drapery tracks and rollers; sliding doors and tracks in closets; door handles, closure, and appearance; plumbing fixtures and seals in bathrooms; and painting, wallpaper, floors, fans and
The document provides information about Novotel Visakhapatnam, a hotel located in Visakhapatnam, India. It is part of the Accor hotel group and offers 225 rooms, multiple restaurants and bars, and over 3,600 square meters of indoor and outdoor event space. The document outlines the hotel's departments, facilities, and marketing strategies. It aims to establish itself as a top international hotel through consistent offerings, sustainable practices, and innovation.
When people pay to stay in a hotel, they expect the appliances, fixtures, furniture and grounds to be in working order. Behind the scenes, the hotel maintenance staff keeps things operating and in good condition. This can be a complex job that requires a host of basic repair and troubleshooting skills.
A Jack of All Trades
In a hotel, a staff maintenance person responds to requests for repairs to the inside or outside of the building. They change light bulbs and fix faucets, but they may also do more complex tasks such as maintaining heating and air conditioning units or landscaping the grounds. An organized, skilled maintenance person will also inspect the grounds, buildings, furniture and equipment in the hotel for things in need of repair. If the repairs are out of the employee's sphere of knowledge, he will call on trusted contractors to take care of plumbing, electrical or structural problems. Maintenance jobs typically don't require any special training, although some workers have attended a technical school or community college to learn about basic repair techniques.
The document discusses the FAA's oversight of aircraft maintenance outsourcing. It provides an overview of maintenance being performed by air carriers themselves, uncertified facilities, uncertified entities, and certified repair stations. It also describes the FAA's efforts to enhance oversight, which include developing a risk-based oversight system, requiring quarterly reporting on maintenance providers used, conducting team inspections with air carriers, and implementing rule changes and training for inspectors. The overall responsibilities remain with the certificate holders, as mandated by regulations, with checks and balances in place under FAA oversight.
This document is the index for a book on hotel engineering management written by Gajanan Shirke. The book covers topics such as maintenance management, fuels used in catering, electricity, refrigeration, fire safety, pollution, energy conservation, preventative maintenance, staffing, and basic hotel projects. It provides an overview of the key areas related to engineering and maintenance for hotels.
This document provides an organizational chart and overview of the departments in a hotel management structure. It outlines the general manager as the head of the organization overseeing departments such as marketing, human resources, and accounting. It then describes the key service departments including front desk operations, housekeeping, maintenance, security, and food and beverage. Each department is responsible for specific operational functions like reservations, check-in/out, cleaning rooms, maintenance, and food service. The document provides details on the roles and responsibilities within each department to support hotel operations and deliver services to guests.
The document provides an operations manual for HP Hotels that outlines various policies and procedures for the company. It begins with an introduction stating that the manual establishes minimum guidelines for standardized and cost-efficient hotel operations. It then provides a mission statement focusing on profitable growth and shareholder value. The manual continues with sections covering various operational areas like accounting, administration, food and beverage, front desk, housekeeping, maintenance, sales, and human resources. It aims to standardize guidelines across hotel properties while allowing for good judgment in decision making.
Housekeeping, engineering and security departmentShary Ostonal
The housekeeping department cleans and maintains guest rooms, common areas, and the entire hotel property to ensure cleanliness and maximize appeal. Key responsibilities include room cleaning and maintenance, laundry services, and ensuring public areas are clean. The engineering department operates and maintains all machinery, equipment, utilities, and safety systems. Security guards patrol the property, respond to calls, conduct surveillance, escort unruly guests off the premises, and work flexible shifts while filing detailed reports. Together these departments work to enhance the guest experience and protect the hotel assets.
Standard Operating Procedure (SOP) for Information Technology (IT) OperationsRonald Bartels
Title of SOP
Dates
Issue date
Effective date
Document history
Approvals
Description
Purpose and background
Scope
Definitions
Operations
Maintenance
Projects
Business justification and project request form
Project Lite methodology (mini projects)
Large projects
Fulfilment
Example - Video conferencing
Quality and targets
Vital functions affected by this SOP
Lessons learned
Record and Document Management
References
Standards
Images
Diagrams
Equipment, hardware and software lists
Labelling and naming standards
Checklists
Installation
Configuration
Testing
Financial
Budget exception / deviation
Risk
The CRAMM Risk management methodology
Meerkat Risk Methodology
Information Security
Physical security
Service Continuity
Risk evaluation and control
Business impact analysis
Develop continuity strategies
Emergency response and operations
Developing and implementing the BCP
Awareness and training program
Maintaining and exercising the BCP
Standards and guidelines
Escalations
Roles and responsibilities
The Uberfingers team leaders dashboard
Shifts
Training
Monitoring requirements
Change
Stakeholders
Request for change
Apply for testing
Configuration management database
Impact and risk assessment
Change Advisory Board (CAB)
Installation in testing
Test installation review
Testing in progress
Operational acceptance phase
Ready for live
Implementation in live
Go Live acceptance
Live
Integration with Service Desk
Change types
Vendors
Review and evaluation of vendors
Maintenance
Warranty
Handling Incidents and Troubleshooting procedures
The Expanded Incident Lifecycle
Service review
Meetings
Previous period
Performance review
Current issues
Peripheral issues
Grading of service desk interaction
Grading of service desk escalation
Checklist for SOP
Addendum
Service catalogue
01 facility management definition and scope optArya Wirabhuana
The document summarizes key statistics related to changes in the modern workforce and how they are impacting facility management. Some of the key points include:
- Facility management costs like office space can cost up to $14,000 per employee annually. Over 60% of employees feel unsupported or disengaged at work.
- By 2025, millennials who expect technology in the workplace will make up 75% of the workforce. The average American spends 5.2 hours online daily and 80% of North Americans use the internet.
- Through facility management technology, companies can save on average 5% in maintenance costs, 3.5% in lease costs, and 3.3% in total occupancy costs. The
Facility management is a multidisciplinary profession that encompasses 11 core competencies, including communication, emergency preparedness, environmental stewardship, finance, human factors, leadership, operations and maintenance, project management, quality, real estate, and technology. The key responsibilities of facility managers involve ensuring the strategic and operational functionality of the built environment through coordination of space, infrastructure, people and processes. This includes oversight of activities such as health and safety, security, maintenance, cleaning, and business continuity planning.
The Lagos Sheraton Hotel chose to implement the Mini Maint software to manage the maintenance of its infrastructure and equipment. The hotel has 332 rooms and 55 employees in its maintenance department responsible for maintaining around 420 pieces of equipment. By using Mini Maint, the hotel is able to better track maintenance tasks, implement preventive maintenance, and ensure the history of maintenance tasks is preserved. This helps improve equipment lifespan and manage the hotel's maintenance budget.
Travis Lowe is an experienced facilities professional seeking a maintenance position with skills in HVAC/R, refrigeration, plumbing and electrical systems who has 15 years of experience as a maintenance supervisor, engineer and technician at hotels, retail stores and other facilities in the Memphis area and holds HVAC/R and EPA certifications.
It’s been a challenging period for the hotel sector with savvy operators and developers forced to improve their efficiencies and re-think the status quo to remain competitive. Successful hotel developments depend on a careful balance between understanding the needs and wants of its guests, the developer and the hotel operator.
In this research paper Davis Langdon looks at the challenges and opportunities in converting existing buildings into hotels, based on our experience nationwide.
FM Magazine - December / January - Spark in the darkPaul Angus
The document discusses the important role of facility managers in ensuring fire safety in buildings. It describes how facility managers are responsible for overseeing regular inspections, testing, and maintenance of fire protection systems. However, complications can arise if these tasks are not outsourced to an independent third party, as conflicts of interest could impair the effectiveness of the systems. The document recommends that facility managers conduct independent fire safety inspections annually in addition to regular inspections to catch any issues and ensure compliance. Maintaining properly functioning fire protection systems is crucial for protecting lives and minimizing damage in the event of a fire.
S. Ahamed Ali has over 23 years of experience in engineering and maintenance roles. He currently works as a Shift Supervisor at The Madinah Oberoi Hotels and Resorts in Saudi Arabia, where he manages 45 staff members and supervises daily operations and preventative maintenance. Previously, he held maintenance management and mechanical maintenance positions at hotels in Kuwait, Dubai, and the Maldives, where he oversaw equipment operation and repair. Ali has expertise in HVAC, refrigeration, electrical, and plumbing systems.
The document discusses moving facilities maintenance from a reactive model to a predictive maintenance model to reduce costs and improve reliability. It suggests that facilities managers prioritize replacing critical equipment that is nearing the end of its life in order to transition to a predictive model within budget constraints. Doing so can demonstrate cost savings from avoiding emergency repairs and downtime. The document also emphasizes considering energy efficiency, environmental impacts, safety, and liability risks when planning equipment upgrades.
The document provides an executive summary and budget proposal for facilities management at a newly acquired postgraduate college called CME. It aims to reduce costs by at least 10% compared to the previous owner's budget. Key areas for review include cleaning (in-house and other), utilities (gas and electricity), and management office expenditures. Through bundling services, outsourcing cleaning, and reviewing salaries, a total savings of 31.3% can be achieved, exceeding the 10% target reduction. The new budget would allow for expanding student experiences or additional energy saving projects.
This document outlines an online hotel management system that addresses problems with the immediate retrieval of information, storing information, and manual error-prone calculations in current hotel systems. It describes conducting a feasibility analysis, specifying requirements for software, hardware, and system design. It also covers implementing the system, maintaining important areas like rooms and common spaces, providing a live demonstration, limitations of being connected to the internet, and future plans to improve booking facilities and payments.
Joseph Coutinho is a facilities maintenance professional with over 25 years of experience in Dubai, Abu Dhabi, and Doha. He is currently the Chief Engineer at Lotus Downtown Hotel Apartments in Dubai, where he supervises maintenance staff and ensures proper maintenance of mechanical, electrical, and plumbing equipment. Previously he held roles as Assistant Engineer at Cristal Hotel in Abu Dhabi and various roles including Mechanical Supervisor at Sheraton Doha Hotel & Resort. He has extensive experience in planning and scheduling maintenance, team leadership, budgeting, and energy management.
- A shutdown is a complex, multidisciplinary project that requires thorough organization. It involves five phases: initiation, scoping, preparation, execution, and evaluation.
- During the initiation phase, which occurs well before execution, the strategic and operational objectives for the shutdown are defined and the management determines the timing, budget, and resources. Proper initiation allows for better preparation and a more streamlined execution.
Mark O'Leary is a self-motivated maintenance engineer with over 25 years of experience in various engineering roles. He is currently the Duty Engineering Manager at Heathrow Airport, where he manages a team of 10 engineers and technicians. Previously he held engineering positions at De La Rue Currency from 2001-2014, working his way up from Senior Technical Craftsman to Engineering Technician. He has a strong safety focus and experience implementing planned maintenance schedules.
Paul Connelly has over 30 years of experience in facilities management. He is currently the Facilities Manager at Ingenico, where he is responsible for managing maintenance at 3 sites, developing budgets, and overseeing contractors. Prior to this, he held several facilities management roles with increasing responsibility, including managing facilities for JP Morgan and Bank of New York. He has a background in manufacturing and experience introducing systems for maintenance, quality control, and health and safety compliance.
This document provides a summary of Ijaz Mohammed's background and experience in facilities management. It outlines his 7 years of experience in facilities management in the UAE, currently working as a Senior Facilities Engineer. It also lists his educational background in electrical engineering in India. The document details his roles and responsibilities on various projects, including managing maintenance, coordinating subcontractors, and overseeing facilities operations.
This CV summarizes Smashed Khan's 16 years of experience as an engineer, currently serving as Assistant Chief Engineer at the Park Regis Kris Kin Hotel in Dubai. He oversees 18 engineering employees and ensures proper maintenance, operations, and repairs of the hotel's physical plant. Previously, he worked at the Millennium Airport Hotel in Dubai for 12 years as an Duty Engineer, supervising daily engineering operations and maintenance activities. He has qualifications in Mechanical Engineering and seeks to be considered for the position of Chief Engineer.
Thang Dang has over 21 years of experience in the hospitality industry as a Director of Engineer. He has extensive knowledge and experience in HVAC, electrical systems, plumbing and other building maintenance. Currently he is the Engineering Manager at Reliant Stadium in Houston, where he oversees engineering departments and ensures a positive experience for the 5 million annual visitors. He has held other engineering leadership roles at hotels in Houston.
Find ways to prevent Disaster from knocking on your company door! Make sure your plan is in place as we anticipate a weekend storm - sales@telehouse.com
Managing industrial facilities requires balancing safety, productivity, and compliance. Facility managers must oversee complex safety systems while facing resource constraints. This document provides four tips for industrial managers: 1) Choose an experienced fire protection contractor to design and install safety systems to ensure proper installation and compliance. 2) Engage a licensed service provider with certified personnel to properly test, inspect, and maintain safety systems. 3) Use a dedicated fire safety control system rather than production control systems to ensure components work as required and testing does not disrupt operations. 4) Partner with an experienced provider to gain expertise in system design, installation, and maintenance in order to strengthen safety programs.
The document outlines 7 key reasons why preventative maintenance cannot be overlooked for electrical systems. Preventative maintenance programs can help prevent equipment failure and downtime, reduce costs associated with repairs, and increase safety. Such programs provide regular inspection and maintenance of electrical components to address common issues before they lead to failures or outages. Utilizing qualified electrical contractors through a preventative maintenance program is more cost effective than maintaining electrical systems with in-house staff.
Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Batteries -Introduction – Types of Batteries – discharging and charging of battery - characteristics of battery –battery rating- various tests on battery- – Primary battery: silver button cell- Secondary battery :Ni-Cd battery-modern battery: lithium ion battery-maintenance of batteries-choices of batteries for electric vehicle applications.
Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
ACEP Magazine edition 4th launched on 05.06.2024Rahul
This document provides information about the third edition of the magazine "Sthapatya" published by the Association of Civil Engineers (Practicing) Aurangabad. It includes messages from current and past presidents of ACEP, memories and photos from past ACEP events, information on life time achievement awards given by ACEP, and a technical article on concrete maintenance, repairs and strengthening. The document highlights activities of ACEP and provides a technical educational article for members.
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
Harnessing WebAssembly for Real-time Stateless Streaming PipelinesChristina Lin
Traditionally, dealing with real-time data pipelines has involved significant overhead, even for straightforward tasks like data transformation or masking. However, in this talk, we’ll venture into the dynamic realm of WebAssembly (WASM) and discover how it can revolutionize the creation of stateless streaming pipelines within a Kafka (Redpanda) broker. These pipelines are adept at managing low-latency, high-data-volume scenarios.
Redefining brain tumor segmentation: a cutting-edge convolutional neural netw...IJECEIAES
Medical image analysis has witnessed significant advancements with deep learning techniques. In the domain of brain tumor segmentation, the ability to
precisely delineate tumor boundaries from magnetic resonance imaging (MRI)
scans holds profound implications for diagnosis. This study presents an ensemble convolutional neural network (CNN) with transfer learning, integrating
the state-of-the-art Deeplabv3+ architecture with the ResNet18 backbone. The
model is rigorously trained and evaluated, exhibiting remarkable performance
metrics, including an impressive global accuracy of 99.286%, a high-class accuracy of 82.191%, a mean intersection over union (IoU) of 79.900%, a weighted
IoU of 98.620%, and a Boundary F1 (BF) score of 83.303%. Notably, a detailed comparative analysis with existing methods showcases the superiority of
our proposed model. These findings underscore the model’s competence in precise brain tumor localization, underscoring its potential to revolutionize medical
image analysis and enhance healthcare outcomes. This research paves the way
for future exploration and optimization of advanced CNN models in medical
imaging, emphasizing addressing false positives and resource efficiency.
Using recycled concrete aggregates (RCA) for pavements is crucial to achieving sustainability. Implementing RCA for new pavement can minimize carbon footprint, conserve natural resources, reduce harmful emissions, and lower life cycle costs. Compared to natural aggregate (NA), RCA pavement has fewer comprehensive studies and sustainability assessments.
Recycled Concrete Aggregate in Construction Part II
Wykes hotel engineering
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The Following information is intended to provide a cursory overview of building engineering with the hope that it will give the
reader an enlightened sense of perspective.
The role and mandate of any property engineering department is the
Protection of the buildings/owners assets; the structure of the facade or building envelope to the integrity of the floors, walls,
ceilings and all of the furniture, fixtures and equipment (FF&E).contained therein. This includes electrical transformers and
the distribution throughout, the domestic water distribution and sewage, the heating-ventilation-air conditioning system,
(HVAC), the fire alarm system and fire safety components, the vertical transport system (elevators, Lifts), the property
surroundings like parking and landscaping and pest control. Utility Management such as electrical, gas, water, steam.
Kitchen and laundry equipment. Lighting and sound systems and on and on.
The items in the preceding paragraph I like to prefer to as the base building system or the physical plant as these
components form the basis of all properties whether office or hotel or apartment block. A building is a building. The end use
or purpose of a building is what differentiates how the engineering department is managed, and indeed, how the building is
operated.
Aside from the base building, office buildings are quite easy to maintain. Generally, offices and shops within a commercial
building are subject to various lease arrangements, with tenant often being responsible for all maintenance and repairs
within their space and proportionate costs of the utilities and taxes. The property operators are usually responsible for the
base building and common areas. The same concept being applied to apartments and condominiums.
The important element here is what is contained in the lease or rental agreement. Office building hours are usually fixed,
say 7.00am to 6.00pm; electronically controlled locks securing every outside door, and alarm systems readied by time
clocks. Security guards sweeping all areas at random and responding to any alarm calls. Weekends are generally in lock-
down mode 24 hours a day. The afterhours involvement of building staff are the building cleaners, normally contracted,
however, engineering is rarely called for afterhours situations. Tenants that would use their offices during off base building
hours may contract for HVAC services and pay for the cost.
Hotels are much more extensive and demanding. The engineering department has the responsibility of everything in the
building as well. Depending on the organizational structure of the hotel, some elements are assigned to other departments.
The security or loss prevention department may take on the task of fire systems but ultimately this is the responsibility of the
engineering department as the building operators to monitor for regularity compliance.
Hotels have often been given the analogy of a cruise ship or a hospital in that the operation is 24-7. 24 hours a day 7 days a
week. When the guests are sound asleep the systems of the building continue to operate. The heating and ventilation units
are running , the domestic hot water is being heated, the laundry maybe operating, the night cleaners making their rounds,
desk clerks and night auditors all doing what they have to do. Behind the scenes, there is a flurry of activity, and everything
has to work so that everyone can do their jobs and the guests are safe and comfortable.
Without minimizing the contribution of other departments, of which there maybe 10 or more, the bottom line is if there is no
engineering department there is no hotel. Take away those services like hot water or lifts, heating or cooling, electricity,
Kitchen equipment, Laundry equipment etc; you simply would have no customers. When everything is working the next
An Introduction to Hotel Engineering
By Ian Wykes
With over 20 years experience holding Unit Property
Manager Positions also Project and Facilities Manager
positions both Regional and National Level
2. Ian Wykes 12th
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significant department is housekeeping whose efforts keep the property clean and attractive, tending to guests comforts in
their rooms. Removing a Restaurant from the system will not close the hotel, or closing a bar or lounge will not cause the
hotel to cease operations. Again all departments should contribute to a seamless operation where the guest comfort and
safety and satisfaction are paramount.
The pages following should attempt to shed some light of various segments of hotel engineering although some aspects are
interrelated and not really separable. Hopefully, by narrowing the focus the reader will gain a rudimentary or cursory
understanding of the role of engineering department.
Staffing
Staffing levels are going to be dictated by a number of variables. The variable that seems to pre-empt all others is the
financial performance of the property, although manipulating the contribution or size of the engineering department will only
defer more costs to further down the road. Factors other than financial can be building specific; the amount of rooms,
meeting space, grounds, age of the building, available talent pool, plant size (boiler rooms etc) swimming pools and
peripheral equipment.
The class of hotel also influence the calibre of maintenance. You can repair everything with sticky tape and glue, or you can
do it right and replace the part. Scheduling plays a role depending on how busy it can be on any given shift. Hotels can be
very busy in the evenings after dinner when guests return to their rooms and start using all the equipment. More engineering
staff maybe required on the afternoon shift. Does the hotel require a midnight or graveyard shift?
The general rule/ formula for the staffing level or department size is when all the operating equipment, systems, building
services, are taken into consideration it is determined by following manufactures recommendations and current best
methods, that in the areas of preventative maintenance and frequencies of maintenance required, the formula is 3.1
engineering fulltime equivalents per 100 available rooms.
That means a hotel that has 500 rooms would have 15 FTE’s to properly maintain a building in a state of good repair. Some
hotels have other appendages such as retail, commercial, residential, or convention which will ADD to the maintenance
requirements. Mistakes are made in dismissing these areas as self maintained because of triple net leases, where tenants
handle their own maintenance. This is not to be confused with a building of unitary function as previously mentioned, such
as office buildings, apartment buildings, and factory or retail premises.
Forgotten behind the scenes is that the plumbing, ventilation, and virtually all the systems are sized larger and are generally
more extensive in providing services for these locations. The Tenants themselves have requests of maintenance and their
own work has to be approved and monitored the common areas still have to be maintained. Adjustments to the
recommended FTE’s are feasible if the work is contracted out. Unionized properties may or may not have issues with
contracting out.
The formula of 3.1/100 available rooms is arbitrary as the physical property will dictate the staff required to maintain the
building in a state of good repair. The cyclical financial pressure that has plagued most building operators and the slash and
burn mentality that prevails will have a negative impact on the quantity and quality of maintenance.
The hotel is a business, and the prudent operator should operate it as such, however, should be cognizant, that saving a
pound on maintenance today will cost two pound tomorrow. During the course of my 20 years in the business of property
services. I have seen all too often where managers have cut costs irregardless of financial performance but based on their
own political ambitions. The other greatest folly is rewarding by way of bonus or other accolades the engineering manager
for budget performance.
I have seen where engineering managers have received hefty bonuses at the end of the year and behind the scenes have
left devastation. Fan damper motors tied together with coat hangers, leaking pipes with little wooden wedges hammered into
the holes, fire dampers wedged open because the fusible links had failed. Had these things been repaired and the money
spent the bonus would have been less. Temporarily increasing profits may lead to a managers promotion or transfer, and in
a year or two they have gone leaving their successor holding the bag as the deferred maintenance comes back to haunt.
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These temporary measures are sometimes necessary and a recent survey of several hotels has shown that the common
level for engineering during a crisis period is 2.3/100 available rooms after cut backs. This is crisis management. These level
of cut backs should only be sustained for a number of weeks as guaranteed deterioration will make it difficult to catch up or
recover.
Never, should it be expected that requests for projects or creating what never existed should be handled by in-house staff
when the department is staffed at the lower level; a misconception is that is business as usual and other departments
wonder why it may take so long to honour their wish list.
Generally, without getting into specific trades, a smaller operation can do well with generalists. A person who is proficient in
electrical, in plumbing, in mechanical, in carpentry, painting suffice a person with the mechanical aptitude and skill. Caution
should be exercised in the level of the repair undertaken by any one trade person so as not to exceed his or her expertise or
to do work when a permit or license is required.
Local regulations and authorities have jurisdiction should be consulted to determine if there are any code violations.
Depending on the staffing level you could hire a kitchen or laundry mechanic, at minimum staffing levels-these could be
contracted out. Generalists by nature can be quite proficient in a variety of trades and excel at either one or more and are
usually less expensive.
To hire a licensed tradesperson is not feasible and hotels usually will not compete on a salary basis as it could cost as much
as two or three times more what they would normally pay. The trades person would have little versatility outside their
specific training and would only be suited to a larger hotel that had sufficient amount of work to keep them fully occupied in
that particular trade.
It would make no sense to hire an electrician for £37,000 a year unless that person would have sufficient volume of electrical
work (£37,000 +) to make it cheaper to have one on staff. More often than not, if a licensed trade person is working for you it
is only because they are between jobs and will leave when there is an opening elsewhere for their skills.
For the complexities of a building and it’s systems it normally takes a good year and sometimes more to learn where
everything is and how everything works. From valve locations, breakers, systems layout to operating procedures. Seasonal
layoffs should never be considered for a couple of reasons; one, a year or more has been spent on training the individual
who May permanently leave.
This is not the same as a person who is a server who is required to walk from a kitchen to a table. Secondly, the hotels off-
peak season is the engineering departments busiest time as they are now able to access low or un-occupied areas.
Managers of other departments having little to do often invent or create make-work projects for engineering which effectively
competes for time and money from the areas that have been deferred.
The organizational chart of a typical engineering department would normally consist of the following criteria:
Sample: 450 room hotel. 3.1/100
Director of Engineering
Administrative Assistant- Asst Chief Engineer
Shift Engineers (4)
Engineer Generalists (7)
The position of the Director of Engineering or Chief Engineer or Maintenance Manager or by whatever the position is called,
is usually certified, as well as the assistant position. Some of the major hotels make it mandatory. The position should only
report to the General Manager and is an executive committee member. There are properties where the reporting line of the
Director of Engineering is to a rooms Division Manager, or other; which defies logic.
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Engineering is a department with a function of its own and an Engineering Manager has to insist that the engineering
department comes first. The Guest comes first. Engineering has responsibility of all departments including those areas –
boiler rooms, mechanical plant rooms, all behind the scenes, that a rooms division could never fathom. Rooms can
represent a small piece of the pie when compared to food and beverage and the building mechanics. Engineering in some
instances should only report to a corporate engineering position whose neutrality would ensure that budget funds are
funnelled to the building and assets.
The administrative assistant given today’s phenomenal amount of paperwork, records keeping, parts ordering, purchase
orders, inventory, payroll and job assignment and dispatch is an essential full time position. Scheduling of work will enable
response to issuing departments on a timetable. This position only reports to the Director of Engineering.
The assistant Chief Engineer or assistant property manager whatever term is used must be able to make instant decisions
and operate the department effectively. This position has full authority over the departments operations and shift engineers
and engineers. The position reports to the Director of Engineering and in his absence the General Manager.
The shift engineers are normally the runners that carry the radio or pager and their primary function is to respond to the day
to day maintenance requests generated by housekeeping department or PBX, or those that maybe assigned to them and it
is emphasised written maintenance requests depending on the nature of the request. A direct verbal request by a guest is
given the first priority and paged. Fire or Flood is paged.
All else is to be written on a maintenance request form that is then distributed or assigned by the administrative assistant.
The nature of the frequent spontaneous requests by the shift engineers especially at night when they are by themselves,
should not be assigned tasks such as painting or projects of long duration.
The engineers are those general workers whose skills are utilised by the assistant chief engineer for those jobs outside the
scope of the shift engineer requiring longer time to complete or are more extensive. Staffing levels in crisis mode should
determine that it is maintain only and that other projects or wishes or to create what never existed is costed out to
appropriate trades. To do otherwise is detrimental to the property.
Communication
The most disruptive method of communication for a maintenance request is VERBAL.
Normally when an engineer is sighted on route to a job site it inevitably happens that someone “could you fix this?” I
suppose it’s normal for everyone to take the easiest route or path of least resistance. When an engineering person is on
route to a job they generally have brought the tools and materials for that particular job and while on route forming a plan of
attack in troubleshooting. I recall sending an individual on a job that would of taken thirty minutes including travel time, to
come back an hour and a half later because he was interrupted with other jobs while on the way. (I would not dream of
redeploying another department’s team member then why do they think it is acceptable to redeploy mine?).
Verbal request should not only be avoided, but refused.
The best way of communicating maintenance requests has always been to fill out the appropriate maintenance request form
and submit for action. Each area department head should inspect their areas daily, making out request forms as they go.
Managers work in their areas every day but seem oblivious to deficiencies. It is not nor should it be the responsibility of
the engineering department to inspect and maintain areas managed by others.
Walkthroughs are another good method of keeping on top of the properties condition. A walkthrough should be conducted
monthly of all public or common areas. Public or common areas are those areas of the building that do not specifically come
under the jurisdiction of anyone department or departmental head; such as lobby, grounds, and public washrooms.
If walkthroughs are to be conducted of a restaurant or lounge or meeting room etc. The department head is responsible
should be held to accountable for any deficiency and able to produce a copy of the maintenance request form for that
particular item. If the question is one of cleanliness, then again show a request for the housekeeping department to acrtion.
Too often, engineering will get a request for a burnt light or paint or touch up just before a guest arrives.
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I read somewhere once that the lack of planning on your part should not make it a crisis on my part.
The message for other departments is to be a little more proactive. In just about every hotel i have had the pleasure of
working in, and in discussions with colleagues at other properties, the most offending department is banqueting.
They are usually the ones who call ten minutes before a meeting starts to report a critical light out or a piece of equipment
isn’t working. Meeting rooms will have holes poked in the ceiling or walls, doors knocked of their hinges. I have had scrapes
in walls repaired only to see them damaged again within minutes. All hotels seem to have the same common challenges
with the banquets department.
In their defence i have observed with banquets that it may be a staffing issue where part timers are only called at the last
minute for functions and they really don’t care. Regular staffs are too few to handle equipment properly as i see many a
banquet person moving an eight foot table by themselves and of course smacking into doors and walls. I never see
supervisors “supervising” or inspecting vacant meeting rooms.
List of actions due to inspections are also good, however it then makes it incumbent on the engineering department to then
write up maintenance request forms for assignment.
The maintenance request form is one of the most essential tools for which the engineering departments operates. They are
used to track trends, monitor inventory and labour to ensure that things are not forgotten. Completed maintenance request
forms should be sorted by type such as plumbing, electrical etc to indicate trends and frequencies. They can then be
auctioned in an attempt to eliminate repeating problems.
A good example of studying trends towards a solution is a hotel where i started to work and it was mentioned to me that all
the guests fan coil units leaked condensation in the summer when the air conditioning is on. Too late to investigate and
repair 450 units we set up a room layout template and proceeded to chart each report of a leaking air conditioning unit
during the summer season.
We would normally try to pre-empt any guest complaint but as the situation was happening for the previous 25 years that
one more season wouldn’t hurt. The survey indicated that 25% of the fan coil units had leaked and resulted in many repeat
complaints exaggerating the extent of the problem. Unfortunately more than a 100 units were leaking which went back to a
construction deficiency where all the drain lines of these units were sloped uphill.
The fault was not only with the plumbers however, the drywall installers pushed up the metal studs pushing up on the drain
lines. The plumbing error is where they measured from the ceiling concrete slab to slant the drain line but the slab they
measured was poured on a slope as well. Engineering had one person on each shift who did nothing but drain these
condensation pans daily to prevent their leaking. They did this for 25 years! Now that the drains have been corrected and
the problem resolved the engineers can do other things. Tracking request History is important. At another hotel I worked in
they had strong smells of effluent and rodent issues in a restaurant ceiling void for over 25 years on investigation of the
ceiling void there was an open soil stack which was removed totally and a chimney stack was used for a soil pipe run from a
bedroom which was severed half way down which was rectified and we opened up the airbrick ventilation which someone
had blocked off and now all is well with the restaurant and the diners can have a pleasant experience.
Budgets
Budgets by and large are an interesting vehicle of fiscal manipulation. The engineering budget is split into two categories,
heat light and power, and repair and maintenance. Depending on the location of the hotel the heat light and power budget
might consume 4% or more of sales revenue with repairs and maintenance at about 5 to 6 %. The combined average being
around 10% of sales revenue. Note that a renowned consulting group determined, albeit 2006, that of full service hotels over
200 rooms and an average rate of £55 or more, it would cost about 10.3% of revenue.
It should be understood that HLP consumptions and costs are variable due to the weather, room occupancy, restaurant and
banquets covers, and market price volatility. Predictability can only be assumed, however, common baselines for utility
consumption can be established to provide a relatively accurate consumption pattern for billing units. Regression analysis is
one such method.
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Keeping records of utilities, heating degree- days, cooling degree-days, guest in-house, covers will provide background
information to weigh against billing unit consumption. Meter information should be gathered on a daily basis to quickly
diagnose any anomaly in consumption such as major leaks or equipment malfunction. The general ledger, chart of accounts
will indicate each utility, i.e.; electricity, natural gas, steam, water and sewage costs etc.
Caution should be exercised when gathering utility history from P&L statements as these statements have sometimes gone
through numerical gymnastics. I once had a utility budget pared down by a financial controller telling me to just say “tell them
the weather changed”.
The repair and maintenance portion, R&M Covers the balance of the engineering budgets such as labour, building,
mechanical equipment repairs, kitchen repairs, uniforms and so on. Covering almost all repair contingencies.
What must be understood with any budget it is a guide only. Engineering budgets are best replicating historic data for that
particular property. Zero based budgeting is not possible, or at least not accurate at year end. When budgets are made it is
only a foggy view of the next fiscal year.
An unexpected pump failure could cost £8,000 to name only one incident or the cost of natural gas goes up 150% in a
month. There are some hotels attempting at monthly forecasts that as a tool may arrive at some idea on how achievable the
budget might be next month. Engineering forecasts are best kept to the weather.
Inevitably once the engineering manager submits the annual budget it is often massaged to placate corporate offices.
The end result of any budget is a reflection of managements commitment level of maintenance they would like to see in their
property.
Scheduled Maintenance
A plan to do maintenance work in the future is usually of two types and that is scheduled maintenance and preventative
maintenance. Scheduled maintenance is that type of work that requires longer durations to complete, planning of manpower
and tools and materials required co-ordination with other trades and possibly outside contractors.
The timely replacement or maintenance on a major piece of equipment could involve shut downs of other departments or
blocks of guest rooms. Projects such as building of walls or complete painting of areas could also come under scheduled
maintenance. Indeed, any project requires scheduling and planning.
Preventative maintenance as the name implies is the intent to perform timed inspections, minor adjustments, and
lubrications based on manufacturer’s recommendations with the ultimate goal of preventing unscheduled breakdowns and
prolonging the life and proficiency of the equipment. During the course of the inspection if it is determined that major work be
required, then work orders are generated to schedule the maintenance.
Room maintenance, both guest and meeting rooms again follows the above with inspections and generating work orders to
schedule and correct deficiencies. The frequency of inspections should be determined to happen sometime before the area
slow periods.
If guest room occupancy is peak in the summer then schedule the inspection just prior to the downturn as it will give time to
order necessary materials and schedule the labour to accomplish the tasks. The importance of inspections cannot be over
emphasised because i have yet to see room attendants or banquet staff adequately report deficiencies.
Breakdown maintenance can be both negative and positive. Negative if it has a guest impact on the guest comfort, safety, or
detrimental to the smooth flow of production that keeps other departments operational.
Breakdowns can be very expensive if it happens out of hours and outside contractors are required. Or if say the main chiller
shuts down and all your guests walk out. Positive as you would not want to spend £100 a year on a blender worth £50 Also,
in maintenance repairs don’t waste £20 worth of time to repair something only worth £10.
7. Ian Wykes 12th
April 2012
7
Contract maintenance is mandated in some instances such as for lift services, kitchen hood extract cleaning and fire
systems. The reason behind this is to ensure that the work is performed by qualified technicians, and may also require
licenses or certification and special knowledge. Local regulations and insurance companies usually require these contracts.
It also serves the purpose of making sure the work gets done ir-regardless of budget restraints. Maintenance contracts or
contracting out is almost always necessary to compliment the engineering department that is undersized.
Hiring
The hiring of engineering management personnel is unfortunately processed by persons without a technical and mechanical
background. The difficulty with some properties is that they may not have the corporate resources to use an engineering
person on staff, either at head office or a similar hotel in a chain. The benefit of experience and certification in property and
hotel operation is apparent.
Often, again for the sake of the bottom line engineering management is hired based on little experience or know how to
save on money There are some instances where power engineering qualifications are required to satisfy boiler and pressure
vessel regulations. Suitably qualified engineers must be appointed for the department to meet the day to day statutory
compliance.
Engineering does not confer on anyone the ability to operate buildings, especially hotels but could be an indicator of
mechanical and electrical aptitude. There are other preferred courses in property management and building operations. Like
anything else you get what you pay for!
For your thoughts to take into consideration when reviewing what does Hotel Engineering Involve.
What does your perception of engineering look like now?
I hope this has been of use to you the reader and given you a better understanding and insight to how it all works.
It has been a pleasure to be able to share my 20 years of property maintenance experience hopefully now you will be able
to avoid some of the pitfalls.
I have thoroughly enjoyed my property maintenance experiences and the challenges and variety it brings. Day by day
Yours sincerely
Ian Wykes