Course: Facility management

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Course title Facility management
Course code AUART/AE9FM
Organizational form of instruction Lecture + Lesson
Level of course Master
Year of study not specified
Semester Winter
Number of ECTS credits 3
Language of instruction Czech, English
Status of course unspecified
Form of instruction Face-to-face
Work placements This is not an internship
Recommended optional programme components None
Lecturer(s)
  • Janáčová Dagmar, prof. Ing. CSc.
Course content
1. Facility Management Methods The complex administration of property assets: e.g. Technical Services, Administrative Services, Centralised Services, Insourcing and Outsourcing 2. First Principles of the Operation and Maintenance of Technical Environment Resources and other Technical Equipment in Buildings; Routine Operations Management; Activities of a Routine Character; and the Exploitation of Computer Technologies 3. Technical Documentation, Operational Documentation; and the Electronic Administration of Documentation 4. The Methodologies and Organisation of Troubleshooting Defects and Faults, Defect and Fault Classification, Offensive Approaches Defect and Fault Occurrences, Probable Defect and Fault Occurrence Rates, Record-keeping 5. Planned Equipment Maintenance, Maintenance Management 6. Stores and Warehouse Management, Inventory Control 7. Personnel Activities; Qualification Improvement; Operational Training and Testing; Motivation 8. Planned Reconstruction and Renovation, Repairs and Investments, the Financial and Physical Life-cycles of Plant and Equipment, Perspective Approaches to Major Repairs and Changes, and Modernisation 9. Software Support for FM Activities - Basic Terminology, Database Applications (i.e. various platforms including their tools and instrumentaria) 10. The Characteristics of SW Support and Condition Data Records (i.e. Technologies, Buildings) 11. The Administration and Management of Processes (from Maintenance to Inventory Controls), and the Evaluation of Objectives and Quality (KPI) 12. Evaluation and Analysis (Company Strategies, Infrastructure Targets, Communication Tools 13. Required Outcomes, Software Requirements Types of Solutions, e.g. Ready-made, Made-to-measure, Communications, Operative Elements (i.e. Alarms, Current Statuses, Decision-making Algorithms) 14. Monitoring and Targeting - Principles, Procedures, and Solutions

Learning activities and teaching methods
Monologic (Exposition, lecture, briefing), Individual work of students
  • Home preparation for classes - 25 hours per semester
prerequisite
Knowledge
The student has completed bacalarian studies at technical universities.
The student has completed bacalarian studies at technical universities.
Knowledge of the areas: - Mathematics I, II - Physics - Thermal processes - Fluid mechanics - Database systems - Environmental techniques
Knowledge of the areas: - Mathematics I, II - Physics - Thermal processes - Fluid mechanics - Database systems - Environmental techniques
Skills
methods of facility management, insourcing and outsourcing, - principles of operation and maintenance of environmental technology equipment and other technical equipment of buildings, - methodology and organization of troubleshooting and inventory records. - FM software support - database systems, - management and control of processes (from maintenance to inventory), evaluation of objectives and quality (KPI), - planned treatment of equipment, maintenance management, planning of reconstructions, repairs and investments
methods of facility management, insourcing and outsourcing, - principles of operation and maintenance of environmental technology equipment and other technical equipment of buildings, - methodology and organization of troubleshooting and inventory records. - FM software support - database systems, - management and control of processes (from maintenance to inventory), evaluation of objectives and quality (KPI), - planned treatment of equipment, maintenance management, planning of reconstructions, repairs and investments
Independent solution of numerical tasks from the listed completed subjects.
Independent solution of numerical tasks from the listed completed subjects.
learning outcomes
Knowledge
The student has completed subjects on bacalarian level - physics (thermomechanics, fluid mechanics) - mathematics - chemistry - databases programming Farther the student has completed subject Environment engineering.
The student has completed subjects on bacalarian level - physics (thermomechanics, fluid mechanics) - mathematics - chemistry - databases programming Farther the student has completed subject Environment engineering.
Knowledge of the areas: - facility management methods using insourcing and outsourcing, - principles of operation and maintenance of environmental technology equipment and other technical equipment of buildings, - technical documentation, operational documentation, electronic administration, - methodology and organization of troubleshooting and malfunctions, their classification, records. - scheduled maintenance of equipment, maintenance management, planning of renovations, repairs and investments, financial and physical lifetime of equipment, modernization - stock records. - personnel activity and qualification improvement, operational training, tests, motivation. - FM software support - database systems, - administration and management of processes (from maintenance to inventory), assessment of objectives and quality (KPI). - evaluation and analysis (business strategy, infrastructure goals, communication tools), - monitoring and targeting.
Knowledge of the areas: - facility management methods using insourcing and outsourcing, - principles of operation and maintenance of environmental technology equipment and other technical equipment of buildings, - technical documentation, operational documentation, electronic administration, - methodology and organization of troubleshooting and malfunctions, their classification, records. - scheduled maintenance of equipment, maintenance management, planning of renovations, repairs and investments, financial and physical lifetime of equipment, modernization - stock records. - personnel activity and qualification improvement, operational training, tests, motivation. - FM software support - database systems, - administration and management of processes (from maintenance to inventory), assessment of objectives and quality (KPI). - evaluation and analysis (business strategy, infrastructure goals, communication tools), - monitoring and targeting.
Skills
- the use of computer technology for solving tasks from FM areas, - the ability to create a database application for FM management
- the use of computer technology for solving tasks from FM areas, - the ability to create a database application for FM management
teaching methods
Knowledge
Individual work of students
Individual work of students
Monologic (Exposition, lecture, briefing)
Monologic (Exposition, lecture, briefing)
assessment methods
Analysis of works made by the student (Technical products)
Analysis of works made by the student (Technical products)
Recommended literature
  • Benchmarking ve Facility managementu.. Internet. Internet, 2014.
  • ČSNI. ČSN EN 15 221 Facility management. ČSNI Praha, 2009.
  • DANIELS, K. Technika budov. Bratislava, 2003.
  • Merz, Hermann. Automatizované systémy budov : sdělovací systémy KNX/EIB, LON a BACnet. 1. vyd. Praha : Grada, 2008. ISBN 978-80-247-2367-9.
  • Michel. T. The Facility Management Pie ? Scope and Responsibility. Managing The Built Environment. 2014.
  • RECKNAGEL ? SPRENGER ? SCHRAMEK . Taschenbuch fur Heizung und Klimatechnik. Oldenbourg , 2003. ISBN 3-8356?3104-7.
  • Stýblo,J. Outsourcing a outplacement: vyčleňování činností a uvolňování zaměstnanců: praxe a právní souvislosti. Praha, 2005. ISBN 978-80-73-57094-7.
  • Vyskočil, V. Management podpůrných procesů, Facility management.. Praha, 2010. ISBN 978-80-7431-022-5.


Study plans that include the course
Faculty Study plan (Version) Category of Branch/Specialization Recommended year of study Recommended semester