Technical Works

scope

Building Information Modeling is based on the use of "smart" digital models that offer the necessary information to design and study infrastructure faster, cheaper, with better quality and with less impact on the environment. One could say that the purpose of the whole BIM approach is to achieve more, using less (doing more, with less). 

The scope of the methodology is not limited to design and/or study. Its use and its advantages extend to all phases of the project life cycle, supporting services such as: Cost management, project management, constructability issues, and even operations management management). 

The end product of such a holistic process is not simply a better build, nor a simple 3D computer model. It is a wealth of information that combines the virtual with the real from the design and implementation of the construction to its operation and maintenance.

BIM methodology is now used by engineers, businesses and government organizations who design, build, operate and maintain various infrastructures in sectors such as utilities, roads, ports, tunnels
 
etc. 

A.         ce-BIM Foundation
B.         ce-BIM Engineers and Specialists
C.         ce-BIM Coordinators
D.         ce-BIM CDE-managers
E.         ce-BIM Managers

*UNI 11337 & ISO 19650-1/2 have been considered

Knowledge framework (syllabus)

•    Understanding of the BIM key concepts, standards and mainstream workflows and practices in the AEC industry

•    Understanding of the BIM applications related to infrastructures and buildings 
•    Understanding of the BIM ecosystem in the AEC industry and to the main application of BIM at in-frastructures and/or building projects.

•    Full capacity to read technical and engineering design intent
•    Flexibility to read and understand 3D geometrical complexities and disciplines specific design chal-lenges 
•    Fluency in developing rich 3D BIM designs
•    Understanding the specific specialized BIM authoring solution for creating 3D designs
•                Capacity to apply trade or disciplinary knowledge to Information Authoring / Modelling 
•                Good understanding of the relevant discipline Authoring standards, guidelines and procedures
•                Capacity to apply proper QA/QC methods and protocols to ensure the quality and accuracy of the authored information models
•                Ability to apply industry standards and workflows within the relevant specialty authoring process
•                General Understanding of the design coordination process and the relevant use of BIM for the dif-ferent functions during construction and post construction

•                Complete understanding of the design coordination process
•                Full capacity to manage and comprehend collaboration workflows
•                Ability to identify and manage design and constructability issues
•                Sufficient capacity to read and understand the design content and intent of the discipline/s man-aged by the applied BIM processes in the relevant project / facility 
•                Having adequate engineering and construction background in the field of speciality
•                Sufficient knowledge about post construction requirements
•                Fundamental capacity to read and properly interpret BIM geometrical, engineering and data con-tents
•                Professional capabilities to manage and ensure BIM designs federation
•                Full understanding of BIM execution plans, BIM Contractual obligations, authoring guidelines and BIM QA/QC processes
•                Basic skills in managing BIM data and fluently utilize collaboration solutions and design coordination platforms to identify clashes and constructability issues
•                Full understanding of the design and RFI workflows and activities

•                Sufficient comprehension of Information management and Data handling
•                Good background about knowledge/information sharing
•                Complete understanding of the fundamental needs of information security, data and information authentication and protection
•                Basic understanding of the IT infrastructures needs relevant to BIM and the digitization workflows relevant to it
•                Sufficient knowledge and skills in understanding Information modelling and the BIM main industry Solutions
•                General background about computer networks and cloud infrastructures
•                Broad perspective about information exchange
•                Capacity to realize data analysis, business intelligence and collaboration workflows
•                Fluency in CDE protocols and standards
•                Comprehensive knowledge in one of the industry CDE solutions
•                Full knowledge about the design coordination, RFI workflows as well as document management systems

•                Full understanding of the use of BIM in the project management processes
•                Comprehensive familiarization with the implementation of BIM for post construction applications 
•                Comprehending the concepts of project controls and leveraging BIM for controlling time, cost and quality
•                Fluency in developing BIM execution plans, BIM based workflows and authoring guidelines
•                Proper understanding of the Information management processes and the relevant BIM applications
•                Excellent capabilities in data analysis, structuring , managing and maintaining projects information and data sources
•                Professional capacity in the design coordination process, the relevant RFI procedures and clash de-tection implementations
•                Skills in developing QA/QC protocols and controlling the quality of the BIM data repository and the relevant project information data warehouse
•                Education and knowledge transfer capabilities
•                Capacity to develop organizations and projects BIM and digitization training strategies 
•                Full understanding of CDE's and the relevant security procedures and requirements
•                Complete understanding of the process of leveraging BIM for Facility Management (FM), Opera-tions / Maintenance and Asset Management

Examination methodology

Theoretical via computer and practical exercise in BIM software depending on the sub-scheme

Certification Requirements

At least Tertiary education and technical education
 

scope

The TÜV HELLAS Insulation Techniques-Insulator scheme concerns a specialized craftsman able to perform autonomously, responsibly and based on the specifications of the manufacturers and designers, the basic works of thermal insulation, waterproofing, sound insulation, passive fire protection. The works concern dry construction, structural reinforcements and restorations, roofing and siding on buildings, ships, industrial facilities and infrastructure projects

Promises / Specializations 

1. Insulation technician - insulator on ships
2. Insulation technician - insulator in buildings
   • Craftsman,
   • Workshop Manager,
   • Responsible for organizing the application of complex insulation systems in buildings/facilities,
   • Responsible for the Implementation of modern methods of construction site organization of insulation projects in buildings/facilities, 
   • Insulation application specialist,
   • Specialist in hygrothermal insulation interventions to save energy in buildings, 
   • Insulation application design specialist for solving complex hygrothermal problems of building pathology and saving energy)

Knowledge framework (syllabus)

Applications of complex insulation systems in new or existing buildings/facilities for energy saving, General knowledge of insulation, Legislative framework, Regulations, Technical terminology, Organizational analysis of insulation work - Phases & stages of production, preparation and construction of insulation application, Handling of materials and system equipment of hygrothermal insulation, Certification, Specifications, supply & transport of the necessary materials for the construction of the insulation, Marking, Completion, control and delivery of the construction of insulation, Recording measurements on the construction plans of an insulation, Health and safety at work - Basic principles of labor law, Production insulation project - Cost optimization & production means allocation - insulation project production and management - insulation project organization - cost & means allocation optimization, Modern methods of project organization - planning - organizational analysis of insulation works - production phases and stages, Use of project scheduling software packages , Cost and Financial project monitoring, Design and construction principles of thermal insulation and waterproofing, Building envelope inspection, Basic principles of thermal insulation, waterproofing, sound insulation of ships.

Examination methodology

Theoretical and practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Carpenters scheme concerns a specialized craftsman who deals with the utilization and treatment of wood for the needs that require the use of wood in building and exterior wood constructions as well as small interior constructions. The Craftsman Carpenter receives his raw material in the form of sawn (sawn) wood or wooden boards, processes it and implements constructions such as: sheds, gazebos, wooden fences, pergolas, constructions related to children's entertainment, wooden platforms and other outdoor constructions , or implements constructions related to construction, such as: prefabricated houses, wooden roofs, wooden linings, wooden frames (interior and exterior) of buildings, wooden floors, wooden stairs and cabinets (cupboards) for kitchens and bedrooms, room dividers, etc.

Knowledge framework (syllabus)

Drawing reading, Mechanical engineering and equipment, Joinery of wooden structures, Materials technology, Mechanical processing of wood and its products, Safety and Health at Work

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Masonry Craftsman scheme concerns a skilled craftsman capable of carrying out construction, repair and maintenance work on brick masonry.

Knowledge framework (syllabus)

Drawing and Scales, Measurements and Budgets, Specifications and Orders, Characteristics of Materials and Technologies, Fiberglass Construction, Procurement and Warehousing, OH&S.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Coating Technician scheme refers to a specialized technician able to perform coating work on the internal or external surface of masonry and structural concrete elements, with mortar (mixture of one or more binders, aggregates, water or additives), in one or more layers, for reasons of protection, insulation, aesthetics and hygiene.

Knowledge framework (syllabus)

Drawing, Scales, Measurements and Budgets, Ordering, Shipping, Material Controls and Storage, Standards, Specifications and Marking, Materials Technology, Manufacturing Methodology, Tooling, Safety and Health, Inspection, Receiving and Defects.

Examination methodology

Theoretical and Practical exams

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Painters scheme concerns a qualified craftsman capable of painting (surface preparation, intermediate coat or substrate, topcoat with paint or varnish) of internal and external surfaces, fittings and decorations and other structural elements in residential buildings, commercial and industrial buildings as well as in other construction projects for reasons of protection, hygiene and aesthetics.

Knowledge framework (syllabus)

Drawing, Scales, Measurements and Budgets, Orders, Presentation, Material Receipt and Storage, Standards, Specifications and Marking, Materials Technology, Application Methodology, Paint Work Pathology, HSE.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Dry Building System Craftsman scheme is a craftsman able to perform autonomously, responsibly and based on the specifications of the designer manufacturers, the work of processing, assembling, installing and repairing products of dry building systems, such as plasterboard, concerning the interior or exterior decoration of buildings and the configuration of interior spaces.

Knowledge framework (syllabus)

Building Materials Technology, Mechanical Technology, Technical Engineering and Construction, Standards, Specifications and Marking, Architectural and Technical Design, AVE.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Ceramic Tiler Scheme refers to a skilled craftsman able to install ceramic tiles on the surfaces of rooms, bathrooms, kitchens, terraces or other interior or exterior areas of a building.

Knowledge framework (syllabus)

Basic types and properties of ceramic tiles, CE marking in general, CE marking on ceramic tiles (ΕΝ 14411:2012), CE marking on tile adhesives (ΕΝ 12004:2007 & A1:2012), Correct choice and use of tile adhesive, Marking of grout (ΕΝ 13888:2009), Correct choice and use of grout, Expansion joints, Basic rules and good practices for laying tiles, AHE.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Formwork and Concrete Pourers scheme concerns a specialist craftsman capable of designing and making temporary molds of concrete elements (foundations, walls, columns, beams, slabs and stairs), performing the work of injecting/laying/consolidating the concrete in them, maintenance of the concrete until the required strength is obtained for the removal of the molds.

Knowledge framework (syllabus)

Drawing, Scales, Measurements and Budgets, Ordering, Storage, Concrete Production and Controls, Standards, Specifications and Marking, Materials Technology, Application Methodology, Concrete Maintenance, Technology (Exposed Concrete), Inspection, Measurements and Receipt, HR.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Concrete Reinforcement Laying scheme involves a skilled craftsman capable of calculating the type, form and quantities of the required steel concrete reinforcement (bars, fasteners, grids, etc.), taking care of ordering, transporting, loading and storing it on the construction site , cuts, forms, places, connects and fastens reinforcement to molds.

Knowledge framework (syllabus)

Drawing, Scales, Measurements and Budgets, Standards, Specifications, Marking, Ordering, Material Shipping and Controls, Deposition, Storage and Management, Materials Technology, Application Methodology, Application Controls and Measurement, HSE.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Scaffolding Technician scheme concerns a specialized technician capable of performing jointing, composition, construction, installation, maintenance and dismantling of metal scaffolding.

Knowledge framework (syllabus)

Units, Measurements and Calculations, Drawings, Specifications, Supplies and Storage, Materials, Technology and Standards, Assembly, Disassembly and Use of Scaffolding, OHS.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TÜV HELLAS Plumbing Technician scheme concerns a specialized technician capable of carrying out construction, repair, maintenance, reconstruction and expansion of pipe network systems (water supply, drainage, heating, fire protection) and natural gas safety devices.

Promises / Specializations 

1. General Plumbing Technician

2. Natural Gas Technician

Knowledge framework (syllabus)

1. Material Technology, Mechanical Strength, Mechanical Technology, Thermomechanics, Electrical Engineering, Design and Construction of Water Supply Installations, Design and Construction of Sewage Installations, Design and Construction of Water Fire Fighting Systems Installations, Design and Construction of Central Heating Installations.
2. Materials Technology, Mechanical Strength, Mechanical Technology, Construction of Natural Gas Installations based on plans, Installation of Natural Gas Appliances - Installation Sites, Security Systems of Natural Gas Networks, Troubleshooting of Natural Gas Networks, Health and Safety at Work.

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Compulsory education, certificate of posting and technical training
 

scope

The TÜV HELLAS Construction Machinery Operators scheme is about a specialized professional, able to activate the various systems of the machine to produce a specific earthmoving or lifting work, connecting the information of the environment with the indications of the instruments. Drives, operates, maintains and macroscopically controls the machine and performs specific work in the prevailing conditions at any given time. He also supplies the machine with the necessary parts for its operation and does daily preventive maintenance

Promises / Specializations

1. Excavator Operator
2. Loader Operator
3. Crane-Forklift Operator
4. Internal Combustion Engine Forklift Operator
5. Forklift operator with electric motor
6. Crane operator

Knowledge framework (syllabus)

General questions, Safety, Machine operation, Productivity, Mechanics - Maintenance

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least relevant advertising certificate and technical training
 

scope

The KNAUF ready-made plasters and THERMOPROSOPSIS KNAUF technician form concerns a specialized craftsman able to carry out autonomously, responsibly and according to the specifications of the manufacturers and designers, the work of lining the internal surface of masonry with Knauf ready-made plaster, i.e. plaster-based mortar and special admixtures and the external thermal insulation works of buildings with the Knauf Thermoprosopsis system.

Promises / Specializations

1. Craftsman of ready-made plasters and THERMOPROSOPSIS KNAUF
2. THERMOPROSOPSIS KNAUF craftsman

Knowledge framework (syllabus)

Design - Scales - Measurements - Budgets, Strengths of Materials and Construction - Equipment, Ordering - Presentation - Receipt of Materials - Storage, Standards - Marking, Material Specifications, Pathogenicity of Coatings (when ready-made plaster is also requested), Construction Methodology, Safety and Health at Work, Inspection – Receipt – Defects

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Mandatory education, relevant work experience and technical training
 

More information about KNAUF seminars can be found here .

scope

The KNAUF Refractory Seals Specialist scheme refers to a skilled craftsman capable of autonomously, responsibly and based on the specifications of the manufacturers and designers, the fireproof sealing works with KNAUF products. 

Knowledge framework (syllabus)

• General characteristics of fire-resistant materials and sealants
• Characteristics and applications of specialized products
o FR Putty Cord 
o FR Collar
o FR Acrylic
o EX MORTAR
o FR Pipe Wrap
o Fire Protection Coating – FPC
• Complex System Applications

Examination methodology

Theoretical and Practical examination

Certification Requirements

At least Mandatory education, relevant work experience and technical training
 

More information about KNAUF seminars can be found here .

scope

The Specialist in Geographical Information Systems - GIS TÜV HELLAS scheme concerns a specialized professional who deals with an integrated system of collecting, storing, managing, analyzing and displaying information related to phenomena that evolve in the geographical space, through appropriate computer software. In this context, this professional can perform auxiliary tasks to a topographical engineer.

Knowledge framework (syllabus)

Topography - Cartography, Geographic Information Systems (GIS), Databases / Programming, Decision Making

Promises and specializations

(Basic & -Advanced level)
General and specializations

•  in education
• in Geosciences
• in Cartography and the Environment
•  in ArcGIS Pdf
   

Examination methodology

Theoretical examination

Certification Requirements

At least Compulsory education and technical training
 

scope

The TUV HELLAS Explosives & Charges Management Specialist scheme (Basic & -
Advanced level) concerns a specialized professional whose object is the management of commercial explosives (civil explosives), i.e. those used for the mining of rocky geological formations - as well as carrying out mining operations using these materials (charging & firing holes) in mines, quarries & technical projects.

Knowledge framework (syllabus)

Basic technical characteristics & properties of explosives & detonating agents, Legislation and regulations related to the management principles of explosives & detonating agents, regarding supply, transport, storage & management (loading & unloading) & application on site (use - safety measures - management flaring), Rock mining and blasting planning in underground and surface work fronts. Mechanism of explosion.

Examination methodology

Theoretical examination

Certification Requirements

Minimum Mandatory education, loader-firer license, relevant work experience, age 18 to 60 and technical education
 

scope​

The scheme "Project Management Executive" is addressed to the professional who can carry out, alone or under the guidance of a senior, management tasks for the implementation of a project of any object: technical, energy, IT, marketing, in the field of health , reorganization, but also any other venture designed to achieve a specific goal and produce a new product or service.

Knowledge framework (syllabus)

Basic Principles: Project Administration and Management (characteristics, planning, analysis, monitoring, organization of projects), Project Management Process (Initiation – Coordination – Control – Analysis & Risk Management – ​​Completion), Quality, time and cost specifications and parameters related to the object of the project, Resource and procurement management, Legislation and regulations, Project scheduling (techniques and tools) and monitoring of individual tasks, Project human resources management and communication management techniques, Project cost estimation methods, costing, project budgeting, finance indicators, Calculations, Spreadsheets and other software products, Project management software, Progress reports and presentation software, Project environment management.

Examination methodology

Theoretical exam and Practical exam

Certification Requirements

At least Compulsory education and technical training

 

scope​

The TÜV HELLAS Integrated and Automated Study and Project Management Systems Specialist scheme concerns a specialized professional who performs, alone or under the guidance of the Project Manager leader, design, supervision and management tasks for the implementation of a construction project. It includes all phases of a project such as Study, Design, Costing, Procurement of raw materials, equipment and contractors, Construction of the Project, Supervision , Measurement, Start-up, Operation, Maintenance of the project. It is based on the FIAPP approach, which is a "philosophy" that can be applied to many categories of Projects, such as construction (building, construction, road construction, port, etc.), industrial (construction of machinery, equipment, products), IT (construction of software, construction and hardware installations) but also process reengineering.

Knowledge framework (syllabus)

The current state of the construction industry

New practices in the construction industry 3D, ERP, 4d/FIAPP

FIAPP - fully integrated and automated project management systems

Advantages of FIAPP technology

Development - evolution of FIAPP technology

Comparison of practices and technologies

FIAPP: work environment - benefits of using technology

FIAPP: 4D models

Disadvantages of FIAPP technology

Evolution of FIAPP technology

Examination methodology

Theoretical examination

Certification Requirements

At least Compulsory education and technical training

 

scope

The TÜV HELLAS Smart Buildings Planning Specialist scheme concerns a specialized professional able to responsibly and autonomously perform the management, implementation and design of "smart" systems of building facilities and other infrastructures, through the most modern methodologies and innovative tools (Building Management Systems, Building Information Modeling, Building Information Management, etc.) based on national and European legislation as well as international standards. Among other things, the TÜV HELLAS Smart Buildings Planning Specialist participates in all stages of project implementation from design to operation and maintenance of the building, participates in studies and constructions, assists in the planning and implementation of building automation projects, while participating in the calculation of the environmental and economic benefit of transitioning and installing "smart" management systems.

Knowledge framework (syllabus)

1. Environmental conditions of technical and other infrastructure projects.
2. Legislation and standards for environmental awareness.
3. Creating a "green profile".
4. Finding funding sources for environmental projects.
5. Techniques and technologies of recycling special recyclable materials.
6. Incentives for waste treatment and utilization with new technologies
7. Importance of BIM for the design and construction of technical projects
8. BIM as a tool for contractors - manufacturers 
9. BIM as a tool for subcontractor suppliers
10. Presentation of REVIT as an application of BIM
11. Principles of communication networks, interoperability
12. “Smart” application systems
13. Building management system – BMS

Examination methodology

Multiple choice theory exam.

Certification Requirements

At least Compulsory education and technical training

scope

The Levador certification scheme concerns workers employed in the field of lifting and transporting loads. In particular, such a worker is responsible for tying, securing and weighing the load with lifting equipment (straps, wire ropes, chains, marine keys, etc.). In cooperation with the operator of the lifting machine, they ensure the safe execution of lifting tasks. In particular, such an employee usually works or wishes to work in:
 Industrial facilities, such as refineries, metallurgy, chemical industries, etc.
 Construction sites.
 Port facilities.
 Facilities where lifting operations are carried out.
 Construction works
 Civil Engineering Projects
 

Knowledge framework (syllabus)

1. Legislation – Duties of Levador
2. Lifting equipment (straps, chains, wire ropes, marine keys), Field inspection. 
3. Beacon
4. Finding – Calculation of Center of Gravity, Lifting Steel Pipes
5. Lifting Loads – Calculations and Exercises.
6. Use of CLARK – FLT.
7. High risk lifting - Lifting plan
8. Lifting safety instructions (lifting guide), Markings, PPE.
9. Statistics – Safety distances from OHTL
10. Identification of unsafe actions/situations.  

Examination methodology

Multiple choice theory exam.

Certification Requirements

At least Compulsory education and technical training

scope

The TÜV HELLAS Specialist in 3D Design Programs scheme is for a specialized professional who deals with design programs that allow the creation of three-dimensional models. In this context, this professional can perform supporting tasks that mainly concern engineering design, but also branches related to architecture and other engineering specialties

Knowledge framework (syllabus)

WIRE-FRAME Model Basics 
• Knowledge of WIRE-FRAME Model Basics
• Recognize WIRE-FRAME Model Commands

Surfaces (REGIONS & 3D FACES) 
• Knowledge of WIRE-FRAME model surfaces
• 3D geometry drawing commands
• Recognition of surface drawing commands

Adding materials (MATERIALS) 
• RENDER command capabilities 
• Material addition capabilities 
• Materials addition properties 

Solids
• Knowledge of properties of solids
• Design commands of solids

Boolean Functions
• Knowledge and analysis of Boolean functions

WCS & UCS Systems 
• WCS & UCS Coordinate Systems
• WCS & UCS Coordinate Systems Features

MAPPING MATERIALS
• Knowledge of MAPPING MATERIALS commands
• Applications of materials to objects and models

Creation of New Materials
• Possibilities to create new materials 
• Differentiation of commands to create new materials

Introduction to lighting (LIGHTING) 
• Basic knowledge of lighting a model
• Distinguishing light sources LIGHTING
• 3D model lighting commands
 

Examination methodology

Multiple choice theory exam.

Certification Requirements

At least Compulsory education and technical training

scope

 The TÜV HELLAS Smart Urban Infrastructure Management Specialist scheme is about a specialized professional who is responsible for the strategic planning and transition action of existing cities to the new smart era. Among other things, this position includes participation in a wide range of processes, which have to do with the mapping of the evolution of digital technologies, the management of urban infrastructures, the drawing up of a strategy for the digital transformation of a Municipality with the main focus on urban infrastructures , and highlighting the prospects for a technology investment that will maximize its positive impact while at the same time reducing the technology's negative footprint.

Knowledge framework (syllabus)

Basic principles of smart cities
• Analysis of needs and challenges of modern lifestyle
• "Smart city" and "Smart urban infrastructure"
• Urban infrastructure management

Smart Cities Applications and Services
• Innovation and New Technologies
• Financing Tools for Urban Applications and Services
• Identifying Challenges in Smart Cities Design

Information Technology (ICT) in smart cities
• Integrating ICT into existing infrastructure
• Digital technologies of cities
• The role of ICT in the transformation of cities
• Impact of ICT on infrastructure
 

Examination methodology

Multiple choice theory exam.

Certification Requirements

At least Compulsory education and technical training

scope

 The TÜV HELLAS Facilities Manager scheme is for a qualified professional who is responsible for tasks related to the management and delivery of agreed support services to ensure the functionality of a built environment. Essentially, it is about the professional who integrates multiple principles in his work, which help to ensure the functionality of a building complex where people, machines, buildings and finally technology in any form coexist, in order to have the appropriate environment for achieving the organization's goals.

Knowledge framework (syllabus)

General for facility management
- Definitions, the ISO 41001:2018 standard
- What are the services and tasks of the Facility Manager
- What does FM cover 
- The outsourcing of services
- Job description Facility manager the employer's requirements
The maintenance of the building facilities (hard FM )
- General concepts in maintenance
- What to maintain, Computerization of maintenance, CMMS systems and the prioritization of maintained equipment
- The Different Maintenance Modes
- The spare parts

Energy saving in building management 
- Development and environment
- Energy saving in buildings and the Regulation on the Energy Performance of Buildings (KENAK)
- Categories of energy saving measures, Building shell and Building facilities

Cleaning, security, Health and safety of workers

Budgeting and the involvement of Facility Management (FM) in preparation and monitoring
- Types of planning based on the time horizon
- What is Budgeting and its stages
- Selected forms of budgeting
- The individual FM budgets

KPIs 
- Why measure?
- Performance measurements and targets
- Appropriate KPI's in FM activities
 
Interpersonal skills of the Facility manager 
- Negotiation
- Communication
- Complaints management 
 
Service contracts and contract management 
Outsourcing in services
Procuring a service
- Designing the Service Specification 
- Researching sources of potential contractors
- Selection, final contract award
Processing - contract management 
- The role of the facility manager in contract management 
- The management of service contracts specializing in maintenance
- The management of project contracts
- The management of risks in contracts involving upgrades and projects

Examination methodology

Multiple choice theory exam.

Certification Requirements

At least Compulsory education and technical training

scope

The Structure Protection Technician scheme concerns a specialized professional capable of autonomously, responsibly and based on the principles and methods of the ELOT EN 1504 standard, the selection and application of structural protection and repair systems in reinforced concrete. In addition, this professional is able to ensure the quality of repair, protection and reinforcement projects through the required structural inspections

Ratings - levels of certification

-Control & Applications Specialist for the Protection and Repair of Reinforced Concrete Structures according to ELOT EN 1504

-Specialist in Design & Application of Hygrothermal Protection of Constructions and Related Specialized Building Systems

Knowledge framework (syllabus)

Control & Applications Specialist for the Protection and Repair of Reinforced Concrete Structures according to ELOT EN 1504

• Principles & Methods of ELOT EN 1504
• Damages Valuation & Recovery
• Restoration methods according to the principles of ELOT EN 1504
• Applications & Materials
•  Cathodic Protection according to ELOT EN 1504 - 9

Specialist in Design & Application of Hygrothermal Protection of Constructions & Related Specialized Building Systems

• Physics of moisture transport and determination
• Properties of heat insulating materials
• Passive building model
• Properties, scope and application studies of construction product systems

Examination methodology

Multiple choice theory exam.

Certification Requirements

At least Compulsory education and technical training