BIM Education & Consulting
- Building the Future: BIM Courses for Digital Construction.
Table of Contents
BIM Training General Information
BIM is not just a 3D model; it’s a tool for managing projects and data across the company. We’ll set it up to support your processes from design to facility management—with clear data, faster decisions, and better collaboration.
BIM brings all disciplines together in a single model. This lets us detect clashes before they occur on site, simplify communication, and ensure a smoother project.
BIM data are useful even after construction is complete. We prepare models to support operations and maintenance—from asset register to cost planning and service scheduling.
The training program prepares participants for one of the exams to obtain the professional qualification BIM Coordinator in 4 authorizations:

BIM Coordinator for INVESTOR PREPARATION
(code: 36-189-R)

BIM Coordinator for DESIGN PREPARATION
(code: 36-191-R)

BIM Coordinator for FACILITY MANAGEMENT
(code: 36-193-R)

BIM Coordinator for CONSTRUCTION EXECUTION
(code: 36-192-R)
Bexel Manager
Advanced BIM software for coordination, analysis, and management of construction projects. It enables cost control, schedule simulations (4D), and data management in a single environment. Fast and easy to navigate.
Software used in our courses
We train primarily in Bexel Manager, a leading tool for BIM coordination and project management. As needed, we also include demos of other software.
CzechTech Dynamics trains this product in Czechia
CzechTech Dynamics is the sole trainer for Bexel Manager in the Czech Republic, offering unique know-how and hands-on experience from real projects.
- +420 792 309 999
- Petr.Stepan@cvut.cz
Details about Lecturer and Examiner
Education
CZ – SPŠ – Transport Engineering
CZ – CTU (ČVUT) – Civil Engineering (Building Construction)
UK – MBA – General Management Programme
NL – MBA – Intercultural Management
US – MIT School of Engineering – Project Management
US – MIT Sloan School of Management – Digital Strategy
CZ – PhD – Smart Buildings – Internet of Things
Professional Experience
AUT – Atelier Grabherr – Engineering
GER – Scharf – Design
NL – Ahrend – Expansion CEE/RU, PL, HU, SI
US – Haworth – Branch Manager
IRL – MaC – Engineering and Refurbishment
CZ – Feramat – Algorithmic Analysis of Buildings/Energy
CZ – Bim.Point – Software Development
CZ – CTU BIM.Lab + CIIRC CTU Exec.Ed + Edukomforta BIM – Research & Education
SI – Bexel Manager – Software
Qatar – Startup CzechTech Dynamics – Education
Professional Training / Memberships
CTU (ČVUT) – EU BIM Certification
buildingSMART International – Certification
NSK (National Qualifications Framework, CZ) – All 4 BIM Coordinator Certifications
Member, CzBIM
Member, buildingSMART USA
Head, CTU Alumni Association
Member, Alumni MatFyz (Faculty of Mathematics and Physics, Charles University)
Member, MIT Alumni Association & MIT Center for Global Directors (Czechia)
Member, Mensa USA & Mensa CZ
Structure by days
Topics:
Introduction to BIM
Legislation and Standards
OpenBIM Strategy
Software Tools
Content:
Terminology, BIM methodology, differences from traditional design, benefits of BIM in the building life cycle
ISO 19650, EIR standards, BEP, LOIN
Principles of buildingSMART, IFC, data standards, classification systems
Overview of BIM tools (Revit, Archicad, Bexel, Navisworks), software certification, role of formats (IFC, COBie)
Topics
BEP and EIR in practice
Creation, review, and validation of the model
Team communication and reporting
Model coordination and quality control
Content
Creation and evaluation of the BIM Execution Plan (BEP), understanding the client’s requirements (EIR)
LOD, LOI, LOIN, quality control, data updates, working with exchange formats
Communication scenarios, collaboration tools (CDE, issue tracking), model reporting
Clash detection, change management, model validation phases
(separated by focus: INVESTOR – DESIGNER – CONTRACTOR – FACILITY MANAGEMENT)
a) Investor preparation
Defining requirements for documentation (EIR)
Creation of tender documentation and contracts
Evaluation of designs, data handover
b) Design preparation
Model creation according to requirements
Designing in BIM – approach, limitations, revisions
Preparation of documents for tenders
c) Construction execution
Use of the model on site (real-time updates, construction control)
Change management, communication with the site manager
BEP for construction phase
d) Facility management
Import and export to CAFM
Model maintenance over time, data updates
Creation of maintenance and operation plans
Model status control and handover from construction phase
8:30 – 9:30
Demonstration of MATTERPORT and LIDAR scan
9:30 – 10:30
Written exam (Part 1 of the exam)
online (no notes or external sources allowed)
You will receive the link by email
10:30 – 11:00
Drawing of groups and exam order
Distribution of oral exam questions (Part 2 of the exam: no notes or external sources allowed)
Drawing of practical project assignments (Part 3 of the exam, sources available: IFC models, internet, previous presentations; possible ongoing consultations with instructors and colleagues in the team)
11:00 – 12:00
Oral exams – Group 1
13:00 – 14:00
Oral exams – Group 2
14:00 – 15:00
Oral exams – Group 3
15:00 – 16:00
Oral exams – Group 4
8:30 – 9:30
Work on projects and consultations with instructors
Defenses / Presentations of Practical Exam Projects:
10:00 – 11:00 – Group 4
12:00 – 13:00 – Group 3
13:00 – 14:00 – Group 2
15:00 – 16:00 – Group 1
16:30
Diploma awarding ceremony
Ready to launch a digital strategy?
Fill in the application form or contact us – we will be happy to advise you if the course is suitable for you.
Get in Touch
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