Planning and Management of Projects with using of computer technology

Garant předmětu:

Pavel Neumann, Václav Pospíchal, Rostislav Šulc

Lecturer:

Pavel Neumann

Tutor:

Pavel Neumann

Supervisor:

Department of Construction Technology

Synopsis:

During the course, students will be introduced to the market of SW products from the point of view of preparation and management of construction projects, in the PC laboratory they will create project time plans in SW (MS Project, Primavera, Contec, Alice), manage labor, material and cost resources, perform financial analysis. In other SW (MS Visio) they will process flow diagrams of technological processes, organizational chart of the company. During the course, they will solve basic construction tasks of parametric programming in SW Rhino+Grasshopper. At the end of the course, they will become familiar with the Archibus (Facility Management) environment.

Requirements:

Credit:

* handing in assignments (25 assignments in total) within the prescribed deadline and scope (see MS Teams)

* compulsory participation in classes (exercises), a maximum of 2 unexcused absences

* continuous correction of tasks and control during the course

Note: tasks are submitted individually, via MS Team in digital format according to the provided template

The exam will consist of two parts:

* practice test (written, 20 questions, ABCD, 20 minutes) (Question rounds and Sample test will be uploaded in the appropriate MS Teams channel)

* oral part (practical example): work with SW MS Project (small small examples) (Samples of examples will be uploaded in the appropriate MS Teams channel)

Note: the mark will consist of two parts in diameter

Syllabus of lectures:

1. Introduction to the PPVT course: Program overview, basic concepts and issues.

2. Modeling construction processes 1: Basic concepts. Process modeling. Design of a unified SW platform for construction project management. Discussion panels: digitization and the future of construction.

3. Modeling construction processes 2: Common data environment. BIM Execution Plan. Modeling a unified construction management platform.

Creation of spatial, temporal and technological structure

4. MS Project: Basics of MS Project. Environment. Settings. Export/import. Project plan. Calendar. Programming in MS Project. Custom columns, formulas, calculations. Resource planning. Technological process. Resource and cost planning.

5. MS Project: Overloading and resource capacity balancing. Custom filters and custom groups. Custom columns, custom fields, formulas. Technological process.

6. MS Project: Project tracking: critical path, roadmap, work updates. Reports and project analysis.

7. MS Project: Printing and copying. Project visual and tabular reports. Multiproject, introduction to MS Project server.

8. Parametric programming: Basics of PP. VPL. Rhino + Grasshopper Practical examples.

9. MS Visio: Flow diagrams. Organisational scheme.

10. MS Excel: Advanced functions of Excel. Macros. Pivot tables. Solver. Practical examples.

11. Primavera: A Brief Overview. Practical examples.

12. FM Archibus: A brief overview. Practical examples.

13. Contec: A brief overview. Practical examples.

For a specific semester, the lecture schedule is listed on the subject's website and in MS Teams.

Syllabus of tutorials:

1. MS Project: Installing MS Project. Project settings. WBS code. Calendar. Inserting tasks and bindings.

2. MS Project: Graphical modification of the environment. Sample processing (schedule, bindings, milestones, critical path)

3. MS Project: Custom columns, formulas, calculations: practical examples. Custom filter, tables and displays

4. MS Project: Technological progress

5. MS Project: Resources + Assignment Balancing work resource overload

6. MS Project: Roadmaps. Job update.

7. MS Project: Reports and project analysis. Project outputs. Workforce Deployment Chart.

8. MS Project: Multiproject. Practical examples

9. Parametric programming: Practical examples.

10. MS Visio: Practical examples.

11. MS Excel: Multicriteria evaluation. SWOT analysis

12. MS Excel: Contingency charts and tables. Dashboard.

For a specific semester, the exercise schedule is listed on the subject's website and in MS Teams.

Study Objective:

The aim is to increase students' competence in the field of project preparation and management using computer technology.

Course objectives:

* get a basic overview of the processes in the given area,

* to be aware of the principles for time planning using SW products from the point of view of preparation and management of construction projects.

Study materials:

[1] Jarský, Č. Musil, F. et al.: Preparation and realization of buildings, CERM Brno 2019

[2] Dvořák, D., Kališ, J.: Microsoft Project 2013, Computer Press Brno, 2013

[3] Dvořák, D., Sirůček, J.: Masters in Microsoft Project 2010, CPress Brno, 2011

[4] Staněk, J.: Management of the implementation of projects connected with construction, ČKAIT Prague 2001

[5] Oleríny, M.: Management of construction projects: claim management. C. H. Beck Prague 2005

Note:

Further information:

http://technologie.fsv.cvut.cz/vyuka/vyucovane-predmety/122PPVT

No time-table has been prepared for this course

The course is a part of the following study plans:

• obor Příprava, realizace a provoz staveb (compulsory course)