This was the biggest project in which I participated. A 63000 square meters factory building for REHAU-Automotive Kft in Újhartyán. It was a design and build contract, so reconciliations were frequent wih the designing company. The agreement included very tight deadlines so the whole project was planned so that if the foundation plans are ready the execution starts right away. For this we needed strong information management. BIM360 was the selected platform to share the plans and manage submittals. We participated in the test phase of BIM360 Build-Submittals.
My job here was in the beginning of the project to make tutorials and educational sheets to BIM360 and I was regularly in contact with Autodesk about our experiences of the (back then new) BIM360 Submittals function.
As mentioned, timelines were tough to keep and the technology designer was constantly late with his models. For this reason it was necessary to check existing structures from time to time in case a new break-through or any latter changes were made. This regular checking also belonged to my duties.

On the bicycle factory of Giant on the outskirts of Gyöngyös I was present as a Plan coordinator. Shortly before the works started on the construction site, major changes were requested by the owner. For this reason the designers had to act fast and deliver completely new plans for some parts of the building. My responsibilities on the project were to keep in contact with the designers and regularly cross-check what parts are important and which plans must be delivered first based on consultations with foremans and construction managers.

The expansion of Delfort Groups paper mill was the first project that I've worked on roughly from start to finish. This project was very rich in experiences on both positive and negative sides. My basic duties included: on site quantity calculations, monitoring existing buildings subsidence level, monitoring newly completed structures quality and regularly checking on workers.
On the good side: the last two columns from the existing were kept but needed reinforcement and the designer decided to use basalt rebars. It was very interesting to see something we haven't even heard about at school. I haven't seen this technology anywhere else since.
On the bad side: whe had quite a lot of problems with the prefabricating company. I won't go into detail here, but you can see some of these in the pictures... Thank god the crane was still holding on to the wall panel when the cantilever (which had almost no rebar in it) broke. Long story short, after that Me and one of my colleague got the task to monitor the production once a week.

The first professional project in wich I participated as an engineering student. It was a technical school with a gym hall at Fertőd. It was only a summer job for me, but I was happy to see something about how the things we learn in school work in reality. My duties included: on site quantity calculations, checking levels (for doors and windows), checking on workers and just to absorb the most knowledge possible in this short time. The team was satisfied with my work, because next summer they waited me back by the company.

This grasshopper definition was built by the company Arc-s. The steel for the stairs was already built with some heavy imperfections. To handle the small discrepancies a parametric model was built. Tekla was not fit to preciesly unroll these geometries, so unrolled plans were also handled inside Rhino and Grasshopper.

Determination of windloads and statical inspections of existing structures in case of load modification. Preparation of static expert opinions.

On - site survey of the global condition of telecommunication towers ,conditions of their connections, site plan, survey of installed equipments.

Product design of antenna mounts and smaller additional structures, drawing execution plans and writing technical descriptions.