Professional Summary
As a Climate and Supply Engineering student, I am dedicated to developing innovative solutions that promote sustainability and environmental stewardship.
In my previous role at S.A. Balkan Pharmaceuticals, I gained valuable experience optimizing and operating drinking water systems, which allowed me to hone my analytical and problem-solving skills.
In my current role as the P&ID and 3D designer for a mobile drinking water plant project, I have utilized my technical expertise and creativity to contribute to the success of the team.
As an intern at Horsens Kommune, I gained a lot of experience working in a Complete Danish entourage, both working with Danish documents and Danish speaking people. To be honest, it was difficult at the beginning, but in the end I got used to it. Now I do understand the insight jokes and from time to time I can even tell one.
Personal experience at Horsens Rådhus:
Assigned to work on these projects:
Green wall project:
· Position: Student Assistant
· Task: Calculate the infiltration rate of a specific type of volcanic dust, and also the evaporation rate for a specific amount of time
· Aim: To increase the albedo effect. To increase the humidity level within the urban area. To decrease the temperature within the urban area.
Green roof project:
· Position: Student Assistant
· Task: Calculate the infiltration rate of diverse soil types provided by companies all over Denmark. Lab analysis of the infiltrated water, percentage of contaminants, heavy metal, bacteria present in the samples.
· Aim: To increase the albedo effect. To increase the humidity level within the urban area. To decrease the temperature within the urban area.
Permeable Asphalt project:
· Position: Student Assistant
· Task: Create layer by layer following the cross section of the road provided by the roads department, using diverse types of perlite; sand; gravel; to calculate the infiltration rate of storm water. Sample lab analysis for presence of : heavy metals; pollutants;
· Aim: By infiltrating the storm water through the permeable asphalt, the components used in the road layers have the mechanics to absorb and maintain the stormwater for the rainy period, and release it back by lowering the asphalt temperature during the hot season. Thus, lowering the risk of cracks in the material itself.
Mike Urban Software