Mohamed Omran

Responsibilities - Assessment and simulation of building profiles - Implementation of physical designs and functional models in the first real-life innovative ventilation device modeled in master thesis project - Assessment of functionality of multiple ventilation devices in achieving high efficiency while maintaning high IAQ

Responsibilities - Experimental Investigation and Optimization of a Novel Fan-controlled Decentralized Ventilation System - Modelling, construction and validation of an innovative and efficient ventilation device Achievements - Modeled and constructed of the device and the test stand - Developed and tested various functional models for the device - Evaluated and communicated the project with project-partners

Responsibilities - Worked on RenoZEB, a leading European project aims to unlock the nearly Zero Energy Building (nZEB) renovation market through building retrofitting - Evaluation of economic and technical solutions of building retrofiting Achievements - Collaborated in the Integration of cost-effective technologies and material to maximize the performance of building envelops for retrofitting projects achieve near-zero-energy buildings - Design and optimization of façade-integrated HVAC systems

Responsibilities - Analysing clients' design specifications and their compatibility with the operating conditions of the pressure vessels as per ASME standards - Analysing results of hydro-testing and other types of non-destructive testing applied to pressure vessels during and after the manufacturing process Achievements - Construction and modification of technical drawings of various designs of pressure vessels - Performed quality analysis of manufactured designs

Energy Efficiency in Buildngs

Aerodynamics