Completed MEP Designs for projects such as:Paris Tower - Nigeria (Office Bldg + Data Center)Al Yarmouk Residence - Iraq (Residential Towers)Al Dura Residence - Iraq (Residential Towers)Iraq IT Community Center Eko Palace - Nigeria (Luxurious Residential Villa)

Designed & modelled the MEP systems (HVAC, Water Supply, Drainage, and Fire Protection) for the Fit-In-Gym project in Yaoundé – Cameroon.Successfully designed and modelled multiple solar water heating projects integrated with the existing water heating systems such as Boiler water heating and electrical water heating using Revit and Solar GIS.Co-designed THE PALM project, a smart system that utilizes Atmospheric Water Generation and Solar Energy.Successfully modelled & efficiently designed QEC’s ASIC cryptocurrency mining rig implementing a Single-phase Liquid Immersion Cooling (SLIC) system.Designed and modelled the heating, cooling, and hydraulic systems for QEC headquarters using Autodesk Revit.

Tower 44 is a 44-story high-rise building wich includes offices, stores, modified appartments, a gym, a poly clinic, and so on.During my internship I performed post-installation site inspections for equipment, pipes, ducts, fittings, and fixtures.I designed Firefighting, Drainage, HVAC, and Water Supply As-Built project plans for two technical floors, a pump room, the roof, and a basement floor.

o Attended introductory lectures on the Technology and Design of Cubesat/Nanosatellites for Space Applications on Low Earth Orbit which included: • Cubesat subsystems and design specifications. • Missions and payloads. • Orbital mechanics and perturbations. • Mass and power budgets. • Design drivers and budgeting. • TRLs and Trade Offs in subsystem selection. • Structure subsystem specifications and design. • Perspective on payload selection, design, and infrastructures used. • Cold Gas Micro-Propulsion System. • Dimensioning a (cold gas) micro propulsion system. • Visual imaging payloads: a-) Imaging sensors. b-) Dimensioning of Earth imaging sensor. • Architecture, preliminary sizing and challenges of chemical and electric propulsion systems. • Measuring micro - Thruster performance (at low cost) on the ground. • Complete Attitude measurement and modelling. • Sizing a complete ADCS. o Applied hands-on exercises on table top model for Cubesat subsystem design in which we: o Designed and programmed a prototype Cubesat model using C# language on an STM32 Cortex M3 micro-controller. o Performed lifetime analysis on our prototype Cubesat using STK software. o Developed a Graphic User Interface(GUI) and tested the prototype satellite for image capturing and ground station communication. o Performed STK coverage time analysis for three months period and compared results between different ground stations.o Performed a systems engineering approach towards building our Cubesat.o Learned about technical budgets (Data, Link, Power, Mass, and Pointing budgets).o Applied examples of an SDR Ground Station based on GNU Radio.o Recieved practical lessons with an Educational Cubesat.o Successfully installed the Mansourieh Ground Station and achieved communication with Nanosatellites passing above lebanon.

•Worked on Firefighting systems design using AutoCAD software, and performed site inspections upon installation.•Designed duct distribution plans in HVAC systems using AutoCAD, worked on duct sizing calculations, and received a lot of valuable information about Mechanical Services.•Performed a bill of quantity study of HVAC ducts.