Naser Obaide

Proficient in Project Coordination, and Data Analysis With a dynamic background spanning management roles, coupled with a Bachelor's degree in Civil Engineering, I bring a unique blend of skills and experiences perfectly suited for entry-level engineering positions. Proficient in Microsoft 360 and AutoCAD, I excel in data analysis, project coordination, and diverse software utilization, including MS Excel and Energy Plus. My tenure as a manager underscores my leadership and team management abilities, while freelance projects have honed my organization, time management, and adaptability skills. With a keen appreciation for diversity and a solid foundation in engineering principles, I am eager to leverage my expertise in energy modeling tools like Climate Consultant and LBNL THERM/WINDOW to contribute effectively to your team.

• WHMIS (Workplace Hazardous Materials Information System)
• Working at Heights

• Capstone - 4th Year Design Project, Carleton University, Land Reclamation, St. Sophie, St. Sophie, Quebec, 09/01/23, 04/30/24, Steered St. Sophie Landfill Reclamation: Guided a capstone team in revitalizing Zone 4 with innovative strategies., Presented three cover designs, meticulously assessed for optimal functionality., Envisioned a park layout integrating structures and greenhouses., Executed asphalt designs, coupled with thorough settlement and slope stability analysis., Leveraged AutoCAD for precise planning and design., Culminated project with a compelling video encapsulating our vision, showcasing a commitment to excellence and sustainability.
• Concrete Research, and BIM, Carleton University, Engineering Principles, Ottawa, Ottawa, Ontario, 09/01/20, 09/30/23, Led a collaborative effort involving a team of four to produce a comprehensive technical research report on truss design, tailored to engage non-technical audiences effectively., Applied advanced engineering principles to calculate truss stresses, strains, and deflections, meticulously considering various factors such as load distribution and material properties., Employed advanced modeling techniques to identify optimal material combinations, ensuring structural resilience to support building stresses & loads while adhering to industry compliance.