Supervisor: Dr. Elie M. Otayek – elie.otayek@sydney.edu.au EMO-1 Introduction to the Façade Engineering Innovations & Considerations Type of Project: Construction Management – Consultancy Assumed Knowledge: Basic Mechanics of Materials, Waterproofing and Weather proofing, Structural Design in Steel and Concrete Stream: Architect / Facade Engineer Façade Engineering nowadays is starting to be treated differently. Building Envelope concept was the main concern in Facade Design and Engineering, and it was considered as sub-topic under the Architect responsibilities & duties; while since few years ago, the Façade Engineering field was growing with innovated targets and goals. The main invented objective was by providing performance solutions for the different Façade Elements to satisfy the legislation and the needed considerations for permits and construction certifications and authorizations. Especially in the Australian Industry, the Façade Engineering field has started to be one of the main requirements for building permits; the regulations have been updated during the last years to well implement the Facade design standards, officially, in the mandatory requirements in the construction industries. From this point view, this paper aims to highlight the different aspects of the Façade engineering, what kind of elements should be considered, what are exactly the difficulties, the cons & pros of the traditional design that is used, preparing for the new generation of the façade Engineering Design covering the previous concerns from the Building Envelope and arriving to the new thoughts related to the façade Elements efficiency, sustainability and Safety. Supervisor: Dr. Elie M. Otayek – elie.otayek@sydney.edu.au EMO-2 Innovation in Façade Engineering – Cladding Components Performance Management Type of Project: Construction Management – Consultancy Assumed Knowledge: Basic Mechanics of Materials Stream: Architect / Facade Engineer This is a proposal in facade engineering, focusing on cladding systems, mainly based on the Australian standards, with related industries and legislations. This research would investigate into understanding the diverse sorts of cladding systems, such as installed panels, Metal, FC, CFC, Concrete, Precast, etc… as outlined by the Australian Industry and standards such AS 4284 - Testing of building facades. By investigating each type in detail, the research aims to highlight the performance attributes, durability, and environmental impacts associated with different cladding materials and systems. Furthermore, the study should investigate how these standards and legislation influence design choices, construction methods, and Standard compliance in the context of sustainable building practices. Student works will contribute to enhancing knowledge within the field of façade engineering by providing a comprehensive analysis of cladding systems according to different standards, facilitating informed decision-making in architectural design and construction. Supervisor: Dr. Elie M. Otayek – elie.otayek@sydney.edu.au EMO-3 Glass Performance in Façade Engineering under Legislation restriction Type of Project: Construction Management – Consultancy Assumed Knowledge: Basic Mechanics of Materials Stream: Architect / Facade Engineer This proposal in façade engineering investigates the performance of glazing and glass elements in numerous façade applications and needs. It begins by examining the structural characteristics, components and requirements, and how they are influenced by factors such as energy efficiency and acoustic performance. The study investigates different types of glazing, evaluating their detailed uses with highlighting the factors affecting their selection. It also considers glass used as independent element or within aluminum framing, directing on design, efficiency, and sustainability. The investigation starts with the architectural use and historical development of glass, then moves to structural performance requirements for applications ranging from balustrades as barriers to advanced structural elements like swimming pools and full facade elevations with and without fins and other elements like spigots and patch pin devices, ending in fully glass-based structural systems with structural element like slabs, walls and columns. The required conclusion needs to discuss the advantages and limitations of glass, as cons & pros, presenting a balanced view of its applications, and includes a personal engineering perspective on its use.
