Description
Engineers, Architects and Designers are persistently constrained to provide a greater performance and better solutions when it comes to applying light effectively. Our process will enhance the BIM collaboration level and address how Generative Design can help manufacturers to produce more with less resources, energy and time to support sustainability.
This class will go beyond the fundamentals of interior design lighting and dive into settings to promptly prototyped an automated system that can understand the requirements for the photometric light, select proper schemes, and calculate the level of lighting.
We will learn how to link the IES files to any light rendering software then by altering the code preferences we can achieve accurate visuals that can be adjusted and updated at real time. The chosen design will be automatically translated into BIM data that will generate electrical plans and instantly calculate the intensity and quantity of light required for a particular space.
Principaux enseignements
- Identify the automated system that can understand the requirements of IES light to simulate design criteria real time
- Calculate the quantity of light needed for a particular space where certain activities are performed.
- Explain the link between design and application in order to generate electrical design sheets and QTO schedules using BIM
- Learn how to classify and objectify fundamental abilities of Generative Design to customize a sustainability framework
Intervenants
IMAD HANNAImad is an associate professor at the American University in Dubai, a confident and competent Interior Architect with extensive experience in working on a different range of projects ranging from design to execution. He graduated from the University of Holy Spirit USEK (Kaslik- Lebanon) as Interior Designer and accomplished his Master in Interior Architecture in 2008-2009. His interest in mixing architectural concepts with the latest technologies made him an expert in the Digital Design Fabrication field. Imad is a 3D studio Max (Autodesk certified professional) and (Adobe certified Expert). He Received a certificate from Harvard “Teaching and learning strategies for higher education “ along with several certificate of appreciation for being an active member in the NASAD accreditation so as for his contribution in the success of the CIDA – Council Of Interior Design Accreditation at the American University in Dubai. Imad is an Associate member (AIA), (APID) and (IDEC)
Mustafa Salaheldin Ali BakrAs the Innovation and R&D Lead at Atkins Middle East and Africa, I lead the digital delivery and engineering design R&D. Armed with a Bachelor's degree in Computer and Systems Engineering, my expertise extends across multiple domains, bolstered by certifications as a LEED GA, Autodesk Expert Elite, and Microsoft Applications Developer. My journey into the realm of cutting-edge technology began as the BIM R&D head at Engineering Consultants Group (ECG) in 2012, where I spearheaded pioneering projects in Egypt. Transitioning to SNC-Lavalin Atkins in 2016 marked a pivotal moment, amplifying my impact within the industry. With a repertoire of speaking engagements at prestigious platforms such as Autodesk University in Las Vegas, I've showcased my proficiency in BIM R&D and digital innovation. Notably, my project graced the Opening Keynotes main stage in 2018, underscoring my commitment to pushing boundaries. At Atkins, I collaborate seamlessly with diverse departments, including Architects, MEP, Masterplanning, and F+G, to devise innovative engineering solutions. My forte lies in system automation and integration, leveraging state-of-the-art techniques to drive data-driven business decisions. In my role, I orchestrate strategic planning for data management, encompassing gathering, ingesting, extracting, and analyzing data. By championing standardized data practices, I ensure Atkins remains at the forefront of innovation, driving transformative change across the organization and beyond.
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