ARCT08061 2022 Advanced Architecture Technology 2

The course will focus on advanced architectural, technological, constructional and environmental issues consistent with years 4 and 5 of the BArch programme; pedagogically similar to what would be expected at post-graduate level. To demonstrate this the students are required to attend a theory lecture that includes individual and group practical learning of specific theories, methodologies and specific software relating to the theory. The practical aspect of using the software and other tools for environmental assessment and technology integration will help students develop innovative architectural projects as well as being useful in Practice.

The lectures about combatting the climate and biodiversity emergency, the RIAI Climate 2030 Challenge, achieving net Zero (on both existing and new buildings) and integration of technology/structures will provide encouragement and inspiration to combat the climate and biodiversity emergency in an area that contributes nearly 40% of energy related Carbon Dioxide (CO2) emissions.

The purpose of the lecture series and hands-on practical sessions is to encourage the students to integrate technology in a sustainable yet creative way and to research new architectural solutions which integrate a compact building form, the buildings structure and environmental system based on the Passive House theory of energy assessment.

The sessions are divided into three parts:

1. An overview is given of the theory and physics/mathematical principles taught in a way suitable to architectural students.
2. A simple working example of the theory taught at 1. is worked through either online or in the studio.
3. The students then implement this theory and worked example into a simple example of a current or previous design project.

It is proposed that the breakdown for the 3 hours would be theory and example for an hour (lecture/practical) and then the practical implementation for 2 hours. The order is only indicative and subject to change. Below shows a 12 lecture/practical program with specific invited guest lecturers on specific topic related to the content delivered where the students are shown relevant case studies.

Each week following the theory/practical the students are assessed on a simpler example related to their design project (either past or present). At the end of the semester the students are required to implement all of the theory and practical knowledge into the technological and structural integration into their design project.

Structure as Architecture presents a comprehensive analysis of the indispensable role of structure in architecture. An exploration, as well as a celebration, of structure, the book draws on a series of design studies and case study examples to illustrate how structure can be employed to realize a wide range of concepts in contemporary architecture. By examining design principles that relate to both architecture and structural engineering, Andrew Charleson provides new insights into the relationship between both the technical and aesthetic aspects of architecture. Now in its second edition, the text has been extensively revised and updated throughout. Features include: A brand new chapter on hidden structure, adding to the material on exposed structures Two new chapters on using structure to realise common architectural concepts through a combination of precedents and creative design Over 50 new case studies from across the globe Easy-to-understand diagrams and a highly illustrated to aid understanding and accessibility More than two hundred case studies of contemporary buildings from countries such as the UK, the US, France, Germany, Spain, Italy, China, Australia and Japan illustrate how a thorough integration of structure adds layers of richness and enhances the realisation of architectural design concepts.

Conceptual Structural Design aims to bridge the gap between engineers and architects understanding of structural form and highlight the importance of close collaboration between all members of the design team throughout a project. This book is presented in two parts. The first part is theoretical and investigates sources of inspiration for developing structural form, learning from natural forms, applying our own intuition, seeking inspiration from precedents, applying understanding of structural principles, developing design through physical models, and using new design tools, construction methods and materials to develop new structural forms. The second part of the book is presented through a selection of case studies which include interviews with the design teams. Conceptual Structural Design: describes the immense development in design tools, construction methods and materials and how these have impacted upon the way designers think, perceive and design structures reflects on the development in knowledge, skills and opportunities which affect the design team and the importance of embracing sustainability agendas includes a selection of case studies which outline architects experiences from real projects and how they collaborated with engineers from the early stages of design. The second edition of Conceptual Structural Design is essential reading for architects and engineers, and for anyone interested in conceptual structural design."

Sustainable Design for the Built Environment marks the transition of sustainable design from a specialty service to the mainstream approach for creating a healthy and resilient built environment. This groundbreaking and transformative approach introduces sustainable design in a clear, concise, easy-to-read format. This book takes the reader deep into the foundations of sustainable design, and creates a holistic and integrative approach addressing the social, cultural, ecological, and aesthetic aspects in addition to the typical performance-driven goals. The first section of the book is themed around the origins, principles, and frameworks of sustainable design aimed at inspiring a deeper, broader, and more inclusive view of sustainability. The second section examines strategies such as biophilia and biomimicry, adaptation and resilience, health and well-being. The third section examines the application of sustainability principles from the global, urban, district, building, and human scale, illustrating how a systems thinking approach allows sustainable design to span the context of time, space, and varied perspectives. This textbook is intended to inspire a new vision for the future that unites human activity with natural processes to form a regenerative, coevolutionary model for sustainable design. By allowing the reader an insightful look into the history, motivations, and values of sustainable design, they begin to see sustainable design, not only as a way to deliver green buildings, but as a comprehensive and transformative meta-framework that is so needed in every sector of society. Supported by extensive online resources including videos and PowerPoints for each chapter, this book will be essential reading for students of sustainability and sustainable design.

"When nature inspires our architecture-not just how it looks but how buildings and communities actually function-we will have made great strides as a society. Biophilic Design provides us with tremendous insight into the 'why,' then builds us a road map for what is sure to be the next great design journey of our times." -Rick Fedrizzi, President, CEO and Founding Chairman, U.S. Green Building Council "Having seen firsthand in my company the power of biomimicry to stimulate a wellspring of profitable innovation, I can say unequivocably that biophilic design is the real deal. Kellert, Heerwagen, and Mador have compiled the wisdom of world-renowned experts to produce this exquisite book; it is must reading for scientists, philosophers, engineers, architects and designers, and-most especially-businesspeople. Anyone looking for the key to a new type of prosperity that respects the earth should start here." -Ray C. Anderson, founder and Chair, Interface, Inc. The groundbreaking guide to the emerging practice of biophilic design This book offers a paradigm shift in how we design and build our buildings and our communities, one that recognizes that the positive experience of natural systems and processes in our buildings and constructed landscapes is critical to human health, performance, and well-being. Biophilic design is about humanity's place in nature and the natural world's place in human society, where mutuality, respect, and enriching relationships can and should exist at all levels and should emerge as the norm rather than the exception. Written for architects, landscape architects, planners,developers, environmental designers, as well as building owners, Biophilic Design: The Theory, Science, and Practice of Bringing Buildings to Life is a guide to the theory, science, and practice of biophilic design. Twenty-three original and timely essays by world-renowned scientists, designers, and practitioners, including Edward O. Wilson, Howard Frumkin, David Orr, Grant Hildebrand, Stephen Kieran, Tim Beatley, Jonathan Rose, Janine Benyus, Roger Ulrich, Bert Gregory, Robert Berkebile, William Browning, and Vivian Loftness, among others, address: * The basic concepts of biophilia, its expression in the built environment, and how biophilic design connects to human biology, evolution, and development. * The science and benefits of biophilic design on human health, childhood development, healthcare, and more. * The practice of biophilic design-how to implement biophilic design strategies to create buildings that connect people with nature and provide comfortable and productive places for people, in which they can live, work, and study. Biophilic design at any scale-from buildings to cities-begins with a few simple questions: How does the built environment affect the natural environment? How will nature affect human experience and aspiration? Most of all, how can we achieve sustained and reciprocal benefits between the two? This prescient, groundbreaking book provides the answers.

Demonstrates the principles of facade construction. Guidelines are suggested for good detailing. This book describes the installation procedures for the most common materials - glass, wood, steel, concrete, and aluminum.

Since faade design, construction and technology are assuming a greater significance in the building industry today, this volume provides an overview of the entire spectrum and shows in how the relationship of interior and exterior must be defined, designed and implemented.

Modern Construction Envelopes deals with the facade and roof as an integral part of the building, allowing a holistic approach to the design of the building envelope and providing greater design freedom. The book is aimed at readers who want to extend their knowledge of wall and roof construction beyond the information given in the Modern Construction Handbook, using state-of-the-art construction principles of modern facade and roof systems. The third edition of this classic has been fully brought up to date; it contains new examples in all chapters and presents the projects in revised, new 3D drawings and in 25 AR applications that can be accessed free of charge via smartphone and tablet.

A structural glass facade is a glass wall in which the glass itself is part of the building structure. The fundamental technology of structural faade systems has undergone a transition over the past decade from an emergent, experimental building form to a mature, fully robust technology. The book documents, defines, and categorizes the current state of the art in long-span glass faade design and construction, with a focus on structural systems, glass cladding options and implementation strategies for innovative design. With illustrations and case studies, the book discusses designs and design practices; engineering issues; material, process and fabrication considerations, installation means and methods, and project delivery strategies. A must for architects, industrial designers, and interior designers.

Passivhaus is the fastest growing energy performance standard in the world, with almost 50,000 buildings realised to date. Applicable to both domestic and non-domestic building types, the strength of Passivhaus lies in the simplicity of the concept. As European and global energy directives move ever closer towards Zero (fossil) Energy standards, Passivhaus provides a robust 'fabric first' approach from which to make the next step. The Passivhaus Designers Manualis the most comprehensive technical guide available to those wishing to design and build Passivhaus and Zero Energy Buildings. As a technical reference for architects, engineers and construction professionals The Passivhaus Designers Manualprovides: State of the art guidance for anyone designing or working on a Passivhaus project; In depth information on building services, including high performance ventilation systems and ultra-low energy heating and cooling systems; Holistic design guidance encompassing: daylight design, ecological materials, thermal comfort, indoor air quality and economics; Practical advice on procurement methods, project management and quality assurance; Renewable energy systems suitable for Passivhaus and Zero Energy Buildings; Practical case studies from the UK, USA, and Germany amongst others; Detailed worked examples to show you how it's done and what to look out for; Expert advice from 20 world renowned Passivhaus designers, architects, building physicists and engineers. Lavishly illustrated with nearly 200 full colour illustrations, and presented by two highly experienced specialists, this is your one-stop shop for comprehensive practical information on Passivhaus and Zero Energy buildings.

Eco-efficient Construction and Building Materials reviews ways of assessing the environmental impact of construction and building materials. Part one discusses the application of life cycle assessment (LCA) methodology to building materials as well as eco-labeling. Part two includes case studies showing the application of LCA methodology to different types of building material, from cement and concrete to wood and adhesives used in building. Part three includes case studies applying LCA methodology to particular structures and components. Reviews ways of assessing the environmental impact of construction and building materials Provides a thorough overview, including strengths and shortcomings, of the life cycle assessment (LCA) and eco-labeling of eco-efficient construction and building materials Includes case studies showing the application of LCA methodology to different types of building material, from cement and concrete to wood and adhesives used in building

Concise, user-friendly and illustrated, this step-by-step book is ideal for practitioners and students looking to utilise the Passive House Planning Package (PHPP) as a design tool. Readers will be empowered as they better understand the essential criteria for all low energy building schemes, including: the impact of orientation, envelop to treated-floor ratios, and shading effects on the energy balance.

Defining and reducing the carbon footprint of a new or refurbished building can be a daunting task. There are lots of tools to measure the environmental impact of buildings, but they all measure energy and CO2 in different ways, and they do not measure the whole carbon footprint. What Colour is your Building? provides practical and pragmatic guidance on how to calculate and then compare the whole carbon footprint of buildings using one simple method looking at operating, embodied and transport energy. It will equip designers, building owners, occupiers, planners and policy makers with the tools and knowledge that they will need to make decisions early on about where the big impacts will be in terms of reducing the carbon footprint of the building, including: A new, simple approach to understanding the whole carbon impact of buildings Benchmarking data for operating energy performance A clear, transparent method of separating landlord energy performance from tenant energy performance Simple diagrams and numbers to put renewable energy into perspective.

In order to meet UK Carbon reduction commitments for 2020 and 2050 building owners will be required to upgrade their buildings to meet an increasingly stringent set of energy performance requirements. In the absence of any clear advice from UK Government on how this can be achieved, the EnerPHit standard offers a very clear methodology. This is a practical guide that gives architects the tools to retrofit buildings to the highest EnerPHit standard. It equips the reader with the key information on EnerPHit (as the most effective benchmark for performance), the practical know-how and tips to ensure effective retrofit throughout all Plan of Work stages of a project to the EnerPHit standard. Backed with real-life case studies, it enables you to understand how to achieve successful outcomes tailored to suit available budgets and programmes.

Balmond is making the transition from structural engineer working alongside other architects to an architect in his own right. His structural thinking differs from that of others in his field, in its completely innovative conception of the engineer's contribution to architecture. The plasticity of architectural plans is enhanced through a decisive promotion of their structural designs. The borderline between structure and architecture thus becomes increasingly blurred. This process is explained in detail in "Informal" by reference to eight seminal projects. Balmond elucidates the theoretical basis of his engineering and architectural solutions, and his sketches transcend purely technical illustration - they are key to his approach. "Informal" invites readers to rethink their understanding of the relationships between architecture, design and engineering.

see module handbook

see module handbook

Architects Journal

BRE

CISBE

www.riai.ie

see module handbook

Refer to Architecture Space and Resource provision Handbook.

Dedicated studio space for each student registered on the the academic year of the BArch programme.

Including but not limited to: 

Drawing Board, Layout space, wall space, drawing/model storage, materials storage.

Printing and scanning facilities (A0, A1, A2, A3).

Model Making benches, cutting surfaces, hand tools, lazer cutters, 3Dprinters

Technology/Materials Lab

Critique space

General and Archive storage.

IHS Database (Online)

Library

Moodle