Prof Hanif Kara
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IT IS GOOD to COMBINE WEIRDNESS with TECHNICAL Engineering Establishment
Opinion thestructuralengineer.org Hanif Kara Profi le Hanif Kara is a world-class structural engineer who is more appreciated by those outside his profession than those within it; or that, at least, is how he feels. Jackie Whitelaw talks to a man who wonders if he is too diff erent to be embraced by the establishment. Figure 2 Wishbone-shaped trusses and ETFE-clad roof for Birmingham New Street station N I E L D E I R F N A J Founding director of AKT II, Hanif Kara – a man recognised for raising the debate on engineering of the world rather than the world of engineering – has a phrase to describe how many of his peers perceive him. ‘It is often said that I am weird and diff erent,’ he reports. On one hand, he’s happy with that – clients, universities and non-engineering organisations notice and see these as positive attributes; on the other, there’s an element of disappointment as he feels his success is generally less understood by the "IT IS GOOD TO COMBINE WEIRDNESS WITH TECHNICAL engineering establishment. INGENUITY IF YOU WANT TO BE SUCCESSFUL AND MAKE ‘I don’t fi t the mould that many people BUILDINGS STAND UP THAT OTHERS CAN’T" are comfortable with. But then, one of my mentors and clients, Peter Rogers, reassured Prize-winning Peckham Library in London, as me early on that it is good “to combine well as the capital’s building of the moment weirdness with technical ingenuity if you – the Bloomberg European Headquarters want to be successful and make buildings (Figure 1). -
Guerrilla-Tactics-2017-Programme.Pdf
#RIBAgt Architecture.com/GuerrillaTactics2017 #RIBAgt I With thanks to: SMALL PRACTICE CONFERENCE Creative Director: David Miller, David Miller Architects AND CPD DAY Guerrilla Tactics Steering Group: Chris Bryant, alma-nac, RIBA Small Practice Group Chair Cassion Castle, Cassion Castle Architects Rachael Davidson, HÛT Architecture Barbara Kaucky, erect architecture Petra Marko, Marko&Placemakers DAY 1 Tuesday 14th November Conference Day: The Power of Small: Embracing agility in practice to affect big change In the current professional environment, when both technologies and market conditions are shifting fast, the ability to be agile and adaptable to change is the key to success. Small, light-footed practices have a unique competitive advantage over bigger organisations, which are weighed down by existing processes and drawn-out decision-making. As a small practitioner, how can you overcome the limits on your time and resources and turn size and deftness to your advantage? By becoming more efficient, is there a way that your practice can gain commercial benefit from what you are currently doing, so you retain more profit? Is it possible to not just survive, but to achieve growth and profitability and punch above your weight? The conference day is devised to highlight how small practitioners can positively manage change and adopt new beneficial ways of working. There is an emphasis on continuous bite-size improvement rather than wholescale transformation: identifying the right tools and processes that can make the difference. A session is also dedicated to areas in which architects are expanding the scope of their services, gaining additional business by increasing their offer to clients. -
Nutrient Loading and Impacts in Lake Champlain, Missisquoi Bay, and the Richelieu River
Nutrient Loading and Impacts in Lake Champlain, Missisquoi Bay, and the Richelieu River Draft Report prepared by: New England Interstate Water Pollution Control Commission Lake Champlain Basin Program Organisme de basin versant de la baie Missisquoi For : International Joint Commission Table of Contents Executive Summary 1 1 Introduction 2 1.1 Background, Purpose, and Scope 2 1.2 Prior IJC Work in the Lake Champlain Basin 3 1.2.1 Causeway Removal Water Quality Study 3 1.2.2 Identification of Critical Source Areas 4 1.2.3 Lake Champlain-Richelieu River Flood Mitigation Studies 4 1.3 Study Areas 5 1.3.1 Lake Champlain 5 1.3.2 Richelieu River 6 1.3.3 Missisquoi Bay 6 1.4 Literature Review and Quality Assurance 9 2 Key Nutrient Loading and Cyanobacteria Issues 9 2.1 Overview of Nutrient Loading and Cyanobacteria Issues in Lake Champlain and Missisquoi Bay 9 2.2 Detailed Analyses of Missisquoi Bay and Its Sub-Basin 12 2.2.1 Hydrodynamics 14 2.2.2 Nutrient Enrichment 14 Dynamics, Sources, and Causes 14 2.2.3 Cyanobacteria Blooms 19 Cyanobacteria & Cyanotoxins 19 Sources and Causes 22 2.2.4 Health Risks and Recreational Impacts 23 2.2.5 Economic Impacts 25 3 Overview of Potential In-Lake Restoration Measures and Technologies 26 3.1 International Overview of Restoration Efforts and Results 26 3.1.1 Canada 26 3.1.2 U.S. 27 Commonly Used In-Lake Restoration Techniques 27 Regional Lake Restoration Efforts 28 3.2 Effectiveness Results and Analysis, Estimated Cost-Benefit, and Adaptability to Missisquoi Bay 35 4 Programs and Policies Influencing Key -
Compensation Policy Issue
United Nations Environment Programme Dams and Development Project Compendium on Relevant Practices - 2nd Stage Compensation Policy Issue Monetary compensation for lost assets and loss of access to resources Livelihood restoration and enhancement Community development Catchment development Final Report Prepared by: Mr. Vincent ROQUET, Sociologist and Planner, Lead Consultant with Ms. Carine DUROCHER, Anthropologist Vincent Roquet & Associates Inc. 560 Sainte-Croix Avenue, suite 101, Montreal (Quebec) Canada, H4L 3X5 Tel: +1 (514) 849-3030; Fax: +1 (514) 849-3322 Email: [email protected] September 15th, 2006 Table of Contents Page EXECUTIVE SUMMARY....................................................................................................................... vi 1 – INTRODUCTION ................................................................................................................................ 1 1.1 Context........................................................................................................................................ 1 1.2 Study Objective........................................................................................................................... 1 1.3 Study Process.............................................................................................................................. 2 1.4 Contents of Final Report............................................................................................................. 2 2 – METHODOLOGY.............................................................................................................................. -
Discipline Decision 18-013
THE DISCIPLINE FILE Date: December 17, 2018 Case No.: 18-013 RDO IN THE MATTER OF THE ENGINEERING AND GEOSCIENCE PROFESSIONS ACT, AND IN THE MATTER OF THE CONDUCT OF NORMAND N. FALLU, P.ENG. The Investigative Committee of the Association of Profes- the relevant time of the collusion scheme (2005- sional Engineers and Geoscientists of Alberta (APEGA) 2010). has conducted an investigation into the conduct of Nor- 3. The Member voluntarily cancelled his membership mand N. Fallu, P.Eng. (“the Member”). with the OIQ on April 1, 2013, upon his transfer by The investigation was conducted with respect to a Dessau to Calgary, Alberta. complaint initiated by the Deputy Registrar and Chief Reg- 4. The Member became a Professional Member of ulatory Officer (CRO) of APEGA, Matthew Oliver, P.Eng., APEGA on April 9, 2013. (“the Complainant”) on February 22, 2018. The complaint related to a disciplinary proceeding initiated against the 5. In May 2013 the Member was terminated by Member by the Ordre des ingeniéurs du Québec (OIQ). Dessau after he was identified as a person of interest in the Charbonneau Commission. The A. BACKGROUND Charbonneau Commission, which commenced in 2011, was established by the Government of The Complainant filed a complaint against the Member Quebec to investigate corruption in the granting and alleging the Member had participated in a contract management of public contracts in the construction collusion scheme and obstructed the OIQ investigation. industry. B. THE COMPLAINT 6. In the fall of 2013 the Member was hired by Stantec in Alberta. The Complainant referred the matter to APEGA's 7. -
PHASE3 Architecture and Design
[email protected] 17 May 2017 BUILDINGS PLACES CITIES [email protected] 17 May 2017 LONDON: DESIGN CAPITAL BUILDINGS / PLACES / CITIES This NLA Insight Study was published by New London Architecture (NLA) in May 2017. It accompanies the NLA exhibition London: Design Capital on display from May–July 2017 and is part of the NLA International Dialogues year-round programme, supporting the exchange of ideas and information across key global markets. New London Architecture (NLA) The Building Centre 26 Store Street London WC1E 7BT Programme Champions www.newlondonarchitecture.org #LDNDesignCapital © New London Architecture (NLA) Programme Supporter ISBN 978-0-9956144-2-0 [email protected] 17 May 2017 2 Contents Forewords 4 Chapter one: London’s global position 6 Chapter two: London’s global solutions 18 Chapter three: London’s global challenges and opportunities 26 Chapter four: London’s global future 32 Project showcase 39 Practice directory 209 Programme champions and supporters 234 References and further reading 239 © Jason Hawkes – jasonhawkes.com [email protected] 17 May 2017 4 5 Creative Capital Global Business As a London based practice with offces based on three continents and London is the world’s global capital for creative design and construction a team of highly creative architects currently engaged in design and skills. Just as the City of London became the fnancial capital of the world, development opportunities around the globe, I welcome the NLA’s latest so London has beneftted from its history, its location, its legal and education insight study and exhibition London: Design Capital for two reasons. -
Introduction
INTRODUCTION Aga Khan Aga Khan Aga Khan Prize-Winning Award for Award for Award for Projects Architecture Architecture Architecture 2019 2019 2019 The Aga Khan Award for Architecture THROUGH ITS EFFORTS, the Award seeks to identify Steering Committee Master Jury 122 Prize-Winning Projects in 14 Award Cycles (1980-2019): is given every three years to projects and encourage building concepts that successfully address the needs and aspirations of societies 67 in Asia that set new standards of excellence across the world, in which Muslims have a significant 32 in Africa in architecture, planning practices, presence. 23 in Europe & Turkey historic preservation and landscape The selection process emphasizes architecture that not only provides for people’s physical, social His Highness the Aga Khan TURKEY CYPRUS Nail Cakirhan Residence, Akaya Village Rehabilitation of the Walled City, Nicosia architecture. and economic needs, but that also stimulates and Turkish Historical Society, Ankara Chairman Mosque of the Grand National Assembly, Ankara LEBANON Middle East Technical University, Ankara Samir Kassir Square, Beirut responds to their cultural expectations. Particular Olbia Social Centre, Antalya Great Omari Mosque, Sidon B2 Cakirhan Residence Issam Fares Institute, Beirut attention is given to building schemes that use local Ertegun House, Bodrum JORDAN Demir Holiday Village, Bodrum East Wahdat Upgrading Programme, Amman Sir David Adjaye Azim Nanji Anthony Kwamé Edhem Eldem Gurel Family Summer Residence, Canakkale resources and appropriate technology in innovative SOS Children’s Village, Aqaba Rustem Pasa Caravanserai, Edirne ways, and to projects likely to inspire similar efforts Principal, Adjaye Special Advisor, Appiah Collège de France Ipekyol Textile Factory, Edirne SAUDI ARABIA Social Security Complex, Istanbul Hajj Terminal, King Abdul Azis Intl Airport, Jeddah elsewhere. -
A-5 Pierreboucherhospital.Pdf
Section 1 Project Highlights HVAC for new Ambulatory Care Centre at Pierre‐Boucher Hospital Dessau was mandated to design new HVAC systems (heating, ventilation, and air conditioning) for a vital rehabilitation and expansion project at the Pierre‐Boucher Hospital, which is the largest health care facility on Montreal’s South Shore. The project involved a 100,000 ft2 expansion and a 90,000 ft2 rehabilitation of the existing hospital. Aside from designing integrated HVAC systems in a sensitive occupied environment, Dessau’s challenge was to significantly reduce the hospital’s energy consumption. Originality and Innovation Dessau’s designers knew that they needed to undertake a creative integrated design approach since hospitals are one of the heaviest energy consumers among Canadian buildings. One reason for their high energy consumption is the significant rate of outside air, ventilation and filtration that they require to ensure air quality and comfort in accordance with applicable codes and standards. Another reason is their use of medical equipment and high‐density lighting systems that require a lot of energy and increase cooling loads. Simulation models for a number of proposed design options were prepared using EE4 and DOE2.1e simulation software. This specialized software takes into account weather data, building envelope parameters and complex building HVAC system interactions that are almost impossible to estimate by way of traditional methods. By analyzing the building’s behaviour on an hourly basis, designers were able to determine the most energy‐efficient and cost‐effective HVAC system. These simulation models helped the designers interweave a combination of original technologies so efficient that no new heating equipment was necessary despite the 100,000 ft2 expansion of the hospital. -
HUDSONBAY (Read-Only)
Reference List 1. Aagaard, K. and Carmack, E. C. The role of sea ice and other freshwater in the Arctic circulation. J. Geophys. Res. 1989; 94(C10):14485-14498. Notes: Ref. does not deal directly with Hudson Bay, but may be of interest. 2. Aagaard, K. and Coachman, L. K. Toward an ice-free Arctic Ocean. Eos. 1975; 56:484-486. Notes: Ref. does not deal directly with Hudson Bay but may be of interest. 3. ABBDL. Estuaires des rivières Broadback et Rupert: Études des changements hydrauliques et des modifications aux régimes de glace. Montréal, Quebec: An unpublished report prepared for Hydro-Québec; 1979. Notes: Not seen from N/S ABC bibliography. 4. ---. Étude des impacts hydrauliques dans les estuaires des rivières Rupert et Broadback: Détermination des débits en période de construction et d'exploitation. Montréal, Quebec: An unpublished report prepared for Hydro-Québec; 1979. 5. Able, K. W. and McAllister, D. E. Revision of the snailfish genus Liparis from Arctic Canada. Can. Bull. Fish. Aquat. Sci. 1980; 208:viii + 52 p. 6. Abraham, K. F. and Ankney, C. D. Summer birds of East Bay, Southampton Island, Northwest Territories. Can. Field-Nat. 1986; 100:180-185. 7. Abraham, K. F. and Finney, G. H. Eiders of the eastern Canadian Arctic. Environment Canada, Canadian Wildlife Service, Report Series Number. 1986; 47:55-73. 8. Abraham, K. F.; Leafloor, J. O., and Lumsden, H. G. Establishment and growth of the lesser snow goose, Chen caerulescens caerulescens, nesting colony on Akimiski Island, James Bay, Northwest Territories. Can. Field-Nat. 1999; 113(2):245-250. -
Déboursés, Aides Et Dépenses Destinés Aux Autochtones Pour L’Année
Déboursés, aides et dépenses destinés aux Autochtones pour l’année 2009-2010 Déboursés, aides et dépenses destinés aux Autochtones pour l’année 2009-2010 Secrétariat aux affaires autochtones Le contenu de cette publication a été colligé par Marc Blouin et par Claude Roux du Secrétariat aux affaires autochtones à partir des données fournies par les ministères et les organismes du gouvernement du Québec concernés. Conception de la page couverture : Oxygène communication Édition : Secrétariat aux affaires autochtones ISBN 978-2-550-63116-3 (version imprimée) ISBN 978-2-550-63117-0 (version électronique) Dépôt légal – Bibliothèque et Archives nationales du Québec, 2011 Dépôt légal – Bibliothèque et Archives Canada, 2011 Photo couverture : Alain Dumas et Société touristique des Autochtones du Québec (STAQ) © Gouvernement du Québec TABLE DES MATIÈRES INTRODUCTION INFORMATIONS COMPLÉMENTAIRES LISTE DES ORGANISMES ET MINISTÈRES INCLUS AU DOCUMENT TABLEAU 2 : REMBOURSEMENTS FÉDÉRAUX DE 2000-2001 À 2009-2010 TABLEAU 3 : DÉBOURSÉS NETS DU GOUVERNEMENT DU QUÉBEC DE 2000-2001 À 2009-2010 TABLEAU 6 : SOMMAIRE DES DÉBOURSÉS POUR L’ANNÉE 2009-2010, PAR MINISTÈRE ET PAR NATION LISTE DES DÉBOURSÉS PAR MINISTÈRE ET PAR PROGRAMME HYDRO-QUÉBEC Développement du réseau ............................................................................................................................ 1 Versements aux Autochtones...................................................................................................................... 33 INVESTISSEMENT QUÉBEC -
REVERSE INNOVATION Rethinking Urban Transport Through Global Learning Imprint
REVERSE INNOVATION Rethinking Urban Transport through Global Learning Imprint Publisher: Authors: German Environment Agency Section I 3, German Environment Agency PO Box 14 06 Alina Ulrich, Deutsche Gesellschaft für Internationale D-06813 Dessau-Roßlau Zusammenarbeit (GIZ) GmbH Phone: +49 340-2103-0 [email protected] Editors: www.umweltbundesamt.de Claudia Kiso, German Environment Agency Elena Scherer, Deutsche Gesellschaft für Internationale //umweltbundesamt.deumweltbundesamt.de Zusammenarbeit (GIZ) GmbH //umweltbundesamtumweltbundesamt Citation: Deutsche Gesellschaft für Internationale UBA/GIZ (2017) Reverse Innovation – Rethinking Zusammenarbeit (GIZ) Urban Transport through Global Learning, German Environment Agency. Dessau-Roßlau, 09/2017. Registered offices Bonn and Eschborn, Germany Design: hauer+dörfler GmbH Friedrich-Ebert-Allee 40 53113 Bonn, Germany Publication as pdf: Phone: +49 228 44 60-0 https://www.umweltbundesamt.de/en/publications Fax: +49 228 44 60-17 66 Photo credits: Dag-Hammarskjöld-Weg 1–5 Cover: shutterstock.com 65760 Eschborn Manfred Breithaupt (S. 5), Amit Bhatt (Raahgiri Day), Daniel Phone: +49 61 96 79-0 Bongardt (MoBike und E-Bus), Fotolia: Philip Lange (S. 8), Fax: +49 61 96 79-11 15 mmphoto (S. 9), Arimbi Jinca (Go-Jek), Carol Mutiso (MPesa), Samira Negm (Raye7), Lincoln Paiva (Permanent Parklets), Email: [email protected] Shengyang Sun (MoBike und E-Bus), Shutterstock.comShutterstock.com:: Internet: www.giz.de Efired (S.7), lornet (S.10), Kalpana Viswanath (SafetiPin), Claudia Weyandt (Gogoro) Last update -
A Guide to Geoscience in Ontario Geoscience & Geotechnical Common Skills
A Guide to Geoscience in Ontario Geoscience & Geotechnical Common Skills GEOENVIRONMENTAL/ GEOTECHNICAL/ GEOLOGY/ GEOMORPHOLOGY Sample Job Titles: Geomaterials Lab Technician/Technologist, Geomatics CAD Technologist, Geotechnical Engineer, Geotechnical Engineering Intern, Geotechnical Lab Technician, Geotechnical Technician, Intermediate Geotechnical Field Technician, JR. Geotechnical Field Technician, Jr. Geotechnical Engineer, Material Testing/Geotechnical Technician TECHNICAL SKILLS ▪▪ Demonstrated knowledge of CSA, ASTM, AASHTO and MTO LS testing methods ▪▪ Operating computerized and digital testing equipment ▪▪ Conduct laboratory tests on concrete and soils ▪▪ Operation and maintenance of laboratory equipment and ensuring quality records and documentations are completed ▪▪ Data processing ▪▪ Creating boundary surveys, topographic surveys, strata reference plans, subdivision plans, condominium plans ▪▪ Subdivision design and plotting ▪▪ Work plan and budget preparation and monitoring, invoicing and follow-up ▪▪ Ensuring quality control/quality assurance of field work, field data analysis and interpretation, engineering calculations, and report writing ▪▪ Conducting materials testing and inspection services during construction ▪▪ Prepare technical proposals and reports ▪▪ Conduct field inspections ▪▪ Prepare geotechnical proposals, analysis, and reports including calculations, drawings and specifications for projects ▪▪ Review tender documents during Estimating to interpret proposed foundation, shoring, and dewatering methods SOFT SKILLS