There are a lot of important skills needed for a career in engineering. As well as academic skills, future engineers need to be able to present data, work in project teams, carry out experiments, problem solve and write reports. This book emphasises the importance of these core skills, and supports engineering students as they successfully navigate their courses and move forward into a career of ongoing development. Written in a friendly and encouraging style, Skills for engineering and built environment students: - Provides guidance on both the study and the professional practice of engineering. - Addresses common worries and pitfalls, debunking myths and demystifying jargon. - Helps with milestones such as group projects, presentations, work placements and job interviews. Supported by interviews with students, lecturers, young engineers and employers, Skills for Engineering and Built Environment Students guides students and early-career professionals through an important transition stage, thoroughly preparing them for the world of work.

Based on the innovative Project Lead the Way (PLTW) curriculum, this dynamic new text is designed to prepare students for college and career success in science, technology, engineering, and math (STEM). Whether students are interested in becoming engineering or architecture professionals, or simply want to understand the structural systems and building styles in their communities, this text will help them develop the technological literacy to appreciate, describe, and make informed decisions about our built environment. As an integrated part of your PLTW program or a standalone classroom resource, CIVIL ENGINEERING AND ARCHITECTURE is an ideal choice to support your students' STEM success. This book provides a richly illustrated history of architectural styles and the engineering achievements that produced them, as well as detailed coverage of the principles and concepts that current professionals use to shape today's built environment. From site discovery through landscaping, the text provides a wealth of step-by-step examples and exercises, plentiful case studies and career profiles, and engaging articles and activities to help students build their knowledge while developing essential problem-solving skills. Important Notice: Media content referenced within the product description or the product text may not be available in the ebook version.

The third book in this series is written by a team of interdisciplinary teachers and professionals, led by Mike Waterhouse and Geoff Crook, is aimed at students and professionals in the built environment who wish to develop their management and business skills. In a rapidly changing world where techniques and custom and practice can date soon after discovery, where organisations are constantly changing shape and style to cope with rapid technological, economic, political and social change, there is a need for managers and built environment professionals who know how to learn, who are self-aware enough to know when they don't know, and who have the confidence and personal substance to be able to initiate the required learning activites when necessary.

Innovation in building design and construction depends on innovative strategies being developed by teachers and practitioners, made available to students and then professionally adopted. Successful transfer of this knowledge relies on appropriate support for both students and academics to ensure the new knowledge is translated into a format appropriate to the learner's current state of understanding, often using a constructivist, student-centred learning approach. This special issue of the journal Architectural Engineering and Design Management examines new strategies to manage effectively a growing number of students and a changing student profile in the built environment sector. Written by international experts in the field, core themes covered include student-centred learning, practice-based learning, good practice and evaluation, and instructional systems design. Several papers are devoted to virtual learning, focusing on e-pedagogy, standardisation, bridging the gap between academia and industry, and virtual learning environments. This peer-reviewed publication will be invaluable reading for lecturers and students on architecture and civil engineering courses, professional architects and engineers, and all interested in T&L, continuing professional development and distance learning in the built environment sector.

Thousands of students graduate from university each year. The lucky few have the rest of their lives mapped out in perfect detail - but for most things are not nearly so simple. Armed with your hard-earned degree the possibilities and career paths lying before you are limitless, and the number of choices you suddenly have to make can seem bewildering. Life After...Engineering and Built Environment has been written specifically to help students currently studying, or who have recently graduated, make informed choices about their future. It will be source of invaluable advice and wisdom to graduates on where their degree can take them, covering such topics as: Identifying a career path that interests you – and how to start pursuing it The worldwide opportunities open to engineering graduates Staying motivated and pursuing your goals Networking and self-promotion Making the transition from scholar to worker The Life After University series of books are more than simple ‘career guides’. They are unique in taking a holistic approach to career advice – recognising the increasing view that, although a successful working life is vitally important, other factors can be just as essential to happiness and fulfilment. They are the indispensable handbooks for students considering their future direction.

Building Education and Research explores this new active area of research in a series of papers by internationally acclaimed experts, presented at the CIB W89 International Conference on Building Education and Research held in July 1998 (BEAR `98) in Brisbane, Australia. Sponsored in collaboratio jointly by the Queensland University of Technology, the Conseil International du Batiment (CIB) and the Australian Institute of Building (AIB), the conference was organised around the theme `Building Research and Education Beyond 2000' and looks at the factors that are changing the requirements of building education and research: economic and technological concerns; environmental concerns; government policies; Industries' demands; re-evaluation of community expectations.