Job Duplication - Repeatable Robotics Efficiency

whitePaper | January 9, 2020

Trained and experienced designers are your greatest resource. With more employee retirements in the near future, and with complex technologies being implemented, graduate engineers without specific application experience are finding it difficult to step into the shoes of those retirees easily. Companies are having to deal with these situations right now.

whitePaper | December 10, 2021

A multiphysics approach to design is of the essence to fully capture the realworld interactions between the physical phenomena at play inside today’s complex products. This means that to develop the best products need to adopt simulation tools capable of handling structural, thermal, and fluid flow behavior with high-fidelity and in a timely manner. Access to CAE simulation tools in the cloud is therefore critical and can offer a competitive advantage, as it enables engineering teams to quickly assess product performance and accelerate design iterations by leveraging its virtually limitless computational power and collaborative nature. Engineers and designers have traditionally been constrained by legacy desktop CAE tools. Neither the computational power available locally, or its associated cost, scale up or down on-demand. N

whitePaper | August 2, 2022

The purpose of the Technical Design Requirements for Alberta Infrastructure Facilities (TDR) document is to provide architects, engineers, contractors, client groups, facility administrators and operators involved in designing and building facilities with a comprehensive set of requirements. The requirements have been developed by Alberta Infrastructure Technical Services and Procurement Branch by consolidating best practices information, from the position of knowledgeable owner, as well as national and international subject matter experts. They are based on components and systems which have proven to be reliable and efficient, to meet the needs of the users, and to have acceptable life cycle costs. The requirements are intended as a minimum for planning new facilities and renovating and operating existing facilities. Innovative designs, products, systems and technology are encouraged after thorough evaluation of potential benefits and risks, value analysis and life cycle cost. Early and regular involvement by Technical Services staff is recommended when proposing alternatives.

whitePaper | April 20, 2022

The continued growth and success of cities is one of the great triumphs of modern civilization. Cities are home to the majority of the world’s population and generate more than 80% of GDP. Rapid urbanization has also brought about new challenges as cities have struggled with congestion, pollution, increased carbon emissions, inequity and exposure to natural disasters such as floods and storms. The COVID-19 pandemic and climate change have further intensified these issues. The United Nations 2030 Agenda for Sustainable Development sets out the goal of “building inclusive, safe, resilient and sustainable cities and communities”. Whereas these goals may be universally accepted, the path to get there is not as clear. Innovation and empowerment of digital technology are critical to transforming our cities. Policy support and institutional change are also essential.

whitePaper | February 9, 2021

Construction projects have always faced pressure to begin early mobilization of the construction phase which can result in out-of-sequence work leading to cost and schedule overruns. The decision to proceed with construction requires a standard, objective process that easily identifies the gaps that must be addressed to achieve construction readiness and supports the decision of when to move forward. CII's Construction Readiness Assessment is a game-changer to guide project teams in achieving construction readiness with confidence. Their research shows that construction-ready projects outperform projects that are not ready with 20% better cost performance and 22% better schedule performance2.

whitePaper | May 31, 2021

he digital planning, which can now be found in architecture and design offices, at general contractors or via prefabrication, bricklaying robots and GPS-based excavators already on the building site, is characterized by Building Information Modeling (BIM). Yet, BIM is only really an efficient and commercial option if it is paired with the integrated working method.