NEXT-GEN ENGINEERING

whitePaper | October 12, 2022

There is a revolution underway in the design and construction industry with digital fabrication, modular construction, 3D printing of building components (and even buildings), and robotics playing a larger role in every aspect of the construction process. The instructions for these buildings are evolving from paper-based documentation to digital information that is both human and machine-readable.

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 | July 1, 2022

Quality Engineering has gained prominence with the shift to agile and DevOps. Companies are shifting from Quality Assurance process for an agile and scalable application development process. QE brings software development and IT operations teams together, removes silos, and embedding security in every step of the application development process. But this is just the tip of the iceberg among the reasons to shift from Quality Assurance to Quality Engineering. The move towards QE over QA is a cultural shift within the organizations and the development teams.

whitePaper | February 24, 2022

Cloud-native engineering empowers organizations to design and develop scalable, agile, cost-effective applications and run them in dynamic environments such as on-premises or in public, private, or hybrid clouds. A cloud-native application consists of microservices working together in an application that can be scaled easily. These microservices are often packaged in code along with libraries and dependencies to run anywhere. In a cloud-native app, the application code is designed, built, and delivered very differently than it would be for conventional, monolithic apps. Cloud-native engineering enables loosely coupled systems that are resilient, manageable, and observable to be combined with robust automation, allowing engineers to make changes frequently.

whitePaper | May 24, 2022

The pace and degree of digital transformation has accelerated in the past year as businesses were forced to devise newer strategies to ensure business continuity while minimizing the negative impact of the pandemic. Enterprises that had made significant investments in digital technologies were better poised to face the unexpected and rapid changes in business scenarios, whereas those with low digital maturity had to spend a significant part of the early days of the pandemic in transforming their operations to suit the new normal. External factors such as customer needs and requirements, quality, reduction of production and control costs, environmental impact of products, etc., are pushing enterprises to re-evaluate their business strategies. They are continuously striving to find the right balance of increasing the margins of legacy products and to generate revenue growth through investments made towards digital innovation, new products, and services.

whitePaper | August 30, 2021

Advances in technology are transforming how construction sites operate. Handheld mobile devices, drones, sensors, robotics, wearables and more enable companies to interconnect every facet of their projects while collecting and analyzing relevant data, “the new gold.” Moreover, no matter the scope of the work at hand, technology can be adapted, reducing exposure and boosting efficiency. When driven by a new understanding of credible leadership and commitment, this change can lead the industry into a new era of resilient, reliable and safe construction projects.