Egbc Professional Practice Management Plan
Juliano Nichols
LinkedIn and 3rd parties use essential and non-essential cookies to provide, secure, analyze and improve our Services, and to show you relevant ads (including professional and job ads) on and off LinkedIn. Learn more in our Cookie Policy.
In the fast-evolving world of engineering, staying ahead requires not only technical excellence but also unwavering compliance with industry regulations. For engineers practicing in British Columbia (BC) and Alberta, this means adhering to the Professional Practice Management Plan (PPMP) guidelines set forth by the Engineers and Geoscientists British Columbia (EGBC) and the Association of Professional Engineers and Geoscientists of Alberta (APEGA). In this blog post, we will delve into the essential steps to develop a Professional Practice Management Plan that not only meets EGBC and APEGA standards but also enhances your engineering practice.
Quality management is the backbone of engineering excellence. Your PPMP should incorporate a robust quality management system, ensuring that every project you undertake meets or exceeds industry standards. Document your processes for project planning, risk management, and quality control, and emphasize continuous improvement.
Engineering is a constantly evolving field. Your PPMP should outline how your firm ensures that its members stay current with industry developments and maintain their professional competencies. Include plans for ongoing training, certifications, and knowledge sharing within your organization.
Document Everything: Detailed documentation is key to a successful PPMP. Keep records of your code of ethics compliance, scope of practice, quality management processes, professional development activities, and complaint resolution procedures.
For professional assistance in developing your PPMP and ensuring compliance, consider reaching out to us HERE. Our expertise in engineering documentation can help streamline the process and ensure a compliant and effective plan.
Organizations must understand the potential impacts of climate change and be able to plan and implement climate solutions to survive and thrive. A structured and well managed climate change adaptation strategy is the key for success. ISO standards have long been used by most leading Organizations to manage their environmental risks and capture new opportunities. Recently, climate change adaptation standards have been developed to help organizations conduct climate risk assessments and plan for adaptation. From this presentation, you will understand how your organization can benefit from the application of these standards to mitigate climate risks and capture opportunities.
Have you ever wondered how the Indigenous populations of North and South America not only survived on these continents for over 20,000 years but also thrived? How they constructed vast civilizations that spanned thousands of miles with trade networks that crossed the continents? What type of engineering, technology and science did they practice and what can we learn from these examples. This presentation will discuss pre-colonized technologies of North and South America in areas as diverse as metal working, agriculture, weaving, medicine and dentistry.
We live and work in an exciting time of change that recognizes and supports the role of indigenous peoples in decision making on their traditional lands. This is a time of truth and reconciliation, a time of inclusion and diversity. In today's panel, we will speak with senior representatives who have been working with indigenous nations to understand the importance of indigenous knowledge and understanding the role indigenous nations in decision making on their traditional lands. We will also hear from young indigenous engineers in training on their current work experiences and the progress made to-date. The panel will close with comments on reconciliation.
As a seasoned risk manager, Professional Engineer, and project manager, Michael will explore the strategies and pitfalls associated with EPC within the engineering procurement and construction industry. Using a case study, he will share his success story of risk-based engineering and project management decision-making. Michael's vast experience in engineering leadership spans over two decades, having designed and built complex machines such as submarines, roller coasters, and renewable energy systems in remote locations. The seminar will also feature a fun ending where Michael will engage an AI - ChatGPT to provide insights into his decision-making. The seminar will delve into the professional compliance and risk assessment of using AI to support engineering decisions, providing attendees with a unique perspective on EPC and risk management in the industry.
Structured Engineering means structured systems. At Kor, integrated engineering, drafting and construction teams embrace agile workflow processes. Our efficient design solutions are creative, compliant, and economical.
Kor is constantly striving to improve efficiency and add value to clients. Our aim is to do great work, and be easy to work with. We have ample experience bringing projects to fruition. Our core competencies include:
As part of our commitment to delivering excellent service to our clients we have developed and follow gold standard operating systems with clear policies and procedures that drive efficiency for all our projects.
Our rigorous quality control practice follows the requirements for professional practice quality management set out in the EGBC Organizational Quality Management (OQM) Program and includes an Independent Engineering Check of all our structural designs by a professional engineer who was not involved in any aspects of the original design.
To better safeguard the public and the environment, retain public trust, and reduce risks to engineering and geoscience professionals, APEGS is considering a new approach to regulate firms that practice engineering and geoscience in Saskatchewan. The approach emphasizes preventative regulation that is characterized by guidance, learning, cooperation, and compassion to mitigate human fallibility. This work is being done as part of a review of The Engineering and Geoscience Professions Act and bylaws. Therefore, the Government of Saskatchewan is responsible for approving changes. The current plan is to provide the proposed changes to government during the call for legislation in early 2025.
In alignment with other regulators, while ensuring a fit with the needs of APEGS registrants, APEGS will require firms to develop, document, and follow policies and procedures in the three areas below as part of a professional practice management plan. APEGS will provide support through training, guidance documents, and templates.
APEGS will be conducing audits and practice reviews to foster continuous improvement and ensure public protection. The audits are based on risk assessment with outcomes ranging from no findings to minor or major non-conformances, necessitating corrective action plans to address identified gaps. Firms are required to comply with audits and maintain up-to-date information.
Various factors influence when and how the new approach is implemented, including feedback from interested parties, council approvals, IT system capabilities, and legislative changes. APEGS is aiming for voluntary implementation in 2025 with mandatory implementation in 2026 to allow for feedback and adjustments.
This new approach ensures a minimum level of practice through quality management and holds firms responsible for their decisions, aligning the obligations of firms with those of individual registrants. The approach is a more transparent way to regulate, with APEGS setting clear expectations and providing relevant information to interest holders. It also allows firms to be better equipped to mitigate risks, by addressing common complaints related to breaches of ethics, professional misconduct, and quality issues.
APEGS has been working on a program to improve the regulation of firms further to recommendations from the corporate registrant task group approved March 2023. To establish the program, APEGS is undertaking the following work:
APEGS is striving to complete this program by January 2026. However, there are many factors that affect the schedule for this work, including other changes to the act and bylaws, so it is important for members to stay informed. Further details will be provided to members throughout 2024 and 2025 in The Edge Monthly e-newsletter (delivered to your inbox on the 15th day of each month or next business day), webinars, and PD days.
It is important that APEGS has the ability to regulate entities as part of its mandate to protect the public, since many professional decisions that were once made by individuals are increasingly determined by the policies and procedures of the entities that employ those individuals.
APEGS acknowledges that it regulates the engineering and geoscience professions in the jurisdiction of Saskatchewan which is comprised of portions of lands from Treaties 2, 4, 5, 6, 8 and 10, the territories of the Nhiyawak (Cree), Anihšināpēk (Saulteaux), Dene, Dakota, Lakota and Nakoda nations, and the homeland of the Mtis Nation.
We are looking for someone with demonstrated expertise in change management standards, methodology, and best practices. The successful candidate will also be flexible, able to tailor approaches, strategies and plans to fit the project or organizational situation.
Each member of our team contributes to public safety in BC and helps us deliver on our vision of "modern regulation for a resilient world." We serve the public as an inclusive, progressive, and future-focused regulator. Our Strategic Plan also places priority on our role to advance climate action, foster equity, diversity and inclusion, and move towards reconciliation with Indigenous peoples. At Engineers and Geoscientists BC, we are committed to demonstrating our values of collaboration, excellence, integrity, and innovation.
c80f0f1006