Learn about and explore how Siemens Tecnomatix Plant Simulation and Process Simulate can help your organization in new plant/line layout and optimization of your current facility.
Connect with us to learn more about our strategic partnership with Progima and how using 3D factory design and visualization can offer critical insight into factory design, layout, processes as well as bottleneck analysis.
Screenshots from Tecnomatix are courtesy of SIEMENS
Progima, a leading Canadian industrial engineering and product design firm, has multidisciplinary experts to help aerospace and manufacturing companies rapidly improve capacity, efficiency and competitiveness. Leveraging Siemens software they empower companies to plan, optimize and validate production processes before implementation, reducing risks and accelerating innovation.
Plant Simulation software is used for modelling, simulation, analysis, visualization and optimization of production systems, logistics and processes. It works by creating a digital twin of a process, a production line or even a full factory, developing and enhancing it to make adjustments showcasing improved outcomes.
Process Simulate focuses on validating and optimizing specific manufacturing processes, with a strong emphasis on 3D simulation, ergonomics and robotic operations
Some application examples include:
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BMP Metals (A division of Bempro Global Group Inc.)
Specialized in fabricated metal products with capabilities in punching, forming, welding, wet and powder coatings, milling and turning, electrical assembly, 3D plastic printing and mechanical assemblies.
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(advancedmobilityproducts.com)
Project Title: Development of Safe and Reliable Rechargeable Energy Storage System (RESS) for a Solar Battery Electric UAS
Project Description: The project is to develop Safe and Reliable RESS for Superwake's Unmanned Aerial Vehicles (UAV) commercial applications. As Superwake begins its drive towards commercialization of its product, the need for conformity to regulatory standards is critical to the success of the product. This project focuses on a product conformity related to a regulatory framework such as Transport Canada Advisory Circular (AC) No. 922-001 – Remotely Piloted Aircraft Systems Safety Assurance. More specifically, a more complex RESS is required in advanced operations such as beyond visual line of sight (BVLOS), flying in controlled airspace and near people.
Environmental Impact: Low carbon footprint and replacement of aero vehicles that run on fossil fuels. The use of smaller solar battery electric drones can replace some applications of small, manned utility aircraft used in commercial applications. The cost to operate these drones would be substantially lower using solar battery electric drones.
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Nancy Barber
President
Women in Aerospace Canada
An aerospace senior executive with over 20 years of in-depth experience in operations, supply chain, and program management, Nancy Barber has spent much of her career in a product development environment involving large-scale clean sheet commercial and business aircraft programs. Nancy owns her own consulting business, Barber Complete Consultancy Inc, and is currently active in the aerospace industry, focused on leadership development, mergers & acquisitions, commercial strategy, product strategy and business development.
Prior to Nancy establishing BCC Inc., she held the position of Chief Operating Officer, Bombardier Business Aircraft, responsible for planning, assembly, and delivery of the Learjet, Challenger, and Global business aircraft as well as the industrialization strategy of Bombardier’s operational footprint. Nancy also held the role of Vice President, responsible for the Global 7500 and Global 8000, and New Aircraft Studies, where she led proactive management or program milestones and cost commitments supporting the ramp up of the Global 7500 aircraft, the largest purpose-built business aircraft world-wide, and its successful entry into service in 2018.
Nancy is a passionate promoter of women in aerospace serving as a mentor, coach, and speaker. In 2020, Nancy was named one of Canada’s Top 100 Most Powerful Women, and the Northern Lights Aero Foundation awarded her with the Elsie Award for Business in recognition of her outstanding contributions to aviation and aerospace in Canada.
In June 2022, Nancy was appointed President of Women in Aerospace Canada, a not-for-profit organization dedicated to expanding women’s opportunities for leadership and professional development as well as increasing their visibility in the aerospace community by creating a professional network in Canada and across the globe.
Nancy graduated with an Honors Bachelor of Arts degree from the University of Waterloo and has successfully completed the Queen's University Executive Leadership Program. She is published in the Journal of Sport Management as well as the Canadian Medical Association Journal.
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