Become a key team player as a Systems Designer, focusing on electrification for advanced engineering solutions. Collaborate to design and develop innovative systems that drive sustainability. In this Research & Development role, youll apply Model-Based Systems Engineering methodologies to support electrification initiatives
Become a Systems Designer at Epiroc, specializing in electric drive systems integration for prototype vehicles. This onsite role highlights model-based engineering and safety activities. Epiroc is in search of an experienced Systems Designer who excels in analyzing and developing designs for
Select how often (in days) to receive an alert: Systems Designer Functional area: Research & Development Onsite or Remote: Onsite Country/Region: CA Location: Pitt Meadows, British Columbia, CA, V3Y 0G4 Company name: Epiroc Canada Inc. Date of
A global productivity partner for mining and construction seeks a Systems Designer to work onsite in Pitt Meadows. In this role, you will apply Model-Based Systems Engineering methodologies to develop system designs for electrification products. Candidates should have an engineering degree, relevant
Role Overview Systems Designer focusing on the top-level integration of electric drive systems in prototype vehicles and technologies developed by Epiroc, with an emphasis on mechatronic tasks. Work Type Onsite Responsibilities Apply Model-Based Systems Engineering methodologies to support senior systems architects with
Job Title: Simulations Analyst Job ID: 87241 Location: Pitt Meadows, British Columbia Overview Our client is an international mining technology company with research and development operations in the Vancouver area. Due to continued growth, they require
Verification and Validations Associate Work Type: Onsite Responsibilities Develop system- and component-level V&V plans, procedures, and acceptance criteria aligned with product requirements. Maintain requirements traceability from specification through verification evidence. Support functional safety validation of safety functions