Job Role: Engineer System Design
Salary: $108,366 per year or $55.57 per hour.
Location: 10175-101 Street, Edmonton, AB
Company: Enbridge
Qualifications: Bachelor’s degree
Experience : 3-4 Years
ABOUT ENBRIDGE
Enbridge Inc., targeted in Calgary, Alberta, is a leading North American strength infrastructure enterprise. Founded in 1949, Enbridge operates an intensive community of pipelines that ship crude oil, herbal gasoline, and herbal gas liquids across Canada and the United States. The organization is thought for its large function in power transportation and delivery, playing a crucial part inside the strength delivery chain. In addition to pipeline operations,
Enbridge is worried about renewable energy tasks, which include wind and sun energy. The enterprise employer emphasizes protection, reliability, and environmental stewardship in its operations. Enbridge’s dedication to innovation and sustainability targets to deal with the evolving electricity dreams of North America while contributing to the transition to cleanser strength resources.
Job Description
Design and put in force complicated structures to fulfill agency desires. Collaborate with stakeholders to apprehend requirements and translate them into technical specs. Develop architectural plans, ensuring scalability, overall performance, and safety. Conduct feasibility studies, danger checks, and gadget evaluations. Provide technical steerage and resources in the course of the improvement lifecycle. Optimize machine universal performance and troubleshoot troubles. Stay updated with rising technology and employer dispositions to suggest revolutionary solutions. Ensure compliance with necessities and great practices. Document gadget designs and adjustments comprehensively for destiny reference and protection.
Key Responsibilities For an Engineer System Design:
- System Architecture Design: Develop and hold entire machine structure designs to meet organizational desires. Create sure diagrams and documentation to demonstrate system components and their interactions.
- Requirement Analysis: Collaborate with stakeholders to accumulate, examine, and recognize commercial enterprise requirements. Translate those necessities into technical specifications and tool layout documents.
- Feasibility Studies: Conduct feasibility research to assess the practicality and capability demanding situations of proposed solutions. Evaluate possibility techniques and advise the exceptional path of motion.
- Implementation Oversight: Guide the implementation of device designs, consisting of coding, configuration, and integration. Ensure adherence to layout specifications and necessities at some point of development.
- Performance Optimization: Monitor and analyze system performance to perceive regions for development. Implement optimization techniques to beautify system performance, speed, and reliability.
- Risk Management: Identify capability dangers associated with device layout and implementation. Develop and put in force mitigation techniques to cope with and restrict these dangers.
- Technical Guidance: Provide technical assistance and mentorship to development groups. Resolve complex technical issues and ensure that answers align with the general tool architecture.
- Testing and Validation: Oversee the checking out and validation way to ensure that systems meet format specs and feature efficiently in various scenarios. Address and treat any problems identified at some point of trying out. ( Engineer System Design)
- D documentation: Create and keep targeted documentation of machine designs, techniques, and changes. Ensure that documentation is accurate, updated, and available for destiny reference.
- Compliance and Standards: Ensure that device designs comply with employer necessities, wonderful practices, and regulatory requirements. Stay informed approximately applicable regulations and include crucial changes in designs.
- Innovation and Trends: Stay current with the growing era and industry dispositions. Evaluate new equipment and strategies to endorse modern answers and upgrades to current structures.
Key Skills For an Engineer System Design:
- Technical Expertise: Proficiency in device layout requirements, software program structure, and integration techniques. Strong expertise in programming languages, databases, and the cloud era.
- Analytical Skills: Ability to investigate complex problems, look at capability solutions, and make records-driven selections. Strong hassle-solving competencies and interest in detail.
- Communication: Excellent verbal and written communication abilties to successfully engage with stakeholders, present technical facts, and record designs.
- Project Management: Experience with undertaking manipulation methodologies and gadgets. Ability to control multiple projects simultaneously, prioritize responsibilities, and meet cut-off dates. ( Engineer System Design)
- Collaboration: Strong teamwork capabilities with the capability to paint efficiently with move-useful teams, which include developers, testers, and business enterprise analysts.
- Risk Management: Capability to pick out and control risks related to system design and implementation. Develop techniques to mitigate potential problems.
- Continuous Learning: Commitment to ongoing professional development and staying contemporary-day with enterprise traits, rising technologies, and high-quality practices.
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