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AltaLink

Manages electricity transmission infrastructure in Alberta

Transmission Line Design Engineer or Engineer-in-Training

Power Systems EngineeringConfirmed live in the last 24 hours
Full-timeCalgary, AB, CanadaNo salary listed

About the Job

Requirements

  • A bachelor's degree in Mechanical, Civil, or Electrical Engineering is required.
  • Be an Engineer-in-Training or Professional Engineer with the Association of Engineers and Geoscientists of Alberta (APEGA), or qualify for registration with APEGA.
  • Demonstrate the ability to perform the listed responsibilities.
  • Demonstrate experience delivering complex transmission line designs from concept through close-out, including coordination with project managers, external designers, contractors, suppliers, and field stakeholders.
  • Know standards and codes applicable to transmission line design and be able to research and apply past code requirements to existing facilities, including Alberta power system facilities, Alberta Utility Code (AUC/AEUC), and Canadian Standards Association requirements.
  • Have working knowledge of transmission line materials, structure families, insulator and hardware selection, conductor and optical ground wire applications, foundations, steel poles, wood poles, and constructability considerations.
  • Have base knowledge of geotechnical investigation programs and data used for transmission line design, including borehole and cone penetration test information, soil classifications, soil strength and deformation behavior, groundwater, bedrock, frost depth, corrosivity, and backfill suitability.
  • Have base knowledge of transmission line foundation design and foundation reaction types, including compression, uplift, shear, overturning moment, lateral soil bearing, embedment depth, pile length and diameter considerations, and pole and foundation deflection impacts.
  • Be able to interpret geotechnical reports sufficiently to coordinate with geotechnical and civil/foundation specialists, identify design or constructability risks, and incorporate appropriate assumptions into line design packages.
  • Have experience using PLS-CADD and PLS-POLE.
  • Have strong organizational and time-management skills to manage multiple projects and issues simultaneously.
  • Have strong interpersonal and communication skills to work with office and field staff in a team environment.
  • Be able to work under tight timelines and in high-stress situations.
  • Have mentoring, coaching, or technical leadership experience with junior engineers, EITs, designers, or cross-functional project teams.
  • Hold a valid Class 5 driver's license.
  • Be able and willing to travel to sites as required.
  • Have effective communication and interpersonal skills to interface with team members and customers and promote positive customer outcomes.
  • Have a proven track record of good performance and attendance.

Responsibilities

  • Prepare detailed calculations, studies, bills of material, and design packages for transmission line capital, customer, Direct Assign, and system projects.
  • Prepare PLS-CADD models for design package development and existing line clearance evaluations.
  • Complete line design packages for AltaLink transmission voltage classes of 69 kV, 138 kV, 240 kV, and 500 kV, including rebuilds, modifications, greenfield lines, customer interconnections, and emergency restoration work.
  • Lead preliminary line design, route and structure option development, constructability review, material selection, and design change resolution for complex transmission projects.
  • Apply base geotechnical knowledge when developing line designs, including interpreting soil classifications, borehole and geotechnical investigation outputs, groundwater and bedrock considerations, soil strength and deformation behavior, frost depth, corrosivity data, and backfill requirements as they relate to transmission line foundation selection and constructability.
  • Support transmission line foundation design decisions for direct-embed poles, drilled shafts or caissons, screw, helical, or bucket piles, driven piles, micropiles, grillage, and pad or footing applications, including review of compression, uplift, shear, and moment reactions.
  • Coordinate with geotechnical consultants, civil and foundation designers, project managers, construction resources, and pile and foundation contractors to define geotechnical scope, review investigation results, and resolve foundation design or installation risks.
  • Consider foundation risk mitigation during design and construction support, including cave-in or sloughing risk, high groundwater, shallow bedrock, gravel or boulder interference, casing or culvert needs, washed gravel and backfill selection, and effects on schedule, cost, safety, and reliability.
  • Provide timely technical input to support the Project Development and Execution teams.
  • Develop scope descriptions for project estimating and provide implementation direction to internal designers, external engineering consultants, EPC contractors, construction resources, and field crews.
  • Review or approve technical drawings and specifications submitted by internal designers or contractors to ensure projects meet standards for operability, functionality, maintainability, reliability, durability, and safety.
  • Support construction execution and project close-out by resolving field questions, material issues, redline updates, design clarifications, and as-built and return-data requirements.
  • Support engineering standards development, design practice improvements, and application of current or historical code requirements, including AEUC, CSA, and applicable ISO reliability requirements.
  • Provide subject-matter support for line optimization, line rating, thermal rating, reconductoring assessments, facility applications, information requests, and regulatory or hearing support as required.
  • Contribute to material governance, supplier engagement, technical specifications, procurement support, and emergency spare and material strategy for transmission line assets.
  • Build and maintain effective working relationships with suppliers, external technical engineering resources, construction resources, customers, and other stakeholders to support understanding, decision-making, and cooperation.
  • Report project engineering status to Project Managers and the Engineering Manager.
  • Mentor junior engineers, EITs, and designers through technical coaching, design reviews, knowledge sharing, and professional development support.
  • Provide team leadership support as required, including coordinating team deliverables, technical prioritization, and coverage for management or project leadership needs.
  • Maintain competency with current industry standards and regulatory groups such as AEUC, CSA, and ISO Rules.
  • Demonstrate behaviors and meet expectations outlined in the cultural pillars of one team, continuous improvement, customer focus, and personal accountability.

Desired Qualifications

  • Transmission line design experience is considered an asset.
  • Experience using PLS-Tower, PLS-CAISSON, line rating tools, thermal rating methods, reconductoring assessments, or line optimization studies would be an asset.
  • Experience supporting customer interconnection, Direct Assign, Facility Application, AESO information request, regulatory or hearing work, or technical justification work would be an asset.
  • Experience developing or applying engineering standards, technical specifications, material procurement requirements, or supplier technical evaluations would be an asset.
  • Experience with foundation-related standards, geotechnical scope development, foundation constructability reviews, or coordination of engineered foundation designs would be an asset.

About the Company

AltaLink

Manages electricity transmission infrastructure in Alberta

AltaLink moves electricity across Alberta's transmission network, linking power plants to homes, farms, and businesses. It earns revenue by providing transmission services that carry electricity from generators to customers, while maintaining and expanding its grid for reliability and growth. The company differentiates itself through project management, landowner consultation, safety protocols, and partnerships like PiikaniLink L.P. with the Piikani First Nation. Its goal is to provide dependable electricity transmission and support community initiatives and sustainable grid development.

Company size
501-1,000
Company stage
Debt Financing
Total funding
$258M
Headquarters
Calgary, Canada
Founded
1911

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