Awesome few days at the IEEE conference in Anaheim! It was great to see so many of our clients there and to have the opportunity to be introduced to some new companies. We picked up a ton of new opportunities that we will be sourcing for over the next few weeks! Keep your eyes peeled for the job postings and reach out if any pique your interest. Please see a few exciting roles below. - BD focused Project Manager with utility consulting experience - Substation Engineering Project Manager - T&D Engineering Director - P&C Engineering Manager - Project Manager with Primavera P6 expertise - Transmission Line Engineering Supervisor / Manager - Remote working substation engineers (P&C & Physical) And Nick Hewston..... please tuck your shirt in.
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Come work at the forefront of the green transition in energy The world needs to triple renewable energy before 2050 and offshore wind will play a pivotal part
Head of Offshore Electrical Systems, Sales & Project Engineering at Siemens Gamesa
Want to work with some of the best electrical engineering managers within offshore wind and make real what matters? Right now we are looking for a manager (team lead) to lead a team of dedicated engineering managers. Location is Vejle DK. https://lnkd.in/g-KuTyPZ #offshorewind #siemensgamesa
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opportunity
ACWA Power is looking for Planning Managers to join our future projects. If you have a minimum of 10 years of experience in planning large projects, with at least 4 projects fully completed as Planning Manager, and experience in project scheduling using Primavera P6, we would love to hear from you. We are looking for People with experience in CCGT, SWRO, PV, or Wind, and a willingness to work in remote sites are required. Location will depend on the pipeline of future projects. Interested candidates can send their CVs to [email protected]
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Empowering businesses to capitalize on complex and valuable data held in digital engineering drawings with cutting-edge automated data Capture and Extraction technology. Curious to learn more? Feel free to reach out.
So we know Engineering drawings are rich with technical information & data. But how do you make better use of this valuable information?
Attention engineers - we are extending our enquiry window. Find out how engineering teams in the Oil & Gas sector are finding their engineering data and drawings in a fraction of the time 👇 - Rapid Search Retrieval - Automated Error Correction - Easy Access Across Systems - Intuitive User Centric Design Find out how > https://lnkd.in/eKFyGgBa
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Do you agree that a prevalent challenge in electrical infrastructure projects is the loss of project control, resulting in delays to generating revenue? A major contributing factor to loss of project control is often misalignment among contractors, subcontractors, and suppliers. At PSD Energy we have developed our EPC model to address these challenges. This model provides greater control over the various interdependencies in LV, MV, and HV projects and accelerating revenue generation. The ‘ ’ stands for Manufacturing and System Integration—all under the single umbrella of PSD Energy; design engineers, manufacturing, commissioning, civil construction and our own fleet of plant and equipment. PSD Energy maintains minimal dependence on external parties and international supply chains, ensuring a streamlined and efficient project delivery every time.
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As we delve deeper into this article, we will explore the various types of interlocking mechanisms used for Gas-Insulated Substation (GIS), their applications in substations, power plants, and electrical installations, as well as their significance in ensuring the sustained safety and functionality of these vital components of the power transmission infrastructure. To start with the discussion, first let’s ask a few very important questions and try to give simple and straight-forward answers. How important is interlocking in power substations? For operational engineers and those involved in the management of substations, interlocking is not merely a procedural detail; it stands as one of the most critical aspects of their work. The seamless coordination and sequencing of actions, underpinned by interlocking, are central to maintaining the safety and reliability of substation operations. Recognizing the fundamental importance of interlocking, a comprehensive training program should also be developed to equip operational engineers with the requisite knowledge and skills. Read more https://lnkd.in/dS5R3wPM
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Cmon Folks What is the worst that can happen with a short chat? If you are interested in any of these roles, please reach out to me. Everything is confidential!
Sphere has a plethora of HV and MV Engineering roles open with growing and reputable EPC clients. Please do not hesitate to reach out to one of my wonderful recruiters below for more information on any one of these positions: - Int & Sr Transmission Line Engineer X 3 (Calgary, Burnaby, Victoria, Regina) - Sr Distribution Project Engineer (Toronto) - Sr Substation Layout Engineer X 2 (Calgary) - Sr P&C Engineer - Relay Settings (Calgary) - Sr Distribution Engineering Lead / Manager (Calgary) - Int/Sr P&C Engineer X 2 (Calgary, Regina) - PM Electrical Distribution (Kelowna) - Jr/Int/Sr Distribution Designer X 2 (Tech or EIT or P.Eng) (Kelowna) Spencer Pal Keisha Kelly Carlie Natalia Leonard Mackenzie Vickers Josh Marple
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Project Manager, Senior P6 Planner & Data Analyst | EPICM, Offshore Engineering, Renewable Energy (Solar, Wind, Electrical Power Systems, HVDC Power Cables, BESS, Grid Code Compliance (G99, G5/5, P28) & Integration)
***Installation Management of an Interarray Subsea Power Cable between Two Wind Turbine Foundations*** I will be discussing in brief installation of an interarray subsea power cable between two wind turbine foundations for effective project management. The installation of an interarray subsea power cable between two wind turbine foundations involves a multi-step technical process. Firstly, a cable lay vessel equipped with specialized cable laying equipment is positioned above the designated route. A pre-laid seabed cable route is surveyed to ensure accurate positioning. Next, a plow or trencher may be used to create a trench or furrow on the seabed, providing a protective pathway for the cable. The cable is then loaded onto a cable carousel on the vessel and fed into the trench as it moves forward. Tensioners ensure proper cable lay and minimize stress. At each wind turbine foundation, the cable is terminated and connected to the substation or converter platform. Fiber optic lines within the cable may also be spliced to enable communication and monitoring. Post-installation, the cable is buried or covered with protective materials to mitigate environmental and mechanical risks. It undergoes comprehensive testing to ensure electrical integrity and insulation. Technological advancements, such as real-time monitoring systems, remotely operated vehicles (ROVs), and dynamic cable positioning, enhance installation accuracy and safety. The process demands close coordination between vessel operators, cable engineers, and offshore personnel. Note Interarray subsea power cable installation involves vessel deployment, trench creation, cable laying, termination, burial, testing, and protection measures, all orchestrated to establish a reliable power connection between wind turbine foundations while considering environmental and operational factors. Thank you for your attention! I provide expert guidance in diverse projects, spanning oil and gas, subsea telecomms, underwater inspection, maintenance, repair (IMR), and renewable energy, with a focus on safety and efficient risk & project management. Feel free to contact me for assistance in these areas. #subseaengineering #offshorewindtechnology #interarraysubseapowercableinstallation #riskmanagement #projectmanagement #engineeringmanagement
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