Low Power Engineer

DFT Engineer

Electrical Engineer

Advanced Development PD Lead

Automation & Power Facilities Planning Engineer (Electrical Planning)

Facility Planning – Utility

Power Systems Asset Integrity Engineer

T&D Monitoring and Diagnostic Analyst

Power Transformer Specialist

Software Engineer Backend

Responsibilities: <ul><li>Work with Architecture and Product Planning team to build and own pre-silicon power modeling, power estimation and post-silicon power correlation.&nbsp;</li><li>Work closely with the Engineering team to track RTL and gate level power changes during project execution and co-ordinate with design engineers and architects to deploy low power design methods for power reduction.</li><li>Investigate, plan, and test sub-threshold and near-threshold design methodologies and other related low power techniques for power optimization (e.g., Shared NWELL, customized standard cells, level shifters, retention flops, multi-bit flops etc.)&nbsp;&nbsp;</li><li>Validate and refine new low power design techniques as part of a team that is building complex test chips in advanced nodes (e.g., 12nm and beyond).&nbsp;</li><li>Maintain a relationship and collaborate with 3rd party CAD tool vendors and foundries during the development of new methodologies.</li></ul> Requirements: <ul><li>A master’s degree in electrical engineering or a related field is required.&nbsp;&nbsp;</li><li>Experience in pre-silicon power modeling, analysis, and power reduction, with proficiency in PTPX, Power Artist, or other power analysis tools and post-silicon power correlation</li><li>Strong understanding of Low Power design methodologies, CPF/UPF, good understanding of physical design flow and timing closure with actual implementation experience as a plus.</li><li>Experience developing new methodologies and transitioning those technologies to production is highly desirable.</li><li>Knowledge in system architecture and SOC components such as CPU, fabric and peripherals</li><li>Experience in system and on-die power integrity and EM would be an added advantage.</li><li>Proficiency in scripting languages such as Shell, Perl or Python. Possess strong problem-solving and analytical skills.</li></ul>

Responsibilities: <ul><li>Responsible for scan insertion, boundary scan, MBIST, ATPG for ultra-low power SoC based on subthreshold operation using standard EDA tools.</li><li>Develop and implement low-power DFT architecture and infrastructure.</li><li>Generate structural test vectors, analyze and improve coverage, test time and test cost.</li><li>Perform pre/post-layout scan and MBIST simulations.</li><li>Work with designers on STA, physical, power and logical issues related to DFT.</li><li>Work with test engineers to bring up test vectors on silicon.</li></ul> Requirements: BS/MS in ECE/EE and at least 10 years of experience in DFT implementation.Skilled in different types of DFT structures, including scan (Stuck-At, At-Speed, Path-Delay), scan compression, boundary scan and MBIST.Experience in creating and implementing hierarchical DFT architecture in complex SoC.Experience in Low-Power DFT and MBIST.Experience in test time and test coverage analysis for scan and MBIST patterns.Experience with working with test engineering team to bring up production test program.Extensive knowledge of timing concepts and constraint development.Experience in developing scan ATPG and MBIST test benches and simulation in pre/post-layout environments.Experience in RTL is required.Experience in scripting like is preferred.

Role Description: <ul><li>Our client is seeking an Electrical Engineer to join our Unconventional Resources Operations Department (UROD).</li><li>The UROD is responsible for operating all the surface facilities, which include the field wells and processing facilities.</li><li>Your primary role as an Electrical Engineer in an unconventional asset will be to provide professional advice and guidance regarding electrical systems, schemes, equipment or techniques, facility designs and solutions to operating and maintenance problems.&nbsp;</li><li>You will have a thorough understanding of plant operations, specialized experience in electrical high voltage and low voltage systems for large scale complex electrical distribution system.&nbsp;</li><li>In addition, you will have experience in power reliability analysis for electrical distribution systems which involves carrying out power system studies using software like ETAP etc.</li></ul> Responsibilities: <ul><li>As the successful candidate you will be required to perform the following:</li><li>Provide day-to-day technical support to Operations and Maintenance Units to troubleshoot and fix electrical systems including reporting and documentation.</li><li>Provide expert advice and assistance to design, construction, maintenance engineers and operation personnel on all matters related to electrical systems.</li><li>Develop engineering conceptual plans for the new installation and upgrade projects including development of work scopes, calculations and detailed technical specifications.</li><li>Review Project Proposals and Detailed Designs packages for new facilities.</li><li>Develop and maintain the UR engineering standards and design best practices.</li><li>Participate on the testing &amp; commissioning of the new facilities and Turnaround and Inspection (T&amp;I).</li><li>Update and maintain engineering documentation and drawings.</li><li>Analyze system performance and find solution for Energy saving.</li><li>Ensure quality, cost effective and timely solutions to any upgrade.</li><li>Test and pilot new technologies.</li><li>Ensure full HSE Compliance.</li><li>Report and analyze key performance indices.</li><li>Make recommendations for technical/economic optimization of existing facilities.</li><li>Lead feasibility/profitability studies for new facilities.</li><li>Contribute to Business Unit strategy.</li><li>Assists in the training, development and mentoring of younger staff.</li><li>Provide analysis, evaluation and interpretation in support of projects, processes, and financing related to our clients capital investment decisions.</li><li>Maintain and expand on contacts within the industry.</li><li>Regularly interact with other professionals in various company organizations involved in capital planning and economic analysis.</li></ul> Requirements: <ul><li>You must hold a Bachelors Degree in Electrical Engineering from an accredited university.&nbsp;</li><li>A higher degree is preferred.</li><li>A Professional Engineer (P.E.) registration is desirable but is not essential.</li><li>You should have a minimum of 15 years working experience in Electrical engineering, with at least 10 years’ experience in the field of Oil and Gas Industry.</li><li>You must be conversant and have working knowledge of industry codes and standards, such as NFPA, ANSI IEEE, IEC, API, NEC, NACE and others.</li><li>Experience with specifications and data sheets for Electrical equipment like EHV GIS/AIS Switchgear, Power</li><li>Transformers, large synchronous/induction motors, HV/LV Switchgears and Control gears, EHV/HV/LV Cables,Bus ducts, EHV GIBs, UPS, Battery Charger, NGR, Panel boards is a requirement.</li><li>You should also have experience in preparation of Single line diagrams, protection and metering schemes, motor schematics, Hazardous area classification drawings, substation automation architecture, synchronizing and bus changeover schemes.</li><li>Experience in electrical engineering calculations like Grounding/Earthing, Battery charger/Battery sizing,</li><li>Transformer sizing, Cable sizing, Electrical Load schedules, Lighting.&nbsp;</li><li>Also knowledge of Electrical Power system studies including Short Circuit, Load Flow analysis, Motor starting, Arc Flash Hazard studies,</li><li>Relay coordination and setting using software like ETAP is essential.</li><li>You must also demonstrate the ability to work with design contractors to review contractor design packages, provide input to FEED packages, introduce new technology to enhance company productivity, suggest innovative solutions to optimize equipment performance, demonstrate safe working practices.&nbsp;</li><li>Be able to conduct failure analysis and provide recommendations for failed electrical equipment.&nbsp;</li><li>Experience with electrical equipment field Installation, Commissioning and testing as well as in Electrical Equipment layouts, plant cable routing layouts, lighting and grounding layouts is preferred.</li><li>You should be able to communicate with multidiscipline engineers to complete projects.</li><li>Have proven ability to communicate effectively with management at all levels within the organization.</li><li>Strong written and oral communication skills are also essential to be able to communicate what are frequently complex technical, economic and commercial concepts in a clear and succinct manner to individuals and groups from diverse professional backgrounds.</li><li>You must be able to work effectively with the minimum of supervision on relatively unstructured tasks.&nbsp;</li><li>You must be willing to work in remote areas depending on the project or task assignments.</li></ul>

Responsibilities: <ul><li>Investigate, plan, and test new physical design methodologies to enable sub-threshold and near-threshold circuits and other related low power techniques (e.g., adaptive body biasing, customized standard cells, specialized memory structures, etc.).&nbsp;</li><li>Validate and refine new techniques as part of a team that is building complex test chips in advanced nodes (e.g., 12nm and beyond).</li><li>Work with product development teams (Engineering team and Architecture and Product Planning team) to rapidly deploy newly developed techniques in products.&nbsp;</li><li>Plan and lead physical design activities for test chips owned by the Advanced Development team. As part of this effort, lead a small group of internal and contract resources.</li><li>Maintain a relationship with and collaborate with 3rd party CAD tool vendors during the development of new methodologies.</li></ul>&nbsp;Requirements: <ul><li>10 years of experience serving as technical lead or manager for physical design in advanced SoCs.</li><li>A master’s degree in electrical engineering or a related field is required.&nbsp;</li><li>Experience serving as physical design lead in 16nm and beyond is required.</li><li>Experience building complex SoCs with a mix of processors, memories, and high-speed interfaces is required.</li><li>Experience running advanced timing flows (e.g., SOCV) and power-driven PD flows (e.g., multi-domain designs with a UPF/CPF flow) is required.</li><li>Experience developing new timing flows, custom standard cells, and power-driven PD flows is highly desirable.</li><li>Experience managing a small group of engineers is highly desirable.</li><li>Experience developing new technologies and transitioning those technologies to production is highly desirable.</li></ul>

Responsibilities:&nbsp; <ul><li>Lead the development of DBSPs and associated project team comprised of specialist from different disciplines.</li><li>Conduct techno-economic studies to establish project business case and economic viability.</li><li>Develop feasible and optimized alternatives for electrical power systems associated with projects.</li><li>Review execution contractors for capital projects electrical engineering activities and provide guidance to carry out electrical activities such as power system studies, equipment specifications and selection.</li><li>Mentor junior and intermediate electrical engineers through the development of specific training programs tailored to their needs.</li></ul> Requirements:&nbsp; <ul><li>Bachelor degree in Electrical engineering, Power or Electrical Machines Engineering. Advanced degree is preferred.</li><li>Licensed Professional Electrical Engineer is preferred.</li><li>Fifteen years of experience in electrical engineering, design, commissioning &amp; start-up for major international Energy Companies or Consulting/EPC firms specialized in power generation, T &amp; D systems, oil and gas and petrochemical fields.</li><li>Participated in projects involving design and commissioning of EHV/HV equipment, GIS substations, power transformer systems, generation systems, renewable power systems, plant &amp; utility electrical distribution systems and critical AC/DC systems.</li><li>Experienced in using power system analysis software ETAP.</li><li>Experienced in Thermoflow (or equivalent) thermal engineering software for Cogeneration plants.</li><li>Experienced in engineering practices and economic principles.</li><li>Knowledge of IEC or U.S. Codes, Standards and Specifications.</li></ul>

Responsibilities: <ul><li>Conducting technical and commercial assessment for the utility systems (power, steam, oxygen, nitrogen, instrument air, distilled water, waste management, storage tanks, etc.) to determine possible outsourcing to 3rd party.</li><li>Reviewing plans/deliverables for new integrated refinery and petrochemical projects to ensure that they comply with Company Standards and Regulations as well as industry codes.</li><li>Working with different Project Organizations to develop plans/design basis for utilities project such as Cogeneration, Desalination, CO₂ Capture System, Waste water treatment, Hydrogen Manufacturing, Air Separation Unit, etc.</li><li>Reviewing the Project Design for the utility systems such as Cogeneration, desalination, CO₂ Capture System, Waste water treatment, Hydrogen Manufacturing, Air Separation Unit, etc.</li><li>Daily Interaction with different Organizations to interpret, analyze, and act on their needs and requirements related to the utility systems, infrastructure and supply chain.</li><li>Develop Utilities design philosophy and Strategy.</li><li>Participate for Preparing Philosophy for OSBL/ISBL Interconnecting Pipelines from marine to facilities and vice versa including feedstock cross-country pipelines (e.g. Ethane, Crude, Utilities, etc.).</li><li>Perform a full lifecycle review of any design related to utilities.</li><li>Acts as technical consultant and subject matter expert when required.</li></ul> Participate, review, and analyze any document related to Utilities such as: <ul><li>Power and Steam Supply.</li><li>Desalinated Water Supply.&nbsp;</li><li>Cooling Water Supply / Return.&nbsp;</li><li>Steam and Condensate Return.&nbsp;</li><li>Oxygen / Nitrogen Supply to NH3 complex and other plants.</li><li>Instrument Air / Plant Air Supply Industrial Wastewater / Sewage.&nbsp;</li><li>Firewater.&nbsp;</li><li>Seawater Supply / Return.&nbsp;</li><li>Chemicals/raw materials supply to the facilities.</li><li>Participate and review energy and Hydrogen utilization report, and CO₂ report, inclusive of low purity and high purity sources.</li><li>Participate, review, and analyze any document related to utility, infrastructure, and supply chain.&nbsp;&nbsp;</li></ul> Requirements: <ul><li>Education: Utility engineers need a bachelor’s degree in engineering, such as civil engineering or electrical engineering or Chemical engineering or Mechanical engineering.</li><li>Experience:&nbsp;at least 15 years, preferably in the oil industry and Chemical industry.</li><li>Possesses excellent communication skills (strong English language, preferably other languages too).</li><li>Excellent negotiation skills and strong commercial/business acumen.</li><li>Knowledge in refining and petrochemical processes and their associated utilities and services.</li><li>Familiar with Utility Corridors (Power, Water, Sea Cooling, Pipelines, Roads, etc.)</li></ul>

Responsibilities: <ul><li class="ql-align-justify">Develop, manage, update and monitor implementation of short and long-term asset management policy, strategy, initiatives and work plans for power system asset and ensure alignment with overall company Strategic Asset Management Program.</li><li class="ql-align-justify">Manage PS owned Substations by deploying Asset Integrity Management System (AIMS) Program.</li><li class="ql-align-justify">Manage Power Systems HV Electrical Equipment Life Cycle Managements Process. </li><li class="ql-align-justify">Develop and manage Contingency Plans to sustain Power Supply in case of Substation/facility interruptions.</li><li class="ql-align-justify">Evaluate risk-based maintenance methodology based on likelihood and consequences.</li><li class="ql-align-justify">Coordinate asset management plans and initiatives with operational entities.</li></ul> Requirements: <ul><li class="ql-align-justify">The successful candidate should hold a minimum of Bachelor Degree in Electrical Engineering working on High Voltage Power Systems Electrical Equipment. </li><li class="ql-align-justify">Ten (10) years of experience in Oil &amp; Gas, Petrochemical Industry or Power utility in the field of Power Systems Reliability &amp; Asset Integrity Management.</li><li class="ql-align-justify">&nbsp;Familiar with&nbsp;reliability programs such as (RCM, MTBF, Bad actors, etc.) including&nbsp;SAP system or equivalent computerized systems.</li><li class="ql-align-justify">Certified Maintenance &amp; Reliability Professional (CMRP), Certified Reliability Engineer (CRE), TapRooT Analyst or 6 Sigma Certification is preferred.</li></ul>

Responsibilities: <ul><li>Develop, maintain, and use advanced pattern recognition software models and associated data to detect pattern deviation in the operating behavior of power system equipment.&nbsp;</li><li>Perform daily monitoring of power system equipment that are covered by the APR tool.</li><li>Respond, evaluate and prioritize alarms generated by the APR tools and interact with power plant personnel to provide recommendations to optimize plant equipment and systems.&nbsp;</li><li>Communicate and interface with company Subject Matter Experts (SMEs) to further assess equipment anomalies detected by the APR software.&nbsp;</li><li>Communicate detected anomalies to power system operator for further investigation at site.&nbsp;</li><li>Identify and classify associated risks to the assets by analyzing the data generated by the APR tools, provide recommendations to mitigate risks as proposed by the APR tool, and follow up to ensure implementation.&nbsp;</li><li>Monitor equipment performance and predict their health through analyzing the APR tools output, and alert the company SMEs about any risk of failure.&nbsp;</li><li>Master all aspects of the monitoring and diagnostic (M&amp;D) center software tools including, but not limited to, APR tools. Continuously evaluate the adequacy of existing APR models.&nbsp;</li><li>Capture and quantify the software catches and the associated avoided costs to expose the value M&amp;D center.</li></ul> Requirements: <ul><li>As the successful candidate you will hold a Bachelor’s degree in Electrical engineering, Data Science, or Computer Science from a recognized and approved program. An advanced degree in the same field is preferred.&nbsp;</li><li>You will have ten years’ experience in the field or electrical power system engineering, including at least three years in monitoring and diagnostics or digitalization centers.</li><li>Bachelor Degree in Electrical Engineering, Computer Science or equivalent.</li><li>Degree or certification in the AI-based tools for pattern recognition application will be highly valued.</li><li>Five-Eight (5-8) years experience as a power Operation Engineer with the following skills:</li><li>Working experience on advanced condition based predictive diagnosis software applications.&nbsp;</li><li>Capability of analyzing assets data generated from analytical tools.&nbsp;&nbsp;</li><li>Working experience on different condition monitoring and diagnostic technologies.&nbsp;</li><li>Strong working experience in power system equipment and field instrumentation.&nbsp;</li><li>Demonstrate high analytical capabilities</li><li>Familiar with Power system automation.</li><li>Demonstrate high analytical capabilities</li><li>Familiarity with OSI PI data historian.</li><li>Effective English communication and technical report writing skills.</li></ul>

Responsibilities: <ul><li class="ql-align-justify">Serves as Subject Matter Expert in equipment failures and repair techniques during root cause investigations. Perform Root Cause Analysis on all critical equipment failures.</li><li class="ql-align-justify">Perform continuous review of power transformers’ maintenance programs to identify improvements to ensure the HV assets safe and reliable operation.</li><li class="ql-align-justify">Provides technical&nbsp;consultation to the maintenance agency as required in identifying and reviewing critical spare parts list of existing equipment. Provides technical consultation to assess the condition of aging power transformers.&nbsp;</li><li class="ql-align-justify">Provide technical expertise on troubleshooting failures, repairs, and evaluating if the equipment is designed to meet its intended or existing service conditions.</li><li class="ql-align-justify">Provides technical engineering input on repair details and offers onsite technical support, especially for critical power transformers.</li><li class="ql-align-justify">Provides engineering input for power transformer work packages to ensure standards and material specifications are followed.</li><li class="ql-align-justify">Represent the organization in industry and professional organizations, users group, which address or govern electrical codes and standards.</li><li class="ql-align-justify">Review and update company standards and be familiar with international standards. Possess strong technical training, speaking, writing, and customer service skills.</li><li class="ql-align-justify">Able to direct daily work activities with limited supervision and able to work cooperatively in a team environment</li></ul> Requirements: <ul><li class="ql-align-justify">As the successful candidate you will hold a Bachelor’s degree in Electrical Engineering from a recognized and approved program, an advanced degree (Msc) and Professional Engineer certification such as chartership or PE is preferred.</li><li class="ql-align-justify">The successful candidate will have a Minimum of 8 years’ Power Transformer Operation and Maintenance experience demonstrated by suitable references primarily related to Power Transformer Design.</li><li class="ql-align-justify">The candidate must demonstrate distinct experience as transformer specialist, such as contribution in international conferences as Transformer specialist or employment by leading Power Transformer Manufacturer.</li><li class="ql-align-justify">The successful candidate will have deep, technical level insight in Transformer construction and design practices covering Distribution and Transmission type transformers related to diagnostic testing, Condition Assessment, aging characteristics / symptoms related to corrosion.</li><li class="ql-align-justify">The candidate must also be familiar with transformers Factory Acceptance Test in a leading capacity demonstrating depth of compliance with manufacturing standards such as IEC. and participate as member in the relevant CIGRE Working Group.</li><li class="ql-align-justify">You will also have the ability to multi-task and manage changing priorities and seek opportunities to improve results and processes proactively, contributing to the goals, safety, and profitability of the company. Additionally, assimilating and quickly applying newly acquired technical information is also necessary.&nbsp;</li></ul>

My client is looking for a skilled and passionate Backend Engineer to join their Centre of Excellence for Technology to build and scale effective software solutions for their e-commerce domain. As a backend engineer you will:<ul><li>Participate in the entire application lifecycle, focusing on coding and debugging</li><li>Write clean code and documentation for functional web application development</li><li>Design, develop and deploy backend services and APIs that support high traffic, focusing on low latency, scalability, and high availability</li><li>Join the Backend Chapter where you’ll have the opportunity to investigate and share information about technologies within the Backend Engineering Community</li><li>Participate and support the Agile methods and frameworks by taking part in planning events, daily stand-ups, planning sessions, code reviews and other discussions and events</li><li>Join a multi-functional Team and work closely with other Engineers while becoming a valued member</li><li>Continuously improve the product’s architecture and structure</li><li>Handle and optimize scalable distributed systems on the Cloud</li><li>Develop automated tests to ensure code quality</li><li>Use groundbreaking technologies on your daily work</li><li>Build reusable code and libraries for future use.</li></ul> You should apply if you have:<ul><li>Bachelor’s Degree or higher in Computer Science or Software Engineering with appropriate experience</li><li>Shown work experience as a Backend Engineer for 3+ years</li><li>In-depth understanding of the entire web development process (design, development, and deployment)</li><li>Professional experience with programming languages such as JavaScript or TypeScript</li><li>Proven experience in source code management tools such as Bitbucket and Git</li><li>Experience with serverless technologies, global distributed systems, RESTful APIs or microservices</li><li>Good skills with database development and maintenance (DynamoDB)</li><li>Knowledgeable about systems architecture, design patterns, logging, and monitoring</li><li>Experience in automated testing</li><li>Experience with Scrum Agile framework</li><li>Teamwork skills with a problem-solving attitude.</li></ul> Additional experience that we’ll value:<ul><li>Familiarity with front-end technologies (e.g., HTML, JavaScript, and CSS)</li><li>Experience building web scale Web Applications</li><li>Experience with CI/CD pipelines, deployment automation, quality tests, security analysis and Tools (e.g. Terraform, Jenkins)</li><li>Experience with A/B Testing and Feature Toggling for rolling-out features to production.</li></ul>

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257 low power engineer Jobs found

Low Power Engineer

DFT Engineer

Electrical Engineer

Advanced Development PD Lead

Automation & Power Facilities Planning Engineer (Electrical Planning)

Facility Planning – Utility

Power Systems Asset Integrity Engineer

T&D Monitoring and Diagnostic Analyst

Power Transformer Specialist

Software Engineer Backend

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Skills

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257 low power engineer Jobs found

Low Power Engineer

DFT Engineer

Electrical Engineer

Advanced Development PD Lead

Automation & Power Facilities Planning Engineer (Electrical Planning)

Facility Planning – Utility

Power Systems Asset Integrity Engineer

T&D Monitoring and Diagnostic Analyst

Power Transformer Specialist

Software Engineer Backend

WhiteCrow WhiteCrow is on a mission to connect companies with the best talent across the globe.

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TALENT

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Contact Us

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WhiteCrow
WhiteCrow is on a mission to connect companies with the best talent across the globe.