KEY RESPONSIBILITIES<\/p>\n
The development of utility-scale energy projects and subsequent participation in government and corporate tenders in Engie Southern Africa is led by a Business Development Department and supported by the Engineering Department. The TPL:SCADA & HPC (hereafter referred to as \u201cTPL\u201d) role specifically shall specifically include the following:<\/p>\n
\tThe TPL provides local technical support during Development, Construction, Commissioning and the Operations stage of project, including SCADA System Design philosophy and specification, FAT, SAT, commissioning, grid connection tests and operational troubleshooting. The role includes periodic travel to Engie powerplant sites during the construction, commissioning and operations phase as and when needed.<\/p>\n
Scope of Activities<\/p>\n
\tCoordinate control systems engineering designs, writing of specifications and design documents including IT\/OT connectivity, Grid requirements, SCADA functional analysis, HMI displays, subsystems to be integrated (trackers, weather stations, inverters, etc.). Evaluations and performance assessments associated to control and equipment protection, construction, operation, and maintenance of the company SCADA system used for renewable plants.
\n\tEnsure the deployment of the SCADAs supplied by qualified Vendors per projects in the country from the engineering to hand-over post-commissioning phases.
\n\tCarry out a regulatory and technology watch to anticipate and integrate evolutions and potential improvements.
\n\tDesign and develop SCADA system SOWs for renewable energy projects, including hybrid plants comprising PV, Wind, and Battery Energy Storage Systems (BESS).
\n\tAbility to analyze and optimize the combined operation of wind, PV, and BESS systems. Understanding of energy dispatch strategies, grid connection requirements, and forecasting techniques.
\n\tSpecify the interfaces for operation purposes and reporting (alarms, events, KPI\u2019s etc.)
\n\tDevelop the SCADA and IT equipment technical specifications to be included in the Request For Quotation.<\/p>\n
Experience in integrating SCADA systems with various components of a hybrid plant, including:<\/p>\n
\tPV SCADA
\n\tWind SCADA
\n\tBESS SCADA
\n\tOperations Management System (OMS)
\n\tEnergy Management System (EMS)<\/p>\n
HPC solution:<\/p>\n
\tArchitectures: Understanding of parallel computing concepts, distributed systems, and different HPC architectures (e.g., clusters, cloud-based HPC)
\n\tData Management for HPC: Knowledge of efficient data storage and retrieval methods for large datasets, including distributed file systems and databases.
\n\tCloud Computing: Familiarity with cloud-based HPC platforms and services, allowing for scalable and cost-effective high-performance computing.
\n\tMachine Learning and AI: Understanding of machine learning algorithms and techniques used for forecasting, optimization, and predictive maintenance in renewable energy systems.
\n\tBig Data Analytics: Ability to process and analyze large datasets generated by the hybrid plant using big data tools.
\n\tIntegrate data from various sources (e.g., meteorological stations, power inverters, battery management systems) into the SCADA system.
\n\tCheck and validate the engineering studies related to SCADA.
\n\tFamiliarity with database systems (e.g., SQL) for storing and retrieving SCADA data, generating reports, and performing data analysis.
\n\tCollaborate closely with Tendering and\/or Delivery Project Managers, Electrical Engineers, IT department and SCADA Suppliers and follow-up on the correct progress of all studies and on-site activities from pre-com to hand-over.
\n\tKnowledge of network topologies, TCP\/IP, routing, and network security to ensure reliable communication within the plant and with external systems.
\n\tStrong understanding of industrial communication protocols like Modbus, IEC 61850, DNP3, and their application in renewable energy systems.
\n\tProvide regular updates on project progress and escalate as necessary to avoid and\/or clear issues.
\n\tPlay an active role during all the phases of the projects on which He\/She will be responsible for (technical workshops, physical meeting\/conferences calls, internal meetings, coordination of the SCADA Suppliers and associated subcontractors).
\n\tSupport Operational teams on SCADA system troubleshooting s requested and review annually the SCADA system performance for all assets and highlight risks and propose optimisations and \u00a0improvements.
\n\tWrite\/Check the FAT (iFAT, software and hardware), commissioning tests procedures.
\n\tParticipate and provide support during SCADA\u2019s FAT (iFAT, software and hardware), Commissioning and Grid tests.
\n\tReview all SCADA and IT\/OT related documents (specifications, drawings, I\/O lists, networks layouts, calculation notes, test reports, etc.) and challenge suppliers on quality of deliverables.
\n\tProvide technical support to the O&M team to solve SCADA and IT issues and to help to analyze plant failures (through history data analysis).
\n\tProvide local support to third party suppliers to help them to solve technical issues and to Darwin during commissioning and after the plant handover to the O&M for remote maintenance activities (checks, software updates, repairs, etc.).<\/p>\n
COMMUNICATION AND WORKING RELATIONSHIPS<\/p>\n
Internal<\/p>\n
\tEngineering Team
\n\tAcquisitions, Investments and Financial Advisory Team
\n\tBusiness Development Team
\n\tLegal & Ethics Team
\n\tProcurement Team
\n\tSupport Teams (HR, IT, HSE, Finance)
\n\tProject Companies, Operating Companies & Subsidiaries
\n\tEngie HQ, AMEA HQ and GBUs<\/p>\n
External<\/p>\n
\tClients
\n\tEquipment & Technology Providers & EPC Contractors
\n\tCompetitors
\n\tOff-takers and Grid Operators
\n\tConsultants & Engineering Firms
\n\tProject Stakeholders (sponsors, lenders, owners, environmental)<\/p>\n
QUALIFICATIONS, EXPERIENCE AND SKILLS<\/p>\n
Education<\/p>\n
\tEngineering Qualification: BSc, BEng or Masters (Electrical Engineering, Electronic Engineering, Industrial Automation & instrumentation, Computer Science, Information & Communication Technology.)
\n\tAdditional relevant qualifications would be advantageous
\n\tProfessional registration would be advantageous \u00a0<\/p>\n
Language<\/p>\n
\tFluent in English (verbal and written skills)<\/p>\n
Core Experience & Skills<\/p>\n
A minimum of 5 years of experience in industrial SCADA or DCS solution, specifically able to demonstrate experience and engineering expertise including :<\/p>\n
\tAbility to scope conceptual layouts\/configurations, and conduct preliminary assessments
\n\tAbility to specify and review designs and applicable standards
\n\tAbility to specify equipment and plant performance requirements
\n\tMinimum 2 years\u2019 experience in renewable utility scale plants
\n\tA good understanding of the techno-economic life cycle and risk profile of a power project and knowledge in financial indicators for project follow-up
\n\tA reasonable understanding of power plant development, the IPP model and the associated Project Finance technical requirements and interfaces.
\n\tExperience in scoping the technical works, reviewing & evaluating technical proposals, setting & assessing the performance of the works, and providing lifecycle advisory, guidance and recommendations.
\n\tExperience in leading and project\/contract managing technical workstreams and internal\/external stakeholders to drive the overall project objectives.\u00a0
\n\tExperience in translating technical requirements into commercial & contractual concepts in collaboration with the BD, Legal and Finance teams.
\n\tAbility to support via remote computer access
\n\tKnowledge and proficiency in operation and maintenance of MS Windows, MS Office applications.
\n\tExperience of industrial Ethernet network setup (switch, firewall).
\n\tExperience of SCADA history data export.
\n\tGrid Code knowledge
\n\tIEC61131-3 PLC programming languages
\n\tSequential control chart (SFC)
\n\tFunction block diagram (FBD)
\n\tLadder logic
\n\tClosed loop control (PI)
\n\tSCADA communication protocols:
\n\tModbus TCP
\n\tIEC61850
\n\tIEC60870-5-104
\n\tOPC UA
\n\tFiber Optic network
\n\tAutoCAD \u2013 Electrical drawings
\n\tProtocol analyzer
\n\tC\/C++\/C#, JS, Python
\n\tExperienced in passive\/active network equipment administration and configuration (Cisco brands, CCNA is a plus)<\/p>\n
Advantageous Experience & Skills<\/p>\n
\tExperience across multiple power generation technologies
\n\tExperience across multiple project phases (development, construction, commissioning, operations. decommissioning)
\n\tExperience with various project types and structures (greenfield, brownfield, acquisitions, divestments, project finance, equity finance, government and corporate PPAs).
\n\tKnowledge of energy market players (Suppliers, Contractors, Consultants, Competitors) and industry practice would be advantageous
\n\tElectrical accreditation to work on powered LV cabinet (for tests & measurements) \u00a0(updated through complementary electrical safety training)<\/p>\n
Behavioural Competencies<\/p>\n
\tAbility to travel within South Africa and to ENGIE offices and assets globally as needed.
\n\tAbility to work autonomously and multi-task in times of complexity, uncertainty, variability and project cycles
\n\tAbility to work within a team of members from varying cultural backgrounds and functional backgrounds
\n\tAbility to communicate and share knowledge between remote teams
\n\tAbility to take ownership and responsibility, keep commitments and manage expectations
\n\tAbility to maintain high standards in terms of work quality and attention to detail
\n\tAbility to think conceptually, strategically and analytically
\n\tAbility to function effectively under pressure and maintain self-control
\n\tAbility to adapt to new and diverse environments and changing contexts
\n\tMaintains high ethical standards and confidentiality where required.<\/p>\n
GENERAL RESPONSIBILITIES<\/p>\n
\tAdheres to the Company Policies and Procedures;
\n\tBehaves in a responsible way;
\n\tLives the values of the Company.<\/p>\n
Apply via company website ( http:\/\/www.engie-africa.com ) or<\/p>\n
jobs.engie.com<\/p>\n
<\/p>\n","protected":false},"author":2,"featured_media":0,"template":"","meta":{"_promoted":"","_job_location":"","_application":"http:\/\/jobs.engie.com","_company_name":"ENGIE","_company_website":"http:\/\/www.engie-africa.com","_company_tagline":"ENGIE has a presence in South Africa since 1994, specifically in energy efficiency services , and is the country\u2019s number 1 independent power producer. The Group aims to support the government in defining a balanced energy mix based on renewable energies (solar energy, wind power) and natural gas.... read more South Africa context With a population of 52 million and an estimated GDP of USD 350 billion accounting for more than 25% of GDP in sub-Saharan, South Africa is the second largest economy in Africa after Nigeria. In the energy sector, the country is the biggest electricity market in Africa, with an installed power generation capacity of more than 45 GW, but it still struggles with under-production. Some 25% of the population does not have access to electricity and the distribution grid suffers from under-capacity, exposing the country and industrial companies to frequent load-shedding risks. In its COP21 contribution to take on energy transition, South Africa reasserts the commitment it made in Copenhagen to reduce CO2 emissions by 34% by 2020 and 42% by 2025 compared to a 'business as usual\u2019 scenario. To reach these targets, the country is establishing a carbon tax, implementing precise regulatory limits for each sector of the economy and modifying its energy mix, specifically by developing renewable energies and replacing coal-fired power plants. Power production South Africa has a high level of Renewable Energy potential and presently has in place a target of 10 000 GWh of Renewable Energy. The Minister has determined that 3 725 megawatts (MW) to be generated from Renewable Energy sources is required to ensure the continued uninterrupted supply of electricity. This 3 725 MW is broadly in accordance with the capacity allocated to Renewable Energy generation in IRP 2010-2030. The following shall be considered qualifying technologies eligible for selection under this Renewable Independent Power Producer Procurement Programme (\"REIPPP\u201d) and the generation capacity allocated to each is : onshore wind power (1 850 MW), concentrated solar thermal (200MW), solar photovoltaic (1 450), solid biomass (12.5MW), biogas (12.5MW), landfill gas (25MW), small hydropower plant (75MW) and small projects (100MW). Country Club Building 1 21 Woodlands Drive Woodmead 2191 Gauteng Province South Africa","_company_twitter":"","_company_video":"","_filled":0,"_featured":0,"_remote_position":0,"_job_salary":"","_job_salary_currency":"","_job_salary_unit":""},"job_listing_region":[11],"job-types":[12],"class_list":{"0":"post-13814","1":"job_listing","2":"type-job_listing","3":"status-expired","4":"hentry","5":"job_listing_region-gauteng","7":"job-type-full-time"},"jetpack_sharing_enabled":true,"_links":{"self":[{"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/job-listings\/13814","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/job-listings"}],"about":[{"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/types\/job_listing"}],"author":[{"embeddable":true,"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/users\/2"}],"wp:attachment":[{"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/media?parent=13814"}],"wp:term":[{"taxonomy":"job_listing_region","embeddable":true,"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/job_listing_region?post=13814"},{"taxonomy":"job_listing_type","embeddable":true,"href":"https:\/\/jobs.dataaxisnode.com\/southafrica\/wp-json\/wp\/v2\/job-types?post=13814"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}