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SCADA system for oil and gas equipment monitoring

#hiring SCADA/MES Developer, Indianapolis, United States, fulltime #jobs #jobseekers #careers #Indianapolisjobs #Indianajobs #ITCommunications Apply: https://lnkd.in/gCzQn6_T The SCADA Developer will design, code, test, and analyze manufacturing software programs and applications. This includes researching, designing, documenting, and modifying software specifications throughout the production lifecycle. The SCADA/MES Developer will also analyze and amend software errors, provide general system administrative support in a timely and accurate fashion, and provide status reports where required. The majority of the development is targeted at application integration and filling in gaps where existing systems, tools, and off the shelf applications do not meet business needs. KEY RESPONSIBILITIESStrategy & PlanningMeet with business partners to determine business, functional and technical requirements and participate in application design, configuration, testing and deployment.Guide users in formulating requirements, advise on alternatives and on the implications of new or revised processing analysis.Work within cross-functional teams outside of IT to determine integration points for data capture and efficient automation control of manufacturing resources.Acquisition & DeploymentConduct research on emerging application development software products, languages, and standards in support of procurement and development efforts.Plan phases of the software development life cycle

Every SCADA engineer feels a connection with it.

SCADA systems are crucial for monitoring and controlling industrial processes. They play a key role in sectors like energy, water treatment, and manufacturing. As industries continue to digitize, the demand for SCADA professionals is on the rise. Career opportunities in SCADA include roles such as SCADA engineer, technician, and system integrator. Pursuing a career in SCADA can lead to a rewarding and in-demand profession with plenty of growth potential in the market. In partnership with PECB, we are offering their 5 day Lead SCADA Security Manager training course. On completion, you will: Understand and explain the purpose and risks to SCADA systems, Distributed Control Systems and Programmable Logic Controllers Understand the risks faced by these environments and the appropriate approaches to manage such risks Develop the expertise to support a pro-active SCADA Security program, including policies and vulnerability management Define and design network architecture incorporating defence in advanced security controls for SCADA Explain the relationship between management, operational and technical controls in a SCADA Security program Improve the ability to design resilient and high availability SCADA systems Learn how to manage a program of effective security testing activities For more information on the next enrolment, please email pecb-training@transquisiteconsulting.com #scadasecurity #training #scada #learninganddevelopment #careerdevelopment #professionaldevelopment #careergrowth #ITsecurity #datasecurity #data

opportunity

DCS ENGINEER vs DCS OPERATOR Typically, Instrumentation & Control and Electrical Engineers work as DCS Engineers/Technicians while Chemical, Petroleum and Process Engineers work as DCS Operators. Automation is the use of control systems such as computers to control industrial machinery and processes. The most commonly used automation systems are: DCS - Distributed Control System, PLC - Programmable Logic Controller and SCADA – Supervisory Control And Data Acquisition System. DCS refers to a control system usually of a manufacturing system or process in which the controller elements are not central in location (like the brain) but are distributed throughout the system with each component sub-system controlled by one or more controllers. The entire system of controllers is connected by a network for communication and monitoring. A DCS typically uses both proprietary interconnections and protocols for communication. The processor receives information from input modules and sends to output modules. The input modules receive information from input instruments in the process and output modules transmit instructions to the output instruments in the field. Communication buses connect the processor and modules through multiplexers then the distributed controllers with the central controller and finally to the Human-Machine Interface (HMI) or control consoles. DCS HIS (Human Interface Station) is mainly used for operation and monitoring. it displays process variables, control parameters and alarms necessary for users to quickly grasp the operating status of the plant. NIU (Node Interface Unit): These are remote I/O units which all the Instruments are connected. These units in turn are connected to FCS through RIO bus. FCS (Field Control Station): It is the main control unit which controls the plant and communicate with the HIS from the control room. VNET: The Vnet real time, control system BUS links station such as FCS, HIS, BCV and CGW. ETHERNET: Ethernet is used to link HIS, ENG and supervisory systems. it is also used for transferring data files to supervisory computers and for HIS data equalization. DCS Engineers design, configure and calibrate the instruments and control loops from a DCS HIS engineering station to make sure real time process values are seen by the Operators. They utilize in-depth knowledge and skill of instrumentation and automation as summarized above to do their jobs. On the other hand, DCS Operators are equipped with basic instrumentation & control (such as closed loop, proportional, integral, derivative, cascade control), chemical, process and petroleum knowledge for understanding the behavior of fluids or materials and equipment they handle in order to manipulate the control devices from the control consoles. #instrumentationandcontrol #automation #dcs #youngengineers #chemicalengineers #oilandgas #petroleumengineer #operators #processengineer Typical DCS HIS which was downloaded from google can be seen below: