PIC's control systems have components of regulatory and batch control, advanced process control, expert systems, DCS (Distributed Control Systems) Interfacing, training simulators. PIC's work process also involves staging and testing of its products with a dynamic simulator and the programming of same. PIC is involved in the production and development of many different control systems that are sold to external customers. Each member of the Software Group has the responsibility for ongoing development of existing products and the support of the Project Engineering and Service Groups. Additionally, the development of control systems for new UOP processes are regularly undertaken by the group. The PIC department is accountable for the production and development of custom control systems based on PLCs and PCs that are sold to external customers. Role & responsibilities Execution of programming tasks for assigned projects, within budgeted hours and schedule at required level of quality Provide recommendations for improving software/programs, service support and testing activities to improve the competitiveness of UOP PIC products Support maintenance and development of systems (ISO-9001) and resources (coaching & training) so that PIC area can effectively transfer technology to the marketplace in a manner that maximizes value to UOP and to our customers Identifying and executing opportunities for continuous work process and productivity improvements, for optimization of project deliverables by maximizing efficiency through better methods, masters, systems, and tools; minimizing the costs Configuring/networking PCs, Virtual Machines (VMs) and control system hardware to allow simulation, integration, testing and/or troubleshooting of hardware and/or software Regular reporting on the status of assigned projects and tasks Typical tasks would be: Customizing and/or developing software architecture, logic (coding in multiple languages), and operator interface applications Support and/or perform integration, testing, verification, and validation Converting functional specifications or process control ideas to software Creating/improving master programs Feature Definition Preferred candidate profile Bachelors degree in Engineering (Chemical, Electrical or Computer) or Computer Science 7+ years of control systems software development and customization experience Experience with UOP PIC control system product lines such as PSA, ACCS, DRCS, CRCS, etc. Experience in developing/customizing control systems software for batch or continuous process application in the refining and/or petrochemical industries is considered ideal Working knowledge of Honeywell control system products and software including Experion HMIWeb, Safety Builder, Safety Manager, Control Builder and C300 as a strong plus Working knowledge of HMI programming software such as InTouch Wonderware as a plus. Working knowledge of programmable controllers and its programming software such as Invensys Tricon/Trident, Tristation, Siemens S7, Modicon M580, EcoStruxure Control Expert, Studio5000 and/or Rockwell/Allen-Bradley ControlLogix PLC as a strong plus Understanding of interfaces such as RS-232, RS-422, Ethernet, fiber optic, and interface protocols such as Modbus and Object Linking & Embedding for Process Control (OPC) Understanding of control panel electrical schematics including components such as power supplies, breakers, relays, and analog and digital wire loops Understanding of the concepts and role of software within control systems as a key Understanding various software development lifecycle. Knowledge of software configuration management and change management practices Strong organizational, troubleshooting, problem solving and analytical skills Effective Communicator Wide degree of creativity and latitude Individuals who are self-motivated and able to work with little supervision, who consistently take the initiative to get things done, do things before being asked by others or forced to by events Ability to consistently make timely decisions even in the face of complexity, balancing systematic analysis with decisiveness Can quickly analyze, incorporate, and apply new information and concepts Diverse and global teaming and collaboration Ability to travel up to 10% annually to both domestic and international locations.
