Senior Automation and Controls Engineer BMS/EMS at TAI Raleigh, NC

Specification for all systems specifying performance

& applicable Standards [GE.SP.CEE.204 made Project specific] Ensure all relevant Specifications are delivered to the Design Contractor Define & agree with Design Contractor necessary design deliverables for all design stages (CD, BD, DD)- Design Deliverables List made Project Specific including the level of review appropriate to these documents Review Contractor response to the Project Technical

to ensure

are correctly included Prepare Project specific Technical

for Package Equipment [GE.SP.CEE.207 or 209 made project specific] Attend Project meetings on an as required basis Participate in and make recommendations for the procurement strategy for technical work packages including pre-qualification/contractor selection and technical content/scope of contracts. Produce regular Design Assurance Reports according to the plan set up by the PTM, to ensure ongoing technical alignment. Identify value engineering opportunities Ensure key SHE and GMP compliance

are reflected in the design deliverables Attend and contribute to SHE risk assessment activities to ensure alignment with SHE

and ensure appropriate mitigations are included in the design Provide technical guidance to Work Package Owner teams within their areas of responsibility. Ensure specific technical solutions are consistent with Customer, cost and schedule requirements. Provide input to Project Planning Review/ involvement with mechanical packages Review BMS description of operation from Electrical view point (Applicable if BMS written by others) Review EMS URS from Electrical view point (Applicable if EMS written by others) Support development of redundancy strategy and maintenance philosophy Review & input to Sustainability Checklist Respond to Construction queries where the Design Contractor is unable to provide answers. You’ll be a perfect fit if you have: Bachelor’s degree from an accredited university; Electrical, Mechanical or Chemical Engineering. Master’s Degree is a plus. Professional Engineer licensure is preferred. Minimum of eight (8) years of control system design experience helping to create construction documents for a wide range of projects. Minimum of 3 years of experience supporting projects within the Pharma/Biotech/Life Science industry. Experience in specifying, designing, programming and maintaining distributed control systems, within Life Sciences industry. Other applicable industry experience, such as industrial, power, oil & gas, manufacturing, food & beverage facilities will also be considered. Working knowledge of and ability to specify both digital and analog instrumentation (Level, Flow, Pressure, Temperature, Analytical - pH, LEL, O2, CO, CO2, etc.) and integrate construction and panel drawing sets. Working knowledge of and ability to specify Electrical Component and Field Devices (combination starters, VFD’s, MCC’s, pushbuttons/selector switches, heat trace, etc.) Experience designing, reviewing and approving Electrical Construction Drawing sets including but not limited to instrument location plan, conduit block and network architecture drawings Experience designing, reviewing and approving PLC control panel and motor control panel drawings Experience with specification and programming of controls systems including Rockwell family of processors and HMI’s, ability to program new applications and modify existing applications with ample annotation for future reference Working knowledge of TCP/IP, Modbus, Profibus and other industrial communication protocols Experience programming PlantPax, Wonderware, IFix, Maple, Delta V, Siemens, Omron, Modicon, Mitsubishi and Koyo is a plus Experience programming SCADA and SQL is a plus Familiarity with the installation, configuration, and testing of Data Historians (e.g. AVEVA (OSIsoft) PI System) is a plus Working knowledge of and ability to specify control systems for use in hazardous area locations as identified by NFPA 70 Working knowledge of ISA standards and ability to interpret and contribute to development of P&ID Working knowledge of Good Manufacturing Practice (GMP) Guidelines and Regulations as well as ISPE and GAMP 5 standards is preferred Experience with the acceptance testing and qualification of Computerized System is preferred Working knowledge of and ability to design robust safety circuits and specify components of varying industry

Working knowledge of NFPA 79Interact with customers and contractors