2 Ddc Controllers Jobs

DUTIES AND RESPONSIBILITIES Design Optimization: Assess and analyze the current mechanical systems and infrastructure in existing data centers. Develop and implement strategies to optimize cooling efficiency, reduce operational costs, and enhance system reliability. Introduce innovative solutions to improve the performance of mechanical systems, including HVAC, cooling, and ventilation. Innovative Design Principles: Research and apply cutting-edge technologies and methodologies in mechanical engineering. Lead the creation of new mechanical design standards and guidelines for future data center projects. Collaborate with cross-functional teams to ensure the seamless integration of new technologies and practices. Project Management: Oversee mechanical design projects from initiation through implementation, ensuring timely and budget-conscious delivery. Coordinate with contractors, suppliers, and internal teams to achieve project objectives and deliverables. Monitor project progress and make necessary adjustments to meet established goals. Technical Leadership: Provide expert guidance and support to engineering teams on all aspects of mechanical design and optimization. Conduct training sessions and workshops to enhance the skills of team members and stakeholders. Stay informed of industry trends, standards, and regulations to maintain a competitive edge. Sustainability and Compliance: Promote sustainable practices in the design and operation of mechanical systems. Ensure all designs comply with relevant industry standards, codes, and regulations. Participate in audits and assessments to ensure compliance and drive continuous improvement. Conversant with Local and International Design Codes and Standards such as Uptime Institute. ASHRAE, AHRI/ANSI/ARI, AMCA, SMACNA, NFPA, CIBSE and BS-EN Standards. QUALIFICATION AND EXPERIENCE QUALIFICATION & EXPERIENCE Mechanical Engineer with a minimum 15 years in HVAC Design and Engineering. Knowledge of all types of current and evolving Cooling systems on designing, architecting and techniques of optimization. Proficient in Programmable Logic Controller, SCADA and DDC Controllers (preferably in Schneider brand) development and implementation for redundant system architectures on HVAC applications including chiller systems. Experience in Design Engineering of Data Centers, Pharmaceutical plants, Oil & Gas, Refinery, Petrochemical, Chemical and have completed at least one full Data Centre project from concept to commissioning. Conversant with AutoCAD, Autodesk, REVIT, and BIM and familiar with HVAC, design and drafting activities including 3D Model. Knowledge in energy conservation methodology for most cost effective and energy efficient system design. Knowledge of system controls and BAS functional requirements. Experience in firming up the equipment data sheet and required necessary calculation such as water and air side system calculation. Conversant with Hazardous area classification and requirements. Conversant with Biological Hazard classification and requirements. Knowledge of Green Mark procedures and ratings. Preferred Certification - ASHRAE HBDP, CHD, LEED AP Thermodynamics Psychometrics Electrical systems and schematics Mechanical systems and schematics DDC and PLC architectures BACnet protocol to include IP, ETH and MS/TP Modbus protocol to include TCP, and RTU Networking Servers and Client Workstations Strong organisational and communicative skills are required Ability to establish smooth working relationships and resolve interpersonal conflicts Candidate should be able to travel to the site locations across the world Candidate must be able to work simultaneously on multiple projects in a team or independent environment. COMPETENCY AND BEHAVIORAL SKILLS (Use E to denote Essential and D for Desirable) E Strategic Thinking E Ability to set goals and execute vision E - Ability to work to tight deadlines and produce good quality work E - Able to multitask to manage multiple projects E - Confident at presenting and talking to clients and vendors E - Self-motivated and resourceful; able to multi-task and focus on delivering results E - An articulate communicator with good written communication skills Show more Show less

As an Electrical/Electronics/Instrumentation professional with a Bachelor's Degree or higher, you should have a minimum of 7 years of hands-on experience in BMS/automation systems/IoT-based systems. Your expertise should include conducting detailed site surveys, preparing IO Summaries, BOQ, and scope estimation for BMS/Automation projects. Candidates with additional experience in installation, testing, and commissioning of BMS will be preferred. You should be well-versed in the installation and operation of field instruments such as DDC controllers, PLCs, temperature sensors, pressure sensors, flow meters, motorized control valves, instrumentation cables, VFDs, and control panels. Advanced knowledge in commissioning and operating VFDs, actuator valves, and related equipment is essential. Knowledge of systems like Chiller Plant Manager, Chillers, HVAC pumps, Cooling Tower, AHU, FCUs, TFAs, VRFs, VAVs, Heat Pumps, Energy Meters, Centralized and Decentralized Cooling Systems is preferred. You should have a strong understanding of communication protocols such as RS485 (Modbus), BACnet, SNMP, LAN, Ethernet, and the ability to integrate hardware devices over these protocols. Proficiency in computer skills including Web Search, Email, Word, Excel, and Power Point is required. Effective communication in English and the ability to make presentations to various audiences is a must. As part of your responsibilities, you will be required to identify the scope of IoT-BMS projects, prepare proposals with IO Summaries and BOQ, and explore innovative ways to save energy. Coordinating site surveys, developing new solutions and use cases, and supporting the operations team will be crucial aspects of your role. You will also be responsible for coordinating with the Product team for new device/solutions integrations and developing new use cases. Travel to sites on an as-needed basis will be necessary. Zenatix, now part of Schneider Electric, is a leading provider of IoT-based automation and monitoring solutions with a focus on sustainability. Operating as an independent business under Schneider Electric, Zenatix delivers automation solutions for small and mid-sized buildings. The company's IoT technology is wireless first, mobile first, and easy to deploy in commercial buildings of various sizes. The open office culture at Zenatix is built on integrity, transparency, trust, meritocracy, and ownership. For more information, please visit www.zenatix.com.,