Sr.Engrs.(Project&Proposal)-Indo-German Indl-Waste Water Treatment Co.

Job Description

Role & Responsibilities of Project Engineer:- Review and interpret client specifications, P&IDs, technical drawings, and BOQs. Coordinate with design, procurement, and site teams for smooth execution of wastewater treatment projects (ETPs, STPs, ZLD, RO, MBBR, MBR, etc.). Monitor project schedules, material deliveries, and contractor progress to ensure timely completion. Prepare equipment datasheets and requisitions for pumps, blowers, valves, tanks, membranes, instrumentation, etc. Oversee installation, commissioning, and performance testing of treatment plants. Conduct technical meetings with clients, consultants, and vendors. Proposal Engineering (Pre-Sales/Bidding Phase):- Study tender documents, technical specifications, and drawings for industrial wastewater treatment projects. Prepare techno-commercial proposals including process design, P&IDs, layouts, equipment selection, costing, and estimation. Coordinate with internal departments (design, procurement, execution) and vendors for technical & commercial inputs. Prepare and submit bid documents in line with RFP/RFQ timelines and compliance matrices. Attend pre-bid meetings and site visits to gather project-specific inputs. Preferred candidate profile:- Graduate/Post Graduate in Chemical or Environment Engineering. 3+ years of experience in Industrial waste Water Treatment Projects/Proposals. Willingness to travel for site visits, client meetings, and commissioning support. Strong communication and technical documentation skills. Key Skills & Competencies: Good understanding of various wastewater treatment technologies : Aerobic, Anaerobic, UF/RO, ZLD, MBR, MBBR, SBR, etc. Proficiency in process design calculations, hydraulic balancing, and equipment sizing. Familiarity with AutoCAD, MS Project, Excel, and costing software/tools. Knowledge of Indian and international standards (IS, CPHEEO, BIS, ASME, etc.). Ability to handle multiple proposals or projects simultaneously under tight timelines.