Lead Engineer Drainage, Water Infrastructure, REC
Job Summary
We invite you to bring your knowledge on Water Networks projects into play as you will be responsible for carrying out the network design for storm water wastewater drinking water and other wet utilities networks. Also responsible for carrying out the checks of the design and drawings produced by the CAD technicians in the team. To succeed in this role you must have a sound knowledge and thorough understanding of principles of storm water management sanitary management and pressure water system. We have a plethora of infrastructure highway airport and rail projects which will help you grow technically. Are you our new Lead Engineer in the Water Department
Key tasks and Responsibilities
- Independently manage complex aviation and land development infrastructure projects: Lead the planning design coordination and delivery of aviation and land development projects ensuring compliance with applicable aviation standards operational safety requirements timelines and quality expectations.
- Development of base models: Collaborate with relevant stakeholders to develop accurate efficient and coordinated base models for airside landside and associated infrastructure works.
- Technical leadership and mentoring: Provide technical guidance strategic direction and mentorship to junior engineers supporting their development and strengthening overall team capability.
- Stormwater network planning: Undertake stormwater demand assessments hydrological and hydraulic modelling and design of proposed drainage infrastructure for aviation and land development projects including airside and landside drainage systems.
- Runoff assessment and sustainable drainage: Carry out runoff assessments storm drainage planning and integration of Sustainable Drainage Systems / SuDS features into drainage networks while considering airport safety operational and maintenance requirements.
- Hydraulic and hydrological expertise: Demonstrate strong technical knowledge of hydraulic and hydrological engineering principles including catchment analysis rainfall-runoff modelling attenuation conveyance and flood risk management.
- Future network planning: Plan future drainage and utility networks and integrate them with existing airport and land development infrastructure through optioneering capacity assessment and strategic planning.
- Documentation and reporting: Prepare technical reports design notes calculations memos and presentations ensuring clear communication of design intent assumptions project status risks and technical findings.
- Coordination with project teams: Work closely with Project Managers Assistant Engineers Technical Managers and global design teams to deliver high-quality design calculations drawings models and technical outputs.
- Multidisciplinary collaboration: Coordinate with multidisciplinary teams including airfield planning roads pavements structures rail utilities electrical lighting environment and MEP disciplines to achieve clash-free constructible and compliant designs.
- Knowledge of aviation standards and design tools: Demonstrate familiarity with relevant national and international aviation and infrastructure standards such as ICAO FAA IATA local authority requirements and drainage design guidance. Experience with tools such as InfoDrainage SewerGEMS Civil 3D and hydraulic modelling software is preferred.
- Design of water-related structures: Develop detailed designs for water-related structures such as culverts channels attenuation tanks oil interceptors outfalls manholes headwalls and pumping stations with practical understanding of site constraints and constructability.
- IFC drawing development: Demonstrate a good understanding of detailed drawing development up to Issued for Construction stage including plans profiles sections schedules details and coordinated multidisciplinary deliverables.
- Aviation-specific design considerations: Incorporate airport-specific requirements such as air-specific operational constraints safety zones pavement drainage aircraft movement areas service corridors construction phasing maintainability environmental compliance and minimization of disruption to airport operations.
Qualifications :
- Civil Engineering graduate; ME/ in Hydraulics Environmental Engineering Water Resources or related field preferred.
- Minimum 10 years experience in wet utilities and drainage design for transport infrastructure projects including Aviation Rail and Highways.
- Strong knowledge of airport drainage sewerage potable/non-potable water networks stormwater management and utility integration.
- Familiarity with relevant standards such as ICAO FAA IATA DMRB ASCE EPA Eurocodes CIRIA CPHEEO manuals relevant IRC codes and Indian codes.
- Proficient in design/modelling tools including SewerGEMS InfoDrainage WaterGEMS ArcGIS and AutoCAD Civil 3D.
- Experience working with multidisciplinary teams to deliver coordinated compliant and constructible design solutions.
- Excellent communication coordination and interpersonal skills with a strong focus on timely project delivery.
Additional Information :
Ready to join us
Please submit your application. Be sure to include all relevant documents including your CV cover letter etc.
Equality diversity and inclusion is at the heart of what we do
We believe in the strength of diversity and know that unique experiences and perspectives are vital for creating truly sustainable societies. Therefore we are committed to providing an inclusive and supportive work environment where everyone can flourish and reach their potential. We welcome applications from candidates of all backgrounds and encourage you to contact our recruitment team to discuss any accommodations you need during the application process.
Remote Work :
No
Employment Type :
Full-time
About Company
Ramboll is a global architecture, engineering and consultancy company founded in Denmark in 1945. Our 18,000+ experts create sustainable solutions across Buildings, Transport, Energy, Environment & Health, Water, Management Consulting and Architecture & Landscape. Across the world ... View more