Join us in building joyful connected cities.
Egis is committed to creating an inclusive, creative culture that embraces diversity and flexibility. We offer generous parental leave, support flexible work practices and strive to create an environment where employees can connect, collaborate, grow and succeed.
Egis is an organisation with a capacity to make meaningful industry and community change in the space of place making, sustainability and creating connected cities. Different to other engineering firms, Egis offers true end to end capability across the entire design to operation lifecycle, offering advisory, architecture, engineering, design, asset management and operations services.
We are committed to creating great teams doing innovative work and would love you to join us to Impact the Future.
The Role
As a Stormwater and Flooding (Water Resources) Engineer in our ANZ business, your impact will be delivering major, cutting-edge projects across Water Sensitive Urban Design (constructed waterbodies, bioretention, proprietary water quality devices etc.), hydrological investigations (numerical modelling), and 1D and 2D flood modelling of both local and regional catchment systems. Our projects vary immensely between both urban and greenfield infrastructure and development.
You will have the opportunity to work in an agile environment being part of diverse projects whilst working alongside a strong, passionate and experienced team delivering innovative solutions. Our QLD-wide Water Resources team provide excellent mentoring and training and will map pathways with you to achieve your career goals.
Responsibilities include (but are not limited to)
- Meeting with project stakeholders including clients, other Calibre disciplines as well as external consultants.
- Developing strategies and work methodologies to meet requirements.
- Undertaking modelling and design of water quality treatment devices that achieve site-based water quality objectives.
- Undertaking hydrological modelling and peak flow analysis.
- Building 2D flood models capable of analysing urban developments, linear infrastructure, waterway rehabilitation, flood mitigation works and regional afflux investigations.
- Undertaking 1D hydraulic investigations.
- Assisting and training junior engineers to help shape and achieve their career goals.
What we are looking for
- A Bachelor of Civil or Environmental Engineering or other relevant qualification.
- A minimum 3 years of experience within the stormwater and flooding field (or a minimum of 4 years civil engineering experience with at least 1 year of experience relating to stormwater and flooding).
- Excellent verbal communication skills and ability to liaise with internal and external project teams and stakeholders.
- Excellent written communication skills and ability to prepare technical reports including Stormwater Management Plans and Flood Impact Assessments.
- Knowledge and experience using QUDM, ARR2019 and local government planning schemes.
- Strong skills using Microsoft Office, particularly Word and Excel. Strong or intermediate skills in MUSIC, XPRAFTS, WBNM, XPSWMM/XPSTORM, HEC‑RAS, TUFLOW, ArcMAP/QGIS software packages. Experience in Python programming will be positively viewed but is not necessary.
- An encouraging attitude towards helping to develop junior members of the team as well as a drive to grow your own career towards chartered status (CPEng) and more Senior roles.
We value the difference each team member brings and we look for people from a diverse range of backgrounds who have a growth mindset.
Who we are
Egis is a global organisation with over 20,000 employees worldwide. With our head office based in Paris, we offer global career opportunities, as well as offer rewarding careers for our people locally. Drawing on our deep pool of expertise, we create innovative solutions with our clients worldwide.
We are expanding in Australia and New Zealand and are excited for you to join our growing team.
Want to know more?
Apply Now or reach out to dee.paton@calibregroup.com
Imagine. Create. Achieve. A sustainable future.