Jobid=622124266266432485 (0.0199)
ph3Graduation Internship Assignment /h3 pbErosion of Artificial Reef Structures /b /p pWorldwide, coral reefs are under pressure from climate change and human activities such as fishing, shipping, and coastal development. As a response, artificial reefs are increasingly being deployed to support and restore marine ecosystems. These structures provide habitat for fish, corals, and other sea life, enhance biodiversity, and contribute to coastal protection and the recovery of degraded ecosystems. /p pDue to constant exposure to flowing water and sediment transport, these structures gradually erode. The erosion rate of such reef structures is a critical factor in determining their lifespan and effectiveness. To better understand and predict this process, NETICS has developed an innovative one‑of‑a‑kind erosion machine. Using cutting edge technology, it allows investigation into the expected durability of artificial reef elements. /p pTo translate laboratory findings into practical applications, further insight is needed into the test methodology, comparable international standards, and the extent to which the processes in the erosion machine reflect real‑world marine conditions. In this assignment, you will research this and propose improvements, contributing to underwater nature restoration. /p pbAssignment description /b /p pIn this project, you will assess the functioning of the erosion machine and evaluate its suitability as a predictive tool for erosion in marine environments. You will perform lab tests, optimize the current lifespan calculation model, and improve the erosion machine based on your recommendations. /p ul liExplore existing erosion test methods and compare them with the NETICS erosion machine. /li liPerform lab tests to evaluate the test setup in terms of scaling, realism, and reproducibility of marine conditions (flow velocity, sediment types, salinity, etc.). /li liAssess the current lifespan calculation model and make improvements. /li liValidate previous test results. /li liOptimize the test method, for instance by adjusting physical components of the machine, varying flow conditions, or using alternative sediment types. /li /ul pbWhat we are looking for /b /p ul liEnthusiastic master’s student with a background in hydraulic engineering, mechanical engineering, or a similar field. /li liInterest in ecological restoration and experimental research. /li liAble to work independently and take initiative. /li liStart date from August 2025 onwards; this is flexible. /li /ul pbWho we are /b /p pNETICS is a leading RD, consultancy, and engineering firm specialized in the high‑value reuse of dredged sediments and other residual flows. The projects are innovative, sustainable, and directly contribute to the circular economy and ecological development. From the office in Alblasserdam, the multidisciplinary team works on practical solutions to complex challenges in hydraulic engineering. /p pNETICS is the inventor and patent holder of GEOWALL, a technology that produces circular building blocks from dredged material. The company also operates a unique in‑house laboratory where daily research is conducted on the strength, durability, and erosion resistance of its products. /p pbWhat we offer /b /p pA challenging yet practical graduation assignment with direct ecological impact. /p ul liBehind‑the‑scenes access to innovative material research. /li liProfessional guidance within a small and experienced team. /li liFlexible working environment from the office and lab in Alblasserdam and remote. /li liInternship compensation including travel cost. /li liThe opportunity to make a meaningful impact on the future of coral reef restoration. /li /ul /p #J-18808-Ljbffr
Deel deze vacature: