Job Description:
Job Description: Aquifer Testing Specialist – Energy & Utilities Job Industry, Melbourne
The Aquifer Testing Specialist in Melbourne is a key technical role responsible for assessing the performance, capacity, and sustainability of groundwater aquifers across Victoria. Working within the Energy & Utilities industry, the specialist plays a pivotal role in supporting water resource management by conducting pumping tests, slug tests, and monitoring water levels to evaluate aquifer properties. Their work is instrumental in determining the viability of water supply systems for municipal, agricultural, and industrial purposes.
This position involves planning and executing aquifer tests in the field, often in collaboration with drilling contractors, hydrologists, and environmental engineers. The specialist ensures the correct installation of monitoring wells and oversees the collection of real-time data using advanced instrumentation and telemetry systems. Emphasis is placed on accuracy, reliability, and safety, with comprehensive documentation required for every stage of testing.
Data interpretation is a core responsibility, where the Aquifer Testing Specialist analyzes drawdown and recovery trends using methods such as Theis, Cooper-Jacob, and derivative analysis. The insights derived from this analysis inform groundwater modelling, resource allocation decisions, and environmental impact assessments. These findings are regularly compiled into detailed technical reports for regulatory bodies, water utilities, and consulting clients.
In Melbourne’s growing metropolitan region and surrounding rural zones, water demand continues to rise. The specialist’s work supports infrastructure development, drought resilience planning, and energy projects reliant on groundwater. Their input also contributes to compliance with the Victorian Water Act and other regulatory frameworks concerning sustainable groundwater extraction and recharge.
This role requires both field-based and office-based work, often under varying weather conditions. The Aquifer Testing Specialist must combine technical expertise with a methodical approach to deliver accurate, high-quality assessments. Their role is vital to ensuring that groundwater resources are used efficiently and responsibly within the broader context of Victoria’s energy and water management strategies.
Job Requirement:
Job Requirements: Aquifer Testing Specialist – Energy & Utilities Job Industry, Melbourne
Candidates for the Aquifer Testing Specialist role should hold a degree in hydrogeology, environmental engineering, geology, or water resource science. Postgraduate studies in groundwater hydrology or a related discipline are highly desirable. A strong understanding of aquifer mechanics, groundwater hydraulics, and well hydraulics is fundamental to this position.
Applicants must have hands-on experience in conducting field-based aquifer tests, including constant-rate and step-drawdown tests. Familiarity with pressure transducers, flow meters, data loggers, and water quality instrumentation is required. Competence in using groundwater modelling tools and data analysis software such as AQTESOLV, Groundwater Vistas, or similar platforms is a key requirement. Proficiency with GIS and mapping software will enhance the candidate’s effectiveness in spatial data interpretation.
Excellent analytical and reporting skills are essential. Candidates should be capable of compiling technical documentation, interpreting complex datasets, and presenting results in a clear and logical manner. An understanding of Australian groundwater legislation, particularly within the state of Victoria, is highly advantageous. The ability to liaise with regulators, utility companies, and private clients is also important.
The role demands physical fitness and a willingness to work in remote or rural areas, sometimes for extended periods. A current driver’s license and familiarity with field safety protocols are necessary. Experience with groundwater drilling operations and bore construction will be beneficial. The candidate should be prepared to operate within dynamic environments and varying climatic conditions.
Ideal candidates will demonstrate critical thinking, strong organizational abilities, and a proactive approach to managing projects independently or as part of a multidisciplinary team. A commitment to sustainable water management, attention to detail, and a desire for continuous learning in the field of groundwater science are all qualities that will contribute to success in this role.
