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gaia_zurg
gaia_zurg
Be less curious about people and more curious about ideas.
Be part of the solution to our increasing environmental issues--climate change, air, water and soil quality and water resources. Study in the areas of land resources, hydrogeology, environmental geology, biogeochemistry, geographic information systems and field mapping, systems modelling and sustainable management. Learn through a combination of theoretical, practical and field classes, using real-world industry examples and methods. Attend guest lectures by relevant government agencies, industry and QUT staff who advise industry, government and community groups. Prepare for a career in planning, management, monitoring or research in government departments and agencies, local councils, consultancies, and industrial and mining companies.
Environmental scientists have careers in planning, management, monitoring and research. These roles are usually found in government departments and agencies, local councils, consultancies, and industrial and mining companies, and you could be working in urban, rural or remote settings. Graduates assess resources, implement environmental impact programs, analyse and interpret environmental data and formulate contingency plans in areas including strategic land-use planning; waste disposal; pollution measurement and control; coastal protection; environmental impact of mining, tourism and urban development; rehabilitation and reforestation of degraded sites; ground water assessment and modelling; flood plain planning; erosion control; and marine science. We rely on our natural environment to sustain our lives and our lifestyles. We continually need to improve our understanding and management of the natural environment to balance our development with wise management while minimising impacts and degradation. An understanding of the mechanisms controlling environmental systems provides the skills required to undertake a great range of scientific environmental planning and management, and tackle problems such as local water quality and ecosystem impacts, soil erosion, catchment and groundwater use, or adaptation to global climate change. You will experience some of the most advanced laboratories and field work opportunities in Australia and be taught by staff who are at the top of their research fields internationally. You will also stay in touch with the real world, as guest lectures, site visits and opportunities for work integrated learning bring a strong industry flavour to the degree.
Be part of the solution to our increasing environmental issues--climate change, air, water and soil quality and water resources. Study in the areas of land resources, hydrogeology, environmental geology, biogeochemistry, geographic information systems and field mapping, systems modelling and sustainable management. Learn through a combination of theoretical, practical and field classes, using real-world industry examples and methods. Attend guest lectures by relevant government agencies, industry and QUT staff who advise industry, government and community groups. Prepare for a career in planning, management, monitoring or research in government departments and agencies, local councils, consultancies, and industrial and mining companies.
Environmental scientists have careers in planning, management, monitoring and research. These roles are usually found in government departments and agencies, local councils, consultancies, and industrial and mining companies, and you could be working in urban, rural or remote settings. Graduates assess resources, implement environmental impact programs, analyse and interpret environmental data and formulate contingency plans in areas including strategic land-use planning; waste disposal; pollution measurement and control; coastal protection; environmental impact of mining, tourism and urban development; rehabilitation and reforestation of degraded sites; ground water assessment and modelling; flood plain planning; erosion control; and marine science. We rely on our natural environment to sustain our lives and our lifestyles. We continually need to improve our understanding and management of the natural environment to balance our development with wise management while minimising impacts and degradation. An understanding of the mechanisms controlling environmental systems provides the skills required to undertake a great range of scientific environmental planning and management, and tackle problems such as local water quality and ecosystem impacts, soil erosion, catchment and groundwater use, or adaptation to global climate change. You will experience some of the most advanced laboratories and field work opportunities in Australia and be taught by staff who are at the top of their research fields internationally. You will also stay in touch with the real world, as guest lectures, site visits and opportunities for work integrated learning bring a strong industry flavour to the degree.
