Medicinal chemistry represents the intersection of biology and chemistry, and involves the development of new pharmaceutical agents, from their original conception through to their clinical use.
Careers in Environmental Science are so varied it is difficult to consider them as one category. You could end up working from home most of the time or traveling around the world on an annual basis. You could be doing desk work, field work, or some combination thereof. Your focus could be mathematical, physical, or written. Of course the majority careers in Environmental Science are some blend in-between.
Those engaged in Environmental Policy, Planning, and Management usually work for a local government and are likely to be engaged in a lot of research intensive work. Environmental Lawyers may be able to get out of the office to the courtroom, or, again, have intensive desk jobs.
Wildlife Managers, Zoologists, and Horticulturists are often thought to have positions which keep them working in a mix of indoors and out, but generally in one location. Oceanographers and Meteorologists could spend their entire careers in the safety of a laboratory working upper level computer models, or much of their time at sea, studying the weather. Microbiologists, Soil and Plant Scientists, and Ecologists could work in remediation efforts, for sanitation companies, in manufacturing, at a university, for many private companies, law firms, not-for-profit groups, or government agencies such as the Environmental Protection Agency, the National Park Service, or the United States Geological Survey.
Knowing what is available to you professionally is half the battle when choosing a career. Finding something you enjoy doing within the broad scope of Environmental Science shouldn't be terribly difficult when there are so many options. Environmental Consultants may have the best of many worlds, setting their own schedules, seeking clients that need their particular form of expertise, and setting their own blend of ideal field work and intellectual work schedule. Find what you enjoy doing, and it shouldn't be work , but a career.
Environmental scientists are problem solvers. They research environmental and health problems to determine their causes and come up with solutions. They investigate issues like mysterious deformations in frogs, unexplained cancer occurrences in a neighborhood, or disease in the former asbestos mining town of Libby, Montana.
Environmental scientists conduct research to identify the causes of these types of problems, and how to minimize or eliminate them. They also conduct theoretical research that increases our understanding of how the natural world works. They use what they learn to make recommendations and develop strategies for managing environmental problems.
Environmental science is a holistic and multidisciplinary field that integrates the biological, physical, and earth sciences. Its goal is to understand how earth works and how it supports life. It also aims to identify, control, and prevent disruption to its systems and species caused by human activity.
Environmental scientists use their knowledge of earth's systems to protect the environment and human health. They do this by cleaning up contaminated areas, making policy recommendations, or working with industry to reduce pollution and waste. They may also investigate the source of an environmental or health problem, and devise strategies to combat it.
You will study how drugs work and how they are designed and made. By applying the principles and techniques of organic chemistry, medicinal chemists discover and develop compounds that prevent, treat or cure disease. Your ambition to make an impact on improving people's health and wellbeing will come to the fore when you embark on this specialisation. I want to find another Bachelor Course As a student of Medicinal chemistry you will learn to work in a multidisciplinary, interative feedback cycle of design, synthesis and biological testing to explore innovative ways to optimise the potency, selectivity and absorption of a compound in the body. You will learn to apply the principles of drug action; design and implement approaches to synthesising bioactive molecules; and analyse chemical structures and interactions using computational, spectroscopic and analytical techniques. You will also develop advanced skills in research and analysis, learning to use sophisticated analytical techniques to synthesise and test new drug products and to develop the most cost-effective and environmentally friendly means of production.
Programme Structure Areas of study include: molecular basis of drug action synthetic organic chemistry spectroscopy drug discovery and development synthetic medicinal chemistry medicinal chemistry research project
Academic Entry Requirement
Academic Requirements Non-School leaver requirements All applicants must satisfy the equivalence of the VCE subject prerequisites. Studies must have been completed no more than 10 years prior to admission. Relevant work experience is only used in fine-tuning selection. VET: Due to strong competition for places, Certificate IV or Diploma graduates are unlikely to be offered a place.. VCE VET studies will be considered. University: Preference is given to applicants who have completed the equivalent of a full year of study in an undergraduate degree (e.g. science or biomedical science). A high level of academic achievement at tertiary level is required. Prerequisite studies in Chemistry, English and Mathematics can be met at either the VCE or tertiary level. Other: Studies at Monash College (other than MUFY) are not suitable for entry into Pharmaceutical Science