Environmental Engineering

As awareness of ecological damage increases steadily, new employment opportunities arise, in a variety of related fields. One such field is environmental engineering. Academics of this field learn advanced knowledge about air pollution, water pollution, climate change, impact of industry of ecology, etc. Graduates of such courses can work at one of the numerous, and ever increasing, institutes with a vested interest in environment preservation.

Environmental engineers may be assigned a variety of tasks. Some may spend their time finding ways to reduce air, and water, pollution, without significant economic repercussions. The measures they develop may involve revolutionizing existing industry accepted methods, in favour of "greener" processes. Development of such strategies is where the engineering comes in. Such environmental engineers may be, additionally, required to develop pitches to deliver to companies, in an attempt to influence them to adopt new, eco-friendly practices.

Another class of environmental engineers may be employed to study climate change, particularly global warming. Already, global warming has triggered deadly heat waves in parts of the world - most recently, Paris. While the deaths were few, and most were individuals with underlying conditions, the fact remains that these incidence serve as a grim reminder that global warming cannot be left unchecked. Again, environmental engineers are often charged with finding greener alternatives to the many contributing factors. These include; (i) perfumes that do not use as much CFC's (chlorofluorocarbons - notorious for depleting the ozone layer) (ii) energy sources that, unlike traditional sources like oil, do not have a great negative ecological impact (iii) ways to reduce the use of paper, in favour of technology, while, at the same time, reducing the energy usage by computers (ties back into (ii) above). Also, they may plan proactive measures to stop, or reverse, the effects such as planting trees, and implementing environment friendly projects.

Another class, still, focuses on the more immediate negative effects of industry like acid rain. These environmental engineers work to find alternatives to existing factory set-ups that release vast amounts of smog into the air everyday - which, in turn, causes acid rain. This group is particularly important because their work seeks to prevent more immediate consequences (acid rain destroys buildings, kills plants, and even people with medical conditions, in rare cases). Because of this, they tend to be among the higher paid workers in this field.

Environmental engineers occupy a relatively new field of study, but one that is of critical importance. This field will, undoubtedly, grow quickly as lobbyist groups continue their relentless effort to raise awareness of ecological damage. Already, such engineers earn very high incomes, when employed by various projects, due to their being in such short supply. As a bonus, environmental engineers, who are truly passionate about their work, often have among the highest job satisfaction rates, across all fields.