Engineering for the Earth
|Nitya Timalsina, an environmental engineering freshman at UC San Diego, spends a lot of time in the field on eco-conscious engineering projects.|
San Diego, CA, December 14, 2010 -- While she was still in high school, Nitya Timalsina began working on developing cheap yet powerful water filtration systems in Third World countries like Nepal, her birthplace.
Timalsina, now a freshman environmental engineering student at UC San Diego, hopes to implement these systems – as well as small hydroelectric power sources – in Southeast Asia and expand to other global regions in need. She has worked extensively with Rotary International, Engineers Without Borders, and San Diego water authorities on the research aspect of this project, and with the help of local and international organizations and quite a bit of fundraising, she hopes to create a project proposal to obtain matching grants that will allow her to have a few systems established by the end of 2011.
Timalsina is part of a new crop of eco-conscious engineers who are using their brainpower to come up with creative sustainable solutions. She is one of 157 students enrolled in UC San Diego’s environmental engineering program. Timalsina believes that her environmental engineering classes will give her more insight on conducting the water filtration project, as well as other future environmental projects.
UC San Diego’s Environmental Engineering program, created in 2004 as part of the Jacobs School of Engineering’s Mechanical and Aerospace Engineering department, teaches students the skills needed to develop new clean technologies for the future. The interdisciplinary nature of environmental engineering links the program with other divisions at the university, such as the Scripps Institution of Oceanography, the Departments of Chemistry, and the majors in Urban Studies and Planning and Environmental Systems.
The growth of UC San Diego’s environmental engineering program, up from 92 students in 2009 (a 70 percent increase), can be partly attributed to its faculty, which includes world leaders in solar power research, biofuels and climate change. One of them is Jan Kleissl, an environmental renegade of sorts who gives his students in-the-field projects using novel technologies for renewable energy solutions. Kleissl’s much-touted projects have included a network of weather-monitoring stations which is being used to help reduce energy consumption in UCSD campus buildings called Decision Making using Real-time Observations for Environmental Sustainability (DEMROES); a sky imaging tool and instruments to create hourly solar production forecasts; and sensor technologies to devise new strategies for irrigating farmland more efficiently.
“The whole university has such a progressive image and we are doing so much on sustainability on campus. This helps young people get the idea that there’s something interesting going on here,” Kleissl said.
He said environmental engineering is becoming more attractive to students and important to industry and national leaders as the United States works on becoming more energy independent.
“Students are motivated by seeing that we can make an impact for a better world. For example, building up and integrating solar power into the grid has many benefits, such as reduced greenhouse gas emissions,” Kleissl said. “Making us more energy independent and reducing our trade deficit has become a unifying goal.”
|UC San Diego environmental engineering professor Jan Kleissl is leading a new crop of engineers who will be future leaders in an array of clean tech fields.|
One of the biggest areas of the renewable energy field where environmental engineers are needed, Kleissl said, is in the solar power industry.
“Solar energy is a big growth area for environmental engineering,” he said. “We now have a lot of solar power coming online, but we need to enable efficient integration to make this energy more valuable, for example during peak demand times. That’s an area where environmental engineers are really strong. You have to study the environment and the engineering parts to understand the whole system. They can look at the material science, electric power systems, and the weather.”
This stimulating strive for energy efficiency motivates Timalsina, who is currently working on a solar irradiation resource project for Kleissl. The project involves using various technologies to collect data to understand more about irradiation levels in different weather conditions. Through spectral irradiance sensors, optical depth and variable atmospheric constituents such as forest fire smoke, air pollution, and even water vapor in the entire atmosphere can be quantified. These constituents can greatly impact power production at concentrated solar thermal power plants such as the recently approved plants in California’s Imperial Valley. This data could prove useful in locating and operating solar power plants more effectively and contribute to the world's growing need for safe and reliable alternative technology, she said.
“I strongly believe that in the modern world defined by capitalistic advancement, there aren't enough people who truly care for the environment,” Timalsina said. “Environmental engineering allows for the advancement of green technology while protecting the Earth at the same time. It is, I believe, the perfect blend of the harder sciences, programming, and ethics. We do not simply think about saving the Earth, but possess the ability to do so.”
There are several job options for environmental engineering graduates to earn a living while making a difference, including in the renewable energy industries, as well as employment as compliance officers for companies and government agencies.
Chantelle Domingue, who graduated in 2009 from UC San Diego with an environmental engineering degree, currently has an internship with a local company that specializes in battery research. Domingue, who will earn her master’s degree in mechanical and aerospace engineering from UC San Diego in spring 2011, plans to start looking for a job early next year.
While she is focusing on fluid mechanics, Domingue said having an environmental engineering degree and experience will help her overall career.
“We need to take approaches that don’t have so many negative impacts,” she said. “There are different life cycle assessment processes you can do in engineering. Environmental Engineering applies to everything we do; you can take a project from beginning to end and try to quantify the impact it has. I find it interesting and exciting.”
For Jan Kleissl, helping to train the next generation of environmental engineers makes his job even more worth it.
“It’s a pleasure to work with students who are excited and have a true passion about their major,” he said.
Jacobs School of Engineering