Chiam Cheng Yang 15SSB006Y
Reader response – Final submission
Article: Why the climate fight needs engineers.
As suggested in Shah’s (2015) article, “Why the climate fight needs engineers”, engineers in Singapore are needed to achieve the goal of “zero-waste nation” established by the Sustainable Singapore Blueprint (SSB). Kuttan, the director and country manager of the Clean Technology Centre, highlighted that Singapore has one of the world’s “highest carbon emissions per capita”. The author implied that it is adversely causing severe climate change, such as “high temperature and droughts”. Similarly, he expressed a belief that engineers equipped with the fundamental knowledge of sustainable energy are needed to counter the current concern. In the effort to support this demand, Singapore has initiated a scheme to groom engineers of all levels, so as to address challenges caused by climate change. I agree with the author that engineers play a major role in the aspect of coming up with new technologies to achieve the goal of sustainability in Singapore. Particularly, engineers should be equipped with the necessary skills through constant upgrading programs to allow for the maintenance of climate fight innovations.
Giving support to Kuttan (as cited in Shah, 2015), the article “Singapore’s dirty accolade: Asia-Pacific’s biggest carbon footprint” (2012), have similarly mentioned that Singapore has the “largest carbon footprint per head” in the Asia-Pacific region, which brings about a pressing concern. National Climate Change Secretariat (2015) commented that as Singapore is a humid country, and air-conditioners have contributed widely to Singapore’s high energy demands. Electrical appliances such as air-conditioners requires the energy produced through the combustion of fossil fuels, which in turn releases harmful air pollutants (i.e. carbon dioxide) raising serious environmental concerns (Conserve Energy Future, 2013). As carbon dioxide is one of the greenhouse gases, while half of the amount of carbon dioxide can be absorbed through natural processes, the remaining amount contributes to global warming. Furthermore, as the average surface temperature increase due to global warming, there is a rise in the use of air-conditioners, which led to a vicious cycle. It has been noted that with continuing rise in carbon emission, Singapore’s average temperature would exceed 34°C if no actions are taken to counter the emission (Kotwani, 2015).
Facing such a climate concern, engineers are required to tackle these concerns. As mentioned in Chua’s (2015) article, engineers are involved in leading the process of innovation, sustaining these creations, and operating these technologies. With the help of engineers of different forte, “materials, mechanical, electrical, and manufacturing engineers” could work together in reducing cost, and enhancing the performance of various renewable energy technologies, such as solar photovoltaic.
Engineers are also required to “work with economists and policy analysts” to help with “policies and behavioral change programmes”, and in promoting energy conservation and efficiency (Chua, 2015). Singapore’s Deputy Prime Minister, Teo Chee Hean said that experts would be needed to “design and construct infrastructure projects”, “enhance cities’ resilience” and “adaption to the effects of climate change” (as cited in Chua, 2015).
As such, Singapore has newly initiated a scheme to groom three various levels of engineers, as mentioned in Shah’s article, to equip them with the needed knowledge to counter these challenges. Equipped with relevant skills, trained engineers who are able to excel in this field are crucial at assisting in areas such as green building technologies and energy renewing. In the effort to achieve the goal of being a zero-waste nation, it is equally essential for them to understand the concerns that Singaporeans are facing (Chua, 2015).
To conclude, the importance of well-equipped engineers were highlighted above. Engineers who have the necessary skills in the field of sustainability would be a valuable resource in combating climate change with new technologies, and in the maintenance of such technologies.
References
Chua, J. (2015, July 28). Engineering plays crucial role in climate change. Eco-Business. Retrieved September 24, 2015, from http://www.eco-business.com/news/engineering-plays-crucial-role-in-climate-change/
How Fossil Fuels Work. (2013, January 19). Conserve Energy Future. Retrieved November 25, 2015, from http://www.conserve-energy-future.com/HowFossilFuelsWork.php
Kotwani, M. (2015, April 15). Expect a hotter, wetter Singapore if greenhouse gas emissions aren’t tackled. Channel News Asia. Retrieved September 24, 2015, from http://www.channelnewsasia.com/news/singapore/expect-a-hotter-wetter/1785302.html
National Climate Change Secretariat. (2015, February 5). Impact of climate change on Singapore. Retrieved September 24, 2015, from https://www.nccs.gov.sg/climate-change-and-singapore/national-circumstances/impact-climate-change-singapore
Shah, V. (2015, June 8). Eco-Business. Why the climate fight needs engineers. Retrieved September 24, 2015, from http://www.eco-business.com/news/why-the-climate-fight-needs-engineers/
Singapore’s dirty accolade: Asia-Pacific’s biggest carbon footprint. (2012, March 6). CNN. Retrieved September 24, 2015, from http://travel.cnn.com/singapore/life/singapores-dirty-honor-asia-pacifics-biggest-carbon-footprint-876659