THE UNIVERSIDADE FEDERAL DA BAHIA (UFBA) IN PROFILE Presenta:on - - PowerPoint PPT Presentation
THE UNIVERSIDADE FEDERAL DA BAHIA (UFBA) IN PROFILE Presenta:on for the Workshop: Indicators and Metrics for Socially Inclusive Waste Management and Resource Efficiency in Supply Chains: Measuring and Repor:ng to Embed Sustainability in
Presenta:on for the Workshop: “Indicators and Metrics for Socially Inclusive Waste Management and Resource Efficiency in Supply Chains: Measuring and Repor:ng to Embed Sustainability in Policy and Prac:ce” 23-25 May 2017, Florianopolis, Brazil
Brazil (900 km) to the Atlan:c Ocean;
for their historical side as well as for their beaches, culture and tourism.
universi:es in Brazil, founded on February 18th, 1808 as the School of Surgery (today the UFBA Faculty of Medicine);
ins:tu:ons of higher educa:on, including three state and federal public universi:es and an advanced ins:tute, in addi:on to several private Facul:es, the UFBA is by far the largest university of Bahia, and has three campuses.
inhabitants today. It is the most populous city in Brazil’s Northeast and the 3rd largest in Brazil.
in Bahia, with approximately 319 thousand inhabitants;
Bahia, with approximately 161 thousand inhabitants.
UNIVERSITY 2.933 PROFESSORS 4.197 SUPPORT STAFF
36.177 UNDERGRADUATE STUDENTS 7.740 GRADUATE STUDENTS
*These data are available in: <hmp://www.proplan.uoa.br/esta:s:cas/uoa-em-numeros> Cláudia Barreto - Manager
private school of engineering, the Polytcehnic School of Engineering was incorporated to UFBA in 1946. It is one of the oldest schools of engineering in Brazil.
Engineering
Resources
Ø Bachelosr in Civil Engineering (1997 – UFC) Ø Masters in Production Engineering (2000 – UFSC) Ø PhD in Industrial Engineering (2007 - FEUP) Ø Associate Professor at Federal University of Bahia (Dept. of
Ø Undergraduation (Production Engineering): SCM, Industrial
Ø Graduation (Industrial Engineering; Energy & Environment):
Cláudia Barreto - Manager
Ø Fossil fuels (productive chain of oil and gas); Ø Biomass (Biofuels, Gasification etc.); Ø Generation and eco-efficient use of energy; Ø Environmental impacts in the atmosphere, lithosphere,
Ø clean technology; Ø Nanotechnology and new materials; and Ø Regulation and management.
Ø Sustainable SCM (productive chain of oil and gas); Ø Reverse Logistics Systems (scrap tyres, pesticide packings,
Ø SCM applied to Biomass (Biofuels, Gasification, etc.); Ø Generation and eco-efficient use of energy; Ø Environmental impacts of Logistics Systems; Ø Regulation and management of energy systems; Ø WASTE TO ENERGY SCM; Ø CIRCULAR ECONOMY