Sara Sofia Agramonte
Sara Sofia Agramonte | |
|---|---|
.jpg) Agramonte in 2125 | |
| 16th President of the Serenacy of Carinansia | |
| In office June 25, 2125 – June 24, 2141 | |
| Preceded by | Martin Yong Ramirez |
| Succeeded by | Nicolas Takeda |
| National Senator for the Nepida 13th District | |
| In office August 6, 2120 – August 6, 2124 | |
| Personal details | |
| Born | June 13, 2080 invalid year Mollara, Paldonia province, Kingdom of Monteguerias |
| Died | November 3, 2183 (aged 103) Vitoria, Anáheiro, Carinansia |
| Political party | Party for the Cárinansian Revolution |
| Spouse | Juliana Bitencourt |
| Children | Alvaro Agramonte-Bitencourt |
| Parent(s) | Jorge Agramonte Dominguez (father) Mariana Agramonte |
| Alma mater | Álvaro Serrano Paek University (BCS, MBi, PhD) |
Sara Sofia Agramonte (June 13, 2080 - November 3, 2183), was a Carinansian politician and scientist, who served as the 16th President of Carinansia between 2125 and 2141. She was the first openly-homosexual person to serve in the position. A member of the Party for the Cárinansian Revolution, her presidency constituted the majority of the Agramonte era, and she is considered one of the most prominent conservative figures in Carinansian history
Early life and career
Early life
Sara Sofia Agramonte was born on June 13, 2080, at the Duke's Hospital in Mollara, Paldonia, Monteguerias. She was the fourth child of Jorge Agramonte Dominguez and Mariana Agramonte. She was raised in Valhuapi, with three older siblings: Roberto, Maria, Isabela and Rodrigo, and four younger sisters. Another younger brother, Jorge, died from carbon monoxide poisoning at the age of seven in 2092. Her paternal grandfather, Juan Carlos O'Neill, was an asylum seeker from Wexford, who was granted asylum in 2035 during the Carinansian blockade of Wexford. Her father was a factory worker in Ochamina. Agramonte has Spanic and Wexfordian ancestry, along with more distant Emmerian, Estovakian, Arcadian, Gloran, and Uateden roots.
Throughout her early life, she was a competitive skier, but retired from the sport after a major injury in 2099, which caused two type 3 quadricep tears, and a broken femur. After recovering over the course of 18 months of physical therapy, she briefly worked as a gas station worker in Sumpatoria in 2102. In March 2103, she participated in the first entry exams to the new Department of Computer Science and Engineering at the newly-opened Alvaro Serrano Paek University, receiving a full scholarship for living funds and accommodation to the institution.
Education
As a student at the university, she excelled in class and graduated summa cum laude in 2106 for a Bachelor of Computer Science. In 2109, she again graduated summa cum laude for a Master of Bioinformatics, and in 2114 she received a Doctor of Philosophy in Bioengineering cum laude. During this doctoral period, there was a year-long university exchange program with the Panguiyante Autonomous University. During this time, she met Dr. Juliana Bitencourt, whom was her professor of chemical engineering. A year after graduating from university, the two legally married.
Career
Upon graduating, she received a job offer from Bitencourt International, Co. in their Cellular Microbiology research and development department. Thus far, she has successfully performed a new synthetic process of Abiogenesis for agricultural crop and rice seeds in her study, Agramonte and Bitencourt (2115) which she worked on with the help of her wife, building on the work of her doctoral thesis. Substantially cheaper than regular agricultural methods, her innovation saw BIC's share price surge by 147.2% in the three months following its public announcement. In 2117, she successfully synthesised a hyperefficient artificial human brain for transplantation, requiring less kilocalories while possessing eidetic memory capacities. This research design has thus far been utilised in over ten million transplants across the world. By 2336, it is no longer considered to be at the forefront of technology, but is still considered one of the most revolutionary advancements in biomedical science.