伊朗塞姆南大学
2024-12-14
更新时间：2024-12-14 11:00:01作者：欧曼老师
塞姆南大学成立于1975年，是塞姆南高等教育中心，拥有约500名学生。1989年，随着电子和土木工程课程的创建，它实现了多样化，并于1994年获得大学地位，它经历了伊朗成为高等教育综合体的惯常过程
它服务于伊朗北部半干旱的一个省会城市，位于德黑兰以东150英里处，位于前丝绸之路上，有着独特的当地传统，如大量由女性领导的面包店。该省是伊朗航天局主要发射场的所在地
该大学约有15000名学生，位于该市东北部850公顷的土地上
共有五个校区——工程、基础科学、艺术、人文学科和最近的科学与技术。在科技园区建造礼堂和图书馆是一个旷日持久的项目，并在国际建筑界引起了广泛关注。这是一个引人注目的现代设计作品，来自德黑兰一家知名建筑师公司，旨在成为整个网站的焦点和“社交中心”，并容纳近20万本书籍和期刊
缺水是一个长期存在的地区问题，最近从里海调水引起了相当大的争议。最近值得注意的发现包括该大学的纳米技术人员设计了一种光催化剂来增强水净化。校园内的研究中心专注于新技术、土木工程和先进材料，包括研究盐、石膏和晶体的性质和潜力
Semnan University was established in 1975 as Semnan Higher Education Centre with around 500 students. It went though the usual Iranian progression of becoming a Higher Education complex when it diversified with the creation of electronic and civil engineering programmes in 1989 before attaining university status in 1994.
It serves a provincial capital city in the semi-arid north of Iran 150 miles east of Tehran, located on the former Silk Road and with distinctive local traditions such as a high number of female-led bakeries. The province is home to the main launch site of the Iran Space Agency.
The university has approximately 15,000 students and is located on an 850-hectare site in the north-east of the city.
There are five campuses – engineering, basic science, art, humanities and the most recent, science and technology. It has been a long drawn-out project to create an auditorium and library on the science and technology campus and has attracted considerable publicity in the international architecture press. It is a dramatic piece of modern design from a high-profile Tehran architects firm and is intended to be a focus and "social hub" for the whole site, as well as housing close to 200,000 books and journals.
Water shortages are a perennial regional issue, with a recent transfer of water from the Caspian Sea causing considerable controversy. Notable recent findings include the university's nanotechnologists devising a photocatalyst to enhance water purification. Research centres on campus focus on new technology, civil engineering and advanced materials, including work on the properties and potential of salt, plaster and crystal.
