时间:2019-01-24 作者:英语课 分类:英语语言学习


英语课
From VOA Learning English, this is the Technology Report in Special English.
 
American colleges and universities awarded about one million seven hundred thousand bachelor’s degrees in the school year ending in twenty ten. Fifty-seven percent of the recipients 1 were female. Yet only eighteen percent of the women earned degrees in computer and information sciences.
 
Reshma Saujani would like to change that. She launched an organization called “Girls Who Code” in two thousand eleven. Her goal is to get more girls interested in science and technology.
 
Reshma Saujani
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"It's predicted that we’ll have about one point four million jobs that are open in the next twenty years in the science and technology related fields. But, only twenty-nine percent of Americans today have the skills to actually fill those jobs. And many of those Americans are men. And less than twenty percent of women are actually going into the technology and science related professions. And so we have an enormous gap.”
 
And she says the underrepresentation of women in the fields of science, technology, engineering and mathematics, also known as STEM, is caused by a bigger societal issue.
 
“Girls and boys perform about the same in math and science. So there’s not an aptitude 2 issue.”
 
Reshma Saujani says we live in a society that sends messages that girls should avoid these fields of study.
 
“I can still go to Forever 21 and buy a t-shirt that says ‘allergic to algebra 3.’ We still have that Barbie that would say that she hated math. And we still have this kind of cultural stereotype 4 that a computer scientist or a programmer is kind of like a dorky, young white guy.”
 
“Girls Who Code” has partnered with educators, engineers and business people. Twenty girls took part in the group’s first eight-week program last summer in New York City. They learned how to build websites and mobile apps, and create business plans.
 
“We took girls on field trips to the NYPD, to Facebook, to Twitter. And we showed them how technology is a part of every, every industry. Whether it’s fashion, whether it’s medicine. And that you can really use technology to really change the world.”
 
Ms. Saujani says companies have been very supportive of the group.
 
“The private sector 5 really understands that they have an enormous pipeline 6 problem. We have a huge shortage of engineers. And they invest in “Girls Who Code” to really grow that pipeline.”
 
Google was the first business to invest in the group. Reshma Saujani says if not for Google, “Girls Who Code” would not exist. Twitter, General Electric, eBay and others have also provided support.
 
Ms. Saujani says the program has been extremely successful. She says all the girls who took part in its first group plan to continue their STEM training. And, she says, “Girls Who Code” hopes to train many more.
 
“If our goal at “Girls Who Code” is to really close the STEM gap, we realize that we have to teach two million girls how to code in the next twenty years.”

adj.接受的;受领的;容纳的;愿意接受的n.收件人;接受者;受领者;接受器
  • The recipients of the prizes had their names printed in the paper. 获奖者的姓名登在报上。 来自《简明英汉词典》
  • The recipients of prizes had their names printed in the paper. 获奖者名单登在报上。 来自《现代英汉综合大词典》
n.(学习方面的)才能,资质,天资
  • That student has an aptitude for mathematics.那个学生有数学方面的天赋。
  • As a child,he showed an aptitude for the piano.在孩提时代,他显露出对于钢琴的天赋。
n.代数学
  • He was not good at algebra in middle school.他中学时不擅长代数。
  • The boy can't figure out the algebra problems.这个男孩做不出这道代数题。
n.固定的形象,陈规,老套,旧框框
  • He's my stereotype of a schoolteacher.他是我心目中的典型教师。
  • There's always been a stereotype about successful businessmen.人们对于成功商人一直都有一种固定印象。
n.部门,部分;防御地段,防区;扇形
  • The export sector will aid the economic recovery. 出口产业将促进经济复苏。
  • The enemy have attacked the British sector.敌人已进攻英国防区。
n.管道,管线
  • The pipeline supplies Jordan with 15 per cent of its crude oil.该管道供给约旦15%的原油。
  • A single pipeline serves all the houses with water.一条单管路给所有的房子供水。
学英语单词
allowance for camber
amended by
amino-benzene
analog performance
ancestrality
axial inflow velocity
battery box cover
bearing race snap
bettedbet
blushworthy
bower anchor
breathable film
catching crate
Centor criteria
central igniter
circle right
clastobryopsis planula
concurrent read exclusive write
deoptimize
dilucidation
diverse linkage group
drone cone
duck-hunting
egg-crating
Estrella B.
Fargesia fractiflexa
feed connecting link hinge stud set screw
feedback counter
Finn
front bumper bracket
fugue
group simulation
handfree interphone
head of a liquid
Hoopes process
hydrofacies
infracilliary rod
infrastructural investment demand
jungle law
Kalyvia
Kamuro-san
lightning round
lotic biology
lubricant supply vehicle
LUMO
markup languages
medicothorax
membrane spectroscophy
Merfalan
methoxies
Mtetwa
non opposition
nonlinear functions
noshua
nuclear endocrinology
outlands
outsees
phenol fiber cam
pitt-rivers
postcoital ovulation
prefabrication shed
prefurca
private label
producer risk
Queensland grass-cloth plant
recent modifications
Reiner, Fritz
reservoir area
rexs
rotation grazing
royalty payment
sabinane
scherbakovite (scherbakovite)
selfindulgent
separating screen
set store on
settlement processing
sheet
show sb out
signal-noise ratio
slaa
stauntonia chinensis dc.
storage daily
Synaptomys borealis
syne
tax on undistributed profit
the necessities of life
therapeutic(al) abortion
third classification theorem
time multiplex techniques
true feeling
tuche
Udaipur Garhi
ultimatas
underwater turning
updip block
vector component
vertical instability
vortex telecommunication access method
watch the clock
wrethe
yes-men