6,000 dollars — that’s how much a Singaporean parent can spend on tuition and enrichment sessions for one child in a month.
And, as a society, we spend $1.1 billion for these extra classes each year, more than double what parents spent just a decade earlier. This means that 97 percent of Singaporean students have participated in some type of tuition or enrichment programme.
These figures show how tutoring and enrichment classes are becoming increasingly popular in Singapore, and how parents believe they are critical to their children’s positive development.
What is it that makes them feel this way? What sort of enrichment classes do they enroll their kids in? What exactly are their reservations about these classes? If you’re looking for answers, look no further than Lessons4All.
Why Enrichment?
Tuition is beneficial to 80 percent of Singaporeans’ children’s education, while about half say their children require tuition to stay up with their peers in school. Due to these attitudes, one in every two Singaporean parents now spends more than $500 a month on tuition or enrichment classes.
While many people believe that enrichment and tuition programs are just for kids who are academically challenged, surveys reveal that two-thirds of pupils in Singapore’s Gifted Education Programme (GEP) attend them.
What Can Tuition and Enrichment Classes Provide?
We’ve done the research, and here’s why parents are flocking to enrichment and tuition centers for their children.
To Prepare for the Future
Parents increasingly expect their children to extend their learning capacities beyond their current syllabus level – for example, a Primary 1 pupil starting on the Primary 3 curriculum.
To Stay Ahead
This is the conventional justification for extra classes: to help students who are struggling with their assignments and syllabi stay up in class.
To Gain Knowledge of Different Studying Concepts and Strategies
A growing trend as parents turn to creative learning strategies such as whole brain learning and other studying techniques to help their children improve their learning abilities.
What Kind of Enrichment Programmers?
Tuition lessons that only teach the fundamental subjects taught in school are no longer available. Parents nowadays take their children to enrichment and tuition sessions that include everything from school subjects to personal development outside of the academic curriculum. Abacus classes, art and craft workshops, brain training, several types of dance classes, financial literacy and natural science classes, speech and theatre classes, and even robotics and programming classes are among them.
Looking around for the right enrichment classes and tuition center for your children? See the list of enrichment schools in Singapore, ranging from swimming and life-skills to music and math. Visit Our Website for more info…
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"Big data", "omics", and "data mining" are vocabulary we have often heard in recent years, and second-generation sequencing is often used in scientific research.
No matter which sequencing company performs sequencing or data analysis, a standard analysis method will be seen in the final report: functional enrichment analysis.
Given that most people know little about this analysis method, we have sorted out and answered some of the most common questions about enrichment analysis, and will also answer questions about Go enrichment analysis that most people care about.
What is the principle of enrichment analysis?Gene function enrichment analysis refers to statistical analysis with the help of various databases and analysis tools, and mining of gene function categories that are significantly related to the biological problems we want to study in the database.
It aims to establish a semantic vocabulary standard that is applicable to various species, defines and describes the functions of genes and proteins, and can be updated as research continues.
By establishing a set of controlled vocabulary with a dynamic form, to describe the role of genes and proteins in cells, so as to fully describe the attributes of genes and gene products in organisms.
