Participants will have the option of continuing their work through the Mentor Program during the academic year, working on research with a faculty mentor. For one to six weeks, students will participate in noncredit and credit-bearing programs across subjects such as forensic science, coding, writing, art, and more. More than 40 options are available for both residential and commuter students, who will also participate in campus activities and field trips.
This art and design program will prepare students for college-level work in studio art and earn them three college credits. They will choose from courses such as graphic design, product design, illustration, printmaking, and more. Students will also develop portfolio pieces for their college applications.
Students will discover and test business tools that will help them build important leadership skills across areas like innovation management, marketing, design thinking, product development, and more. Through projects, fields trips, activities, and more, they will explore their own ideas and apply their learning to real-world scenarios. Looking for more summer programs in New York State? For more guidance about extracurriculars, college applications, and how to choose activities that best suit your teen, download our free guide for 9th graders and our free guide for 10th graders.
Our guides go in-depth about subjects ranging from academics , choosing courses , standardized tests , extracurricular activities , and much more! Want access to expert college guidance — for free? When you create your free CollegeVine account, you will find out your real admissions chances, build a best-fit school list, learn how to improve your profile, and get your questions answered by experts and peers—all for free.
Sign up for your CollegeVine account today to get a boost on your college journey. Students choose two four-day-a-week classes from a long list of options that include The Exploration of Space, Introduction to Neuroscience, Psych , and many more. Internships usually begin in May or June and last a minimum of eight weeks.
The opportunities vary widely and include a hands-on introduction to scientific training, independent research and career instruction, and an advance research program during which students work in a research group. This prestigious pre-college summer science program co-sponsored by MIT, University of Colorado Boulder pictured , Caltech, and New Mexico Institute of Technology provides students with the opportunity to immerse themselves in a central research project in either astrophysics or biochemistry.
In the astrophysics program, teams observe various astronomical patterns to determine the orbit of a near-earth asteroid, while in the biochemistry program, teams design a small molecule that can inhibit an enzyme from a fungal crop pathogen.
Thanks to generous donations, last year every participant was able to attend the program for free. More Information. Those looking to experience life at a prestigious university like Notre Dame can look no further than the Summer Scholars program. Scholars choose from a lengthy list of interesting programs of study, then enjoy two intense weeks of coursework — though plenty of free time is also included so as to experience what life is really like on a college campus.
More information. The University of Chicago has been called one of the top ten universities in the world, so you can be sure their pre-college summer programs are some of the best available. In UChicago Immersion, students dive into life on the Chicago campus.
Because we receive many more applications than we have available spots in the program, we cannot guarantee acceptance, even for highly qualified candidates.
Select a form below. The form can be filled in on your computer, and then printed, signed, and sent in through regular mail. You need the free Acrobat Reader to work with these forms. You can download the free software here. Andrew Brinton , under the mentorship of Dr. Christa Farmer, was a Regeneron finalist. Daniel performed his research under the guidance of Professor Sabrina Sobel in the Chemistry Department. Matthew Klebanoff , a senior at John F.
Daryl Koopersmith , a senior at Paul D. Students are not required to complete any work outside of class. However, we provide students with bonus materials if they would like extra practice. This course does not qualify for payments plans or student financing.
Learn the most powerful and versatile programming language this summer. In this live online course, high school students will learn Python for data science and machine learning. This course will prepare you to excel as a programmer throughout college and beyond! Beginners will become advanced coders through our fast-moving curriculum and project-based approach to learning. Learn the most widely-used program in the world! This program consists of 10 three-hour sessions in which students explore both technical skills and finance theory.
This bootcamp is ideal for students interested in finance, business, real estate, entrepreneurship, and many other related fields. In this summer course, high school students learn the essential skills to start designing and developing their own websites.
Learn the fundamentals of Java programming and prepare for AP Computer Science or college-level programming. Beginners will become skilled coders through our project-based curriculum. In this live online summer certificate, high school students master the fundamentals of programming in both Java and Python.
Students get a head start on the AP Computer Science Exam, and learn the fundamentals of data science and machine learning. Python is a popular, back-end coding language. Python is used to build software programs, web applications, online tools, and games. You can also use Python to customize popular computer software programs like Salesforce. Created by Guido Van Rossum in , Python was designed for general purpose programming. Python is managed by the Python Software Foundation, and its most recent update was Python 3 in December The first half of this course covers the fundamentals of Python.
Students will explore how to write a program, learn how to think like a programmer and understand how to structure and develop their code. This course will teach students fundamental computational thinking processes that are universal amongst all coding languages. The second half of the course delves into data science using Python. Data science is a combination of mathematics, statistics, and computer science, making it an excellent companion for the computation-based Python language.
Data science can be divided into three main sections, one being the collection of valuable data, the second being the analysis of data, and the third being the visualization of data. In this course, students will learn all three using Python and extensive libraries.
Easy to Learn: Python has a very intuitive coding style with its limited need for lexical syntax and English-like keywords. Unlike Java, Python code does not require punctuation after every line of code. This allows students to master Python quicker because they can focus on the concepts and paradigms and do not have to focus on the syntax. Used by Many Companies: Even though Python is a great beginner language, it is also extremely powerful.
Along with its power, Python is remarkably efficient. Extensive Libraries: Another major benefit is the versatility of the language due to the libraries, packages, and frameworks that were created in conjunction with Python. Additionally, Django and Flask are two frameworks that allow Python to be used for web development. Community: A language is only as strong and useful as the number of people who are coding in it.
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