New UC data dashboard sheds light on admissions for each academic discipline

New UC data dashboard sheds light on admissions for each academic discipline

This is very cool! 

From the University of California:

Our researchers collect and analyze all kinds of information about the world. We also track all kinds of UC stats, many of them available on detailed public dashboards in the online UC Information Center.

This fall, UC published a new data dashboard that shows how many first-year students apply to and are admitted at each campus by academic discipline. Until now, UC published the overall first-year admission rates for each campus. The new dashboard expands that by providing additional detail on admissions by academic discipline. For each broad area of study, you can see the admit rate, along with how many students applied, were admitted and ended up enrolling. The dashboard lets you see the admission rate for a discipline versus the overall campus admission rate. You can look at just one campus, or you can compare disciplines across UC’s nine undergraduate campuses. (A separate dashboard shows transfer admission rates by major.)

The goal of the dashboard is to offer the public more transparency into UC admissions. Being able to compare the selectivity of disciplines and campuses gives applicants an additional piece of information in their process and a more refined understanding of the competition. That said, the dashboard shouldn’t be used to assess any particular student’s chances of admission.

Continue reading about the new data dashboard in this October 18 article and explore the dashboard yourself.

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Insights on Test Optional Admissions

Insights on Test Optional Admissions

In an op-ed published in Inside Higher Ed, David Blobaum, the director of outreach for the National Test Prep Association and the co-founder of tutoring company Summit Prep, argues that it is in college hopefuls’ best interests to submit test scores, even if a school does not require them.

When accepting – or rejecting – applicants, admissions departments cite often-clandestine “institutional priorities” having to do with students’ backgrounds or areas of expertise. According to Mr. Blobaum, however, “Rhetoric and reality often diverge.”

He contends, unequivocally, that “test-optional institutions have a preference for students with high test scores” and that students applying to test-optional colleges and universities are less likely to be admitted if they do not submit test scores. “If a college does not value SAT or ACT scores, then the college would not use those scores.”

Citing data from Dartmouth’s watershed report, which led the institution to return to test-mandatory admissions, Mr. Blobaum argues that traditionally marginalized students have the most to gain from submitting test scores: “a disadvantaged student with an SAT score between 1450 and 1490 is 3.7 times more likely to get admitted if they submit their score than if they withhold it.”

To support his argument, Mr. Blobaum explores a few key examples of elite institutions that recently were or currently are test-optional:

  • Yale had a three times higher admit rate (6 percent vs. 2 percent) for students who submitted test scores over the past several years compared to those who didn’t.
  • According to Cornell’s internal research, “submitting test scores significantly increases the likelihood of admission (to its) test-optional colleges.” The institution labeled it “prudent” for students to include test scores with their application package.
  • Even though Duke claims that choosing not to submit SAT or ACT scores “will not impact (a student’s) admissions decision,” 81 percent of newly enrolled students at Duke submitted some combination of SAT and ACT. Furthermore, Duke’s admission website goes as far as advising students to “buy a study guide and begin taking practice SAT or ACT tests.”

These examples are compelling, and make clear that standardized test scores can certainly act as key differentiators between candidates who are otherwise qualified for limited class seats. These differentiators are particularly important for hyper-selective schools where the ratio between applicants and enrollment offers is especially stark.

Mr. Blobaum approached this topic with an eye toward the most elite institutions; his observations, therefore, despite their potential relevance at Ivy Plus schools, may not capture the admissions landscape at less selective—but still excellent—colleges and universities. Furthermore, Mr. Blobaum’s argument sometimes strays from hard data; he, perhaps controversially, claims that admissions departments “often outright lie” and bases some of his reasoning on the fact that “it is just common sense.”

Source: Denied? That Top College Lied (Inside Higher Ed)

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Registration for the 2024-2025 Wharton Global High School Investment Competition is now open!

Registration for the 2024-2025 Wharton Global High School Investment Competition is now open!

Don’t miss your chance to compete in the Wharton Global High School Investment Competition.

Important details, dates, as well as helpful resources and tools can be found here: https://globalyouth.wharton.upenn.edu/investment-competition/

The competition is a free, English-based, experiential investment challenge for high school students and teachers that includes an online trading simulator. Participants compete with other students from around the world and learn about finance, teamwork, strategy building, analysis, communication, and the stock market.

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Colleges That Are No Longer Test Optional – Updated 4/23

Colleges That Are No Longer Test Optional – Updated 4/23

Colleges have continued to roll back test-optional policies. We will update this post as more updates are made.

You’ll need competitive test scores to apply to the following schools:

Auburn (testing STRONGLY preferred; required with certain GPA)
Brown
Cal Tech
Cornell (2026, require, 2025 recommended for certain colleges)
Dartmouth
Georgetown
Georgia Tech
Harvard
MIT
Purdue
University of Georgia
University of Florida (state-wide)
University of Tennessee (state-wide)
UT Austin
Yale

We have also found it beneficial to send high scores to most other test-optional schools in the top tier, especially if you are applying to a selective major (engineering, comp sci, data science, business, hard sciences) or attend a high school where the majority of students test and test well:

Ivies
Stanford
Vanderbilt
Northwestern
JHU
Duke
Rice
WashU
Notre Dame
Carnegie Mellon
Tufts
Emory
USC
Boston College
Boston University (exception: General Studies)
NYU
Clemson
Case Western
Villanova
University of Chicago
University of Michigan
University of Wisconsin
University of Virginia
University of North Carolina
University of Illinois
University of Maryland

Reach out to us if you’d like help with your application strategy and deciding whether you are a good candidate to apply test-optional or not.

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Calling All Young Writers: Submit to the Adroit Prizes and the Summer Mentorship Program!

Calling All Young Writers: Submit to the Adroit Prizes and the Summer Mentorship Program!

For those looking to develop as a writer and work with a mentor…

Adroit is accepting applications from current high school students (including seniors!) for their online summer mentorship program through April 7th @ 11:59pm PT.

For guidance and answers to Frequently Asked Questions, please visit our Mentorship FAQ page.

For those with a polished piece of poetry or prose that’s ready for submission…the Adroit Prizes, awarded annually to two students of secondary or undergraduate status, are open for submissions.

The 2024 Adroit Prize for Poetry will be selected by Ocean Vuong; the 2024 Adroit Prize for Prose will be selected by Kaveh Akbar. The submission deadline for the 2024 Adroit Prizes is May 1st, 2024 @ 11:59pm PT.

If you would like to submit your work, please familiarize yourself with the submission guidelines.

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Applying to Selective Colleges? Please Don’t Skip Calculus

Applying to Selective Colleges? Please Don’t Skip Calculus

More than 75 percent of EDII admits had studied math through calculus, taken biology, chemistry, and physics, and learned a foreign language for at least four years. 

Students who are well matched with MIT take the following classes in high school: math through calculus.

Four years of mathematics; calculus is strongly recommended for majors in Architecture, Business, and Engineering; science majors in Arts & Sciences; and those who intend to pursue a pre-medicine path.

The above are just a few snippets shared by selective colleges and universities regarding high school coursework. 

Calculus.

It’s a hotly debated topic. Just Google “calculus and college admissions,” and you’ll find plenty of articles such as this one.  Although I agree that it counts for a little too much in the college admissions process, the “math bar” is not something that appears to be changing anytime soon. Right now, it’s set at calculus. And if you can take BC over AB, do that. BC is the gold standard for selective schools, especially if you are applying for a competitive major.

So, if you plan to apply to selective colleges, plan to take BC calculus to be the most competitive applicant that you can be. 

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Elevating Your Extracurriculars for Summer 2024

Elevating Your Extracurriculars for Summer 2024

The strength of your curriculum (rigor), the grades you receive in academic courses (core academic GPA), and your extracurricular activities (ECs) are what matter most in the evaluation of a college application. 

College counselors can help students choose the right courses and connect them with the learning support they might need to achieve excellent grades, but advising on the extracurricular activities that will help students stand out is much more complicated!

It’s getting harder and harder to stand out extracurricularly; a lot has been done before, and it can be tough to come up with original ideas when the internet provides conflicting information. It is easy to pay to undertake research or get published; spend time on a college campus taking a course alongside peers; or travel the world serving communities you don’t have an intimate connection to but that are exciting to visit and experience. For some applicants, these ECs do the trick—really! 

However, if you are targeting selective schools, you’ll benefit from not taking the easy path when it comes to ECs. 

Your ECs will need to not only support a clear academic narrative and demonstrate your intellectual curiosity but also highlight what matters most to you and what you care about in your world. You will benefit from getting creative! 

We understand not everyone needs or wants full-blown college counseling, but we also want to make sure students really understand the role of extracurriculars in the college admissions process and spend their time wisely. If you are interested in a standalone extracurricular planning session to maximize the summer of 2024, reach out!

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Best Summer Programs for High School Students: Math

Best Summer Programs for High School Students: Math

The following summer activities are some of our favorites for students interested in math.

Hampshire College Summer Studies in Mathematics (HCSSiM)

HCSSiM is an intensive six-week encounter with college-level mathematics for talented and highly motivated high school students. It is demanding and expanding. Participants spend a major portion of each day actively engaged in doing mathematics (not simply learning the results of mathematics). HCSSiM students live in the dorms at Hampshire College in Massachusetts for six summer weeks, and study and play in its fields, woods, and academic buildings (not typically in that order). Typically, there are as many girls and non-binary students as boys. The daily schedule includes 4 hours of morning classes (Mon-Sat), the pre-supper Prime Time Theorem, and evening problem sessions. Afternoons are devoted to reading, rest, recreation, occasional trips to town, and informal study. Participants have unparalleled access to faculty members in classrooms, at meals, and in the program dorm. Productive collaborations continue long after the program, and many lifelong friendships are forged.

MathILy

Do you want to explore and create mathematics? Then read on, for that’s what MathILy is all about! In MathILy classes, instructors provide the framework and you get to make (and prove!) the conjectures. You will encounter new ideas, improve your problem-solving skills, learn lots and lots of advanced mathematics, and hone your overall thinking skills. You’ll meet others like you. (Yes, really. We promise.) Most of all, you will find serious mathematics infused with levity. MathILy is five weeks of maximized mathematical marvelousness. MathILy is designed for students with an insatiable curiosity about mathematics and who are creative and enthusiastic in their approaches to learning. Participants come from all over the United States and, sometimes, the world.

Program in Mathematics for Young Scientists (PROMYS)

PROMYS is a six-week summer program in mathematics for strongly motivated high school students who are carefully selected from across the U.S. and around the world. Founded in 1989, PROMYS is a residential program held on the campus of Boston University with approximately 80 high school students and 25 undergraduate counselors. PROMYS is particularly interested in increasing diversity in mathematics and in science and technology opportunities more broadly. They strongly encourage students who are female, Black, Latino/a, or from other groups underrepresented in STEM to apply.

The Ross Program

The first year course in the Ross Program is organized around a series of daily problem sets in number theory. These sets invite the participants to contemplate a variety of seemingly simple questions about numbers and their relationships. As the summer progresses students are encouraged to investigate these questions in increasing depth, and to return to them periodically as their skill at abstract reasoning and their collection of available tools become more powerful. This spiraling of concepts is summarized in the Ross Program’s motto: “Think deeply about simple things.”Students should expect to get deeply involved in intensive, mathematical work. Although formal classes take up only eight hours per week, Ross participants work hard during the many hours of unstructured time. They think about the many mathematical problems, and struggle with the difficulties. After a lot of effort they finally develop methods of thought that will prove useful in many aspects of their scientific lives.

Stanford University Mathematics Camp (SUMaC)

Stanford University Mathematics Camp (SUMaC) welcomes a select group of rising high school juniors and seniors from around the world for intensive study in advanced mathematics. SUMaC leads participants on a journey in advanced mathematics through lectures, guided research, and group problem-solving. In an environment centered on mathematics, participants explore current lines of mathematical research, the historical development of important areas of mathematics, and applications across scientific disciplines. SUMaC is for students who have an exceptional interest in mathematics, and who are prepared for study of abstract algebra and number theory, or algebraic topology.  Similar to what they would experience in a college course, participants can expect a heavy and engaging workload of assignments to work on outside of the live class meeting times.

Summer Workshop in Math @ Duke University

Summer Workshop in Math (SWiM) is a free workshop for rising high school seniors who are interested in mathematics, with a particular focus on advancing female participation in math. SWiM is particularly interested in increasing diversity in mathematics and in science and technology opportunities more broadly, so SWiM strongly encourages students to apply who are female or gender minorities, who are in their junior year of high school, and who are citizens or permanent residents of and reside in the US if held online.

Canada/USA Mathcamp

Canada/USA Mathcamp is an immersive summer experience for mathematically talented students ages 13–18 from all over the world. It is an intensive 5-week-long summer program for mathematically talented high school students, designed to expose these students to the beauty of advanced mathematical ideas and to new ways of thinking. More than just a summer camp, Mathcamp is a vibrant community, made up of a wide variety of people who share a common love of learning and passion for mathematics. At Mathcamp, students can explore undergraduate and even graduate-level topics while building problem-solving skills that will help them in any field they choose to study.

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Best Summer Programs for High School Students: Sports Business/Management

Best Summer Programs for High School Students: Sports Business/Management

The following programs are some of our favorites for students interested in exploring different career paths in sports and the business of sports.

Quinnipiac: Modern Storytelling: Sports Journalism

Quinnipiac professors and sports journalism professionals champion this 1-week program for students to gain hands-on experience as sports journalists and develop an understanding of potential career opportunities. Attendees write, edit, record and produce sports stories both on and off campus while learning the basics of interviewing athletes and conducting press conferences.

ROC Nation Summer Sports Management Academy

New York City is home to one of the largest and iconic sports markets in the world, and the Roc Nation Sports Management Academy is at the center of it all! The Academy’s experiential learning model provides opportunities to explore what it’s like to sign an athlete, negotiate a deal, manage a venue, or run an athletic program. In addition to attending major sporting events, Academy participants study with industry leaders and professional athletes, learning how to translate a passion for sports into a flourishing career. Participants also have a unique opportunity to engage with the booming billion-dollar global eSports industry in LIU’s state-of-the-art eSports arena. This Academy inspires young students, athletes, entrepreneurs, and sports fans to become the next great sports industry professionals.

Isenberg Sport Management & Leadership Academy

McCormack’s summer Sport Management & Leadership Academy provides a platform for high school students to learn practical sport business applications and industry insights from our world-renowned faculty and industry-leading alumni. During this two-week program, students immerse themselves in key segments and critical issues relevant to the highly competitive sports and entertainment industry, such as:

  • Sport & Digital Media
  • Sport Marketing & Sales
  • Diversity & Inclusion in Sport Organizations
  • Player Performance & Data Analytics
  • Player Representation & Athlete Endorsement

Rawlings Sport Business Management Summer Institute

Three day online program ($100). Experiential-based learning. Students learn theory in the classroom, put theory to work in real-time projects, and present those projects back to industry professionals.

LIU Sport Marketing 

SPM 142 – Sports Marketing. This course focuses on the process of designing and implementing activities for the promotion and distribution of a sport product to a consumer. The principal steps in developing a marketing plan are outlined.

Global Sports and Entertainment Business Academy

The mission of Global Sports & Entertainment Business Academy is to provide all participants insight into the sports and entertainment industries. Our students will not only be introduced to a broad array of career opportunities, but they will also leave with a solid understanding of the business disciplines that constitute and contribute to the business such as management, advertising, sponsorship, technology, marketing, law, media, and other areas related to the sports and entertainment industries. Students will also practice leadership and teamwork as they engage in a variety of team-oriented activities.

Coursera/edX FREE Classes

Esports

Sports Sponsorship

Becoming a Sports Agent

Activism in Sports and Culture

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Best Summer Programs for High School Students: Engineering

Best Summer Programs for High School Students: Engineering

The following are some of our favorites for students interested in exploring engineering.

Lincoln Laboratory Radar Introduction for Student Engineers (LLRISE)

The LLRISE program is a two-week summer institute for rising seniors that teaches students how to build small radar systems. The project-based enrichment program challenges students to build a Doppler and range radar.

COSMOS UCSDUS IrvineUC Santa CruzUC Davis

The COSMOS program is a four-week residential program designed by the UC schools. Each campus focuses on different subject areas, all admitting their own “cluster” of students. The courses are taught by UC faculty and researchers. Students choose from nine different clusters, which include engineering design, biodiesel from renewable sources, tissue engineering and regenerative medicine, and more.

MIT Beaver Works Summer Institute

The MIT Beaver Works Summer Institute (BWSI) is a rigorous, world-class STEM program for talented students who will be entering their senior year in high school. The four-week program teaches STEM skills through project-based, workshop-style courses. BWSI began in 2016 with a single course offered to 46 students, a mix of local daytime students and out-of-state residential students. It is typically a 4-week residential program for rising high school seniors and the program is free. They also offer online courses.

National Institute of Standards and Technology (NIST) Summer High School Intern Program Research

NIST research is subdivided into six organizational NIST laboratories that conduct research in a wide variety of physical and engineering sciences. The labs respond to industry needs for measurement methods, tools, data, and technology. Six laboratories participate in the SHIP program.

Due to the multi-disciplinary nature of NIST’s research, students should look through the different websites above to discover a best-fit project area. The following information describes the types of research performed by each laboratory. See research projects done in previous years.

MIT Women’s Technology Program (WTP)

The MIT Women’s Technology Program (WTP) is a rigorous four-week summer academic experience to introduce high school students to engineering through hands-on classes, labs, and team-based projects in the summer after 11th grade. WTP is a women-focused, collaborative community aimed at empowering students from groups historically underrepresented and underserved in engineering. They especially encourage students to apply who will be the first family member to attend college, who come from high schools with limited access to STEM classes and activities, or who are African American, Hispanic, or Native American.

Minority Introduction to Engineering and Science (MITES)

The MITES program is a six-week-long residential program geared toward rising seniors from underrepresented or underserved communities. The program aims to provide the skills and knowledge necessary for pursuing a career in the STEM fields. Students take one math course, one life sciences course, one physics course, one humanities course and an elective course. Placement is determined by diagnostic tests that are administered to all students during the orientation period of the program.

AI Scholars

AI Scholars Live Online is a 10 session (25-hour) artificial intelligence bootcamp that exposes high school students to fundamental AI concepts and guides them to build a socially impactful project. Taught by a team of graduate students from Stanford, MIT, and more, students receive a personalized learning experience in small groups with a student-teacher ratio of 5:1.

HK Maker Lab, Columbia

The Hk Maker Lab is a summer engineering design program at Columbia Engineering that places high school juniors and seniors in pre-college, project-based courses with Columbia University faculty. This program is designed for students from backgrounds that are underrepresented in STEM and who have financial needs.

CATALYST Academy

CATALYST Academy is a one-week residential program for rising high school juniors and seniors from underrepresented backgrounds who desire to learn about engineering and careers within an interactive milieu.

Cooper Union Summer STEM

Summer STEM is an opportunity to try engineering for the first time or to dive deeper into engineering teamwork. Each 3- or 6-week class covers college-level topics and activities completed by The Cooper Union undergraduates in their first or second year or explores student and faculty research projects. Current high school students in grades 9, 10, 11 and 12 can apply.  This selective program encourages all curious, compassionate, and college-interested students to apply regardless of prior experience.

Manhattan College

The School of Engineering offers several programs throughout the year to introduce high school students to the field of engineering. Free or low cost.

Google Computer Science Institute (Summer Before COLLEGE!)

Google’s Computer Science Summer Institute (CSSI) is a three-week introduction to computer science (CS) for graduating high school seniors with a passion for technology — especially students from historically underrepresented groups in the field. CSSI is not your average summer camp. It’s an intensive, interactive, hands-on, and fun program that seeks to inspire the tech leaders and innovators of tomorrow by supporting the study of computer science, software engineering, and other closely related subjects. It is a 3-week program, and it is free.

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