Research Training Program for High School Students

By Eric Eng

By Eric Eng

View of Biochemist student working in the lab.

Research Training Program for High School Students

Are you a high school student who loves science and medical research? The Research Training Program at Seattle Children’s Research Institute can open doors to world research for you!

This program offers a rare chance for high school students to engage in real-world research projects, even before starting college. Join us as we delve into what makes this program a fantastic opportunity for aspiring young scientists and how it can help pave the way for your future in scientific research.

What is the Research Training Program for High School Students?

Seattle Children’s Research Institute is passionately committed to cultivating a diverse and inclusive workforce. The institute recognizes the importance of inspiring the next generation of scientists, physicians, and healthcare professionals.

To this end, its Science Education Department has developed a special summer program aimed at high school students, offering them a window into the intriguing world of biomedical research.

In the summer of 2024, the institute plans to conduct an engaging in-person program. This initiative will be spearheaded by PhD-qualified scientists and educators, providing students with an enriching experience.

The program promises to immerse students in a research laboratory environment, where they will explore various scientific domains including biochemistry, immunotherapy, gene editing, and infectious diseases.

Beyond laboratory skills, the program also includes workshops on college preparation and career exploration, equipping students with essential knowledge and insights for their future careers in biomedical research. Notably, this program is offered free of charge.

The Research Training Program (RTP) at Seattle Children’s Research Institute is an on-site, competitive program designed primarily for local students who live within commuting distance of downtown Seattle.

To support participants with transportation and meal expenses, the program provides stipends. It is important to note, however, that the program does not provide or arrange housing for students.

The RTP places a strong emphasis on inclusivity, especially encouraging participation from students who belong to groups historically underrepresented in the biomedical and health sciences field, as identified by the National Institutes of Health.

The program warmly invites applications from students who identify as Black or African American, Hispanic or Latinx, American Indian, Alaska Native, Indigenous, Native Hawaiian, other Pacific Islanders, or individuals with disabilities (as defined by the Americans with Disabilities Act of 1990 and its amendments).

The program also encourages applications from individuals who meet two or more criteria for disadvantaged backgrounds according to the National Institutes of Health definitions.

This initiative by Seattle Children’s Research Institute represents a vital stepping stone for students from diverse backgrounds to make significant strides in the field of biomedical research.

Students working on a laboratory.

Why should you join the Research Training Program for High School Students?

The Research Training Program at Seattle Children’s Research Institute offers an array of engaging and educational activities designed to give students a comprehensive understanding of various scientific topics and practical skills.

Educational Lectures: The program includes a series of informative lectures covering a range of subjects such as biochemistry, immunology, global health issues, public health, and the study of infectious diseases. These lectures are designed to provide students with a broad understanding of key scientific concepts and current challenges in the field.

Hands-On Laboratory Experiences: Students will have the opportunity to participate in practical laboratory sessions where they can apply their learning. These labs include activities like using microscopes, conducting agarose gel electrophoresis experiments, performing immunoassays, isolating white blood cells, practicing polymerase chain reaction techniques, engaging in bacterial transformation, and exploring gene editing methods. These sessions are crucial for understanding the real-world application of theoretical knowledge.

College and Career Guidance Workshops: The program also includes workshops aimed at preparing students for their future academic and professional careers. These workshops provide insights into college life, and application processes, and offer guidance on career paths in the biomedical field.

Facility Tours: Participants will be taken on tours of the facility, allowing them to see firsthand the environment where professional research is conducted. This offers a unique perspective on the day-to-day operations of a leading research institute.

Group Research Project and Presentation: A key component of the program is the group research project. Students will work in teams on a specific research topic, culminating in a presentation of their findings. This project not only enhances research skills but also develops teamwork and communication abilities, which are essential in any scientific career.

The program provides a well-rounded experience, combining theoretical knowledge with practical skills, career guidance, and a peek into the professional world of biomedical research.

Young woman writing on a table.

Is the Research Training Program (RTP) a medical program?

The Research Training Program (RTP) is not designed as a medical program. It’s specifically tailored for students who are eager to explore laboratory research at the Seattle Children’s Research Institute. This focus means that the program is centered around research activities rather than clinical or medical practice.

Participants in the RTP will not have the opportunity to work at the Seattle Children’s Hospital, nor will they be interacting with patients as part of the program.

The program does not provide extensive information or training related to medical school. The primary aim of the RTP is to give students hands-on experience in the world of scientific research within a laboratory setting, which is a different focus from clinical medical training.

How do you get into the Research Training Program for High School Students?

To be considered for the Research Training Program, students must meet certain eligibility criteria:

1. Grade Level Requirements

The program is open to students who are currently in the 10th grade (rising juniors), 11th grade (rising seniors), or 12th grade (graduating seniors). It is important that applicants have not yet applied to college.

If you’re a high school student currently involved in a Running Start program or enrolled in college courses, you’re still eligible to apply for the Research Training Program (RTP). A key aspect of the RTP is to prepare students for the college application process.

Therefore, as long as you haven’t yet started applying to colleges, your participation in Running Start or concurrent enrollment in college courses does not disqualify you from applying to the RTP. This program is designed to complement your academic journey by providing additional preparation and insight into the college application process, along with hands-on research experience.

Young woman using her tablet on a desk.

2. Interest in Scientific Fields

Applicants should have a keen interest in subjects such as biology, biochemistry, microbiology, public health, or related scientific areas. It’s worth noting that prior knowledge in these fields is not a prerequisite for applying.

3. Residence Requirements

Candidates must live within a commutable distance from downtown Seattle throughout the program’s duration. This is essential as the program does not provide or organize housing accommodations for participants.

4. Prior Research Experience

While having formal research experience is not mandatory, the program particularly encourages students seeking their initial research experience. Those who have not yet participated in other research programs or internships are given priority in order to maximize the impact of the program.

5. Financial Compensation and Tax Requirements

Participants of the program will receive a stipend. Since this stipend is considered taxable income by the Internal Revenue Service, students must have a Social Security Number (SSN) to take part in the RTP.

Meeting these eligibility criteria is a key step in the application process for high school students interested in gaining meaningful research experience in the scientific field.

Two female students talking in the campus.


Diversity in the Program

The Research Training Program is specifically designed to support students from communities that have been historically underrepresented in the fields of biomedical and health sciences, as recognized by the National Institutes of Health. The program strongly encourages applications from students belonging to the following groups:

  • Black or African American students
  • Hispanic or Latinx students
  • American Indian, Alaska Native, or Indigenous students
  • Native Hawaiian or other Pacific Islander students
  • Students with disabilities, which include those who have a physical or mental impairment that significantly limits one or more major life activities, as defined under the Americans with Disabilities Act of 1990 and its subsequent amendments.

Students who meet two or more criteria for being from a disadvantaged background, according to the standards of the National Institutes of Health. This focus is crucial because individuals from low-income families are underrepresented in scientific careers and often face challenges in accessing necessary education in science and mathematics.

Statistical data reveals that while 50% of individuals from high-income families obtain a bachelor’s degree by age 25, only 10% from low-income families reach this milestone.

Low-income students are less likely to engage in science-oriented curricula and often do not meet the readiness benchmarks required for college entrance exams. This educational gap can be partly attributed to the lack of availability of core courses in math and science, such as algebra, geometry, biology, and chemistry, in many high schools, especially those serving a high number of low-income or traditionally underserved minority students.

Furthermore, The College Board has noted a significant gap in the participation of students in Advanced Placement (AP) courses. Many students with high potential, particularly from low-income and minority backgrounds, miss out on these opportunities due to the limited availability of a variety of AP courses in their schools.

The Research Training Program aims to bridge these gaps by providing an inclusive and supportive environment that fosters the academic and professional growth of students from these underrepresented groups, offering them a platform to excel in biomedical and health sciences.

Two students working on a laboratory.

Cultural Diversity and Inclusion in the Research Training Program for High School Students Community

The Research Training Program for High School Students at Seattle Children’s Research Institute places a strong emphasis on cultural diversity and inclusion, recognizing its critical role in medical research. The inclusion of diverse ethnic and cultural perspectives is not just a matter of equity; it is a key component in conducting comprehensive and effective medical research.

Ethnic and cultural diversity in medical research programs brings a wealth of benefits. It ensures that research is more representative of the population it aims to serve, leading to findings and treatments that are applicable and accessible to a wider range of people. This diversity can also foster innovation and creativity, as different perspectives often lead to novel solutions and approaches in tackling complex medical challenges.

In line with this commitment to diversity and inclusion, the program highly encourages applications from students who represent a variety of backgrounds, including:

Blacks or African Americans: In the realm of medical research, it’s well-documented that certain health conditions disproportionately affect Black or African American populations. These include higher rates of hypertension, diabetes, and certain types of cancer.

By involving students who may have a personal or community connection to these health issues, the program can ensure that its research is more relevant and responsive to the needs of these communities.

Students from Black or African American backgrounds can bring diverse viewpoints and insights based on their cultural experiences and knowledge. This diversity of thought is essential in creating a holistic research environment where multiple perspectives are considered.

It can lead to more innovative approaches to problem-solving, and more importantly, to research outcomes that are more universally applicable and culturally sensitive.

Male student attending an online class in a room.

Hispanics or Latinx: Their participation is vital in understanding health disparities and developing culturally sensitive medical solutions. Their participation helps in building trust and bridges between the research community and Hispanic or Latinx populations.

Historically, there has been a mistrust of medical research within many minority communities due to past unethical practices. By involving students from these backgrounds, the program can foster a more inclusive and trustworthy environment, which is crucial for the success of medical research and interventions.

Engaging Hispanic or Latinx students in biomedical research empowers them to become advocates and leaders in their communities. They can play a vital role in disseminating health information, advocating for better health policies, and contributing to a more diverse and representative healthcare workforce. This not only benefits their immediate communities but also enriches the entire field of medical research with diverse talents and viewpoints.

American Indians, Alaska Natives, or Indigenous: These groups can provide invaluable insights into traditional medicinal practices and perspectives on health that enrich biomedical research. They can bridge the gap between modern healthcare systems and Indigenous communities, facilitating better health outcomes.

Their involvement can also inspire future generations from these backgrounds to pursue careers in science and medicine, leading to a more diverse and representative healthcare workforce.

Their unique perspectives on the relationship between humans and the natural world can inspire innovative approaches to health and wellness, particularly in areas like environmental health, which is increasingly recognized as crucial to overall well-being.

Native Hawaiians or other Pacific Islanders: Understanding the genetic variances and specific health concerns of different ethnic groups, including Native Hawaiians and Pacific Islanders, allows for the development of more targeted and effective treatments and preventive strategies.

Encouraging the participation of Native Hawaiians and Pacific Islanders in research programs also addresses the issue of representation. Historically, these groups have been underrepresented in scientific research and healthcare professions.

By actively including them in research training programs, we not only provide opportunities for these students but also work towards a more diverse and culturally competent scientific community.

Individuals with Disabilities: Including students with disabilities, as defined in the Americans with Disabilities Act of 1990, is crucial for ensuring that research is mindful of accessibility and the varied ways in which health conditions can manifest and be managed.

Individuals from Disadvantaged Backgrounds: As defined by the National Institutes of Health, including individuals from disadvantaged backgrounds ensure that the program addresses the social determinants of health and understands the full spectrum of factors that influence health outcomes.

Through the participation of these groups, the Research Training Program is not only promoting equity in the field of medical research but also enhancing the quality and relevance of its outcomes.

This approach helps build a research community that is reflective of the society it aims to serve, ultimately leading to advancements in healthcare that are more effective, inclusive, and equitable.

a group of students talking about their school activity.

How do I apply to the Research Training Program for High School Students?

Applying to the Research Training Program involves a few key steps:

I. Requesting a Letter of Recommendation

Choose someone who can positively attest to your academic or professional achievements, like a teacher, advisor, or employer. It’s advisable to ask them for a recommendation at least three weeks before the deadline. When you submit your application, an automated email with submission instructions will be sent to your recommender.

II. Filling Out the Application Form

The application must be submitted by Sunday, March 10, 2024, 11:59 p.m. Pacific Time.

III. Essay Prompts

The application includes several essay prompts. Your responses should be original and reflect your own thoughts and experiences.

Share information about yourself and how you can contribute to diversity, equity, and inclusion in science (up to 3,000 characters, roughly 500 words).

  • Explain why you are interested in this laboratory research program (up to 1,200 characters, about 200 words).
  • You could start with a personal anecdote or a specific moment that sparked your interest in laboratory research. Explain what aspects of laboratory research fascinate you, such as the opportunity to contribute to groundbreaking studies in biomedical science or a particular field like oncology or genetics.
  • Example: “My interest in laboratory research was ignited when I read about a groundbreaking cancer study. I am particularly drawn to the program’s focus on pediatric diseases, as I aim to contribute to research that can change young lives.”

Describe any relevant experience and skills, noting that lack of research experience is not a disqualifier (up to 1,200 characters, about 200 words).

  • Even if you don’t have formal research experience, discuss relevant skills or experiences that can be applicable to a research setting, like problem-solving, attention to detail, or working on science projects.
  • Mention any relevant coursework, science clubs, or workshops you’ve participated in.
  • Example: “While I haven’t had formal research experience, my involvement in the Science Club and my advanced biology coursework have honed my analytical skills and fostered a methodical approach to problem-solving.”

Young woman looking at her laptop and looking happy.

State your intended major or area of study in college (up to 1,200 characters, about 200 words).

  • Be clear about your intended major or area of study and why you’ve chosen it.
  • If you’re undecided, discuss the areas of study you’re interested in and how they relate to your overall academic and career goals.
  • Example: “I intend to major in Biochemistry in college, as I am fascinated by the chemical processes that drive biological systems and believe this knowledge is crucial for advances in medical research.”

Discuss how this training program in laboratory research and biomedical science aligns with your college goals (up to 1,200 characters, about 200 words).

  • Explain how participating in the program will equip you with skills or knowledge beneficial for your college studies.
  • Discuss how the program can help clarify or enhance your academic and career paths.
  • Example: “This training program aligns perfectly with my goal to major in biomedical sciences. The hands-on laboratory experience will provide a solid foundation for my college coursework and give me a head start in my future research endeavors.”

IV. Submitting the Letter of Recommendation

Once your application form is submitted, your recommender will receive an email with instructions for submitting their letter. The letter of recommendation must be submitted by Sunday, March 31, 2024, at 11:59 p.m. Pacific Time. The application form and the letter of recommendation can be submitted independently and do not need to be received simultaneously.

The Research Training Program is competitive, so ensure that your application and recommendation letter reflect your best self and your commitment to pursuing a career in laboratory research and biomedical science.

Young woman studying in front of a laptop while sitting near a desk.

How hard is getting into the Research Training Program for High School Students?

The Research Training Program is highly competitive and attracts a large number of applications, significantly more than the number of spots available. Specifically, the laboratory is equipped to accommodate only 24 students at a time.

This limitation in capacity means that not all applicants can be accepted. Each application is meticulously reviewed to select participants, reflecting the program’s competitive nature. As a result, the acceptance rate is relatively low due to the high volume of applications compared to the limited number of available spaces.

Ideal Extracurriculars for aspiring Research Training Program for High School Students attendees

For high school students aspiring to attend the Research Training Program at Seattle Children’s Research Institute, engaging in the right extracurricular activities can strengthen your application and prepare you for the experience. Here are some ideal extracurriculars that align with the program’s objectives and interests:

Science Clubs and Competitions

Being active in science-related clubs at your school or within your local community is a great way to showcase your interest in scientific subjects. Whether it’s a school-based Science Club, a Robotics Team, or an Environmental Club, these groups offer a platform to delve deeper into various scientific topics. Participating in science fairs or competitions is another excellent way to demonstrate your enthusiasm for science.

Get involved in your school’s annual science fair, presenting a project on a topic like child health or new cancer research methods. National and international competitions, such as the Intel International Science and Engineering Fair or the Biology Olympiad, are also valuable opportunities.

In these competitions, you could present research on cutting-edge topics like the latest treatments for pediatric diseases or innovative approaches to biomedical research. These activities not only show your dedication to science but also help you develop research skills and a deeper understanding of topics relevant to the Research Training Program.

Group of students attending a community service smiling for the camera.

Volunteering in Healthcare or Research Settings

Getting involved in volunteer activities at healthcare institutions like local hospitals, clinics, or research centers can be incredibly beneficial. You might volunteer at a children’s hospital, where you can observe healthcare professionals in action and learn about pediatric care and various child diseases. Volunteering at a research facility or a university lab could give you insights into the day-to-day workings of biomedical research, including studies on cancer treatments or other serious illnesses.

This kind of volunteering allows you to see the practical side of healthcare and research. You might help with administrative tasks, interact with patients in non-medical capacities, or assist with organizing data in research studies.

These experiences do more than just enhance your understanding of the medical and research fields; they also demonstrate your willingness to serve the community and your commitment to the betterment of healthcare and scientific understanding.

Such engagement can be particularly relevant if you’re interested in a program focused on biomedical research, offering a glimpse into the real-world applications of the theories and techniques you might learn.

Summer Science Programs

Enrolling in summer science programs or workshops is an excellent way to deepen your understanding of scientific principles, especially in the fields of biomedical research, child diseases, cancer studies, and more. These programs often include hands-on lab experiences, giving you the opportunity to work with equipment and techniques used in real research settings.

A summer program at a local university might offer workshops in molecular biology or genetics, where you could learn about the latest research in childhood cancers or genetic disorders.

Some programs might even allow you to participate in ongoing research projects, offering a first-hand look at how scientific investigations are conducted, from hypothesis formation to experimentation and data analysis.

These programs often include seminars and lectures from experienced scientists and researchers, providing insights into various scientific careers and the latest advancements in biomedical research.

By taking part in these summer programs, you not only gain valuable knowledge and skills but also demonstrate your commitment and interest in the field of science, which is particularly beneficial if you’re considering applying to a program like the Research Training Program at Seattle Children’s Research Institute.

Young woman explaining s

Academic Clubs and Teams

Becoming an active member of academic clubs and teams in your school can be a significant asset, especially for students interested in a biomedical research program. Clubs like the Math Club or Biology Club provide a platform for exploring and deepening your understanding of key scientific concepts, which could include areas like genetics, cell biology, or even specific topics like child diseases or cancer research.

Participation in these clubs often involves group discussions, project collaborations, and sometimes even local or regional competitions. For example, being a part of a Biology Club might involve group projects on human anatomy or discussions on the latest breakthroughs in medical research.

Engaging in academic teams such as Quiz Bowl or Science Bowl can further hone your critical thinking and teamwork skills. These competitions challenge you to quickly process and apply information, often covering a range of subjects including biology, chemistry, physics, and mathematics.

This not only prepares you for the academic rigor of programs like the Research Training Program but also demonstrates your ability to work effectively as part of a team and think critically under pressure.

These activities are not just about acquiring knowledge; they are about applying it in collaborative settings, which is a crucial skill in any research or academic environment. By participating in these clubs and teams, you show a proactive interest in science and research, a quality that is highly valued in programs focused on biomedical research.

Leadership Roles

Stepping into leadership roles within clubs or student organizations at your school is an excellent way to demonstrate key qualities like initiative, responsibility, and teamwork. Holding a leadership position, such as being the president of the Science Club, the captain of a Mathletes team, or a lead organizer in a health awareness campaign, shows that you’re capable of taking charge, organizing events, and guiding your peers towards a common goal.

In these roles, you might be responsible for planning meetings, coordinating projects, or leading group discussions. As a leader in a science club, you could organize a workshop on biomedical research techniques or coordinate a guest lecture series on topics like child diseases or cancer research. This not only benefits your own understanding and experience but also contributes to the educational growth of your peers.

Leadership roles in these settings are particularly valued because they demonstrate your ability to manage responsibilities, work collaboratively with others, and potentially navigate the challenges of leading diverse groups.

These are all critical skills in any research or academic setting, especially in programs like the Research Training Program, where teamwork and collaborative research are key components. By showing that you can lead effectively, you’ll be showcasing an essential skill set for success in such programs.

Young woman wearing a business attire.

Online Courses or Workshops

Diving into online courses or workshops in subjects like biology, chemistry, or related scientific fields is a great way to show your commitment to learning beyond your regular school curriculum.

These online platforms offer a range of courses, from introductory biology to more specialized topics like molecular genetics or pediatric oncology, which align with the focus of biomedical research programs.

By enrolling in these courses, you take the initiative to deepen your understanding of complex scientific concepts and stay updated with the latest developments in these fields. You could take an online workshop on the latest research methods in cancer studies or a course exploring the intricacies of infectious diseases. This not only enriches your knowledge base but also demonstrates to program selectors that you are self-motivated and dedicated to your scientific education.

These online courses often come with the flexibility to learn at your own pace and the convenience of studying from anywhere. Completing these courses successfully shows that you can manage your time effectively and are capable of self-directed learning – qualities that are highly valuable in the fast-paced and demanding environment of a research program.

Community Service Projects

Participating in community service projects, especially those with a focus on public health or environmental science, is a valuable experience for aspiring researchers. Engaging in these projects allows you to see how scientific research and concepts are applied in real-world situations, beyond the confines of a laboratory or classroom.

Volunteer for a local public health initiative that focuses on educating the community about preventive healthcare or join a project that addresses environmental issues like pollution or conservation.

These activities could involve organizing health awareness workshops, participating in environmental clean-ups, or assisting in local science fairs that promote public understanding of health and environmental issues.

Involvement in such community service projects demonstrates your willingness to apply scientific knowledge for the betterment of society. It also shows that you understand the broader impact of scientific research on everyday life and community well-being.

This perspective is particularly important in fields like biomedical research, where the ultimate goal is often to improve human health and environmental conditions.

Through these projects, you also develop skills like teamwork, communication, and project management, which are essential in any research-oriented program. Your active participation in community service related to science and health not only contributes positively to your community but also strengthens your profile as a well-rounded candidate for programs you’d be interested in joining in the future.

Male student attending an online course.

Independent Research Projects

Engaging in an independent research project, whether as part of a school assignment or as a personal endeavor, is an excellent way to demonstrate your ability to conduct scientific inquiry on your own. This process involves choosing a topic, conducting research, analyzing data, and presenting your findings.

Decide to investigate a particular aspect of child health, explore new methods for cancer treatment, or examine an environmental issue. This project could involve collecting data, experimenting in a lab if resources are available, or even conducting surveys and research online.

The key is to document every step of your research process and compile your findings into a coherent presentation. This could be in the form of a written report, a poster, a presentation, or even a digital project like a blog or video. Presenting your work at a school science fair, a community event, or even to your classmates and teachers can further enhance your experience.

Undertaking such a project shows that you have the curiosity, dedication, and skills necessary to conduct scientific research. It proves your ability to work independently, think critically, and solve problems, all of which are important skills in the field of biomedical research.

Successfully completing an independent research project can make a strong impression on the admissions committee of a program like the Research Training Program at Seattle Children’s Research Institute.

Mentorship Programs

Seeking mentorship from experienced professionals in science and research can be incredibly beneficial for aspiring students. A mentor, who could be a scientist, researcher, or even a teacher with a strong background in science, can provide invaluable guidance and insights into the field. They can offer advice on academic pathways, research opportunities, and career prospects in science and biomedical research.

Connect with a mentor who is working in a field you’re interested in, such as pediatric medicine, cancer research, or environmental science. They can share their experiences, help you understand the challenges and rewards of a career in science, and provide guidance on important decisions like choosing a college major or finding internships.

Mentors can also offer practical advice, such as tips for conducting effective research, writing scientific papers, or presenting your findings. They might even provide opportunities to shadow them at work or participate in their research projects, giving you a firsthand look at what a career in science entails.

Participating in mentorship programs shows a proactive approach to your education and career planning. It demonstrates your commitment to learning and growing in the field of science, which is an attractive quality to programs like the Research Training Program at Seattle Children’s Research Institute. A mentor’s support and guidance can be a pivotal factor in shaping your scientific journey and preparing you for future success in the field.

Young student holding a ball and a book on both hands.

Creative and Artistic Pursuits

Diving into creative pursuits such as writing, art, or digital media can play a significant role in enhancing your communication skills, which are crucial in the field of scientific research. When these creative endeavors are linked to science, such as through science blogging, creating educational videos, or hosting science-related podcasts, they become even more valuable.

Starting a blog where you write about recent scientific discoveries, or creating art that visualizes complex scientific concepts, can be both enjoyable and educational. You might also consider producing a podcast that discusses various topics in science, interviewing experts, or exploring scientific phenomena through digital storytelling.

These activities help you learn how to effectively convey scientific ideas to different audiences, a key skill for any researcher. They also allow you to think about science from different perspectives, fostering a more holistic understanding of the subject.

Engaging in these creative activities shows your ability to think outside the box and communicate complex ideas in an accessible way. By developing your ability to communicate about science creatively and engagingly, you’re not only enhancing your personal skills but also contributing to the wider public understanding of science.

This blend of creativity and scientific understanding is highly valued in programs like the Research Training Program at Seattle Children’s Research Institute, as it demonstrates a well-rounded approach to the world of scientific research.

Participation in these extracurricular activities can not only enhance your application to the Research Training Program but also provide you with valuable skills and experiences beneficial for your future academic and professional endeavors in the field of science and research.

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When is the deadline to apply to the Research Training Program for High School Students?

For those interested in applying to the Research Training Program for High School Students, it’s important to be aware of two critical deadlines:

Application Submission Deadline – Sunday, March 10, 2024, 11:59 p.m. Pacific Time

All application forms need to be submitted by this date and time. It’s crucial to complete and send in your application before this deadline, as any applications received after 11:59 p.m. Pacific Time on March 10th will not be considered.

Letters of Recommendation Deadline – Sunday, March 31, 2024, 11:59 p.m. Pacific Time

Your letters of recommendation must be submitted by this deadline. It’s highly advisable for you to inform your recommenders well in advance – ideally, give them at least three weeks’ notice prior to March 31st. This advance notice is important to ensure they have sufficient time to write and submit their letters on your behalf.

Staying on top of these deadlines is essential for your application to be considered for this exciting and educational program. Remember to plan ahead and communicate with your letter writers to ensure everything is submitted on time!

When do I find out about my application to the Research Training Program for High School Students?

If you’ve applied to the Research Training Program for High School Students, here’s what you can expect in terms of the application review and notification process:

In April, the team at the Research Training Program will be busy reviewing all submitted applications. This is when they thoroughly evaluate each application to determine the best fit for the program.

Once the review process is complete, you will receive an update about your application in early May. This notification will inform you if you have been accepted into the program, placed on the waitlist, or if your application has not been selected for this cycle.

This timely notification allows you to plan your next steps, whether it’s gearing up for an exciting summer of learning, waiting for a possible opening, or exploring other educational opportunities.

Where is the Research Training Program for High School Students held?

The Research Training Program for high school students is conducted at the Seattle Children’s Research Institute. This institute is renowned for its state-of-the-art Building Cure facility, which is a significant aspect of its infrastructure.

Building Cure is notable for its advanced cell processing facility, representing a multimillion-dollar investment in cutting-edge technology. This facility is exceptional because it aligns with the stringent requirements set by the FDA (Food and Drug Administration) for manufacturing therapies, a distinction that only a few pediatric research facilities can claim.

This setting provides students with an opportunity to learn and engage in an environment that is at the forefront of pediatric research and therapeutic development.

Group of students working on a mannequin.

When does the Research Training Program for High School Students take place?

The Research Training Program, scheduled for 2024, offers a comprehensive, in-person learning experience exclusively in a laboratory classroom setting. This program does not provide any hybrid or virtual participation options, ensuring that all students get a fully immersive and hands-on experience.

For the 2024 session, the program will span four weeks, starting on Monday, July 8, and concluding on Friday, August 2. The daily schedule is set from 8:30 a.m. to 4:00 p.m., providing ample time each day for a mix of lectures, laboratory work, and other activities.

Given the in-person nature of the program, there is a strong recommendation for participants to wear isolation masks or masks of a higher protection level. This is to ensure the safety and well-being of all participants and staff, particularly in the laboratory environment where close collaboration and interaction are common.

The 2024 Research Training Program offers a structured and intensive learning experience, giving students the opportunity to engage deeply with the material and activities and to make the most of their time in the program.

How long is the duration of the Research Training Program for High School Students?

The program runs for 4 weeks. On Wednesday, May 22, 2024, from 4:00 p.m. to 5:30 p.m., Seattle Children’s Research Institute will be hosting a compulsory Orientation Session for all participating students.

This session is an in-person event, taking place at the institute’s downtown Seattle location. During this orientation, students are required to attend and submit all necessary paperwork.

This session is essential for students to get acquainted with the program specifics, meet the coordinators and fellow participants, and complete essential administrative procedures before the program commences.

Two students reading something on a notebook while standing near a building.

How can this Research Training Program help with my college admissions experience?

The Research Training Program for High School Students at Seattle Children’s Research Institute offers a wealth of benefits that can significantly enhance your college admissions experience.

This program provides an immersive experience in advanced scientific research, setting your college application apart from others. Your involvement demonstrates initiative and a serious commitment to pursuing studies in the sciences, which is particularly appealing to colleges.

In addition to the practical experience, the program helps you develop critical skills such as analytical thinking, problem-solving, and data analysis. These are essential for success in college and are highly valued by admissions committees.

The unique experiences and knowledge gained during the program can greatly enrich your personal statement or college essays. Sharing your experiences in a laboratory setting, discussing your insights into biomedical science, or reflecting on your contribution to a diverse and inclusive research environment can make your application compelling and memorable.

Another significant advantage of the program is the opportunity to build relationships with mentors and educators, leading to strong letters of recommendation. These recommendations can provide colleges with valuable external perspectives on your academic abilities and character.

For students aspiring to pursue science majors, this program demonstrates a profound and early commitment to their chosen field, making their applications particularly persuasive, especially to colleges with robust science programs.

The Research Training Program includes workshops focusing on college preparation, offering you valuable insights into navigating the college application process more effectively. Participation in a program emphasizing diversity in science also adds a unique element to your profile, showcasing your exposure to diverse experiences and viewpoints, an aspect often sought after by colleges.

Lastly, the networking opportunities provided by the program are invaluable. Connecting with professionals and fellow aspiring scientists can offer further guidance and insights, not just for the college application process but also for future career paths. Participation in the Research Training Program can be a transformative experience, equipping you with the experiences, skills, and insights that significantly enhance your college applications and readiness for higher education.

Final Thoughts

The Research Training Program at Seattle Children’s Research Institute is your ticket to a future in science and research. If you’re passionate about science and eager to make an impact, this program is your chance to turn dreams into reality.

Looking for advice on pre-college program admissions? Partnering with experts in college admissions, such as AdmissionSight, is a wise choice. With our extensive experience, we’ve guided countless students to successful admissions to prestigious universities worldwide. Begin your academic journey today by scheduling a consultation with us!



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