Bachelor of Science in Biomedical Computation

Class Profile

Class Size

20

Average Age

18

Full-Time Enrollment

4,588 Undergrads

Admission Policy

GPA: Require; Rank: Require; Prep Courses: Consider if Submitted; Recommendations: Require

International Students

12.77

Rentention Rate

98

Career Outcomes

Median Earnings After Graduation

$89,527 / year

Graduation Rate

96%

Job Placement

89%

Top recruiters

Illumina

Genentech

Stanford Health Care

Google Health

23andMe

Fees and Funding

Tuition Fees

$67,731 / year

Overall Cost

$94,115 / year

Average Total Aid Awarded

$74,244 / year

Funding Options

Scholarships

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• 

  Need-based Financial Aid

• 

  University Scholarship (Average)

FAQs

• What are the admissions requirements for the Bachelor of Science in Biomedical Computation program?
  
  Admissions Requirements:
  

  To be eligible for the Bachelor of Science in Biomedical Computation program at Stanford University, applicants must fulfill specific prerequisites which include:

  1. Submitting the Common Application.
  2. Paying the application fee.
  3. Providing school reports and official transcripts.
  4. Including a counselor letter of recommendation.
  5. Completing short essay questions.
  6. Providing two additional letters of recommendation.
  7. Demonstrating English language proficiency, typically through tests like the IELTS, with a minimum score of 6.5.
• How is the program structured over the 48 months?
  
  Program Structure:
  

  The Bachelor of Science in Biomedical Computation program is designed to span over 48 months. During this period, students will:

  • Gain a solid foundation in biological principles, computational methodologies, and engineering techniques.
  • Engage in core courses covering critical topics such as Biomedical Data Science, Medical Imaging, and Biomolecular Engineering.
  • Participate in practical lab sessions to gain hands-on experience.
  • Explore various subjects, including bioinformatics, data analysis, and medical imaging.

  This structure ensures that students are well-prepared to tackle advanced healthcare problems upon graduation.

• What teaching methods are employed in this program?
  
  Teaching Methods:
  

  The teaching methodology within the Biomedical Computation program emphasizes:

  • Interactive Learning: Faculty encourage students to engage critically with complex issues.
  • Problem-Solving: Students are guided in addressing real-world biomedical challenges.
  • Mentorship: Faculty members mentor students in research projects, fostering an environment of innovation and creative thinking.

  This approach not only enhances understanding but also promotes a collaborative learning atmosphere.

• What are some highlights of the Biomedical Computation program?
  
  Program Highlights:
  

  Some notable aspects of the Biomedical Computation program include:

  • A comprehensive curriculum that integrates biological sciences, engineering, and computer science.
  • Access to world-class faculty who are leaders in their fields.
  • Robust research opportunities that enhance hands-on learning.
  • Strong industry connections with leading companies for internship and job placements.
  • High median salaries for graduates reflecting the value of a Stanford education.
• What types of research opportunities are available to students?
  
  Research Opportunities:
  

  Students in the Biomedical Computation program have abundant research opportunities, including:

  • Access to cutting-edge laboratories and resources.
  • Participation in various research initiatives, often collaborating with faculty on groundbreaking projects.
  • Exposure to resources like the Stanford Neurosciences Institute and the Stanford Institute for Stem Cell Biology and Regenerative Medicine.

  This involvement allows students to contribute to real-world solutions while building their professional portfolios.

• What career prospects can graduates expect after completing the program?
  
  Career Prospects:
  

  Graduates of the Biomedical Computation program can anticipate a variety of career pathways, including:

  • Biomedical Engineer
  • Clinical Research Associate
  • Medical Laboratory Scientist
  • And more.

  The median base salary for graduates is an impressive $116,983, reflecting the high demand for qualified professionals in this field.

• How does the program support students' employability?
  
  Employability Support:
  

  The Biomedical Computation program enhances students' employability through:

  • Strong industry connections with leading companies such as Amazon, Apple, Medtronic, and Kaiser Permanente.
  • Providing internship opportunities and job placements upon graduation.

  These partnerships significantly improve students' practical experiences and readiness for a competitive job market.

• What is the average class size and student demographics in this program?
  
  Class Size and Student Demographics:
  

  The average class size in the Biomedical Computation program is around 20 students. This allows for:

  • Personalized attention from faculty.
  • An interactive educational experience.

  The student body exhibits a mix of local and international representation, fostering rich discussions and collaborations. The average age of students is 18, making it an ideal environment for young scholars.

• What makes Stanford's Biomedical Computation program unique compared to others?
  
  Unique Aspects of the Program:
  

  Stanford's Biomedical Computation program stands out due to:

  • A rigorous academic curriculum that integrates multiple disciplines.
  • Access to esteemed faculty who are committed to student success.
  • Robust research opportunities that promote innovation.
  • Strong industry connections enhancing career prospects.
  • A focus on diversity and inclusivity in student representation.

  These elements collectively prepare students to become leaders in the biomedical sciences field.