Master of Science in Computer Engineering

Class Profile

Fees and Funding

Tuition Fees

$23,000 / year

FAQs

• What are the admissions requirements for the Master of Science in Computer Engineering program?
  
  Admissions Requirements:
  

  To apply for the Master of Science in Computer Engineering program at The University of Utah, prospective students must fulfill the following requirements:

  1. A completed application form.
  2. A non-refundable application fee of $65.
  3. Academic prerequisites, which typically involve holding a bachelor's degree in a related field.
  4. Demonstrated proficiency in English, with a minimum score of 6.5 on the IELTS or at least 80 on the TOEFL.

  The final application deadline for the upcoming Spring semester is September 30, 2023.

• What does the curriculum of the Master of Science in Computer Engineering program include?
  
  Curriculum Structure:
  

  The curriculum of the Master of Science in Computer Engineering is meticulously designed to provide a balanced mix of theoretical foundations and practical applications. It covers:

  • Traditional subjects within computer engineering.
  • Cutting-edge technological advancements.
  • Essential areas such as embedded systems, computer architecture, and advanced hardware design.

  This comprehensive approach ensures that students acquire a well-rounded understanding of the discipline and are prepared to tackle complex engineering problems.

• What teaching methods are used in the Master of Science in Computer Engineering program?
  
  Teaching Methods:
  

  The program employs innovative teaching methodologies that emphasize:

  • Hands-on learning experiences.
  • Collaborative projects.
  • Real-world problem-solving.

  Faculty members foster an environment that encourages open dialogue and critical thinking, enabling students to apply their knowledge effectively to both academic and practical challenges.

• What research opportunities are available to students in this program?
  
  Research Opportunities:
  

  Students in the Master of Science in Computer Engineering program have access to abundant research opportunities. They are encouraged to:

  • Engage in research projects alongside faculty members.
  • Utilize state-of-the-art laboratories and research facilities for experiments.
  • Conduct projects using the latest technology.

  This research focus not only enhances the educational experience but also often leads to published papers or presentations at conferences.

• How does the program support students in finding internships and job placements?
  
  Internship and Job Placement Support:
  

  The University of Utah's Master of Science in Computer Engineering program benefits from:

  • A vibrant tech hub location, which provides numerous collaborations with leading companies in electronics, computing, and software development.
  • Strong industry connections that facilitate internships.
  • High employer value placed on graduates due to their solid academic training and practical experience.

  As a result, students often secure hands-on experience that significantly enhances their career prospects.

• What are the career prospects for graduates of this program?
  
  Career Prospects:
  

  Graduates of the Master of Science in Computer Engineering program find themselves in high-demand roles within:

  • Top-tier technology firms.
  • Startups.
  • Research institutions.

  The program's effectiveness in preparing students for meaningful careers is reflected in outstanding job placement rates, with alumni excelling in prestigious positions.

• What unique aspects distinguish this program from others?
  
  Unique Aspects of the Program:
  

  The Master of Science in Computer Engineering at The University of Utah is distinguished by:

  • A comprehensive curriculum that balances theoretical and practical knowledge.
  • Access to distinguished faculty members with significant industry experience.
  • Abundant research opportunities in state-of-the-art facilities.
  • A vibrant community of learners that fosters collaboration and networking.
  • A high graduate employability rate with alumni thriving in the technology sector.
• How does the community aspect enhance the learning experience in this program?
  
  Community Aspect:
  

  The program emphasizes a vibrant and diverse community of learners, which enhances the educational experience by:

  • Encouraging engagement with peers from various cultural and academic backgrounds.
  • Fostering a collaborative and inclusive learning environment.
  • Promoting teamwork, innovation, and critical thinking.

  This rich community prepares students not only to succeed in their careers but also to lead in the future of technology.

• What feedback do alumni give about their experiences in this program?
  
  Alumni Feedback:
  

  Testimonials from alumni highlight transformative educational experiences, where they gained:

  • Technical expertise in computer engineering.
  • Valuable interpersonal skills.

  These experiences reflect the program's commitment to developing well-rounded graduates who are equipped for success in their professional pursuits.