Computer Science Career Map

Awareness

First Year

• Understand that computer science involves analyzing complex problems and identifying computing-based solutions using principles from mathematics and other relevant disciplines.
• Recognize that the USA program is accredited by the national ABET Computing Accreditation Commission, ensuring it meets high professional standards.
• Develop awareness of the foundational components of computing, including hardware, software, and the theory of computation.
• Learn about the "Program Objectives," which focus on teamwork, professional behavior, and high ethical standards.

Second Year

• Identify specialized areas of interest such as Cybersecurity, Artificial Intelligence (AI), Big Data, and Computer Graphics.
• Awareness of the interdisciplinary nature of the field, where computer science principles are integrated with information systems and information technology.
• Recognize the importance of software development fundamentals in producing reliable and efficient computing-based solutions.
• Understand the role of "Information Assurance" and why USA is designated as a Center of Academic Excellence in this area.

Last Years

• Recognize the responsibility to make informed judgments in computing practice based on legal and ethical principles.
• Stay informed about the different graduate pathways, including the Master’s degree for developing next-generation tools and the Ph.D. for interdisciplinary research.
• Understand the synthesized nature of the capstone experience, which requires designing and evaluating a complete computing solution.
• Acknowledge the need for a plan of continuous learning to remain competitive and advance within your career.

Exploration

First Year

• Explore the School of Computing facilities and meet with faculty to discuss research opportunities and academic goals.
• Join student organizations such as the JagProwl programming club or cybersecurity-related interest groups.
• Investigate regional programming contests to test your skills against peers from other institutions

Second Year

• Participate in faculty-directed research projects, which may be funded by agencies like the National Science Foundation (NSF) or NIH.
• Engage in extracurricular activities like cyber-security competitions to gain practical, "real-world" experience.
• Attend guest lectures and seminars hosted by the School of Computing to learn about emerging trends in video game development and robotics.

Last Years

• Network with alumni and industry partners through School of Computing events to explore career trajectories in high-demand tech sectors.
• Research the Artificial Intelligence Certificate or Graduate Cyber Security Certificate to enhance your specialization.
• Utilize Career Development resources to identify internships that provide hands-on components in your specific field of interest.

Preparation

First Year

• Establish a strong foundation in mathematics and basic programming to prepare for rigorous upper-division computing coursework.
• Focus on developing effective communication skills, as the program emphasizes the ability to communicate in various professional contexts.
• Create a schedule for foundational courses that lead to the core computer science sequences.

Second Year

• Seek out an internship to apply theoretical knowledge in a professional environment and build a work history.
• Practice functioning effectively as a member or leader of a team, a core learning outcome of the program.
• Master software development methodologies and programming languages used in modern industry.

Last Years

• Compile a professional portfolio showcasing complex computing problems you have solved and the software you have designed.
• Prepare for technical interviews by reviewing computer science theory and practicing coding challenges.
• Finalize your resume, highlighting technical skills, research experience, and participation in competitions.