Best Mobile Development Programs in Georgia 2025

Georgia offers 15 bachelor's-level mobile development programs. The top schools for undergraduate study are Georgia State University, University of Georgia, Emory University. These programs prepare students for entry-level positions paying approximately $75,215 in the Georgia market.

A bachelor's in mobile development typically requires 120-128 credit hours and takes 4 years to complete. For national rankings, see our Best Mobile Development Bachelor's Programs guide.

For graduate study, Georgia offers 9 master's-level mobile development programs. Leading institutions include Georgia Institute of Technology-Main Campus, Kennesaw State University, University of Georgia. A master's degree can boost earning potential by 15-25%, with senior roles in Georgia reaching $139,685 or more.

For budget-conscious students, the most affordable mobile development programs in Georgia are at Georgia Southwestern State University ($4,064/year), Clayton State University ($4,064/year), Georgia Southern University ($4,371/year). These programs offer strong ROI given Georgia's competitive tech salaries.

At Georgia Southwestern State University, a 4-year degree costs approximately $16,256 in tuition alone. With entry-level salaries around $75,215, graduates can typically recoup their investment within 0.4 years.

Mobile development programs in Georgia typically combine computer science fundamentals with specialized mobile programming courses. Core curriculum covers data structures, algorithms, software engineering principles, and database design before advancing to platform-specific development.

iOS development courses focus on Swift programming language, Xcode development environment, and Apple's development frameworks including UIKit, SwiftUI, and Core Data. Students learn to implement features like push notifications, in-app purchases, and integration with Apple services like iCloud and Apple Pay.

Android development curriculum emphasizes Kotlin as the primary language, Android Studio IDE, and Google's Android SDK. Courses cover Material Design principles, Android Architecture Components, and integration with Google services including Firebase, Google Maps, and Google Play Services.

Cross-platform development has become increasingly important, with programs teaching React Native, Flutter, and Xamarin frameworks. These technologies allow developers to create applications that run on both iOS and Android from a single codebase, significantly reducing development time and costs.

• Mobile User Interface Design: Touch-optimized interfaces and responsive design principles
• Mobile Security: Authentication, data encryption, and secure communication protocols
• Backend Integration: RESTful APIs, GraphQL, and real-time data synchronization
• Performance Optimization: Memory management, battery efficiency, and app store optimization
• Emerging Technologies: Augmented reality, machine learning on mobile devices, and IoT integration

Admission requirements for mobile development programs vary significantly across Georgia institutions. Highly selective programs like Georgia Tech require strong academic credentials, while regional universities offer more accessible pathways into mobile development careers.

Georgia Tech's computer science program is highly competitive, typically requiring a minimum 3.7 GPA, SAT scores above 1400, and strong performance in advanced mathematics and science courses. The program receives over 30,000 applications annually for approximately 1,000 spots in the computer science program.

State universities like Kennesaw State and Georgia Southern have more moderate requirements, typically seeking a 3.0 GPA and SAT scores around 1200. These programs often offer conditional admission pathways for students who need additional preparation in mathematics or programming fundamentals.

Many programs require or strongly recommend prior programming experience. Students should consider taking AP Computer Science, completing online programming courses, or participating in coding bootcamps before applying. Demonstrated interest through personal projects, GitHub repositories, or mobile apps can strengthen applications significantly.

• Prerequisites: Strong foundation in mathematics through calculus, physics recommended
• Standardized tests: SAT or ACT scores, with higher scores required for competitive programs
• Portfolio: Personal coding projects, mobile apps, or GitHub contributions can enhance applications
• Essays: Programs often require statements explaining interest in mobile development and career goals
• Letters of recommendation: STEM teachers, computer science instructors, or industry professionals preferred

Georgia offers diverse pathways into mobile development, from world-class research universities to affordable regional programs. When selecting a program, consider your career goals, budget, and preferred learning environment.

Georgia Tech stands out as the clear leader, offering a computer science program ranked among the top 10 nationally. The school's mobile computing specialization covers iOS development with Swift, Android development with Kotlin, and cross-platform frameworks like React Native and Flutter. Students benefit from research opportunities in areas like mobile security, augmented reality, and machine learning on mobile devices.

For students seeking more affordable options, Kennesaw State University provides excellent value with its software engineering program. The curriculum emphasizes practical skills in mobile app development, user interface design, and software project management. KSU's location in the Atlanta metro area provides access to internships at major corporations and growing startups.

Georgia Southern University offers a comprehensive information technology program with mobile development tracks. Students can specialize in either native app development for specific platforms or cross-platform development using modern frameworks. The program also covers backend development, database design, and cloud services integration essential for mobile applications.

• Research opportunities: Georgia Tech leads in mobile computing research, followed by UGA
• Industry connections: Atlanta-area schools (GT, KSU, GSU) offer the most internship opportunities
• Cost considerations: Public universities offer significant savings over private institutions
• Specialization options: Some programs focus on native development, others emphasize cross-platform approaches
• Online availability: Several schools offer hybrid or fully online mobile development programs