Industry-Recognized Programs for a Technology-Driven World.

The Bachelor of Science in Data Science aims to:

• Build deep expertise in statistical analysis, machine learning algorithms, and data modeling.
• Develop advanced programming skills in languages like Python and R, and proficiency with data science libraries.
• Provide experience with the complete data science lifecycle, from data collection and cleaning to model deployment.
• Foster a strong ethical foundation for the responsible use of data and AI.

• Educate: Students will acquire a deep understanding of the mathematical and computational foundations of data science and machine learning.
• Develop: Students will demonstrate the ability to build, train, and validate predictive models to solve real-world problems.
• Grow: Students will learn to communicate complex technical findings to diverse audiences and work collaboratively on data-intensive projects.
• Empower: Students will be prepared to lead data science initiatives and drive innovation by uncovering hidden patterns and opportunities in data.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Statistical and Mathematical Modeling: Master the fundamentals of statistics, probability, linear algebra, and calculus that form the bedrock of machine learning.
• Machine Learning and AI: Develop deep expertise in supervised, unsupervised, and reinforcement learning algorithms, including regression, classification, clustering, and neural networks.
• Data Science Programming: Become proficient in Python and R, and master essential libraries and frameworks such as Pandas, NumPy, Scikit-learn, TensorFlow, and PyTorch.
• Data Engineering and MLOps: Understand the complete data science lifecycle, from data wrangling and visualization to building data pipelines and deploying models into production.

Graduates of this program are prepared to be:

• Data Scientists who build and deploy predictive models to solve complex business, social, and scientific problems.
• Machine Learning Engineers who architect and build the scalable systems that run AI applications.
• AI Specialists who research and develop cutting-edge intelligent systems in areas like computer vision or natural language processing.
• Quantitative Analysts who apply data science techniques to financial modeling and algorithmic trading

Graduates will be qualified for high-impact technical roles in virtually any industry:

• Global technology companies (e.g., Google, Meta, Microsoft).
• Financial institutions, investment banks, and FinTech startups.
• Healthcare and biotechnology companies analyzing clinical and genomic data.
• E-commerce and retail giants optimizing supply chains and customer experiences.

The Bachelor of Science in Cybersecurity aims to:

• Instill a deep understanding of network security, cryptography, and secure system design.
• Develop practical, hands-on skills in penetration testing, threat hunting, and incident response.
• Provide a strong foundation in risk management and compliance with global security standards.
• Foster an ethical mindset for the responsible defense of information and digital assets.

• Educate: Students will understand the principles of information security, cyber defense techniques, and the attacker mindset.
• Develop: Students will be able to use industry-standard tools to perform vulnerability assessments, analyze malware, and secure computer networks.
• Grow: Students will learn to think critically under pressure, communicate technical risks to leadership, and develop comprehensive security strategies.
• Empower: Students will be prepared to take on leadership roles in security operations and protect organizations from significant financial and reputational damage.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Defensive Security Operations: Master the techniques for monitoring networks, analyzing logs, and using Security Information and Event Management (SIEM) tools to detect threats.
• Offensive Security and Penetration Testing: Learn the attacker mindset by mastering ethical hacking techniques, performing vulnerability assessments, and exploiting system weaknesses.
• Cybersecurity Engineering and Architecture: Understand the principles of secure system design, cryptography, network security architecture, and identity and access management.
• Digital Forensics and Incident Response: Develop the skills to investigate security breaches, collect and preserve digital evidence, and manage the response to a cyber attack.

Graduates of this program are prepared to be:

• Cybersecurity Analysts who work in a Security Operations Center (SOC) to defend digital assets from active threats.
• Penetration Testers (Ethical Hackers) who are hired by organizations to find and fix security vulnerabilities before malicious actors do.
• Security Architects who design and build resilient, multi-layered defense systems for enterprise networks.
• Digital Forensics Investigators who respond to cybercrime incidents and trace the source of an attack.

Graduates will be qualified for critical security roles in virtually any industry:

• Government and defense agencies protecting national infrastructure.
• Banking, financial services, and insurance companies protecting sensitive data.
• Specialized cybersecurity consulting and incident response firms.
• Technology companies building security into their products and services.

The Bachelor of Science in Software Engineering program aims to:

• Instill the principles of disciplined software engineering, including requirements analysis, design patterns, and testing.
• Develop advanced proficiency in modern programming languages, frameworks, and development platforms.
• Foster the collaborative skills necessary to thrive in agile development environments.
• Prepare graduates for specialized, high-impact careers in the competitive global technology industry.

• Educate: Students will acquire a deep understanding of computer science fundamentals, including algorithms, data structures, and software architecture.
• Develop: Students will demonstrate proficiency in the entire software development lifecycle, from ideation to deployment and maintenance.
• Grow: Students will be able to apply engineering principles to build complex applications and work effectively in professional development teams.
• Empower: Students will be prepared to architect and lead the development of innovative software solutions in their chosen domain.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Core Engineering Principles: Master the fundamentals of computer science, including data structures, algorithms, object-oriented design, and software architecture.
• Modern Development Practices: Become proficient in the tools and methodologies that drive professional software teams, including Agile/Scrum, version control with Git, and CI/CD pipelines.
• Languages, Frameworks, and Platforms: Gain hands-on experience with in-demand programming languages (e.g., Python, Java, C#, JavaScript) and industry-standard frameworks (e.g., .NET, React, Node.js).
• Specialized Application Development: Dive deep into advanced electives, learning enterprise integration patterns, cloud-native development, or full-stack application design.

Graduates of this program are prepared to be:

• Enterprise Software Engineers who build the large-scale, reliable, and secure systems that run major corporations.
• Full-Stack Developers who create seamless web and mobile experiences from the database to the user interface.
• Cloud-Native Developers who build and deploy scalable applications on platforms like AWS, Azure, and Google Cloud.
• System Architects who can design the high-level blueprint for complex software applications.

Graduates will be qualified for technical roles in virtually any industry:

• Global technology companies and innovative startups.
• Financial institutions and FinTech firms building trading and banking platforms.
• Enterprise software corporations and IT consulting firms.
• Any company building its own proprietary software.

The Bachelor of Science in Information Technology aims to:

• Build expertise in managing enterprise IT systems, including networks, servers, and cloud platforms.
• Develop the technical skills required to deploy, monitor, and maintain AI and machine learning applications.
• Provide a strong foundation in IT service management and infrastructure automation.
• Prepare graduates to be the technical architects of intelligent systems.

• Educate: Students will understand the principles of IT infrastructure, cloud computing, and the lifecycle of machine learning models.
• Develop: Students will be able to design and manage secure and scalable IT systems and deploy AI applications on cloud platforms like AWS or Azure.
• Grow: Students will learn to automate IT operations (DevOps/MLOps) and manage the unique infrastructure demands of AI workloads.
• Empower: Students will be prepared to lead the technical implementation of AI strategies, ensuring systems are reliable, scalable, and efficient.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• IT Infrastructure and Systems: Gain proficiency in computer networking, cloud computing (AWS, Azure), database management, and operating systems (Linux, Windows Server).
• Cloud Architecture and Automation: Master the principles of designing scalable, secure, and resilient cloud infrastructure, and learn to automate operations using Infrastructure as Code (IaC).
• AI/ML Deployment and Operations (MLOps): Learn the specific tools and practices for deploying, monitoring, and managing machine learning models in production environments.
• IT Strategy and Service Management: Understand how to manage complex technology projects, align IT infrastructure with business goals, and implement IT service management (ITSM) best practices.

Graduates of this program are prepared to be:

• AI/ML Engineers who specialize in the operational side of AI, building the infrastructure to run intelligent systems.
• Cloud AI Specialists who architect and manage scalable solutions for AI workloads on platforms like AWS, Azure, or Google Cloud.
• DevOps/MLOps Engineers who build the automated pipelines for continuous integration, delivery, and deployment of software and machine learning models.
• IT Infrastructure Architects who design the next generation of intelligent, cloud-based enterprise systems.

Graduates will be qualified for high-demand infrastructure roles in a variety of settings:

• Global technology companies and cloud service providers (e.g., Amazon, Microsoft, Google).
• Enterprise IT departments of large corporations deploying AI strategies.
• Innovative startups building AI-powered products.
• Technology consulting firms specializing in cloud and AI infrastructure.

• Human Capital Development: Master the art of building and leading high-performing teams in the modern, technology-driven workplace.
• Corporate Finance and Taxation: Become a strategic financial leader who leverages data and technology to drive profitability and ensure fiscal compliance.

The Bachelor of Science in Business Administration is structured to:

• Provide students with a robust framework in corporate strategy and digital transformation.
• Enable systematic analysis of organizational challenges using data-informed management and technology frameworks.
• Strengthen the leadership skills required for ethical governance, talent management, and financial stewardship.
• Prepare students to lead strategic initiatives and drive meaningful contributions within their chosen industry.

• Educate: Students will demonstrate a comprehensive understanding of strategic management principles and how digital technologies are reshaping industries.
• Develop: Students will apply analytical reasoning and strategic thinking to solve complex business problems, developing actionable plans for innovation and growth.
• Grow: Students will demonstrate adaptive leadership and communication skills, preparing them to guide teams through significant organizational change.
• Empower: Students will be equipped to architect and lead transformation initiatives, leveraging their specialized knowledge to create a competitive advantage.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Strategic and Digital Core: Master frameworks for competitive analysis, business model innovation, and how to lead digital transformation initiatives within an organization.
• Core Business Functions: Build a strong foundation in accounting, marketing, operations management, and organizational behavior.
• Specialized Application: Gain deep, practical knowledge in your chosen path, whether it’s talent management and HR technology or financial modeling and tax strategy.
• Leadership and Management Skills: Develop essential skills in change management, data-informed decision-making, ethical governance, and leading cross-functional teams.

Graduates of this program are prepared to be:

• Strategic Talent Leaders who use people analytics and HR technology to build a workforce that can execute a digital-first strategy.
• Strategic Financial Partners who use FinTech and data analytics to advise leadership on how digital initiatives impact valuation and financial health.
• Management Consultants who guide organizations through complex transformations, from strategy to implementation.
• Corporate Strategists who identify new market opportunities and architect plans for sustainable growth.

Graduates will be qualified for leadership-track roles in a wide range of industries:

• Global management consulting firms.
• Corporate strategy and business development departments.
• Financial institutions and investment firms.
• Human resources divisions of multinational corporations.

• Project Management: Master the frameworks and methodologies (Agile, PMP) to successfully lead complex technology projects from initiation to completion.
• Data Analytics and Business Intelligence: Learn to translate raw business data into actionable insights, creating dashboards and reports that inform executive decision-making.

The Bachelor of Science in Business Information Technology aims to:

• Equip students with the skills to analyze business needs and translate them into technical requirements.
• Develop proficiency in managing technology projects, budgets, and timelines.
• Foster the ability to use data analytics and business intelligence tools to support strategic goals.
• Prepare graduates to act as a liaison between technical teams and executive leadership.

• Educate: Students will understand the principles of business analysis, project management, and how IT systems support business functions.
• Develop: Students will demonstrate the ability to gather requirements, manage project scope, and use BI tools like Tableau or Power BI.
• Grow: Students will develop strong communication and stakeholder management skills, enabling them to lead cross-functional teams and present data-driven recommendations.
• Empower: Students will be prepared to lead digital transformation projects and drive business strategy through the intelligent application of technology and data.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Business Analysis and Requirements Gathering: Master the techniques for analyzing business processes, identifying pain points, and translating business needs into technical specifications.
• Project Management Methodologies: Become proficient in the frameworks that drive successful technology projects, including Agile/Scrum and traditional Waterfall/PMP principles.
• Data Analytics and Visualization: Learn to use industry-standard tools like Tableau and Power BI to analyze business data, create insightful dashboards, and present data-driven stories.
• IT Strategy and Governance: Understand how to align technology initiatives with business goals, manage IT budgets, and assess the strategic value of technology investments.

Graduates of this program are prepared to be:

• IT Project Managers who lead the planning and execution of complex technology implementations, ensuring they are delivered on time and within budget.
• Business Analysts who act as the critical bridge between business stakeholders and technical development teams.
• Systems Analysts who design and implement technology solutions to improve business efficiency and effectiveness.
• Business Intelligence Developers who build the data analytics platforms that guide executive strategy.

Graduates will be qualified for strategic roles in virtually any industry:

• Technology and management consulting firms.
• Project Management Offices (PMOs) in large corporations.
• IT departments of financial institutions, healthcare organizations, and retail companies.
• Business intelligence and data analytics teams.

• Technology Entrepreneurship: Learn to build, fund, and scale a technology startup from a disruptive idea to a market-leading enterprise.
• Social Entrepreneurship: Design and launch sustainable ventures that solve pressing social and environmental challenges while creating lasting impact.

The Bachelor of Science in Entrepreneurship program aims to:

• Instill a resilient, problem-solving mindset capable of navigating ambiguity and embracing calculated risks.
• Provide a practical toolkit for venture creation, from ideation and market validation to fundraising and scaling.
• Foster innovation by teaching students how to apply emerging technologies and new business models to solve market problems.
• Cultivate ethical leadership and an understanding of how to build sustainable, purpose-driven organizations.

• Educate: Students will acquire a strong foundation in the principles of venture creation, including lean startup methodologies and venture finance.
• Develop: Students will demonstrate the ability to identify and validate business opportunities and develop compelling value propositions.
• Grow: Students will be able to apply their skills to build teams, navigate the legal and financial aspects of a new venture, and develop go-to-market strategies.
• Empower: Students will be prepared to launch and lead new ventures, with the skills to secure funding and make a meaningful impact in their chosen industry.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Venture Creation and Validation: Master the process of ideation, customer discovery, market validation, and developing a compelling business model using lean startup methodologies.
• Funding and Venture Finance: Learn the art of bootstrapping, creating a persuasive pitch deck, and navigating the worlds of angel investing and venture capital.
• Marketing and Growth Hacking: Develop skills in digital marketing, customer acquisition, branding, and sales strategies tailored for new products and services.
• Startup Operations and Management: Understand the fundamentals of building a team, creating a culture, legal formation, and protecting intellectual property.

Graduates of this program are prepared to be:

• Founders and CEOs ready to launch their own innovative technology or social impact companies.
• Product Managers who lead the development of new products in high-growth startups.
• Social Innovators who build sustainable business models to solve pressing social challenges.
• Intrapreneurs who drive innovation and launch new ventures from within large corporations.

Graduates will be prepared to create their own opportunities across a variety of settings:

• Technology startups and high-growth companies.
• Social enterprises, non-profits, and foundations.
• Venture capital firms, incubators, and accelerators.
• Self-employment as founders or independent consultants.

• Digital Governance & Sustainable Development: Lead the adoption of technology to improve public services and achieve long-term sustainable development goals (SDGs).
• Security Governance & Justice Systems: Focus on the strategic management of security agencies and the modernization of justice systems through technology and policy innovation.

The Bachelor of Science in Public Administration aims to:

• Provide a strong foundation in the principles of public policy, public finance, and administrative ethics.
• Equip students with the skills to lead digital transformation initiatives within government and NGOs.
• Foster an understanding of how to use data and technology to design and evaluate effective public programs.
• Prepare graduates for leadership roles in local, national, and international public service.

• Educate: Students will understand the core functions of public administration and the challenges of governance in a digital age.
• Develop: Students will learn to analyze public policy, manage public funds, and design technology-driven solutions for public sector challenges.
• Grow: Students will develop leadership skills for navigating bureaucracy, engaging with diverse stakeholders, and promoting ethical governance.
• Empower: Students will be prepared to drive meaningful change, improve public service delivery, and contribute to national and global development goals.

Students will build a comprehensive portfolio of skills, moving from foundational theory to specialized, real-world application.

• Public Policy and Governance: Master the fundamentals of policy analysis, public finance, administrative law, and the ethical principles of public service.
• Digital Government Transformation: Learn to design and implement e-governance strategies, manage public sector IT projects, and use technology to improve service delivery.
• Sustainable Development and Security: Gain specialized knowledge in your chosen path, whether it’s applying technology to achieve Sustainable Development Goals (SDGs) or managing security and justice systems.
• Leadership and Stakeholder Management: Develop essential skills in public communication, navigating bureaucracy, managing public funds, and engaging with diverse community stakeholders.

Graduates of this program are prepared to be:

• Digital Government Strategists who lead the transition to online services, data-driven policy, and smart city initiatives.
• Policy Advisors who provide expert analysis and recommendations to government leaders on critical issues like security, development, and technology.
• Public Program Managers who oversee the implementation and evaluation of government and NGO projects.
• Non-Profit Leaders who leverage technology and modern management practices to scale social impact.

Graduates will be qualified for leadership roles in the public and non-profit sectors:

• Government ministries, departments, and agencies at the local, state, and federal levels.
• International organizations like the United Nations, World Bank, and African Development Bank.
• Non-governmental organizations (NGOs) and philanthropic foundations.
• Public sector consulting firms that advise government clients.