College of Engineering
Bachelor of Science in Civil Engineering
Civil engineering is a broad, practice-oriented field focused on design, construction, operation and maintenance of the built-environment- roads, bridges, buildings, water systems, airports and hangars, ports and harbors, highways and railways, river and shore improvements, towers, transportation system, irrigation, energy facilities and more. A profession that applies the basic principles of science in conjunction with mathematical and computational tools to solve both public and private sector problems related to safety, sustainability, mobility, and resilience in community, associated with developing and sustaining civilized life on our planet. Civil Engineering works are generally one-of-a-kind projects: they are often grand in scale; and they usually require cooperation among professionals of many different disciplines. The completion of a civil engineering project involves the solution of technical problems in which information from numerous sources and myriad non-technical factors play a significant role. Enumeration of any work in this section will not be construed as excluding any other work requiring civil engineering knowledge and application. A profession that requires professional license, to practice and perform duties and responsibilities in accordance with the local, National and International Standards for career advancement and liability protection.
Bachelor of Science in Computer Engineering
The Computer Engineering program integrates principles of electrical engineering and computer science to design, develop, test, and optimize computing hardware and software systems. Students learn digital logic, computer architecture, embedded systems, Very Large-Scale Integration (VLSI) design, networking, cybersecurity, and software engineering, with hands-on experience in labs and capstone projects. The curriculum emphasizes systems thinking, problem solving, and innovation, preparing graduates for careers in hardware design, embedded and real-time systems, cyber-physical systems, software verification, and research across industries such as technology, telecommunications, automotive, aerospace, and academia. Outcomes include the ability to analyze and design computing systems, apply engineering fundamentals to real-world problems, work in multidisciplinary teams, communicate effectively, and engage in lifelong learning and professional ethics.
Bachelor of Science in Electronics Engineering
An immersive introductory course that blends theory with hands-on practice to build core electronics engineering skills. Students learn circuit analysis, electronic devices, signal processing, and system design, with a focus on practical lab work and real-world problem solving. Through labs, simulations, and design projects, learners gain proficiency in schematic capture, circuit debugging, and using industry-standard tools.
Bachelor of Science in Civil Engineering
Program Learning Outcomes
- Graduates integrate mathematics, natural sciences, and civil engineering concepts to design, evaluate, and implement safe, sustainable solutions to real-world, complex civil engineering challenges, informed by experimental design, data analysis, and interpretation.
- Civil Engineering graduates apply engineering design principles to create systems, components, or processes that meet requirements within constraints and adhere to standards, and collaborate effectively in diverse, cross-disciplinary teams to identify, formulate, and solve complex civil engineering problems.
- Graduates will analyze and articulate the global, economic, environmental, and societal impacts of civil engineering solutions, evaluate them in terms of sustainability, ethics, and public welfare, and consider them within a global, professional context.
- Graduates will apply current techniques, tools, and software to design, analyze, and solve civil engineering problems, and employ up-to-date methods, instrumentation, and information technologies in civil engineering practice.
- Graduates will know and apply engineering and management principles, function effectively as team members and leaders to plan and manage multidisciplinary civil engineering projects and demonstrate understanding of at least one specialized field of civil engineering practice.
Bachelor of Science in Computer Engineering
Program Learning Outcomes
- Computer Engineering graduate applies mathematics, science, and engineering principles to analyze, design, and optimize computing hardware and software systems by using foundational math to model problems, assess constraints, and develop efficient, reliable solutions; employ optimization, simulation, and verification techniques to improve performance, power, area, and scalability across the system stack.
- Graduate can design, develop, integrate, test, and evaluate computing systems (hardware and software) to meet specified requirements by translating user and system needs into clear requirements, architecting and implementing components (CPUs, accelerators, embedded devices, software stacks) that work together, integrating hardware and software, conducting rigorous testing (functional, performance, reliability, safety), and evaluating against usability, maintainability, cost, and manufacturability; iterate to meet or exceed specifications.
- Design, develop, integrate, test, and evaluate computing systems (hardware and software) that meet specified requirements, function effectively on multidisciplinary teams and communicate technical information clearly to diverse audiences. recognize and address professional, ethical, legal, and societal responsibilities and impacts of computing technologies. engage in lifelong learning, adapt to emerging technologies, and contribute to innovation in a changing field.
Bachelor of Science in Electronics Engineering
Program Learning Outcomes
- Apply mathematics, science, and engineering principles to analyze, design, and evaluate electronic systems and devices.
- Design and prototype analog, digital, and mixed-signal circuits and systems, using appropriate tools and workflows.
- Communicate effectively in written, oral, and visual formats and function collaboratively in multidisciplinary teams.
- Demonstrate professional, ethical, and societal responsibility, and engage in lifelong learning with awareness of modern engineering tools and technologies.
Bachelor of Science in Civil Engineering
Career Objectives
- Our Civil Engineering graduates complete the licensure pathway within 12-24 months, applying rigorous technical training and a steadfast dedication to ethical practice, transparency and the public good in every project, and shape essential infrastructure and services.
- A civil engineering graduates will be employed in civil engineering practice or advance study; demonstrate professional leadership and collaboration; apply ethical reasoning and lifelong learning; and contribute to public welfare and sustainable infrastructure.
- The civil engineering graduate career pathway role as a design engineer, project engineer, field engineer, geotechnical engineer, structural engineer, environmental engineer, water resource engineer, transportation engineer, construction manager and utility/project manager.
- Our civil engineering graduate are prepared for careers across a broad range of sectors, including engineering consulting firms, government agencies at local, regional and national levels, construction and general contracting, and industrial facilities and manufacturing supports, and transportation authorities.
- Civil Engineering graduate excels in safe and sustainable infrastructure design and delivery; lead projects with integrity and professional ethics; apply innovative and evidence-based solutions that benefit the public and protect the environment; collaborate effectively in diverse teams; commit to lifelong learning and professional development; practice servant leadership and stewardship, prioritizing the welfare of underserved communities and the broader society.
- Graduate obtain a civil engineering position in public, private, or academic sector, apply core competencies in design, analysis, project management, and sustainability across structural, geotechnical, transportation, water resources, and environmental specialization areas, aim to contribute to safe, resilient infrastructure and innovative solutions that advance public welfare, while collaborating with diverse stakeholders, pursuing lifelong learning, and engaging in research and teaching to advance knowledge and community development.
Bachelor of Science in Computer Engineering
Career Objectives
- To secure a position in hardware-software integration where to design, develop, and optimize computing systems (embedded, IoT, AI accelerators) that meet performance, power, and reliability targets for real-world applications.
- To contribute to multidisciplinary teams in roles such as systems engineer or design engineer, applying knowledge in digital logic, computer architecture, and software engineering to deliver integrated solutions on schedule and within budget.
- To advance innovation in fields like embedded systems, cybersecurity, or cyber-physical systems by pursuing continuous learning, conducting hands-on research, and supporting the deployment of safe, scalable technologies that benefit users and communities.
- To foster professional growth through leadership, mentorship, and collaborate, aiming to uphold ethical standards, document engineering decisions, and communicate technical concepts effectively to diverse stakeholders across industries.
Bachelor of Science in Electronics Engineering
Career Objectives
- Our electronics engineering graduate aims to apply deep technical grounding in circuits, devices, and systems to design, analyze, and optimize innovative electronic solutions across industries. They pursue roles in R&D, product development, and technology integration, while upholding professional and ethical standards, committing to lifelong learning, and contributing to societal advancement through responsible innovation.
- Graduate aims to design, analyze, and optimize analog, digital, and mixed-signal electronic systems for products and processes, lead R&D and product development from concept through prototyping and validation using industry-standard tools, and collaborate across disciplines to integrate electronics with software, mechanical, and systems engineering for end-to-end solutions.
- Electronics Engineering graduate uphold professional ethics, ongoing learning, and responsible innovation to contribute to societal and technological advancement.
Bachelor of Science in Civil Engineering
Bachelor of Science in Computer Engineering
Bachelor of Science in Electronics Engineering
For further inquiries, you may reach us through this email: [email protected]
Engr. Jane K. Zaportiza, MiSDS-EnvE
Dean
Engr. Leonardo S. Dotaro
Faculty