Vision:
To be a leading regional and internationally recognized School of Information Technology that excels in education, scientific research, innovation, and digital transformation, producing highly skilled graduates who drive technological advancement and contribute to sustainable development.

Mission:
The School of Information Technology at Stardom University is committed to:

1. Providing an inclusive, student-centered learning environment that fosters creativity, critical thinking, teamwork, and professional excellence.
2. Delivering high-quality education based on international academic standards and modern teaching methodologies.
3. Preparing competent graduates with strong theoretical knowledge, practical skills, ethical values, and leadership abilities in Information Technology, Artificial Intelligence, Cybersecurity, Software Engineering, Computer Science, and Digital Design.
4. Promoting scientific research, innovation, entrepreneurship, and lifelong learning to address local and global challenges.
5. Building strategic partnerships with universities, industries, and professional organizations to enhance education, research, and technology transfer.
6. Supporting digital transformation and sustainable development through advanced technologies, community engagement, and innovative solutions.

The School of Information Technology is guided by the following governing values, which shape its academic, research, administrative, and community activities:

1. Academic Excellence
   We are committed to maintaining the highest standards in teaching, learning, research, and professional practice.
2. Integrity and Ethics
   We uphold honesty, transparency, fairness, accountability, and respect for intellectual property in all our endeavors.
3. Innovation and Creativity
   We foster a culture of innovation, critical thinking, creativity, and continuous improvement to address emerging technological challenges.
4. Student-Centered Learning
   We place students at the heart of the educational process by providing an engaging, inclusive, and supportive learning environment.
5. Research and Knowledge Creation
   We promote high-quality research, interdisciplinary collaboration, and the generation of knowledge that benefits society.
6. Digital Transformation
   We embrace emerging technologies and digital innovation to enhance education, research, institutional effectiveness, and community services.
7. Quality and Continuous Improvement
   We continuously evaluate and improve our academic programs, administrative processes, and institutional performance in accordance with international quality standards.
8. Collaboration and Partnership
   We build strategic partnerships with academia, industry, government, and international organizations to promote mutual growth and innovation.
9. Professionalism
   We encourage responsibility, leadership, lifelong learning, and adherence to international professional standards.
10. Diversity, Equity, and Inclusion
    We respect diversity and provide equal opportunities regardless of nationality, culture, gender, or background.
11. Community Engagement
    We contribute to community development through education, research, innovation, technological solutions, and professional services.
12. Sustainability and Social Responsibility
    We promote sustainable development and responsible use of technology to create positive economic, environmental, and social impact.
13. Entrepreneurship and Leadership
    We inspire entrepreneurial thinking and develop future technology leaders capable of driving innovation and economic growth.
14. Global Perspective
    We prepare graduates to compete globally by embracing international standards, cross-cultural collaboration, and global citizenship.

Goals:

1. Academic Excellence

• Deliver high-quality education aligned with international standards.
• Continuously review and enhance curricula to meet industry and technological advancements.
• Foster a student-centered learning environment that promotes critical thinking and innovation.

2. Research and Innovation

• Promote high-impact research in Information Technology and emerging technologies.
• Encourage interdisciplinary research and collaboration with national and international institutions.
• Support innovation, entrepreneurship, and technology commercialization.

3. Student Success

• Equip students with technical, analytical, and professional skills for successful careers.
• Enhance experiential learning through laboratories, internships, capstone projects, and industry engagement.
• Develop leadership, communication, teamwork, and lifelong learning competencies.

4. Industry and Community Engagement

• Strengthen partnerships with industry, government, and professional organizations.
• Provide technology-based solutions that address community and societal needs.
• Offer professional training, certifications, and continuing education programs.

5. Digital Transformation

• Integrate emerging technologies into teaching, learning, research, and administration.
• Promote the adoption of Artificial Intelligence, Cybersecurity, Cloud Computing, Data Science, and Internet of Things (IoT).
• Develop smart learning environments supported by advanced digital infrastructure.

6. Internationalization

• Expand international academic partnerships and exchange programs.
• Encourage collaborative research and joint academic initiatives.
• Prepare graduates to compete successfully in the global workforce.

7. Quality Assurance

• Maintain national and international accreditation standards.
• Implement continuous assessment and quality improvement processes.
• Strengthen institutional governance and academic accountability.

8. Sustainability and Social Responsibility

• Promote sustainable development through responsible use of technology.
• Encourage ethical practices in computing and research.
• Contribute to economic and social development through technological innovation.

Strategic Objectives:

The School of Information Technology aims to:

1. Provide internationally recognized undergraduate and postgraduate programs in Information Technology and related disciplines.
2. Produce competent graduates with strong technical expertise, ethical values, and professional competencies.
3. Develop graduates capable of solving real-world problems using innovative technological solutions.
4. Advance scientific research and increase high-quality publications, patents, and innovation outputs.
5. Strengthen collaboration with industry to enhance employability, internships, and applied research.
6. Encourage entrepreneurship through innovation hubs, business incubation, and startup support.
7. Integrate modern educational technologies and digital learning platforms into academic programs.
8. Foster diversity, inclusion, and equal opportunities for students, faculty, and staff.
9. Enhance faculty development through continuous professional training and international collaboration.
10. Support lifelong learning through professional certificates, workshops, and specialized training programs.
11. Increase the College’s regional and international reputation through excellence in education, research, innovation, and community engagement.
12. Promote ethical use of technology, cybersecurity awareness, and responsible Artificial Intelligence.
13. Contribute to national and global digital transformation initiatives and the achievement of the United Nations Sustainable Development Goals (SDGs).
    

The School is governed through the following bodies:

• Dean
  • Provides strategic leadership and oversees all academic and administrative operations.
• School Council
  • The highest academic decision-making body within the College, responsible for academic policies, curriculum development, and strategic planning.
• Faculty
  • Faculty, research activities, and departmental operations.

Accreditation

The School continuously works to ensure that its academic programs meet national and international quality standards by:

• Implementing comprehensive quality assurance and continuous improvement processes.
• Designing curricula that align with international academic and professional standards.
• Conducting regular program reviews based on stakeholder feedback and industry needs.
• Promoting outcome-based education (OBE) and student-centered learning.
• Ensuring that graduates possess the knowledge, skills, and competencies required by the global technology workforce.
• Supporting academic integrity, ethical conduct, and excellence in teaching, research, and community service.
• Pursuing national and international accreditation to enhance institutional reputation and graduate employability.

Academic Collaboration

The School actively develops academic partnerships to enhance education, research, innovation, and student success. These collaborations include:

International Academic Partnerships

• Joint academic programs and dual-degree opportunities.
• Student and faculty exchange programs.
• Collaborative research projects and publications.
• International conferences, seminars, and workshops.
• Shared supervision of postgraduate research.
• Curriculum development and academic benchmarking.

Research Collaboration

The School encourages collaborative research by:

• Establishing multidisciplinary research teams.
• Participating in international research networks.
• Developing research centers in emerging technologies.

Global Engagement

The School seeks to strengthen its international presence through:

• Membership in academic and professional networks.
• Strategic partnerships with internationally recognized universities.
• Participation in international education and research initiatives.
• Academic mobility programs for students and faculty.
• Cross-border collaborative learning and virtual exchange.

Commitment to Quality The School is dedicated to fostering a culture of quality, innovation, and continuous improvement that supports academic excellence and prepares graduates to become globally competitive professionals and future technology leaders.

The Faculty of Information Technology at Stardom University offers a dynamic learning environment designed to prepare students for success in the rapidly evolving digital world. Our programs combine academic excellence with practical experience, ensuring graduates are equipped to meet the demands of today’s technology-driven industries.

Why Study with Us?

1. Future-Oriented Academic Programs

Our curricula are regularly updated to reflect the latest developments in:

• Artificial Intelligence (AI)
• Cybersecurity
• Computer Science
• Software Engineering
• Information Technology
• Digital Design and Emerging Technologies

2. International Quality Education

We follow internationally recognized academic standards and quality assurance practices to provide students with a world-class education.

3. Experienced Faculty Members

Our students learn from highly qualified academics and industry professionals with extensive teaching, research, and practical experience.

4. Practical and Hands-on Learning

Students gain real-world experience through:

• Modern computer laboratories
• Capstone graduation projects
• Industry internships
• Workshops and technical training
• Innovation and research activities

5. Research and Innovation

The Faculty encourages students to participate in scientific research, innovation competitions, technology projects, and entrepreneurship initiatives.

6. Industry Partnerships

Strong collaborations with technology companies and professional organizations provide opportunities for internships, certifications, guest lectures, and career development.

7. Digital Learning Environment

Students benefit from advanced learning management systems, virtual laboratories, online resources, and modern educational technologies that support flexible and interactive learning.

8. Career Preparation

Our graduates develop the technical, analytical, and leadership skills required for careers in:

• Software Development
• Artificial Intelligence
• Cybersecurity
• Data Science
• Cloud Computing
• Network Administration
• Systems Analysis
• Information Systems Management
• Digital Transformation Consulting

9. International Opportunities

Students have opportunities to participate in international collaborations, academic exchange programs, joint research projects, and global networking activities.

10. Professional Certifications

The Faculty supports students in obtaining internationally recognized professional certifications that enhance their employability and career prospects.

11. Student Support and Development

We provide comprehensive academic advising, career counseling, mentoring, extracurricular activities, and leadership development programs to help students achieve their full potential.

12. Commitment to Ethics and Sustainability

We promote ethical computing, responsible Artificial Intelligence, cybersecurity awareness, environmental sustainability, and community engagement.

Bachelor of Science in Computer Science

This program provides students with a solid foundation in computing principles, programming, algorithms, data structures, operating systems, databases, computer networks, and software development. Graduates are prepared for careers in software engineering, systems development, data science, and research.

Bachelor of Software Engineering

The Software Engineering program focuses on the design, development, testing, deployment, and maintenance of high-quality software systems. Students learn modern software development methodologies, project management, software architecture, cloud computing, and DevOps practices.

Bachelor of Artificial Intelligence

This program prepares students to develop intelligent systems using machine learning, deep learning, natural language processing, computer vision, robotics, and data analytics. Graduates are equipped to address complex real-world challenges through AI-driven solutions.

Bachelor of Cybersecurity

The Cybersecurity program develops professionals capable of protecting digital systems and information assets. Students gain expertise in ethical hacking, network security, digital forensics, cryptography, cloud security, cyber risk management, and incident response.

Bachelor of Graphic Design

This interdisciplinary program combines creativity with technology, enabling students to develop expertise in digital graphics, multimedia production, user experience (UX), user interface (UI) design, animation, branding, and interactive media.

Common Features of All Programs

• Internationally benchmarked curricula.
• Outcome-Based Education (OBE).
• Graduation capstone projects.
• Industry internships and experiential learning.
• Research and innovation opportunities.
• Professional certifications and technical workshops.
• Modern digital learning platforms.
• Academic advising and career guidance.
• Continuous curriculum review to align with emerging technologies.

Career Opportunities

Graduates of the School are prepared for careers as:

• Software Engineer
• Artificial Intelligence Engineer
• Machine Learning Engineer
• Data Scientist
• Cybersecurity Analyst
• Ethical Hacker
• Network Engineer
• Cloud Computing Engineer
• Systems Analyst
• Database Administrator
• Web and Mobile Application Developer
• DevOps Engineer
• IT Consultant
• Digital Transformation Specialist
• UX/UI Designer
• Multimedia and Digital Content Designer
• Researcher or Technology Entrepreneur

Graduate Attributes

Upon successful completion of their programs, graduates will be able to:

• Apply advanced computing knowledge to solve complex problems.
• Design, develop, and evaluate innovative technology solutions.
• Conduct research using scientific and ethical principles.
• Communicate effectively with multidisciplinary teams.
• Demonstrate leadership, professionalism, and lifelong learning.
• Adapt to emerging technologies and global industry trends.
• Practice ethical and socially responsible use of technology.
• Contribute to digital transformation and sustainable development.

The academic programs offered by the Faculty of Information Technology are designed according to international standards and emphasize a balanced integration of theoretical knowledge, practical skills, research, innovation, and professional development.

Program Duration

• Degree Awarded: Bachelor of Science (B.Sc.)
• Duration: 4 Years (8 Semesters)
• Study Mode: Full-Time
• Language of Instruction: English
• Credit System: European Credit Transfer and Accumulation System (ECTS) or University Credit Hour System

Program Structure Students develop fundamental knowledge and essential academic skills through university and general education courses.

The Faculty of Information Technology is committed to advancing knowledge through high-quality research, innovation, and interdisciplinary collaboration. Our research activities address contemporary technological challenges and contribute to digital transformation, economic development, and sustainable solutions at both regional and global levels.

Research Vision

To become a leading center of excellence in Information Technology research, recognized for innovation, scientific impact, and contributions to society through cutting-edge technologies.

Research Mission

The Faculty promotes a vibrant research culture by supporting faculty members and students in conducting high-quality, ethical, and impactful research that advances scientific knowledge, fosters innovation, and addresses real-world challenges.

Research Focus Areas

The Faculty conducts research in a broad range of computing disciplines, including:

• Artificial Intelligence (AI)
• Machine Learning and Deep Learning
• Data Science and Big Data Analytics
• Cybersecurity and Digital Forensics
• Cloud Computing
• Internet of Things (IoT)
• Robotics and Intelligent Systems
• Computer Vision
• Natural Language Processing (NLP)
• Software Engineering
• Information Systems
• Computer Networks
• Blockchain Technologies
• Human–Computer Interaction (HCI)
• Digital Transformation
• Smart Cities and Smart Healthcare
• Educational Technology
• Green Computing and Sustainable Technologies

Research Objectives

The Faculty aims to:

• Produce high-quality research with international impact.
• Encourage interdisciplinary and collaborative research.
• Promote innovation and technology transfer.
• Increase publications in reputable peer-reviewed journals and conferences.
• Support faculty and student research initiatives.
• Establish research laboratories and specialized research centers.
• Secure national and international research funding.
• Strengthen partnerships with universities, research institutes, government agencies, and industry.
• Encourage entrepreneurship and commercialization of research outcomes.
• Contribute to solving societal and industrial challenges through technology-driven solutions.

Research Opportunities for Students

Students are encouraged to actively participate in research through:

• Undergraduate research projects
• Graduation (Capstone) projects
• Faculty-led research groups
• Innovation and technology competitions
• Scientific conferences and workshops
• Research internships
• Publication opportunities
• Startup and entrepreneurship initiatives

Research Facilities

The Faculty supports research through modern laboratories and specialized facilities, including:

• Artificial Intelligence Laboratory
• Cybersecurity Laboratory
• Software Engineering Laboratory
• Computer Networks Laboratory
• Data Science Laboratory
• Cloud Computing Laboratory
• Robotics and IoT Laboratory
• Digital Innovation and Entrepreneurship Hub

Research Collaboration

The Faculty actively collaborates with:

• International universities
• Research institutions
• Government agencies
• Technology companies
• Professional organizations
• Innovation and startup ecosystems

These partnerships facilitate joint research projects, faculty exchange, student mobility, knowledge sharing, and technology commercialization.

Our Commitment The Faculty of Information Technology is dedicated to fostering a research environment that inspires creativity, collaboration, and excellence. By integrating research with education and industry engagement, we empower our faculty and students to create innovative solutions that shape the future of technology and positively impact society.

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Publications

The Faculty of Information Technology is committed to advancing scientific knowledge through high-quality research publications that contribute to innovation, technological development, and sustainable solutions. Faculty members and students are encouraged to publish their research in reputable national and international journals, conferences, and scholarly platforms.

Publication Objectives

The Faculty aims to:

• Promote excellence in scientific research and scholarly publishing.
• Increase the quality and impact of research publications.
• Encourage interdisciplinary and collaborative research.
• Support open scientific communication and knowledge sharing.
• Enhance the College’s national and international research reputation.
• Contribute to technological innovation and sustainable development.

Areas of Publication

Faculty members and researchers publish in a wide range of computing and technology disciplines, including:

• Artificial Intelligence
• Machine Learning and Deep Learning
• Data Science and Big Data Analytics
• Cybersecurity
• Digital Forensics
• Software Engineering
• Computer Science
• Information Systems
• Computer Networks
• Cloud Computing
• Internet of Things (IoT)
• Robotics and Intelligent Systems
• Computer Vision
• Natural Language Processing (NLP)
• Blockchain Technologies
• Human–Computer Interaction (HCI)
• Digital Transformation
• Smart Cities
• Smart Healthcare Systems
• Educational Technology
• Green Computing and Sustainable Technologies

Types of Publications

The Faculty encourages the publication of:

• Articles in peer-reviewed international journals.
• Conference papers presented at national and international conferences.
• Review articles and systematic literature reviews.
• Book chapters and academic books.
• Technical reports and white papers.
• Patents and technology disclosures.
• Case studies and applied research publications.

Publication Support

The Faculty provides support through:

• Research mentoring and supervision.
• Internal peer review and editorial guidance.
• Research methodology workshops.
• Academic writing and publication seminars.
• Collaboration with international researchers.
• Assistance in identifying reputable journals and conferences.
• Support for research grants and publication funding, subject to university policies.

Publication Ethics

The Faculty adheres to the highest standards of publication ethics by ensuring:

• Originality and academic honesty.
• Proper citation and acknowledgment of sources.
• Respect for intellectual property rights.
• Transparency in authorship and contributions.
• Avoidance of plagiarism, fabrication, and falsification of data.
• Compliance with international research and publication ethics.

Student Publications

Students are encouraged to participate in scholarly publishing through:

• Graduation (Capstone) projects.
• Undergraduate research initiatives.
• Faculty-led research groups.
• Student research conferences.
• Joint publications with faculty members.
• Innovation and entrepreneurship projects.

Research Impact

The Faculty seeks to maximize the impact of its publications by:

• Addressing real-world technological challenges.
• Supporting digital transformation and innovation.
• Contributing to public policy and industry best practices.
• Promoting interdisciplinary collaboration.
• Advancing the United Nations Sustainable Development Goals (SDGs).

Research Dissemination

Research outcomes are disseminated through:

• International peer-reviewed journals.
• Scientific conferences and symposiums.
• Books and book chapters.
• Institutional repositories.
• Research seminars and workshops.
• Professional and industry forums.
• Digital platforms and knowledge-sharing networks.
  

Community Service and Environmental Affairs

The School of Information Technology is committed to serving society through education, innovation, research, and technology-driven initiatives that promote sustainable development and improve the quality of life. We believe that higher education plays a vital role in addressing community needs and environmental challenges while fostering responsible digital citizenship.

Alumni

The School of Information Technology values its graduates as lifelong members of the Stardom University community. Our alumni are ambassadors of the College, contributing to the advancement of technology, innovation, and society through their professional achievements, leadership, and commitment to lifelong learning.

Our Alumni Network

The Alumni Network connects graduates with the College, fellow alumni, students, faculty members, and industry partners. It provides opportunities for professional development, networking, collaboration, and continued engagement with the University.

Our Objectives

The Alumni Program aims to:

• Maintain strong and lasting relationships with graduates.
• Foster professional networking and knowledge sharing.
• Support career development and lifelong learning.
• Encourage alumni participation in school activities and strategic initiatives.
• Strengthen collaboration between alumni, students, faculty, and industry.
• Celebrate alumni achievements and recognize outstanding contributions.

Benefits for Alumni

Graduates of the School can benefit from:

• Professional networking opportunities.
• Invitations to conferences, seminars, and workshops.
• Career development programs and job opportunities.
• Continuing education and professional certification courses.
• Access to selected University events and alumni activities.
• Opportunities to mentor current students.
• Participation in research, innovation, and entrepreneurship initiatives.
• Collaboration with faculty on academic and industry projects.

Alumni Engagement

The School encourages alumni to:

• Share professional experiences with current students.
• Participate in guest lectures and career talks.
• Mentor students and recent graduates.
• Offer internship and employment opportunities.
• Collaborate on research and innovation projects.
• Support entrepreneurship and startup initiatives.
• Participate in advisory boards and curriculum development.
• Represent the School in professional and international communities.

Career Services

The School continues to support its graduates through:

• Career counseling and professional guidance.
• Employment and internship opportunities.
• Industry networking events.
• Resume and interview preparation workshops.
• Leadership and professional skills development.
• Entrepreneurship and business incubation support.

Stay Connected

The School encourages all graduates to remain actively engaged by:

• Updating their contact and professional information.
• Joining the official Alumni Network.
• Participating in alumni events and reunions.
• Sharing career achievements and success stories.
• Volunteering as mentors, speakers, or industry advisors.
• Supporting student development and School initiatives.

Alumni Recognition

The School recognizes and celebrates alumni who demonstrate excellence in:

• Professional achievement.
• Research and innovation.
• Leadership and entrepreneurship.
• Community service.
• Contributions to technology and society.
• Support for the School and its students.

Our Commitment The School of Information Technology is proud of its graduates and remains committed to supporting them throughout their professional journeys. By fostering lifelong connections and meaningful partnerships, we aim to build a vibrant global alumni community that inspires innovation, leadership, and excellence while contributing to the advancement of technology and society.

Quality Assurance and Monitoring of Teaching

The School of Information Technology is committed to maintaining the highest standards of academic quality by continuously monitoring and enhancing teaching, learning, and assessment. Through a culture of continuous improvement, the School ensures that its academic programs remain relevant, innovative, student-centered, and aligned with international quality standards.

Our Commitment

The School is dedicated to providing an outstanding learning experience by ensuring excellence in curriculum design, teaching effectiveness, student assessment, faculty development, and academic support services.

Quality Assurance Objectives

The School aims to:

• Ensure high-quality teaching and learning across all academic programs.
• Promote continuous improvement through systematic evaluation and feedback.
• Align academic programs with national and international quality standards.
• Enhance student learning outcomes and graduate competencies.
• Foster innovation in teaching methodologies and educational technologies.
• Support faculty members in their professional and academic development.
  

Faculty Members’ Profiles

1. Assoc. Prof. Dr. Aymen Ali Oglu

• Position: Dean (Full-Time) & Associate Professor
• Bio: Dr. Aymen is the Dean of the Computer Science & Artificial Intelligence Department. He holds a Ph.D. in Information Systems and possesses extensive expertise in AI, Python programming, and Cybersecurity. His research focuses on AI in smart healthcare and electronic proctoring. He is also the author of multiple academic publications on computing fundamentals and AI technologies.

2. Dr. Ahmed Ali Mohamed Warad

• Position: Assistant Professor & Postdoctoral Researcher
• Bio: Dr. Ahmed specializes in Data Science and Artificial Intelligence. Holding a Ph.D. in Information Systems & Technology from Cairo University, his expertise spans Machine Learning, IoT integration, and predictive modeling. He holds a patent for an AI-based banking transaction verification system and has published extensively in top-tier (Q1) scientific journals.

3. Dr. Nejood Hashim Al-Walidi

• Position: Assistant Professor
• Bio: Dr. Nejood is an Assistant Professor in the Information Technology Department with a Ph.D. in Information Systems. Her core expertise lies in Artificial Intelligence, Machine Learning, Cybersecurity, and Software Engineering. She has a strong track record of academic teaching, consulting, and has published 4 books and multiple research papers in her field.

4. Dr. Asmaa Abdel-Aziz El-khouli

• Position: Assistant Professor
• Bio: Dr. Asmaa is a specialist in Artificial Intelligence, Deep Learning, and Computer Vision. She has supervised numerous innovative graduation projects ranging from COVID-19 detection to early blindness prediction using AI. Her impactful research in deep neural networks and machine learning algorithms is recognized and published in prestigious Q1 journals like IEEE Access.

5. Dr. Hamidah Saleh Abdullah Mohammed Zolaat

• Position: Lecturer
• Bio: Holding an MSc in Computer Engineering with distinction from Istanbul Atlas University, Hamidah is a Lecturer in Information Technology. Her unique expertise includes Secure Audio Steganography, AES Encryption, and AI. She brings a blend of academic research and industry experience as an IT specialist and system developer.

6. Dr. Lubna Alanis

• Position: Computer Science Lecturer
• Bio: Lubna holds a Master’s degree in Computer Engineering and has been a dedicated Computer Science Lecturer since 2019. Her primary academic and research interests include Artificial Intelligence, Machine Learning, Data Science, and Data Mining.
  

SCHOOL Code of Conduct

School of Information Technology. Code of Conduct

The School of Information Technology is committed to maintaining a professional, respectful, ethical, and inclusive academic environment that promotes excellence in education, research, and community engagement. This Code of Conduct establishes the standards of behavior expected from all students, faculty members, staff, researchers, and visitors.

1. Purpose

The Code of Conduct aims to:

• Promote a safe, respectful, and inclusive learning environment.
  • Uphold the highest standards of academic and professional integrity.
  • Encourage ethical behavior and responsible use of technology.
  • Foster mutual respect, collaboration, and accountability.
  • Protect the rights and dignity of every member of the School community.

2. Core Principles

Members of the School community are expected to demonstrate:

• Integrity
  •   Respect
  •   Responsibility
  •   Professionalism
  •   Accountability
  •   Fairness
  •   Excellence
  •   Innovation
  •   Diversity and Inclusion
  •   Social Responsibility

3. Academic Integrity

All members of the School shall:

• Complete academic work honestly and independently unless collaboration is authorized.
  •   Properly acknowledge all sources of information.
  •   Avoid plagiarism, cheating, fabrication, and falsification of data.
  •   Respect intellectual property rights.
  •   Conduct research ethically and responsibly.
  •   Follow all University regulations regarding academic honesty.

5. Research Ethics

Researchers shall:

• Conduct research honestly and objectively.
  •   Obtain necessary ethical approvals where required.
  •   Ensure accuracy in data collection and reporting.
  •   Protect research participants and confidential information.
  •   Avoid conflicts of interest.
  •   Respect authorship and publication ethics.

6. Social Media and Digital Communication

Members of the School should:

• Communicate respectfully in all digital platforms.
  •   Protect the reputation of the University and College.
  •   Avoid posting false, misleading, or offensive content.
  •   Respect confidentiality and privacy.
  •   Distinguish personal opinions from official University communications.