Doctorate in AI and Technology Management

The Doctorate in AI and Technology Management aims to develop advanced expertise in the strategic application of artificial intelligence and emerging technologies within organizational and managerial contexts. This program will equip learners with the research skills, theoretical knowledge, and practical competencies required to lead, innovate, and implement AI-driven solutions to complex business and societal challenges.

36 Months

5 Core Modules

Research Projects

Blended Learning

Thesis Research

Doctoral

Internationally Accredited & Recognized

16000

Global students enrolled

20

Years of academic excellence

25

Worldwide U-Multirank Ranking

100

Online Learning Facility

Guglielmo Marconi University, Italy - Doctoral Degree

The Doctorate in AI and Technology Management aims to develop advanced expertise in the strategic application of artificial intelligence and emerging technologies within organizational and managerial contexts. This program will equip learners with the research skills, theoretical knowledge, and practical competencies required to lead, innovate, and implement AI-driven solutions to complex business and societal challenges.

Learners will be prepared to contribute to the academic and professional fields of AI and technology management, conducting pioneering research that bridges the gap between cutting-edge AI technologies and effective management practices for sustainable, data-informed decision-making in dynamic environments.

The program offers a rigorous, research-intensive curriculum tailored for IT and management professionals aiming to lead in the evolving field of AI and technology. The program integrates advanced study in AI, machine learning, and business analytics with core principles of technology management, providing a multidisciplinary approach to address critical challenges faced by organizations today.

Course Modules

Foundations of AI & Technology Research
Build a comprehensive understanding of research methodologies specifically tailored for AI and technology management. Learn to formulate research questions, explore ethical considerations, and differentiate between various research paradigms within the AI domain.
Quantitative & Qualitative Study Designs
Explore major research approaches including quantitative, qualitative, and mixed methods. Understand how to design and implement various study types, from experimental designs to ethnographic studies, with specific applications in AI and technology contexts.
Secondary Research & Critical Analysis
Master secondary research approaches including scoping reviews and systematic reviews. Learn to synthesize existing literature, assess research quality through validity and reliability standards, and apply ethical principles in research practices.
Learning Outcomes
Module Duration: 4–6 weeks

By completing this module, you will:

  • Critically review different quantitative and qualitative study designs and their applications in AI and technology management
  • Analyze mixed-method research approaches including data collection, analysis, and reporting methodologies
  • Evaluate secondary research methods including scoping and systematic reviews for literature synthesis
  • Apply research quality assurance principles, ethical standards, and validity/reliability measures in research design
Disruptive Technologies & Strategic Impact

Examine how disruptive technologies reshape organizational strategies and industry practices. Learn to identify emerging technological trends and understand their transformative potential across different business sectors and market dynamics.

Innovation Frameworks & Change Management

Master practical approaches including agile project management and design thinking methodologies. Develop skills to synthesize complex technological trends and propose strategic solutions for emerging business challenges in dynamic environments.

Sustainable Growth & Organizational Resilience

Explore sustainable practices in technology innovation that promote long-term organizational growth and resilience. Create effective leadership strategies to manage technological change across diverse organizational settings.

Learning Outcomes
Module Duration: 4–6 weeks

By completing this module, you will:

  • Critically analyze the impact of disruptive technologies on organizational strategies and industry practices
  • Evaluate and synthesize complex data and technological trends to propose strategic solutions for emerging business challenges
  • Review sustainable practices in innovation to promote long-term organizational growth and resilience
  • Create leadership strategies that effectively manage technological change and innovation within diverse organizational settings
AI Technology & Knowledge Creation Frameworks

Explore theoretical foundations and emerging trends in artificial intelligence as they relate to knowledge creation and organizational impact. Develop critical understanding of AI technologies and their applications in professional contexts.

AI-Driven Knowledge Management & Data Practices

Analyze how AI transforms knowledge management systems in facilitating creation, storage, and retrieval of organizational knowledge. Examine AI’s impact on data-driven knowledge practices and decision-making processes.

AI Integration Strategies & Research Applications

Develop innovative strategies for integrating AI-driven knowledge practices to enhance organizational decision-making and operational efficiency. Synthesize research findings to provide actionable insights for complex business challenges.

Learning Outcomes
Module Duration: 4–6 weeks

By completing this module, you will:

  • Critically evaluate theoretical foundations and emerging trends in AI technology as they relate to knowledge creation and organizational impact
  • Analyze the impact of AI on knowledge management systems in facilitating creation, storage, and retrieval of organizational knowledge
  • Develop innovative strategies for integrating AI-driven knowledge practices to enhance organizational decision-making and operational efficiency
  • Review and synthesize research findings on AI applications to provide actionable insights for complex business challenges and sustainable technological development
AI Ethics & Regulatory Challenges

Identify and analyze key ethical and regulatory issues associated with AI and emerging technologies. Examine complex challenges related to data privacy, fairness, accountability, and transparency in AI-driven systems.

Global Governance Models & Regulatory Frameworks
Critically review and analyze international frameworks and governance models to assess their effectiveness in regulating AI and advanced technologies. Study regulatory strategies that balance innovation with societal and legal considerations.
Risk Assessment & Ethical Framework Development

Develop comprehensive assessments of risks and ethical implications of AI in organizational settings. Design ethical frameworks as interventions to address potential gaps and provide directions for responsible AI implementation.

Learning Outcomes
Module Duration: 4–6 weeks

By completing this module, you will:

  • Identify key ethical and regulatory issues associated with AI and emerging technologies
  • Critically review and analyze international frameworks and governance models to assess their effectiveness in regulating AI and advanced technologies
  • Develop comprehensive assessments of risks and ethical implications of AI and emerging technologies in organizational settings
  • Design ethical frameworks as interventions to close potential gaps and provide directions for future research on AI ethics
Knowledge Gap Analysis & Problem Statement

Learn to identify researchable knowledge gaps in AI and technology management. Develop skills to analyze and synthesize gaps into structured problem statements and formulate clear research questions that address identified knowledge deficiencies.

Literature Review & Critical Appraisal Methods

Master literature searching techniques and critical appraisal methodologies. Build competence in assessing and appraising evidence in published literature, determining gaps in existing evidence, and exploring the relevance of theory to research design.

Research Protocol Development & Ethics

Develop a comprehensive 3000-word research proposal with feasible and valid study design. Learn to create well-structured research protocols with clear timelines, relevant methodologies, and compliance with universal research ethics principles.

Learning Outcomes
Module Duration: 4–6 weeks

By completing this module, you will:

  • Critically review and identify relevant knowledge gaps in AI and Technology Management research and develop structured research questions
  • Write comprehensive literature reviews to identify existing evidence and knowledge gaps associated with research problems of interest
  • Critically explore the relevance of existing theory and evidence base to research design methodologies
  • Develop well-structured research protocols/proposals with clear timelines and relevant study methods that comply with universal principles of research ethics

Your Success Story Starts Here

Every image here tells a story of transformation, dedication, and success. Be the next to wear the cap and gown. Enroll today, and let your journey begin.

What Our Students Say

Every student has a story—of ambition, of challenge, of growth. In their own words, they share how Airtics became a turning point in their learning journey and helped them move closer to their goals.

What Our Students Say

Every student has a story—of ambition, of challenge, of growth. In their own words, they share how Airtics became a turning point in their learning journey and helped them move closer to their goals.

Learn from Industry Leaders & Experts

Learn from distinguished doctoral supervisors, industry leaders, and AI researchers from top organizations. Our world-class faculty combines advanced academic credentials with extensive industry experience, bringing cutting-edge research expertise and practical insights to guide your doctoral journey in AI and technology management.

Dr. Abdullah El Nokiti - B&W
Dr. Abdullah El-Nokiti Professor
Dr. Meraj Inamdar - B&W
Dr. Mohd Merajuddin Inamdar Professor
Dr. Madhavi Vaidya - B&W
Dr. Madhavi Vaidya Professor
Dr. Poonam Chaudhari - B&W
Dr. Poonam Chaudhari Professor
Dr. Anup Maurya - B&W
Dr. Anup Kumar Maurya Professor
Dr. Milan Joshi - B&W
Dr. Milan Amrutkumar Joshi Industry Expert
Dr. Mohamed Elhaw - B&W
Dr. Mohamed Elhaw Industry Expert - Strategic HR & Organizational Development
Dr. Pradeep Tiwari - B&W
Dr. Pradeep Tiwari Industry Expert - AI Research & Generative AI Specialist
Dr. Nabil Beshara - B&W
Dr. Nabil Beshara Industry Expert - Operations Management & Strategic Planning
Dr. Peter Damilare Oyinloye - B&W
Dr. Damilare Peter Oyinloye Industry Expert - Blockchain Technologies & Information Security
Global Student Community

Students from 60+ Countries Worldwide

Frequently Asked Questions

Find answers to common questions about our Advanced Program in Data Science. Learn about program details, requirements, and what to expect from this 6-month certification course.
What are the entry requirements for the Doctorate in AI and Technology Management?

Applicants need a second-class Master’s degree (or internationally recognized equivalent) plus minimum 3 years senior-level IT experience. International students must demonstrate English proficiency through IELTS 7.0 (minimum 7.0 in writing) or equivalent educational background in English.

How long does the program take to complete?

The program is designed as a 36-month (3-year) doctoral journey with 180 total credits. Year 1 focuses on research methods and core modules, Year 2 on proposal defense and thesis development, and Year 3 on dissertation completion and defense.

What learning format does the program offer?

The program uses a blended learning approach, combining online coursework, virtual seminars, and intensive research supervision sessions to accommodate working professionals while maintaining rigorous academic standards.

What qualifications will I receive upon graduation?

You’ll earn three international qualifications: a Doctoral Degree and Master of Research in Artificial intelligence and Technology Management from Guglielmo Marconi University (Italy) and CMI Certification from the Chartered Management Institute.

Can I pursue this doctorate while working full-time?

Yes, the program is specifically designed for experienced professionals. The flexible blended learning format allows you to balance doctoral studies with senior-level career responsibilities.

What research areas can I focus on?

Research areas include AI ethics and governance, digital transformation leadership, sustainable technology innovation, disruptive innovation theory, and technology management strategies across various industry sectors.

Is there recognition of prior learning available?

Yes, if you’ve completed appropriate doctoral-level modules in related subjects within the last 6 years, you may apply for credit transfer which could eliminate the need for certain program modules.

What support is provided during the research phase?

You’ll receive dedicated supervision from expert faculty, ongoing research meetings, academic seminar participation, and guidance through proposal defense, thesis writing, and final viva voce examination.

Still have questions?

If you have any other questions or need further information about our Advanced Program in Data Science, don’t hesitate to contact us. Our admissions team is here to help you take the next step in your data science career.

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