Interdisciplinary Science Initiatives

Introduction

This document outlines Air University’s commitment to interdisciplinary science research and presents key institutional measures, infrastructure, support systems, and recognition frameworks that enable collaborative, cross-disciplinary work. As a federally chartered public sector university, Air University integrates advanced research in aerospace, avionics, cybersecurity, artificial intelligence, engineering, and applied sciences. By promoting joint projects, shared facilities, and qualitative evaluation of interdisciplinary impact in faculty appointments and promotions, the institution seeks to drive innovation, build capacity for solving real-world problems, and contribute meaningfully to Pakistan’s knowledge economy and strategic priorities.

Measures of Success in Interdisciplinary Science Research: -

Publication Metrics: -

Air University’s framework explicitly tracks these metrics. Representative high-impact examples from verified Air University faculty Google Scholar profiles (accessed March 2026):

Faculty Member	Department	Total Citations	h-index	Key Interdisciplinary Publication Examples (Cross-Departmental / Real-World Impact)
Prof. Dr. Jehanzeb Masud	Aerospace Engineering	697	12	• “Flow field and performance analysis of an integrated diverterless supersonic inlet” (The Aeronautical Journal, 2011, 47 citations) – Aerospace + Fluid Dynamics • “Microgravity experiments and analysis of oscillatory thermocapillary flows” (Journal of Fluid Mechanics, 2000, 103 citations) – Aerospace (space applications) + Thermal/Fluid Engineering
Dr. Ammar Masood	Computer Science	639	13	• ADS-B anomalous message detection & radar target classification for fixed/rotary-wing aircraft – AI + Avionics Cybersecurity + Aerospace • “Which open-source IDS? Snort, Suricata or Zeek” (116+ citations) – Cybersecurity + Aviation systems
Prof. Dr. Noman Naseer	Mechatronics Engineering	>5,000	32	• fNIRS-based Brain-Computer Interfaces review (1,209 citations) – Neuroscience + Robotics + Deep Learning + AI • Multi-robot therapy for ASD children & gait rehabilitation – Mechatronics + Neuroergonomics + Defence/Clinical applications

Funding and Grants:-

Specific monetary values are maintained internally by ORIC and QEC (as per institutional policy). Verifiable examples of secured interdisciplinary funding streams:

IRC Industry-Funded Projects: Exponential revenue growth through open-market competition using “Try before Buy” model with National Instruments (NI) and GUNT (Germany). Projects include tele-health, solar water purification, and energy management systems.
HEC & National Grants: Coordinated via ORIC – examples include National Centre for Cyber-Security (NCCS)-linked projects, MEMS labs, and avionics integration (cross-faculty engineering + computer science). Air University maintains dedicated budget lines for cross-departmental teams.
International & Industry Partnerships: MoUs with National Instruments (USA) and GUNT Technology (Germany) since 2007 /2016; joint challenge-based labs and technology-mediation projects. Additional access to HEC programs (Grand Challenge Fund, Innovative & Collaborative Research Grant, Local Challenge Fund) and international schemes (British Council, Horizon Europe pathways).
Tracking Mechanism: Real-time ORIC portals and dean /HoD dashboards monitor grant value, interdisciplinary composition, and compliance.

Impact and Innovation: -

Patents & IP Management: Air University IP Policy (2023) and dedicated Air University IP Management Office (IPMO)< within ORIC handle filing, ownership (100% AU where applicable), and commercialization. Technology Transfer Support Fund pathways actively used.
Technology Transfers & Industry Delivery< (IRC flagship):

“Try before Buy” open-architecture solutions delivered to private & public sector clients (Pakistan-specific problems solved locally).
Flagship projects presented internationally: Tele-health systems and solar water purification at NI Week, Austin, USA.
Completed government & non-government projects with GUNT equipment (heat exchangers, fluid mechanics, renewable energy).

Societal & Strategic Contributions:

Sustainable Development: Alternate energy-based water purification and energy management projects.
National Defence & Aviation: Avionics integration, cybersecurity for aerospace systems, MEMS for UAVs, and road-safety initiatives.
Community Outreach: Technology Outreach Lab (established via IRC) delivers cost-effective, rugged solutions to under-privileged communities.

These directly align with Pakistan’s strategic priorities and demonstrate measurable technology transfer and societal impact.

Rankings and Recognition: -

Direct Institutional Evidence: Explicitly stated in the official Air University Framework for Interdisciplinary Science Research (2026) document, reviewed and endorsed by senior leadership.

Supporting Public Recognition:

HEC Quality Assurance Evaluation: Air University achieved 97.39%< score (one of the highest nationally).
Times Higher Education (THE) World University Rankings 2026: Ranked 2nd in Pakistan< (601–800 band globally).

Internal Recognition: Faculty promotions and appointments give explicit qualitative weightage to interdisciplinary contributions; annual faculty awards for cross-disciplinary work.

Internal KPIs: -

Student Involvement: IRC conducts regular hands-on training courses and real-world projects for undergraduate, master’s, and PhD students. Students participate in industry-collaborative initiatives (tele-health, solar purification, robotics) and Technology Outreach Lab community projects.

Faculty Awards & Recognition: Annual awards for cross-disciplinary excellence; qualitative impact statements (mentorship, collaborative grants, societal contributions) are core to promotion criteria.

Annual Research Output Reviews: Conducted by QEC with ORIC support. Real-time dashboards track:

Number of interdisciplinary projects
Student participation rates
Publication/citation growth
Grant acquisition and technology-transfer outcomes

Physical Infrastructure for Interdisciplinary Teams: -

Dedicated shared facilities across seven campuses (Islamabad Main, H-11, Kamra, Multan, Kharian, Karachi, Bahu Shorkot) are allocated through the Office of Research, Innovation & Commercialization (ORIC):

Aerodynamics Laboratory (ADL)/li>
National Centre for Cyber-Security (NCCS)/li>
Aerospace Sensors & Systems Laboratory
MEMS Laboratory
Avionics Integration Laboratory
Communication Security & Embedded Systems Laboratory

These labs enable joint experiments such as AI-driven avionics systems and cybersecurity-enhanced aerospace platforms. Additional innovation hubs and simulation rooms support collaborative teams of faculty, PhD scholars, and industry partners.

Administrative & Policy Support: -

ORIC & QEC< coordinate grant writing, project management, compliance, and MoUs.
Faculty/staff portals and dean/HoD dashboards track interdisciplinary project progress in real time.
Annual workshops, funding calls, and curriculum integration of interdisciplinary modules (e.g., AI-enhanced aerospace courses).
Budget lines specifically earmarked for cross-faculty teams.

Recognition in Tenure, Promotion & Appointments: -

Air University’s promotion policy is qualitatively driven and explicitly values interdisciplinary contributions:

“Air University gives due weightage to interdisciplinary science research contributions at the time of promotion and appointment of faculty, which is qualitatively based.”

Evaluation criteria include:

Quality and societal impact of cross-disciplinary collaborations
Joint publications blending domains (e.g., aerospace engineering + cybersecurity)
Mentorship of interdisciplinary student teams
Secured collaborative grants aligned with national priorities

Peer reviews and narrative impact statements carry equal weight to traditional metrics, fully aligned with HEC guidelines.

5. The Interdisciplinary Research Centre (IRC) – Operational Engine of Collaboration: -

Established 17 December 2007, the IRC bridges academia and industry through technology mediation.

Mission: To deliver projects within time, cost, and quality while reducing the theory-practice gap.

Strategic Partners:

National Instruments (NI) – Challenge-based virtual instrumentation labs
GUNT Technology (Germany) – 1000+ engineering training systems (fluid mechanics, mechatronics, renewable energy, etc.)

Key Achievements:

“Try before Buy” model using open-architecture NI & GUNT platforms
Flagship projects: Tele-health systems, solar water purification, road safety, energy management (presented at NI Week, Austin, USA)
Industry-funded projects yielding faculty/student training and revenue for the university
Technology Outreach Lab for community-impact projects in under-privileged areas

InterDisciplinary Research Center -Click Here to Download

Prof. Dr. Jehanzeb Masud Professor, Department of Aerospace Engineering Thermal & Fluid Engineering | h-index: 12 | 697 citations Pioneering work integrates microgravity fluid dynamics with supersonic inlet design and aircraft performance optimization. Key publications bridge fundamental fluid mechanics with aerospace engineering (e.g., “Flow field and performance analysis of an integrated diverterless supersonic inlet”, The Aeronautical Journal, 47 citations). His CFD and embedded LES methodologies enable practical solutions for national aviation and defence sectors.

Dr. Ammar Masood Department of Computer Science Information Security & Avionics Cybersecurity Leading researcher in AI-driven cybersecurity for aviation systems. Notable works include deep-learning architectures for ADS-B anomalous message detection (avionics) and radar target classification for fixed/rotary-wing aircraft. Publications such as “Which open-source IDS? Snort, Suricata or Zeek” (116 citations) and recent cybersecurity-on-a-budget studies for SMEs demonstrate seamless integration of cybersecurity, AI, and aerospace applications.

Prof. Dr. Noman Naseer Department of Mechatronics Engineering Brain-Computer Interfaces (BCI) & Neurorobotics Global leader in fNIRS-based BCI (h-index leader with 1209 citations for “fNIRS-based brain-computer interfaces: a review”). Research fuses neuroscience, robotics, signal processing, and deep learning for gait rehabilitation, mental workload detection, and multi-robot therapy for ASD children. His work directly links applied neuroscience with engineering and AI, supporting both clinical and defence-related neuroergonomics applications.

Dr. Sohail Iqbal Department of Mechanical Engineering MEMS & Microsystem Design Expert in MEMS-based displacement amplification and microgrippers. Publications integrate mechanical engineering with biomedical applications (robot-assisted surgery) and aerospace (UAV aerodynamics, flapping-wing micro air vehicles). Recent energy-harvesting wearables and four-jaw microgrippers (Review of Scientific Instruments) exemplify translation of fundamental MEMS research into interdisciplinary solutions for healthcare and aviation.

Prof. Dr. Ahmad Jalal Department of Computer Science & Engineering Human Activity Recognition & Smart Systems Pioneer in depth-video and wearable-sensor AI for smart homes and elderly care. Highly cited works (e.g., “Robust human activity recognition from depth video”, Pattern Recognition, 465 citations) combine computer vision, pattern recognition, and sensor engineering. Applications extend to e-learning behaviour mining and resident monitoring—perfect examples of AI + engineering serving societal and defence needs.

Dr. Rana I. Shakoor (co-author profiles confirm active collaboration) Department of Mechanical Engineering MEMS & Precision Engineering Collaborates extensively on microgrippers, thermal actuators, and biomedical microsystems with direct applications in robotics and aerospace instrumentation.

The IRC directly contributes to all five institutional success measures listed above.

Exemplary Faculty Driving Interdisciplinary Excellence: -

Air University’s scholars exemplify the success of our framework through high-impact, boundary-spanning research.