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    QU Summer Research Internship Program 2026

    Qatar University Young Scientists Center (QUYSC) is ardent to present the 8th cycle of the Summer Research Internship Program (SRIP 2026), a flagship initiative that underscores Qatar University’s enduring commitment to research excellence, academic rigor, and the advancement of student research capacity. Conceived as an immersive and structured research program, SRIP 2026 provides undergraduate and graduate students with sustained engagement in authentic research environments that cultivate advanced analytical reasoning, technical competence, and scholarly problem-solving. Through systematic training in research methodologies, laboratory and field practices, and discipline-specific skill development, the program facilitates meaningful integration of students into the University’s research ecosystem. SRIP 2026 further serves as a strategic platform for nurturing innovation, interdisciplinary inquiry, and the development of research-ready graduates equipped to assume leadership roles across academia, industry, and the broader knowledge economy.
    1. Track 1: Outcomes-directed Research Track
      This track will engage undergraduate and graduate students from both QU and other universities in structured, outcomes-driven research projects. The track is designed to strengthen participants’ comprehension of scientific research while guiding them toward the production of tangible research outputs. The track invites STEM-integrated, multidisciplinary proposals led by QU faculty, either independently or in collaboration with research scholars from QU or other institutions, with projects aligned to clearly defined TRL/SRL targets. To ensure research readiness, participating students will complete structured Research Methodology Course sessions prior to commencing their projects, followed by a flexible research timeline that supports the successful culmination of high-quality research outcomes.
    2. Track 2: Research skills Advancement Track
      This track offers specialized training for students in specific domains of research through structured activities. This track, open to undergraduate and graduate students from both QU and other university, will focus on enhancing essential competencies such as advanced laboratory techniques, data analysis methodologies, documentation, and technical communication. The track will therefore invite QU faculty, either independently or in collaboration with research scholars from QU or other institutions, to submit proposals that will engage in Research skill training (lab equipment training, advanced laboratory techniques, Research Ethics training, CITI training, etc). By participating in this track, students will not only contribute to meaningful skill development but also develop a strong foundation of transferable skills, positioning them for future success in academic research and industry.
    3. Track 3: Researchers Launchpad Track (NEW)
      This track is founded on a structured near-peer mentoring approach, wherein senior student researchers guide pre-university learners within faculty-supervised research environments. The model is designed to enhance research engagement, methodological competence, and mentoring capacity through sustained, practice-based interaction. Implemented as a structured pilot, the track emphasizes the development of research leadership, communication, and supervisory skills among student mentors while providing pre-university participants with authentic exposure to research processes. Beyond its immediate educational value, the track serves as a strategic talent pipeline by enabling early identification, engagement, and progression of high-achieving pre-university students into undergraduate and research pathways, thereby contributing to the long-term sustainability and growth of the research and innovation ecosystem.
    4. Track 4: Industry Training Track
      This track provides immersive, industry-based training opportunities for students through research-oriented and work-skill focused placements within leading corporate entities. Designed to bridge academic learning with real-world application, the track enables students to apply disciplinary knowledge in professional settings, develop industry-relevant competencies, and gain firsthand exposure to workplace practices, innovation processes, and sector-specific challenges. Through structured supervision and hands-on engagement, the Industry Training Track strengthens students’ professional readiness, enhances employability, and supports the development of a skilled workforce aligned with QU research priorities and national development goals.

    SRIP 2026 delivers significant strategic value to Qatar University by strengthening its research ecosystem, advancing talent development, and enhancing institutional visibility. Specifically, the program:

    • Expands QU’s research capacity and output through outcomes-oriented research aligned with priority research areas.
    • Strengthens national and international research partnerships via structured collaboration with external entities.
    • Builds a sustainable research talent pipeline by engaging university and pre-university students in authentic research experiences.
    • Enhances mentorship and supervision capacity among faculty and student researchers.
    • Increases institutional research visibility and impact through publications, intellectual property, and translational outputs.
    • Aligns undergraduate research training with national RDI priorities, reinforcing QU’s role as a driver of Qatar’s knowledge-based economy

    Eligibility Criteria for Research Mentors:

    • Research Mentor can be a full time Faculty member, or a Researcher (including part-time RAs and Post-docs) associated with a full time Faculty member.
    • Research Mentors may apply to any of the tracks depending upon their choice.
    • Research Mentors should ensure that the internship proposal meets the following criteria:
      • Applicants from STEM colleges are encouraged to integrate STEM (science, technology, engineering, and mathematics) aspects in their proposals.
      • Applicants from non-STEM colleges are encouraged to integrate either Mathematics or Technology aspects within their research proposals.
      • The proposal must offer research in real-world experiences that culminate outcomes with distinct TRLs/SRLs.
      • The internship proposal should articulate the potential for disseminating research outcomes through scholarly presentation formats, including poster or oral presentations at relevant national and international academic conferences.
      • Mentors are encouraged to include students in the dissemination of research outcomes through peer‑reviewed international journals. Such scholarly outputs will be regarded as a significant indicator of research engagement and will be given due consideration in the evaluation of mentor performance and contributions.

    This year, the internship program is being proposed to run from 24th May 2026 to 31st August 2026.

    The program breakdown is detailed in the table below.

    TimelineSRIP Events
    24th May 2026Inaugural Event (for all tracks)
    24th May 2026Research Methodology Course Session 1
    25th May 2026Research Methodology Course Session 2
    26th – 30th May 2026Eid-ul-Adha Holidays *
    31st May – 25th June 2026Internship Period
    25th June – 31st August 2026Follow up sessions (as per need of the project)
    31st August 2026Deadline for Submission of SRIP outcomes
    * As per QU academic calendar
    • Research Mentors can submit their proposal here.
    • The deadline to submit the proposals is 30 March 2026.
    • Please submit your registration on this link here
    • Deadline for student registration is 30 April 2026.
    • Please find the final report template here.
    • For poster submissions, please contact the respective research mentors.

    Track 1

    Project TitleProject LeadQU Entity
    Clean Water: Investigating, Remediating, and Monitoring PFAS Contamination in Qatar's Water Systems Dr. Noora Al-Qahtani Center for Advanced Materials (CAM)
    Can Tomatoes Grow with Seawater? Training Young Scientists in Plant Stress Research Dr. Muhammad Fasih Khalid Environmental Science Center
    Mesoporous Carbon-Supported CuNi Alloy as a Cost-Effective Electrocatalyst for ORR Applications Ahmed Bahgat Radwan Center for Advanced Materials (CAM)
    Waste-to-Sensor: Development of a Natural pH Indicator from Red Onion Skin Waste Dr. Mohamed Abbas Center for Advanced Materials (CAM)
    Transforming Tea Waste into Biodegradable Film for Food Expiration Indicators Dr. Mohamed Kamaleldin Abbas Center for Advanced Materials (CAM)
    Conversion of Food Waste into Biochar for Water Treatment Applications Dr. Khalid Bani Melhem Center for Advanced Materials (CAM)
    Innovative Solutions for Waste Challenges: Exploring Undergraduate Readiness Dr. Jolly Bhadra, Ms. Sumaiya Muneer Qatar University Young Scientists Center
    A framework for Statistical Analysis using Generative AI Dr. Saddam Akber Abbasi College of Arts & Sciences
    Fabrication and Piezoelectric Characterization of MoS₂/SrTiO₃/PVDF-TrFEComposite Films Dr.Jolly Bhadra, Revathy Raghunathan Lekshmi Qatar University Young Scientists Center
    Development and Validation of Predictive Model of Depression among Individuals with Hypertension: Evidence from Qatar Biobank Dr. Mustapha Mohammed Biomedical Research Center
    Rapid and Novel Method for the Estimation of Caffeine in Fraud Detection Dr. Deepak M. Kasote Agricultural Research Station
    Bridging Disciplines with AI: Exploring Student Readiness for Innovation-Driven Learning Dr. Zubair Ahmad, Nitha Siby Qatar University Young Scientists center
    Impact of Geopolitical Conflict on Undergraduate Students’ Well-Being and Academic Engagement Dr. Zubair Ahmad, Dr. Almaas Sultana Qatar University Young Scientists Center
    An AI-Enabled Framework for Converting Digitized Islamic Manuscripts into Searchable Text Dr. Abdeldjalil Bennecer Technology Innovation and Engineering Education
    Exploring Multi-Cation Disordered Rocksalt Cathodes for Enhanced Sodium-Ion Battery Performance: A Study on TM5 Composition Tahmina Shahid Ullah Akther Center for Advanced Materials (CAM)
    IoT- and AI-Based Smart Irrigation and Nutrient Control System Dr. Shoaib Alam Mallick, Ms. Shahad Alkhair Qatar University Young Scientists Center
    Development of Bio-Based Anti-Corrosion Coatings for Oil and Gas Infrastructure in Qatar Dr. Abdul Shakoor Center for Advanced Materials (CAM)
    Multifunctional Polymeric Coatings with Integrated Self-Healing and Real-Time Corrosion Reporting for Enhanced Corrosion Protection. Dr. Abdul Shakoor Center for Advanced Materials (CAM)
    Development of Sustainable Gamma Radiation Shielding Composites Using Recycled Polymer and Aluminum Waste Dr.Khadija Zadeh Center of Advanced Materials (CAM)
    The Impact of Educational Technology on Undergraduate Mathematics and Statistics Learning: A Meta-Analysis Dr. Muhammad Tahir Mustafa, Mr. Mohd Ahmad College of Arts and Sciences
    Sustainable Waste-to-Energy Biohydrogen Production in Qatar: Integrated CO₂ Capture, Process Optimization, and Techno-Economic Evaluation Using Aspen Plus Dr. Hafiz Muhammad Uzair Ayub Gas Processing Center
    Restoring Faith in International Law in Times of Conflict: An Islamic Approach Dr. Osayd Awawda College of Law
    IoT and AI-based automated cultivation of microalgae for high-value biomass production Dr. Probir Das Center for Sustainable Development
    High-Resolution Population Structure, Admixture, and Demographic History Analysis of Qataris for the Purpose of Precision Medicine Dr. Rozaimi Razali College of Health Sciences
    Detection of Positive Selection Signals and Fine-Scale Ancestry Phasing in Immune Genes Among Qatari Genomes Dr. Rozaimi Razali College of Health Sciences
    Cross-Study Microbiome Meta-Analysis to Identify Shared Microbial Signatures in Neurological and Psychiatric Disorders Dr. Fatiha Benslimane Biomedical Research Center
    Rapid Evaluation of Automated CLIA and Point-of-Care Assays for Vitamin B12 Measurement in Qatar Dr. Gheyath Nasrallah, Ms. Nouran Zein College of Health Sciences
    Dose-Dependent Selenium Biofortification Enhances Growth, Antioxidant Capacity, and Nutritional Quality of Hydroponically Grown Lettuce (Lactuca sativa L.) Dr. Muhammad Rizwan Agricultural Research Station
    Seating position Rehabilitation Simulator to Prevent Maladaptive Motor Learning After Stroke Dr. Nader Meskin, Dr. Ajimshah Sharafudeen (Hamad Medical Corporation), Dr. John-John Cabibihan College of Engineering
    Control and Navigation of a Small Scale Autonomous Vehicle in a Smart City Environment Dr. Nader Meskin College of Engineering
    Evaluating β-Aminobutyric Acid Seed Priming for Improved Tomato Performance under Saline Conditions Dr. Najeeb Ullah Agricultural Research Station
    Development of a Semi-Robotic Fencing Training System with Real-Time Performance Analytics Dr. Noora Al-Qahtani & Prof. Uvais Qidwai Center for Advanced Materials (CAM), College of Engineering
    Intelligent Computer Vision System for Automated Sorting of Construction and Demolition Waste Dr. Noora Al-Qahtani & Prof. Uvais Qidwai Center for Advanced Materials (CAM), College of Engineering

    Track 2

    Project TitleProject LeadQU Entity
    Applied Basics of Nuclear Magnetic Resonance (NMR) for Beginners Dr. Anzarul Haque Central Laboratories Unit
    Basics of TEM and SEM for Beginners Mr. Nandagopal Sivadas Pothuvattil Central Laboratories Unit
    Qatar Coastal & Mangrove Research Internship (QCMRI) Dr. Hassan Hassan M Environmental Science Center
    Standard Techniques in Microbiology and their working Principle Dr. Kavitha Varadharajan Laboratory Animal Research Centre
    Green synthesis of nanoparticles for eco-friendly Ni-P/X nanocomposite coatings for mechanical and anti-corrosion properties Dr. Usama Javed Center for Advanced Materials (CAM)
    Introduction to Data Analysis Using Excel and SPSS Dr. Zubair Ahmad, Nafilah Abdul Latheef Qatar University Young Scientists Center
    Valorization of biomass into functional nanocatalyst-loaded biochar for water treatment Dr. Khouloud Jlassi Center for Advanced Materials (CAM)
    AI-Assisted Software Development for Academic and Research Needs: A Practical Training Dr. Zubair Ahmad, Abdullah Nawaz Qatar University Young Scientists Center
    Atomic and Molecular Spectroscopy: Basics and Applications Dr. Mohammad Ibrahim Ahmad Ibrahim Central Laboratories Unit
    Development of a sustainable nano-biofertilizer (NBF) to improve crop stress tolerance and productivity in greenhouse (NANOGREEN) Dr. Helmi Hamdi Center For Sustainable Development/College Of Arts And Sciences
    Assessment of Industrial Clustering: Economic, Operational, and Environmental Dimensions Dr. Sabla Alnouri Gas Processing Centre
    UNESCO Sustainable Membrane fabrication for Reverse Osmosis Application Mr. Arqam Azad Shahab Center for Advanced Materials (CAM)
    Ancestry-Aware Genome-Wide Association Study (GWAS) and Polygenic Risk Score (PRS) Development for Autoimmune Diseases in the Qatari Population Dr. Rozaimi Razali College of Health Sciences
    CRISPR Interference-Based Genes Silencing: A Novel Therapeutic Strategy Against Biofilm-Associated Klebsiella pneumoniae Infections Dr. Nayeem Ahmad College of Medicine
    Development of Experimental test rig to measure Basketball Shoe/Court Surfaces traction properties to study risk of injuries Dr. Mohammad Roshun Paurobally College of Engineering
    Quantitative Gene Expression Analysis in HepG2 Using qPCR Dr. Swathy Krishna Jayalekshmi Sajeendran College of Medicine
    Toxicological Evaluation of High-Concentration Plasticizer Mixtures in Tap and Treated Sewage Water Using Adult Zebrafish Dr. Azza Naija Biomedical Research Center
    Biomedical Research Center 2026 Summer Internship Program Dr. Fusun Doldur Balli Biomedical Research Center
    Harmonic Impact and Mitigation Strategies for Electric Vehicle Chargers in Power Distribution Systems Prof. Atif Iqbal College of Engineering
    From Research to Impact: Developing Technical Communication Skills Dr. Mounia Zidani Office of Graduate Studies
    من البحث إلى التأثير المجتمعي: بناء مهارات التواصل التقني Ms. Randa Shaikh Office of Graduate Studies
    Q Methodology Research in Education Dr. Youmen Chaaban College of Education

    Track 3

    Project TitleProject LeadQU Entity
    Air Sense- Air Quality Monitoring Robot Dr. Amith Khandakar College of Engineering
    HandOsteoNet Dr. Amith Khandakar College of Engineering
    Developing Leadership in STEM Education Through Training and Applied Practice (for Education Students) Ms. Ruba Ali Qatar University Young Scientists Center
    Nitrogen Doped Carbon Derived from plastic waste for electrochemically enhanced removal of heavy metals from water Ms. Azza Mohamed Saad Abouhashem Qatar University Young Scientists Center
    Self-Management Practices of Over-the-Counter (OTC) Medications in Pediatrics: A Cross-Sectional Study among Parents and Caregivers Ms. Rana Magdy Abdou Qatar University Young Scientists Center
    Smart Brake Wear Indicator: An Electronic Monitoring System for Real-Time Brake Pad Degradation Detection in Automotive Vehicles Dr. Abubaker Elbashir Qatar University Young Scientists Center

    Track 4

    Project AreaDetails
    QATALUMCast house, carbon anode, power house, quality control, CO₂ management, and waste management