Meet the Visionaries Behind IU
Discover the leaders and educators shaping the future of education and inspiring generations at Iqra University.
- IU ORIC
- ORIC Team
- Steering Committee
- Steering Committee Members
- 1st Steering Committee Meeting
- 2nd Steering Committee Meeting
- 3rd Steering Committee Meeting
- 4th Steering Committee Meeting
- 5th Steering Committee Meeting
- 6th Steering Committee Meeting
- 7th Steering Committee Meeting
- 8th Steering Committee Meeting
- 9th Steering Committee Meeting
- Training and Workshops
- Research and Development
- Ethical Review Board
- Ignite
- Intellectual Property Rights
- Labs
- Industrial Linkage
- Linkage with Saman e Shifa
- Faculty Industry Placement Program 1.0
- Faculty Industry Placement Program 2.0
- IU ORIC Collaborates with Zee.sy Jewellery for Industry-Academia Case Study Initiative
- Visit to E-commerce Success Pakistan: Exploring Opportunities in E-commerce Automation
- IU ORIC Engages with Dawa Healthcare to Explore Strategic Case Study Collaboration
- Bridging Technology and Wellness: IU ORIC and EZ Shifa Join Forces for a Healthier Future
- Memorandum of Understanding between IQRA University ORIC and ARE Ventures
- Visit to E-commerce Success Pakistan: Exploring Opportunities in E-commerce Automation
- Visit to EZ Shifa-Health Tech: Building Collaboration in Digital Health Solutions
- Industrial Linkage Meeting: Exploring Synergies Between Iqra University and Telemart
- Research Directory
- Research Cluster
RESEARCH CLUSTER
Advancing Sustainable Development at IU
IQRA University’s Research Cluster highlights innovative projects that contribute to the United Nations Sustainable Development Goals (SDGs) and align with the UI GreenMetric framework. These projects reflect the university’s commitment to knowledge driven solutions that address global challenges through research, innovation, and community engagement. Each project within this cluster demonstrates IU’s active role in promoting sustainability, improving quality of life, and encouraging collaboration between academia, industry, and society.
1. Smart Infrastructure and Innovation for Sustainable Development
Category: Settings and Infrastructure
IU Project Name:
- Generating architectural designs respecting local building authority constraints.
- Smart Farming: An approach towards the development of efficient and effective urban (Hydroponic) cultivation Test Bed using Smart Technologies.
Relevant SDGs: 9, 11, 12, and 13
Smart Farming An approach towards the development of efficient and effective urban (Hydroponic) cultivation Test Bed using Smart Technologies
This project, “Smart Farming” An Approach Towards the Development of Efficient and Effective Urban (Hydroponic) Cultivation Test Bed using Smart Technologies” (Project No. 15282), was funded under the Higher Education Commission’s (HEC) National Research Program for Universities (NRPU). It addresses one of Pakistan’s most pressing challenges i.e. ensuring food security under conditions of water scarcity, shrinking cultivable land, rapid urbanization, and climate change.
According to the Pakistan Council of Research in Water Resources (PCRWR), the country loses over 60% of its irrigation water due to inefficiencies, while agriculture consumes nearly 90% of total freshwater resources [1]. If the current trajectory continues, the World Bank projects a food shortage of 70 million tons by 2025 [2]. Against this backdrop, hydroponics offers a transformative solution enabling cultivation without soil, conserving up to 90% of water, and allowing urban farmers to grow crops in limited spaces such as rooftops, greenhouses, and vertical farms.
This research work tends to help government initiatives to increase and improve agriculture growth, ensure food security, increase productivity, and to cater to a wide variety of nutrition and organic products (vegetable/fruits) at the low cost and provide people business opportunities by applying Urban farming techniques (Hydroponics) incorporated with smart technologies. The research project will not only aid urban farming, but also will change the concept of traditional farming.
The project’s primary aim is to design, implement, and validate a smart hydroponic farming test bed by integrating:
- Hydroponic infrastructure (Deep-Water Culture and Nutrient Film Technique).
- IoT sensors for real-time monitoring of environmental and nutrient variables.
- Computer vision & AI models for plant health diagnosis and predictive crop management
A mobile application Dashboard for monitoring, alerts, and farmer-to-consumer (B2C) marketplace integration.
The key outcomes of this research includes immune to weather/climate change, Save water, improve environment, supports government initiative of green Pakistan, reduce human effort i.e. no need to go on field to observe and monitor the plants, plant health monitoring (quality) that help to observe the growth of plant, its appearance, color, shape, size, duration etc., which in return yield better quality products, increased market reach that will overcome the issue related to farmer direct market reach and will certainly increase their business and profit. This multi-disciplinary approach brings together computer science, agriculture, and engineering to create a scalable framework that directly contributes to sustainable food production in Pakistan.
2. Clean Energy Transitions and Climate Resilience
Category: Energy and Climate Change
IU Project Name:
- Generating architectural designs respecting local building authority constraints.
- EV charger
- E-bike
Relevant SDGs: 7, 9, 11, and 13
Description of EV Charger:
IoT-Based Smart EV Charging System
The IoT-based Smart EV Charger is an intelligent solution for safely and efficiently charging electric bikes (AC fast charging) and cars (DC fast charging) using a stable 72V power supply. It provides smart control, remote monitoring, and transparent billing for users and business owners.
When an EV is connected — via XT60/Anderson plugs for bikes or CCS2/GB/T connectors for cars — the embedded system automatically detects battery specifications and begins controlled charging. Real-time monitoring of voltage, current, temperature, and battery health ensures safety and efficiency.
An integrated IoT module sends live data to a mobile app and web dashboard, showing:
- Battery level, charging time, voltage/current readings
- Energy consumed and cost in PKR
- Notifications for full charge or faults
- Remote start/stop control
- Daily/weekly/monthly reports for usage, cost, and revenue
Built-in safety features include overcurrent, overload, and overtemperature protection with automatic cut-off. LED indicators display the system status.
This system offers a complete smart charging solution — ensuring safety, cost control, efficiency, and real-time visibility — ideal for EV stations, parking areas, and residential or personal use.
Description of E-Bike:
Abstract
The current global demand for green transport systems and especially in major cities such as New York calls for a new mode of mobility. The described invention addresses the demanding global need for environmentally friendly transportation solutions, particularly in densely populated area like Karachi. This product is dedicated to developing an e-bike tailored to Pakistan’s unique socio economic and environmental context. Beginning with the comprehensive analysis of Karachi’s current transportation landscape, including risks and benefit associated with e-bikes, the project progressed to the design phase. Here careful consideration was given to selecting components such as powerful electric motor, lithium battery pack, and efficient load mechanism, all tailored to local conditions and consumer preference. A prototype was methodically constructed, meeting industry safety standards and undergoing extensive testing to assess performance metrics including speed, range and charging capabilities. The product also delved into merging smart functions like connectivity alternatives and energy-saving apparatus in order to improve the general customer satisfaction. Control Mechanism of the E-bike typically located on the handlebars, the e-bike throttle can take various forms, including twist grip, thumb operated, or lever-style designs. Regardless of the specific design, the throttle functions as a variable resistor or potentiometer, regulating the flow of electrical current to the motor, speed adjustment will be done by activating the throttle, the rider can increase or decrease the speed of the e-bike motor, the throttle is a control mechanism that enables the rider to adjust the speed of the electric motor by modulating the power delivered to it. These advancements position the e-bike as a compelling alternative to traditional internal combustion Engine motorcycles, offering greener and more efficient mode of transport for the future.
3. Sustainable Water Systems and Ecosystem Conservation
Category: Water
IU Project Name:
- Smart Farming: An approach towards the development of efficient and effective urban (Hydroponic) cultivation Test Bed using Smart Technologies”
Relevant SDGs: 9, 11, 12, and 13
Smart Farming An approach towards the development of efficient and effective urban (Hydroponic) cultivation Test Bed using Smart Technologies
This project, “Smart Farming” An Approach Towards the Development of Efficient and Effective Urban (Hydroponic) Cultivation Test Bed using Smart Technologies” (Project No. 15282), was funded under the Higher Education Commission’s (HEC) National Research Program for Universities (NRPU). It addresses one of Pakistan’s most pressing challenges i.e. ensuring food security under conditions of water scarcity, shrinking cultivable land, rapid urbanization, and climate change.
According to the Pakistan Council of Research in Water Resources (PCRWR), the country loses over 60% of its irrigation water due to inefficiencies, while agriculture consumes nearly 90% of total freshwater resources [1]. If the current trajectory continues, the World Bank projects a food shortage of 70 million tons by 2025 [2]. Against this backdrop, hydroponics offers a transformative solution enabling cultivation without soil, conserving up to 90% of water, and allowing urban farmers to grow crops in limited spaces such as rooftops, greenhouses, and vertical farms.
This research work tends to help government initiatives to increase and improve agriculture growth, ensure food security, increase productivity, and to cater to a wide variety of nutrition and organic products (vegetable/fruits) at the low cost and provide people business opportunities by applying Urban farming techniques (Hydroponics) incorporated with smart technologies. The research project will not only aid urban farming, but also will change the concept of traditional farming.
The project’s primary aim is to design, implement, and validate a smart hydroponic farming test bed by integrating:
- Hydroponic infrastructure (Deep-Water Culture and Nutrient Film Technique).
- IoT sensors for real-time monitoring of environmental and nutrient variables.
- Computer vision & AI models for plant health diagnosis and predictive crop management
A mobile application Dashboard for monitoring, alerts, and farmer-to-consumer (B2C) marketplace integration.
The key outcomes of this research includes immune to weather/climate change, Save water, improve environment, supports government initiative of green Pakistan, reduce human effort i.e. no need to go on field to observe and monitor the plants, plant health monitoring (quality) that help to observe the growth of plant, its appearance, color, shape, size, duration etc., which in return yield better quality products, increased market reach that will overcome the issue related to farmer direct market reach and will certainly increase their business and profit. This multi-disciplinary approach brings together computer science, agriculture, and engineering to create a scalable framework that directly contributes to sustainable food production in Pakistan.
4. Inclusive and Sustainable Mobility Systems
Category: Transportation
IU Project Name:
- E-bike
- EV charger
Relevant SDGs: 7, 9, 11, and 13
Description of EV Charger:
IoT-Based Smart EV Charging System
The IoT-based Smart EV Charger is an intelligent solution for safely and efficiently charging electric bikes (AC fast charging) and cars (DC fast charging) using a stable 72V power supply. It provides smart control, remote monitoring, and transparent billing for users and business owners.
When an EV is connected — via XT60/Anderson plugs for bikes or CCS2/GB/T connectors for cars — the embedded system automatically detects battery specifications and begins controlled charging. Real-time monitoring of voltage, current, temperature, and battery health ensures safety and efficiency.
An integrated IoT module sends live data to a mobile app and web dashboard, showing:
- Battery level, charging time, voltage/current readings
- Energy consumed and cost in PKR
- Notifications for full charge or faults
- Remote start/stop control
- Daily/weekly/monthly reports for usage, cost, and revenue
Built-in safety features include overcurrent, overload, and overtemperature protection with automatic cut-off. LED indicators display the system status.
This system offers a complete smart charging solution — ensuring safety, cost control, efficiency, and real-time visibility — ideal for EV stations, parking areas, and residential or personal use.
Description of E-Bike:
Abstract
The current global demand for green transport systems and especially in major cities such as New York calls for a new mode of mobility. The described invention addresses the demanding global need for environmentally friendly transportation solutions, particularly in densely populated area like Karachi. This product is dedicated to developing an e-bike tailored to Pakistan’s unique socio economic and environmental context. Beginning with the comprehensive analysis of Karachi’s current transportation landscape, including risks and benefit associated with e-bikes, the project progressed to the design phase. Here careful consideration was given to selecting components such as powerful electric motor, lithium battery pack, and efficient load mechanism, all tailored to local conditions and consumer preference. A prototype was methodically constructed, meeting industry safety standards and undergoing extensive testing to assess performance metrics including speed, range and charging capabilities. The product also delved into merging smart functions like connectivity alternatives and energy-saving apparatus in order to improve the general customer satisfaction. Control Mechanism of the E-bike typically located on the handlebars, the e-bike throttle can take various forms, including twist grip, thumb operated, or lever-style designs. Regardless of the specific design, the throttle functions as a variable resistor or potentiometer, regulating the flow of electrical current to the motor, speed adjustment will be done by activating the throttle, the rider can increase or decrease the speed of the e-bike motor, the throttle is a control mechanism that enables the rider to adjust the speed of the electric motor by modulating the power delivered to it. These advancements position the e-bike as a compelling alternative to traditional internal combustion Engine motorcycles, offering greener and more efficient mode of transport for the future.
5. Empowering Education, Research, and Social Equity
Category: Education and Research
IU Project Name:
- Data and Research in Education – Research Consortium (DARE-RC)
- Burns Rehabilitation: A multidisciplinary program for burns management, treatment, and prevention in low-income countries
Relevant SDGs: 3, 4, 9,10, and 17
Description:
These projects advance academic excellence, gender inclusion, and social empowerment through high-impact research and partnerships.
6. Community Engagement
Category: Health and Well-being
IU Project Name:
- Burns Rehabilitation: A multidisciplinary program for burns management, treatment, and prevention in low-income countries
- Estimating the prevalence of anxiety, depression, and their associated risk factors among students of public and private sector institutions of Pakistan.
Relevant SDGs: 3, 10, and 17
Estimating the prevalence of anxiety, depression, and their associated risk factors among students of public and private sector institutions of Pakistan:
Pakistan is a 3rd world developing country. Here people suffer a lot of problems related to their day to day lives and also related to their future paradigms. The socio-economic life of the country is not so friendly to ease the living of a common man here. From among different socio-economic factors education is a leading factor of stress among the students in particular and children in general. Stress during education can lead to mental distress and have a negative impact on cognitive functioning and learning. Hence, there is a need to quantify the anxiety, depression and its associated factors among students for their counseling and rehabilitation. Anxiety and stress result in a disorder that can deteriorate a student’s integrative progress socially, emotionally and cognitively. If not measured, they can lead to undesirable prolonged effects of depressive disorders.
Anxiety is an outcome variable for the stimulus of stress. It is a natural response of body under the state of stress indicated with the feeling of fear. When the feelings of anxiety are not disappearing but rather becoming stronger with the course of time then this leads to a medical problem namely anxiety disorder. Difference between anxiety and its disorder is that, in the latter case the feeling of fear starts interfering with everyday life, glooms the personality and can lead to other psychological issues, like panic disorders, phobia and/ or physical issues which may be as simple as for example dryness of mouth, sweatiness, restlessness, dizziness, irregular or rapid breathing or complicated as increased heart rates, losing coordination between brain and the actions performed, loss of concentration, insomnia etc.Environmental factors, brain chemistry and genetics have their own share in building anxiety
Being in the state of anxiety is basically an emotional feeling, hence there is no direct measure of it. However, literature study shows that instruments like survey questionnaires, observing the personal interactions and dispositions and measuring physical symptoms (e.g. heart beats, pulse rates, muscular contractions etc.) can be used as significant methods of measures so that treatment can be provided if needed.
The purpose of this study is to estimate the prevalence of anxiety, depression and their associated risk factors among students of public and private sector schools, colleges and universities in the four states of Pakistan.
Hence we propose to develop a novel and formal procedure to compute anxiety that can be applied clinically and at institutional level.
Measuring anxiety is a very complex problem; on one hand, there are quantifiable metrics to verify the state of anxiety e.g. heart beats, muscular contractions, pulse rates etc., and on the other hand, there are qualitative properties to deal with. Taking inspiration from the tremendous advancements in the field of statistics and AI we want to develop a hybrid learning approach using both quantitative and qualitative metrics.
In order to measure anxiety, there could be two scenarios, a situation that automatically exists to measure it, i.e. the correlational research or creating a situation to measure it, i.e. the experimental research. It is not possible to always have naturally existing anxiety situations. Therefore, we propose to use the second method by developing a feasible experimental setup so that anxiety can be measured, predicted and later on classified.
Our hypothesis is to use the idea of “mood induction” to measure the reactions of different body reactions as a direct measure of anxiety.
Our target is to not only come up with theoretical results, but also, practical solutions for the clinical and health science. That is why we will be working in collaboration with medical doctors.
They will help us in understanding practical considerations, as well as, verifying the effectiveness and efficiency of our solution. As they are the end-users who understand the human body systems, their feedback will be vital to the success of our research.



Ready to Join IU?
Take the first step towards an exceptional education that will transform your career and shape your future. Join thousands of successful graduates who started their journey right here.
Don’t just dream about your future — build it with us. Our admissions team is ready to guide you through every step of your journey.