The Civil Engineering Research Cell for Sustainable Development (CERSD) at ZUFESTM is dedicated to revolutionizing the field of civil engineering by developing environmentally friendly infrastructure and cutting-edge technologies to effectively address the challenges of the modern world. Our objective is to establish CERSD as a leading research center renowned for fostering interdisciplinary collaboration and delivering transformative solutions that redefine the future of sustainable development.
Department of Civil Engineering
The Department of Civil Engineering, established in 2017 under the Ziauddin University Faculty of Engineering, Science, Technology, and Management (ZUFESTM), aims to develop highly skilled engineers, technologists, and scientists capable of addressing the evolving demands of the industry. The Department of Civil Engineering currently offers two undergraduate and two postgraduate programmes at the Education City Campus, Karachi, all of which are approved by the Higher Education Commission (HEC). The department takes pride in its accreditations from the Pakistan Engineering Council (PEC) and the National Technology Council (NTC), as well as the alignment of its undergraduate curriculum with HEC/NCRC standards.
The Department of Civil Engineering is dedicated to providing state-of-the-art laboratory facilities, an interactive learning environment, and highly qualified faculty members. The department is well-equipped with specialised laboratories, including Surveying, Engineering Mechanics, Fluid Mechanics & Hydraulics, Mechanics of Solids, Construction Engineering, Material Testing, Drawing Studio, and Computing Lab. A strong emphasis is placed on the practical application of knowledge, ensuring a seamless integration of theory and hands-on experience.
The faculty members, with their rich blend of industrial and academic expertise, play a pivotal role in enhancing the learning process. A dedicated team of lab staff and attendants is also available to support students in their academic and research activities. To further promote research and knowledge expansion in Civil Engineering, the Dr. Aijaz Fatima Library at the Education City Campus houses an extensive collection of specialised Civil Engineering titles covering various domains within the discipline.
The Department of Civil Engineering is committed to cultivating a dynamic academic environment where innovation and collaboration flourish. Its primary goal is to empower students with the knowledge, skills, and critical thinking abilities needed to navigate the ever-evolving landscape of Civil Engineering. Through a balanced integration of theoretical foundations and practical applications, students are equipped to make informed decisions and contribute to the industry meaningfully.
To enhance their academic journey and prepare for real-world challenges, students are encouraged to engage in research projects, internships, and extracurricular activities that foster professional growth and hands-on experience. As they progress through their programmes, they develop technical expertise, analytical skills, and a keen problem-solving mindset, ensuring they are well-prepared to excel in their careers.
Adopting a holistic approach to education, the department is dedicated to producing graduates who not only demonstrate technical excellence but also possess strong communication skills, ethical integrity, and leadership qualities. By shaping future industry leaders, the department is playing a pivotal role in advancing the field of Civil Engineering and empowering students to drive meaningful change.
Undergraduate Programmes
Postgraduate Programmes
Associate Degree Programmes
Objective
Mission
Our mission is to drive innovation in civil engineering through cutting-edge research that fosters sustainable development and resilient infrastructure. We are committed to enhancing the safety, efficiency, and environmental sustainability of the built environment. Through education and collaboration, we aim to empower future engineers to pioneer groundbreaking solutions and create a more sustainable and resilient world.
Values
Our values highlight the ethos and aspirations of our research group, showcasing its dedication to excellence, sustainability, and collaboration.
- Collaborative
We believe in fostering strong partnerships and teamwork. By working together across disciplines, industries, and communities, we maximize the impact of our research and innovations, ensuring solutions that are inclusive and holistic.
- Innovative
Innovation drives our mission to push boundaries and redefine possibilities. We embrace creativity and cutting-edge technologies to solve complex challenges in civil engineering and sustainable development.
- Integrity
We are committed to maintaining the highest ethical standards and transparency in all our endeavors. Integrity is the cornerstone of our research and interactions, ensuring trust and accountability.
- Global
Our vision extends beyond borders. We aim to address global challenges by developing scalable and impactful solutions that contribute to sustainable development worldwide.
Values of the Civil Engineering Research Cell for Sustainable Development (CESRD)
Driving Sustainable Development
Our research and development contribute to achieving the UN Sustainable Development Goals (SDGs)
The United Nations Sustainable Development Goals (SDGs) are global action plans aimed at reducing inequality, ending poverty, and protecting the environment by 2030. At CERSD, we actively align our research with the SDGs by developing innovative technologies and solutions that address critical global challenges. Through our interdisciplinary research efforts, CERSD is committed to contributing to the achievement of these global goals, driving sustainable development, and fostering a better future for all.
Key Areas of Research
From fundamental scientific discoveries to groundbreaking engineering innovations, CERSD focuses on six strategic research areas that are vital to advancing civil engineering and addressing critical infrastructure challenges:
Materials Engineering
Developing sustainable materials and construction methods to minimize the environmental footprint of infrastructure projects. This includes innovative concrete, geopolymer technologies, and sustainable construction practices. The research emphasizes utilizing industrial by-products for low-carbon concrete, evaluating advanced sustainable concrete for enhanced structural performance and durability, and integrating digitalization and automation in construction processes.
Structural Engineering
Utilizing machine learning algorithms to process sensor data from various sources such as accelerometers, strain gauges, and IoT devices for real-time assessment of structural health and condition. This approach ensures the safety, durability, and longevity of critical structures, focusing on seismic analysis, early detection of vulnerabilities, and effective retrofitting strategies to enhance resilience against earthquakes.
Geotechnical Engineering
This research emphasizes a comprehensive approach, including advanced soil-structure interaction analysis, cutting-edge ground improvement techniques, geotechnical material innovation, and effective soil stabilization methods. By developing innovative soil improvement practices, we aim to tackle complex challenges in infrastructure development, ensuring safety and sustainability.
Highway Engineering
Designing and optimizing sustainable, efficient, and durable transportation networks. Research encompasses innovative highway materials, traffic management systems, and smart mobility solutions aimed at reducing congestion and emissions.
Environmental Engineering
Developing innovative solutions for water resource management, including sustainable desalination, wastewater treatment, and advanced flood management systems. Key research interests include landscape monitoring, stormwater management, smart monitoring systems for sewer and solid waste, and water quality assessments of rivers, lakes, and groundwater resources.
Construction Management
Exploring advanced methodologies in construction management, including sustainable practices, risk management, and the integration of digital tools for planning, scheduling, and execution. This research area emphasizes cost efficiency, safety, and the timely delivery of projects, while also incorporating strategies for disaster management to enhance resilience and ensure effective recovery in emergencies.
Key Areas of Research at the Civil Engineering Research Cell for Sustainable Development (CESRD)
Research Team
Dr. Abdul Aziz Ansari (Professor)
PhD Structural Engineering
Quaid-e-Awam University, Nawabshah
Research interests: Development of Sustainable Construction Materials using Waste Products, and Evaluation of High-Performance Concrete.
Dr. Samia Tariq (Associate Professor)
PhD Civil Engineering
University of Canterbury, New Zealand
Research interests: Utilization of Industrial By-Products for Low-Carbon Concrete, Evaluation of Advanced Sustainable Concrete for Structural Performance and Durability, and Digitalization and Automation in Construction.
Dr. Gul Muhammad (Assistant Professor)
PhD Civil Engineering
NED University of Engineering and Technology, Karachi
Research interests: Geotechnical Material Engineering, Soil Stabilization, and Soil Improvement.
Engr. Sumaira Ismail (Senior Lecturer)
ME Structural Earthquake Engineering
NED University of Engineering and Technology, Karachi
PhD Civil Engineering (In Progress)
Ziauddin University, Karachi
Research Interests: Structure Materials, Seismic Analysis and Retrofitting, and Disaster Management.
Engr. Minza Mumtaz (Senior Lecturer)
M.E. Environmental Engineering
NED University of Engineering and Technology, Karachi
Research interests: Disaster Risk Reduction and Management, Smart Environmental Monitoring Systems, Water Quality Monitoring, Water and Wastewater Treatment, Water Reuse, and Remediation.
Engr. Kashif Rafique Memon (Lecturer)
ME Construction Management
Mehran University of Engineering and Technology, Jamshoro
PhD Construction Management (In Progress)
Mehran University of Engineering and Technology, Jamshoro
Research Interests: Construction Management.
Engr. Abdul Rehman (Senior Lecturer)
MEM Construction Management
NED University of Engineering and Technology, Karachi
Research interests: Industrialized Building System (IBS) / Modular Construction, Sustainable Construction Materials and Methods, Digitalization and Industry 4.0 in Construction, and Data-Driven Decision Making in Construction Projects
Engr. Aun Abbass (Lecturer)
Master of Engineering Science
Universiti Tunku Abdul Rahman (UTAR), Malaysia
Research interests: Construction materials, Sustainable cementitious materials, and Concrete Technology
Engr. Engr. Haris Uddin Qureshi (Lecturer)
M.E. Water Resources Engineering
NED University of Engineering and Technology, Karachi
Research interests: Hydrological modeling, Climate change and extreme weather analysis, Statistical hydrology, Water quality modeling, GIS and remote sensing, and Open channel hydraulics.
Funded Research Projects
- “Fresh and Hardened Properties of 3D Printed Fly-Ash Based Concrete for Sustainable Automated Construction.” National Grassroots ICT Funding (NGIRI), Pakistan (2023 – 2024). PI: Dr. Samia Tariq.
- “Designing and Constructing of Multi-Stage Gravel Filter to Reduce TSS (Total Suspended Solids) from Rejected Water of RO Plant.” National Grassroots ICT Funding (NGIRI), Pakistan (2023 – 2024). PI: Engr. Minza Mumtaz.
- “Management of Construction and Demolition Wastes by Production of Sustainable Concrete with the Use of Alternative Aggregates.” Higher Education Commission (HEC) Pakistan (2022 –2025). PI: Dr. Samia Tariq.
- “Design and Construction of Low-Cost 3D Concrete Printer: Laboratory Testing of Cementitious Materials.” Pakistan Engineering Council (PEC), Pakistan (2022 – 2023). PI: Dr. Samia Tariq.
- “Crack Detection in Concrete Structures Using Artificial Intelligence (AI) Techniques.” Pakistan Engineering Council (PEC), Pakistan (2022 – 2023). PI: Dr. Samia Tariq.
Ziauddin University provides various commercial testing services to meet the needs of different clients. Equipped with modern laboratories and experienced staff, the university focuses on key areas such as mix design, material testing, and soil investigation. All services follow national and international standards, ensuring reliability and high quality. These efforts support industry growth, improve academic practices, and contribute to the betterment of society.
Equipment utilization and testing images
Available Services
| Commercial Testing Services | ||
| Sr. # | Category | Test Description |
| 1 | Concrete Mix Design | Mix Design without Admixtures a. Cement b. Sand c. Coarse aggregate |
| 2 | Mix Design with OPC and Admixtures a. Cement b. Sand c. Coarse aggregate | |
| 3 | Special Mix design | |
| 4 | Compressive Strength Tests | Compressive Strength Test (Cube/Cylinder) |
| 5 | Compressive Strength Test (Bricks) | |
| 6 | Compressive Strength Test (Hollow/Solid Block) | |
| 7 | Cement Tests | Initial Setting Time of Cement |
| 8 | Final Setting Time of Cement | |
| 9 | Consistency Test (Water Demand of Cement) | |
| 10 | Soundness Test of Cement | |
| 11 | Blaine Fineness Test of Cement | |
| 12 | Tensile Tests | Rebar Tensile Test (Up to 1-inch Diameter) |
| 13 | Rebar Tensile Test (Above 1-inch Diameter) | |
| 14 | Tensile Test (7 Wire Stand) | |
| 15 | Tensile Test (Bolts) | |
| 16 | Sieve Analysis | Sieve Analysis of Coarse Aggregates |
| 17 | Sieve Analysis of Fine Aggregates | |
| 18 | Fineness Modulus (Coarse & Fine Aggregates) | |
| 19 | Aggregate Testing | Specific Gravity of Aggregates |
| 20 | Crushing Value of Coarse Aggregates | |
| 21 | Impact Value of Coarse Aggregates | |
| 22 | Flakiness & Elongation Test | |
| 23 | Los Angeles Abrasion Test a. Small size Aggregate b. Large Size Aggregate | |
| 24 | Maximum Dry Density (Proctor Test) a. Standard Compaction (4″ Mould) b. Standard Compaction (6″ Mould) c. Modified Compaction (4″ Mould) d. Modified Compaction (6″ Mould) | |
| 25 | CBR Test a. 1-point unsoaked b. 1 point soaked | |
| 26 | Block Testing | Density (Block/Cube/Cylinder) |
| 27 | Soil Investigation | Natural Moisture Content |
| 28 | Hydrometer Analysis Test | |
| 29 | Atterberg Limits | |
| 30 | Bulk and Dry Density | |
| 31 | Specific Gravity | |
| 32 | Compaction Test (Standard/Modified Proctor Test) | |
| 33 | Permeability Test | |
| 34 | Unconfined Compression Test (Soil/Rock) | |
| 35 | Direct Shaer Test | |
| 36 | Consolidation Test | |
| 37 | Relative Density | |
| 38 | Geotechnical Investigation Report | |
Contact Information
Contact us for more information and the availability of a time slot.
Tel: +92-21-35862937 (Ext. 2691)
Cell.: +92-322-2051930
Email: [email protected]
I believe that education is the most valuable and transformative asset in life. When it was time to choose an engineering discipline, I decided to pursue a B.E. in Civil Engineering at Ziauddin University. I am completely satisfied with my decision, as it has proven to be the foundation for my career in engineering. After graduating as a civil engineer, I began my professional journey as an Assistant Engineer in the public health engineering department, a government sector organization. The department's focus is on designing, planning, and executing water supply and drainage schemes in both urban and rural areas. The education I received at Ziauddin University has been immensely helpful in equipping me with the knowledge and skills required to excel in my role. Through this position, I can serve communities by addressing their fundamental needs for clean drinking water and effective sewage disposal. I have 2.5 years of working experience in this role, during which I have honed my expertise in the field. I firmly believe that the best way to predict the future is to create it. Guided by this belief, I have consistently planned and executed my life toward achieving my predetermined goals.
Engr. Ovais ShafiAssistant Engineer 
As a graduate of Ziauddin University's Civil Engineering program (Batch 2018–2022), I am currently working with Badar Engineering Works as an Assistant Civil Engineer. Over the past 21 months, I have found the bachelor's program to be incredibly impactful in my professional journey. The program equipped me with essential skills and techniques, such as understanding structural designs, managing projects, and executing construction plans efficiently. Since my role focuses heavily on construction project management, the practical knowledge I gained has been invaluable. The hands-on projects and internships during my studies provided a practical experience that I apply daily in my work. The program's emphasis on problem-solving and critical thinking has been instrumental in addressing challenges in my job. With the support of knowledgeable professors, their real-world experiences, and the industry connections fostered by Ziauddin University, I feel well-prepared and confident in my career as a civil engineer. The B.E. Civil Engineering program at Ziauddin University played a significant role in helping me secure a job soon after graduation and build a successful career as a civil engineer.
Engr. Wasif Bin TahirAssistant Civil Engineer 
My name is Abdul Rehman Fazal, and I am a Civil Engineer with a professional journey that highlights dedication and expertise. I embarked on my academic path at Ziauddin University, graduating in January 2024 as part of the Class of 2024. During my studies, I concentrated on key areas such as industry innovation, engineering materials, structural analysis, and quantity surveying — knowledge that has been invaluable in my professional endeavors. After graduation, I joined Tribuild Consultancy, where I have been serving for almost one year. In my role, I am responsible for quantity estimation on international commercial projects. This position requires a high level of technical proficiency and the application of engineering principles to address complex project demands. My education provided a strong foundation in these areas, empowering me to deliver accurate and efficient estimations that meet international standards. My career reflects a steadfast commitment to leveraging academic knowledge in solving real-world challenges, showcasing the significance of a robust educational background paired with practical experience.
Engr. Abdul Rehman FazalJunior Project Manager 
As a postgraduate student in the Department of Civil Engineering, I am delighted to share my experiences at this prestigious university. Over my eight-year academic journey as a senior lecturer, I have supervised and taught numerous students, contributing to their academic and professional growth. Despite my deep commitment to teaching, continuing my studies was challenging due to time constraints and a lack of motivation. However, joining the Department of Civil Engineering at Ziauddin University reignited my passion for learning and research. The department has provided invaluable support and opportunities to resume my academic journey. The encouragement from the faculty and the comprehensive resources available have been instrumental in balancing my professional responsibilities with my postgraduate studies. The collaborative and innovative environment, cutting-edge research facilities, and expert faculty have enabled me to engage deeply with my field, expanding my knowledge and skills. The university's commitment
to excellence in education and research has inspired me to pursue new heights in my career and contribute meaningfully to civil engineering. This experience has enriched my teaching, allowing me to bring fresh perspectives and insights to my students. I am grateful to be part of such a dynamic and supportive academic community.
Engr. Sumaira IsmailPhD Student 
Pursuing my PhD at the Department of Civil Engineering of Ziauddin University has been a transformative and intellectually enriching experience. The university’s commitment to academic excellence, advanced learning resources, and dedicated faculty mentorship have provided an exceptional platform for my professional and academic growth. As a Geotechnical Engineering professional with years of teaching experience, ZU has not only expanded my technical expertise but has also significantly enhanced my pedagogical skills. The structured academic environment, interactive learning approach, and exposure to contemporary engineering advancements have allowed me to integrate cutting-edge knowledge into my teaching, making the learning experience more engaging and impactful.
Moreover, the university’s emphasis on research-driven education and dynamic academic community, coupled with continuous guidance from experienced faculty members, has been instrumental in refining my problem-solving skills and broadening my perspective on complex geotechnical issues. ZU has not only strengthened my foundation as an educator but has also instilled in me a renewed passion for lifelong learning and professional development. I am grateful to be part of such a stimulating academic environment that continually inspires me to contribute meaningfully to both academia and the field of geotechnical engineering.
Engr. Tech. Bilal M. Ismail MemonPhD Student 
As a 7th-semester civil engineering student at the Department of Civil Engineering, my experience here has been immensely rewarding and enriching through an exceptional learning environment, with well-designed labs equipped with all the necessary instruments for independent lab work. Our teachers clearly explain every concept in a friendly, supportive atmosphere. This approach has significantly enhanced my understanding and appreciation of civil engineering. A highlight of my academic journey was an internship at Dr. Ziauddin Hospital, which was recommended by our department. This internship provided invaluable practical experience and hands-on training with software like Primavera and AutoCAD, further honing my technical skills.
Areeb HasanB.E. Civil Engineering Student 
My journey from the historical heartland of Jhang, Punjab led me to the transformative environment of the Department of Civil Engineering at Ziauddin University. Initially, the unfamiliarity of my surroundings and diverse cultures posed challenges, but I gradually found my footing and cultivated a sense of belonging. The department’s supportive faculty and staff nurtured my growth, creating a conducive atmosphere for learning. Through research, I sharpened my problem-solving abilities and expanded my knowledge horizon. This enriching experience culminated in a profound appreciation for the university's role in molding me into a well-rounded individual. Ziauddin University has undoubtedly equipped me with the requisite knowledge and skills to excel in life.
Muhammad Haseeb YaseenB.E. Civil Engineering Student 
MoU Signing Ceremony between Grow Safe (Private) Limited & Ziauddin University
Event: MoU Signing Ceremony with Grow Safe (Private) Limited (GSPL)
Venue: Ziauddin University Clifton Campus
Organized by: Department of Civil Engineering, Ziauddin University
Date: 9th January 2025
Participants from GSPL:
- Mr. Saad Abdul Wahab (Director/CEO)
- Anas Khan (Director Finance & Supply Chain)
- Abdul Hadi (GM Technical & Inspection)
- Sohail Anjum Khan (Head of HR, OD & Admin)
- Usman Dawood Barry (Head of International Trainings & Consultancy)
- Mushtaq Ahmad (Manager Environment & Sustainability)
- Muzzamil Safdar (Deputy Manager HSE & HR Operations)
Participants from ZU:
- Dr. Fahad Azim (Dean ZUFESTM)
- Dr. Samia Tariq (Associate Chairperson & Associate Professor, DCE)
- Ms. Rahima Tahir (Manager Linkages & Outreach, ORIC ZU)
- Ms. Laraib Khan (Manager Projects & Grants, ORIC ZU)
Event Summary:
The MoU signing ceremony between Ziauddin University and Grow Safe (Private) Limited (GSPL) marked the formal beginning of a strategic partnership to foster mutual growth and success. The event was held at the Ziauddin University Clifton Campus on 9th January 2025, with representatives from both organizations in attendance.
Purpose of the MoU:
The primary objective of the MoU is to promote collaboration between ZU and GSPL in areas such as Health, Safety, and Environment (HSE) practices, sustainability, training programs, and research. This partnership aims to enhance academic and industry standards, driving innovation and sustainable development initiatives.
Targeted Sustainable Development Goals (SDGs):
Key Highlights:
- The Grow Safe team, comprising seven distinguished members led by their CEO, Mr. Saad Abdul Wahab, arrived promptly for the event.
- The ceremony commenced with an introduction to the MoU objectives and the scope of collaboration.
- Fahad Azim, Dean ZUFESTM, and Mr. Saad Abdul Wahab, Director/CEO of GSPL, formally signed the MoU, solidifying the partnership.
- All members actively engaged in discussions, identifying various potential areas of collaboration where both organizations could work together to achieve shared goals.
Impact of the Collaboration:
This partnership aligns with Ziauddin University’s vision of academic excellence and practical innovation. By leveraging GSPL’s expertise in HSE and sustainability, the collaboration will enhance research capabilities, academic learning, and professional training for both organizations. The event concluded with a networking session, fostering strong relationships between the teams from GSPL and ZU, setting a promising foundation for future collaborations.
Acknowledgment:
The Department of Civil Engineering is grateful to all participants for making this event a success and looks forward to achieving mutual growth and excellence through this partnership.
Poster and Project Competition 2024 – Speak In Seconds
Event Title: Poster and Project Competition 2024 – Speak in Seconds
Organized by: Department of Civil Engineering, Ziauddin University
Date: 6th December 2024
Venue: Department of Civil Engineering Hall and Seminar Hall 1, Education City Site, Ziauddin University.
Participants:
Approximately 50 students from BE Civil Engineering and BS Civil Engineering Technology programs.
Resource Persons:
- Engr. Kashif Rafique Memon (Mentor)
- Engr. Bushra Fatima (Mentor)
Event Summary:
The Poster and Project Competition 2024 – Speak in Seconds provided a dynamic platform for students to showcase their innovative ideas and engineering expertise. This competition aimed to highlight Final Year Projects (FYPs) and other innovative research ideas of the students in the domains of civil engineering, technology, and sustainable development. Participants presented their projects through posters while adhering to strict time constraints, demonstrating their ability to communicate complex ideas concisely and effectively.
Aims of the Competition:
- To provide students with a platform to showcase their Final Year Projects and innovative ideas.
- To promote innovative thinking and practical application of civil engineering concepts.
- To encourage students to address real-world engineering challenges in alignment with Sustainable Development Goals (SDGs).
- To foster teamwork, collaboration, and effective communication skills.
Targeted Sustainable Development Goals (SDGs):
Event Content and Key Highlights:
Introduction to the Competition:
The Poster and Project Competition 2024, titled “Speak in Seconds,” was organized by the Department of Civil Engineering to provide students with a platform to showcase their Final Year Projects (FYPs) and innovative research ideas. Participants presented posters focusing on real-world engineering challenges and sustainable solutions.
Competition Categories:
Projects were categorized into FYP and non-FYP groups, covering a range of topics including:
- Structural and Material Engineering
- Construction Management
- Transportation Engineering
- Water Resource Management
- Geo-Technical Engineering
Non-FYPs addressed critical themes such as Sustainable Building Materials, Digital Construction, Climate Resilience, Smart Cities, and Soil Stabilization.
Alignment with Sustainable Development Goals (SDGs):
Each project highlighted its relevance to at least three SDGs, emphasizing the importance of sustainability and innovation in modern engineering practices.
Poster Presentation Guidelines:
Students adhered to strict presentation guidelines for their posters. FYPs included comprehensive sections like the title, abstract, introduction, literature review, methodology, results, conclusions, and references. Non-FYP posters were allowed creative freedom but required details such as targeted SDGs.
Judging Process:
The competition featured live judging by an esteemed panel, including internal evaluators from the Department of Civil Engineering and an external evaluator.
Evaluators Panel:
Internal Evaluators:
- Abdul Aziz Ansari (Chairperson, DCE)
- Samia Tariq (Associate Chairperson & FYP Convener)
- Gul Muhammad (Assistant Professor, DCE)
External Evaluator:
Engr. Aqeel Ahmed Jokhio (Town Officer, Town Municipal Corporation, Gulshan-e-Iqbal)
Student Engagement:
Participants showcased their projects confidently and effectively, focusing on concise and impactful presentations. The live judging process encouraged students to refine their communication and critical thinking skills.
Evaluation and Prizes:
Prizes were awarded for the best posters and project presentations in each category, recognizing students’ creativity, technical expertise, and innovation.
Closing Remarks:
Assistant Professor Dr. Samia Tariq commended the participants for their exceptional efforts and highlighted the importance of applying their engineering knowledge to real-world challenges.
Certificates & Mementos:
The Chairperson, Dr. Abdul Aziz Ansari, and Associate Chairperson, Dr. Samia Tariq, presented certificates and mementos to the evaluators and organizing team as a token of appreciation. Cash Prize of PKR 5000 was awarded to 1st Position holders.
Feedback and Outcomes:
The competition was highly appreciated by participants, faculty, and evaluators alike. It provided a platform for students to demonstrate their technical and problem-solving skills, aligning their projects with global sustainability goals.
Impact on Students:
The competition provided a unique opportunity for students to enhance their technical, analytical, and presentation skills. It encouraged them to think critically and apply their engineering knowledge to address contemporary challenges in civil engineering. The event also emphasized the importance of aligning projects with SDGs, reinforcing the department’s commitment to sustainable development and academic excellence.
Acknowledgment:
The Department of Civil Engineering extends its gratitude to ZQD Construction for co-sponsoring the event and supporting student initiatives. Special thanks to the resource persons, Engr. Kashif Rafique and Engr. Bushra Fatima, for their invaluable guidance and support in organizing the event.
Seminar on Construction Safety: Social and Legal Expectations
Date: 28th November 2024
Organized by: Department of Civil Engineering, Ziauddin University
Collaborated by: Grow Safe Pvt. Ltd- GSPL
Introduction:
The seminar titled “Construction Safety Legal and Social Expectations” aimed to provide students with a comprehensive understanding of ILO Convention on construction projects. The event was organized by the Department of Civil Engineering at Ziauddin University in collaboration with Grow Safe Pvt. Ltd, a reputable company in the field of HSE Training and Consultancy Services.
Guest Speaker Profile:
Saad Abdul Wahab
Director GSPL
Experience:
- Over 10 years of experience in HSE Training
- IRCA Certified
- Currently serving as Director at GSPL.
Resource Person:
Engr. Minza Mumtaz
Lecturer, Department of Civil Engineering, Ziauddin University
Event Details:
Participants:
Approximately 100 students from BE Civil Engineering and BS Civil Engineering Technology programs.
Venue: Seminar Hall 1, Ground Floor, Department of Civil Engineering, Link Road Campus, Ziauddin University.
Time: 11:00 AM – 12:30 PM
Seminar Content and Key Highlights:
- Introduction of ILO Framework:
The guest speaker elaborated the ILO Framework, emphasizing on ILO Convention 155 and ILO Convention 164 as the foundation of Legal and Social Framwork.
- Understanding Legal Expectations:
The session highlighted the difference between Civil and Criminal Law to understand the legislative process.
- Understanding Social Expectation:
It involves the critical discussion on stakeholders like non-regulatory disciplines, industrial standards, insurance companies and client’s requirements, trade association and SOPs.
- Reason to understand Global Industry:
The presentation included detailed insights on reasons to understand Global Industry due to its direct impact on GDP.
- Control Measures:
Control measures and their regulatory bodies were highlighted to ensure health and safety in construction and other industries.
- Session Activity:
The session involves small activities for participants to analyze the hazards in the pictures or videos.
- Student Engagement:
Students actively participated in the Q&A session, raising questions on complexities in real-world scenarios.
Targeted Sustainable Development Goals (SDGs):
Closing Session:
Closing Remarks:
Assistant Professor Dr. Gul Muhammad appreciated the informative session and encouraged students to apply the knowledge in their academic and professional pursuits.
Certificates & Mementos:
Dean ZUFESTM, Dr. Fahad Azim, and Associate Chairperson, Dr. Samia Tariq, presented certificates and mementos to the guest speaker and resource person as a token of appreciation.
Feedback and Outcomes:
The seminar was highly appreciated by participants, who expressed their gratitude for the opportunity to learn from an industry expert. The session bridged the gap between academic learning and professional practice, equipping students with practical knowledge of health and safety.
ACKNOWLEDGEMENT
The Department of Civil Engineering extends its heartfelt gratitude to Grow Safe Private Limited for their collaboration, and to the guest speaker, Saad Abdul Wahab, for his valuable contribution. Special thanks to Engr. Minza Mumtaz for her efforts in organizing and coordinating the event.
Industrial Visit to New Dynamic Ready Mix Concrete Batch Plant
Industrial Visit: Dynamic Ready Mix Concrete Batch Plant
Location: Northern Bypass, Karachi
Organized by: Department of Civil Engineering, Ziauddin University
Date: 25th November 2024
Participants:
Approximately 50 students from B.E. Civil Engineering and BS Civil Engineering Technology programs.
Faculty Accompanied:
- Engr. Kashif Rafique Memon (Mentor)
- Mr. Syed Mahfooz (Lab Incharge)
Event Summary:
Students from the Department of Civil Engineering visited the Dynamic Ready-Mix Concrete (Dmix) Batch Plant in Karachi on November 25, 2024. This field visit offered students a firsthand look at the advanced technologies and processes involved in manufacturing ready-mix concrete. During the visit, students explored the QCI-certified plant, gaining insights into the production and dispatch processes, as well as the importance of quality control in ensuring consistent and reliable concrete performance. The facility’s innovative solutions and expertise in designing concrete tailored to specific project needs provided students with valuable exposure to industry best practices.
Aims of Participation:
- To familiarize students with the production processes of ready-mixed concrete.
- To enhance understanding of quality control systems and their importance in construction materials.
- To provide insights into the logistics and tracking involved in concrete dispatch and delivery.
Targeted Sustainable Development Goals (SDGs):
Key Highlights:
- Students observed the end-to-end production process at the plant, including batching, mixing, and quality testing.
- The visit demonstrated the role of technology in achieving optimal concrete performance tailored to project requirements.
- Students gained an understanding of the importance of efficient dispatch systems and timely deliveries in large-scale construction projects.
Impact on Students:
The visit bridged the gap between theoretical knowledge and practical applications in concrete production. Students learned about the critical role of quality assurance, advanced production techniques, and logistics in ensuring reliable construction materials. This experience enhanced their understanding of ready-mix concrete’s significance in modern construction projects.
Acknowledgment:
The Department of Civil Engineering extends its sincere gratitude to the team at Dynamic Ready-Mix Concrete (Dmix) for hosting this informative visit. Special thanks to Mr. Muhammad Aamir for his guidance and in-depth explanations of the plant’s operations and technologies. We also thank the faculty members for their support and coordination in organizing this valuable learning opportunity.
Participation in SSUET for Frisbee Competition – 13th and 21st November
Name of University: Sir Syed University of Engineering and Technology (SSUET)
Department: Civil Engineering
Event Attended: Frisbee Competition
Organized by: ACI-SSUET Student Chapter
Dates: 13th and 21st November 2024
Team Members:
- Tanveer Zaman (Student)
- Usama Khan (Student)
- Aneeq Butt (Student)
- S. M. Taha Ahmed (Student)
Faculty Accompanied:
- Engr. Bilal Faisal (Mentor)
Event Summary:
On November 13th and 21st, 2024, students from the Department of Civil Engineering, The Concrete Squad, represented Ziauddin University at the ACI-SSUET Frisbee Competition hosted by Sir Syed University of Engineering and Technology, Karachi. The team showcased exceptional talent and innovative thinking, earning an impressive 3rd position in the competition. Their efforts were recognized with a cash prize of PKR 5000, reflecting their expertise in lightweight concrete applications and commitment to both academic and practical excellence.
Aims of Participation:
- To apply theoretical knowledge to practical challenges in innovative construction materials.
- To promote creative problem-solving and team collaboration in competitive settings.
- To enhance the understanding of students on the application of lightweight concrete technology.
Key Highlights:
- The team’s expertise in lightweight concrete applications stood out, showcasing their practical understanding of advanced material design.
- This achievement demonstrates the department’s emphasis on blending theoretical learning with hands-on experiences to prepare students for real-world challenges.
- The innovation and dedication of students were key to their success in a competitive environment.
Impact on Students:
Participating in this competition provided the students with an opportunity to demonstrate their technical skills and innovative approaches to construction materials. It also reinforced their ability to excel in practical applications, fostering confidence and teamwork.
Achievement:
3rd Position – Frisbee Competition, ACI-SSUET Chapter.
Prize Won – Cash Prize of PKR 5000.
Acknowledgment:
The Concrete Squad’s participation highlights the Department’s focus on producing well-rounded graduates equipped with the skills needed to excel in competitive and professional environments.
Industrial Visit to Jhimpir Power Energy Farm
Date: 8th July 2024
Organized by: Department of Civil Engineering, Ziauddin University
Introduction:
An industrial visit to Jhimpir Wind Energy Farm was conducted on July 8th, 2024, as part of the Department of Civil Engineering’s efforts to enhance students’ practical understanding of renewable energy and environmental management systems. This visit aligned with the department’s ongoing industrial collaboration with Jhimpir Power Ltd.
Participants:
12 final-year students from two project groups.
Faculty Members:
Engr. Minza Mumtaz (Focal Person)
Engr. Sumaira Ismail (Departmental Coordinator)
Engr. Kashif Rafique Memon (Member, Industrial Visit Committee)
Objectives of the Visit:
The primary goal was to expose students to real-world applications of sustainable development, including renewable energy production and innovative wastewater treatment practices at the Jhimpir Wind Energy Farm.
Key Activities and Observations:
- Wind Energy Operations:
Students gained insight into the functioning of wind turbines, energy generation, and the operational challenges of managing a wind energy farm. The site survey was conducted by Waqar H. Minhas, PE, TSP(BCSP), EHS Lead, who provided an overview of safety protocols and environmental standards implemented at the farm.
- Pilot Wetland Project:
Students observed an innovative wastewater treatment system in which wastewater generated from the wind energy farm was processed using a constructed wetland. Treated water was repurposed for irrigation, highlighting the importance of resource conservation and water management.
- Honey Bee Project:
The treated water from the wetland project was utilized to irrigate plants that attracted local bees, resulting in honey production. This initiative not only supports biodiversity but also serves as a model for integrating renewable energy projects with local environmental and economic sustainability.
Impact on Students:
- The visit provided students with hands-on experience and knowledge about integrating engineering solutions with environmental sustainability.
- Students understood the application of wastewater treatment techniques and their role in achieving circular economy principles.
- The exposure to real-world challenges and sustainable practices inspired students to consider innovative solutions in their own design projects.
ACKNOWLEDGEMENT
The Department of Civil Engineering expresses its gratitude to Jhimpir Power Ltd. for facilitating the visit and providing an enriching learning experience. Special thanks to Waqar H. Minhas, EHS Lead, for his comprehensive site survey, and to the faculty members for their coordination and support.
Participation in the Bridge Building Competition
Name of University: Sir Syed University of Engineering and Technology (SSUET)
Department: Civil Engineering
Event Attended: Bridge Building Competition
Organized by: ACI-SSUET Student Chapter
Date: 11th June 2024
Team Members:
- Mr. Tanveer Zaman (Student)
- Mr. Usama Khan (Student)
- Mr. Aneeq Butt (Student)
- Mr. S. M. Taha Ahmed (Student)
Faculty Accompanied:
- Engr. Wishah Qaiser (Mentor)
- Mr. Syed Mahfooz (Lab Incharge)
Event Summary:
On June 11, 2024, the Final Year B.E. Civil Engineering team, Structural Squad, representing Ziauddin University, demonstrated remarkable ingenuity and engineering expertise at the Bridge Building Competition organized by the ACI-SSUET Student Chapter. The team demonstrated exceptional ingenuity, creativity, and technical expertise in structural engineering, showcasing the high standards of ZUFESTM’s Civil Engineering program.
Aims of Participation:
- To provide students with hands-on experience in bridge design and construction.
- To encourage innovative thinking and practical application of structural engineering concepts.
- To foster teamwork, collaboration, and critical problem-solving skills.
Key Highlights:
- The team’s design was commended for its innovation and technical precision.
- Their participation underscores the department’s commitment to academic excellence and fostering a culture of innovation in structural engineering.
- The guidance and mentorship of Engr. Wishah Qaiser and the support of Mr. Syed Mahfooz played a vital role in the team’s success.
Impact on Students:
This competition offered the students a platform to bridge the gap between theory and practice. It enhanced their technical skills, reinforced the principles of structural engineering, and encouraged them to think creatively in addressing engineering challenges.
Achievement:
3rd Position – Bridge Building Competition, ACI-SSUET Chapter.
Prize Won – Cash Prize of PKR 4000.
Acknowledgment:
The Structural Squad’s participation highlights the Department’s focus on producing well-rounded graduates equipped with the skills needed to excel in competitive and professional environments.
Seminar on Construction Project Tendering and Its Impact on Construction Execution and Closing
Seminar Title: Construction Project Tendering and Its Impact on Construction Execution and Closing
Organized by: Department of Civil Engineering, Ziauddin University
Sponsored by: HMC Innovative Construction
Venue: Seminar Hall 1, Ground Floor, Department of Civil Engineering, Link Road Campus, Ziauddin University.
Date: 11th June 2024
Time: 11:00 AM – 12:30 PM
Participants:
Approximately 50 students from B.E. Civil Engineering and BS Civil Engineering Technology programs.
Guest Speaker Profile:
Engr. Syed Humayoun Jahanzaib
Professional Engineer (P.E.)
Education:
Bachelor of Civil Engineering, NED University of Engineering & Technology
Masters in Construction Management, NED University of Engineering & Technology
Experience:
- Over 9 years of experience in construction and project management
- Notable projects include Paragon Emaar Towers and Rafique Stadium
- Currently serving as Senior Coordinator Engineer at JN & Co.
Resource Person:
Engr. Minza Mumtaz (Senior Lecturer)
Event Summary:
The Poster and Project Competition 2024 – Speak in Seconds provided a dynamic platform for students to showcase their innovative ideas and engineering expertise. This competition aimed to highlight Final Year Projects (FYPs) and other innovative research ideas of the students in the domains of civil engineering, technology, and sustainable development. Participants presented their projects through posters while adhering to strict time constraints, demonstrating their ability to communicate complex ideas concisely and effectively.
Aims of the Competition:
- To provide students with a platform to showcase their Final Year Projects and innovative ideas.
- To promote innovative thinking and practical application of civil engineering concepts.
- To encourage students to address real-world engineering challenges in alignment with Sustainable Development Goals (SDGs).
- To foster teamwork, collaboration, and effective communication skills.
Seminar Content and Key Highlights:
Introduction to Seminar:
The seminar titled “Construction Project Tendering and Its Impacts on Construction Execution and Closing” aimed to provide students with a comprehensive understanding of the tendering process and its critical role in construction projects. The event was conducted by the Department of Civil Engineering at Ziauddin University and was sponsored by HMC Innovative Construction, a reputable company in the field of construction and project management.
- Understanding Tendering:
The guest speaker elaborated on the definition of tendering, emphasizing it as a formal process for inviting bids for construction projects, ensuring transparency, and selecting contractors at fair and reasonable prices.
- Steps Before Tendering:
The session highlighted essential pre-tendering steps, including the role of public representatives, PC-1 approvals, and ADP schemes in project initiation.
- Types of Tenders and Contracts:
Tenders: Open competitive bidding (local and international), closed tendering, and direct contracting.
Contracts: Fixed price, cost-plus, time and materials, unit price, and DFBOT (PPP) contracts.
- Tendering Process:
The presentation included detailed insights into the tendering stages, from bidding document preparation and bid submission to evaluation and award of contracts.
- Regulatory Frameworks:
Key differences between the Public Procurement Regulatory Authority (PPRA) and the Sindh Public Procurement Regulatory Authority (SPPRA) were discussed, providing students with an understanding of the legal and procedural guidelines.
- Practical Procedures:
A step-by-step explanation of practical tendering procedures was presented, covering NIT preparation, technical and financial proposals, bid evaluation reports, complaint redressal, and final contract award.
Student Engagement:
Students actively participated in the Q&A session, raising questions on tendering complexities and their application in real-world scenarios.
Closing Remarks:
Assistant Professor Dr. Gul Muhammad appreciated the informative session and encouraged students to apply the knowledge in their academic and professional pursuits.
Certificates & Mementos:
The Chairperson, Dr. Abdul Aziz Ansari, and Associate Chairperson, Dr. Samia Tariq, presented certificates and mementos to the guest speaker and resource person as a token of appreciation.
Feedback and Outcomes:
The seminar was highly appreciated by participants, who expressed their gratitude for the opportunity to learn from an industry expert. The session bridged the gap between academic learning and professional practice, equipping students with practical knowledge of tendering processes.
Acknowledgment:
The Department of Civil Engineering extends its heartfelt gratitude to HMC Innovative Construction for their sponsorship, and to the guest speaker, Syed Humayoun Jahanzaib, for his valuable contribution. Special thanks to Engr. Minza Mumtaz for her efforts in organizing and coordinating the event.
Field Visit for Practical Understanding of GPS Surveying Technology
Field Visit: Practical Understanding of GPS Surveying Technology
Location: Education City, Karachi
Organized by: Department of Civil Engineering, Ziauddin University
Date: 16th February 2024
Participants:
Approximately 40 students from B.E. Civil Engineering and BS Civil Engineering Technology programs.
Faculty Accompanied:
- Engr. Kashif Rafique Memon (Mentor)
- Mr. Syed Mahfooz (Lab Incharge)
Event Summary:
Civil Engineering students participated in a field visit focused on GPS Surveying Technology at Education City, Karachi, on February 16, 2024. The visit aimed to provide practical exposure to advanced surveying techniques. The activity centered on a topographic survey of the area, during which students helped establish 32 benchmark locations for future development. Notably, the elevation recorded was 91 meters above Mean Sea Level, highlighting the precision of the GPS technology used.
Aims of Participation:
- To familiarize students with GPS-based topographic surveying techniques.
- To enhance their understanding of establishing benchmark locations and recording elevations.
- To provide hands-on learning opportunities aligned with real-world engineering practices.
Targeted Sustainable Development Goals (SDGs):
Key Highlights:
- Students actively participated in marking coordinates and elevations using GPS technology.
- The survey emphasized the importance of benchmarks for ensuring accuracy in future development projects.
- The practical application of GPS tools provided students with valuable insights into modern surveying methodologies.
Impact on Students:
The visit enabled students to bridge the gap between theoretical knowledge and practical applications, deepening their understanding of GPS technology in engineering. It also enhanced their technical and problem-solving skills, preparing them for real-world challenges.
Acknowledgment:
The Department of Civil Engineering extends its sincere gratitude to Mr. Suhail Ahmed Siddiqui, Chief Surveyor of the CBD Education City Project, for facilitating the visit and sharing his expertise. Special thanks are also due to the faculty members for their coordination and support in making this visit a success.
Field Visit for Practical Understanding of Drone Surveying Technology
Field Visit: Practical Understanding of Drone Surveying Technology
Location: Education City, Karachi
Organized by: Department of Civil Engineering, Ziauddin University
Date: 12th January 2024
Participants:
Approximately 30 students from B.E. Civil Engineering and BS Civil Engineering Technology programs.
Faculty Accompanied:
- Engr. Kashif Rafique Memon (Mentor)
- Mr. Syed Mahfooz (Lab Incharge)
Event Summary:
On January 12, 2024, students from all batches of the Department of Civil Engineering participated in a field visit focused on Drone Surveying Technology at Education City, Karachi. The visit aimed to provide hands-on exposure to the latest advancements in drone technology and its applications in surveying and development projects. During the visit, a total of 19 Ground Control Points (GCPs) were established across the extensive survey area of approximately 9000 acres. These GCPs are critical for ensuring accuracy, precision, and geo-referencing of the aerial imagery collected using the Mavic 2 Enterprise Advanced drone.
Aims of Participation:
- To provide students with practical exposure to advanced drone surveying technologies.
- To enhance understanding of GCP establishment and its role in aerial data accuracy and precision.
- To encourage students to apply theoretical concepts in real-world scenarios, fostering innovative thinking and problem-solving.
Targeted Sustainable Development Goals (SDGs):
Key Highlights:
- The survey area covered approximately 9,000 acres, showcasing the scale and utility of drone surveying in large-scale projects.
- The students actively participated in the process of GCP establishment and learned about its role in geo-referencing aerial imagery.
- The Mavic 2 Enterprise Advanced drone’s capabilities and advancements were demonstrated, providing students with valuable insights into modern surveying technologies.
Impact on Students:
This visit offered a unique opportunity for students to bridge the gap between theoretical knowledge and practical applications. It deepened their understanding of drone technology, enhanced their technical skills in surveying, and encouraged them to think critically about its future applications in engineering projects.
Acknowledgment:
The Department of Civil Engineering sincerely thanks Mr. Suhail Ahmed Siddiqui, Chief Surveyor of the CBD Education City Project, for facilitating the Drone Surveying Technology visit. His insights into modern surveying techniques, including GCP establishment and drone applications, provided students with an enriching learning experience. Appreciation is also extended to the faculty members for their coordination and support.
Annual Project Meeting BioMed 5.0
10-July-2025
The BIOMED 5.0 Annual Meeting 2025 was a successful gathering of international partners committed to transforming biomedical engineering education. With a strong focus on Industry 4.0/5.0 technologies, virtual and augmented reality, women empowerment, and educational wellbeing, the event highlighted the power of collaboration and innovation in shaping the future of learning and healthcare.
Day 2 of the BIOMED 5.0 Annual Meeting 2025 continued to inspire innovation and knowledge exchange. Engaging workshops, tech showcases, and strategic dialogues focused on sustainable biomedical solutions, faculty development, and inclusive education practices. The commitment to global collaboration remained at the heart of every session.
