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ACTIVE Climate Action: Empowering a greener future with ICT & Environment Join us today

ACTIVE Climate Action: Uniting ICT and Environmental Sciences for Sustainable Solutions in Pakistan. The ICT Applications for sustaInable enVironmental protEction (ACTIVE) project is a pioneering initiative that brings together the power of ICT engineering and environmental sciences to combat pressing environmental and climatic challenges in Pakistan. Our mission is to bridge the gap between these fields and create a synergy that yields impactful and sustainable solutions. Through comprehensive capacity building and interdisciplinary training, we empower ICT engineers with a deep understanding of environmental science. Our collaborative efforts with esteemed partner universities across the nation enable us to address region-specific environmental concerns effectively. ACTIVE stands at the forefront of integrating ICT and environmental sciences, equipping our engineers with the knowledge and tools to tackle complex environmental issues. Our experts utilize advanced technologies such as machine learning, artificial intelligence, remote sensing, IoT, sensor networks, wireless communication, and embedded systems, tailored specifically for environmental challenges and climate change. We go beyond theoretical knowledge by establishing four dedicated research centers, strategically positioned to tackle localized problems. These centers serve as training grounds for practical applications, conducting cutting-edge research, and formulating region-specific solutions to mitigate environmental challenges. By cultivating a new generation of highly skilled ICT engineers with a strong grounding in environmental science, we are nurturing the leaders of tomorrow who will design and implement innovative solutions for pressing environmental issues. Our impact extends beyond education, as we actively collaborate with partner universities to expand their curriculum, incorporating advanced courses that intersect ICT and environmental sciences. Through ACTIVE, we envision a future where advanced ICT is harnessed extensively in environmental management throughout Pakistan, resulting in more effective, sustainable, and resilient solutions. Together, we strive towards a greener, cleaner, and more sustainable Pakistan, where technology and environmental sciences harmoniously converge for the benefit of all.

13/09/2026

Day 05 of our training workshop on Climate Change Data Analysis Using Google Earth Engine concluded with a formal certificate distribution ceremony and a group photograph.

We extend our sincere thanks to all participants for their dedication and active engagement throughout these five days. We are also deeply grateful to Dr. Ghulam Hussain Dars for his exceptional mentorship and guidance throughout the workshop.

10/09/2026

Day 4 of our Climate Data Analysis workshop

Our focus turned to Performing Trend & Anomaly Analysis using Google Earth Engine. This was a powerful session where we moved beyond simple exploration and learned to apply essential statistical methods to:

Detect long-term shifts and variations in climate variables.

Identify extreme weather events and understand their historical context.

Gain a deeper understanding of how climate patterns are changing in specific regions.

Mastering these analytical skills in GEE is crucial for anyone working in climate science, water management, or sustainable development, enabling more informed decision-making based on historical trends.

A huge thank you to Dr. Ghulam Hussain Dars for his expert guidance and to all participants for another day of excellent learning and engagement!

08/09/2026

🌧️ Day 3 Recap: Unlocking Historical Trends with Time-Series Analysis!

During Day 3 of the Training Workshop on Climate Data Analysis Using Google Earth Engine (GEE) at Mehran University of Engineering and Technology, participants dove into long-term climate dynamics.

Led by Dr. Ghulam Hussain Dars, attendees learned how to extract, compute, and evaluate historical rainfall and temperature time-series data for specific locations and regions using cloud computing in GEE.

Key Highlights from Day 3:

Time-Series Extraction: Extracted multi-decadal rainfall and temperature values across customized spatial boundaries.

Long-Term Baseline Analysis: Calculated historical averages and seasonal variability to observe climate shifts over time.

Efficient Data Processing: Leveraging GEE's parallel processing capabilities to aggregate complex spatial datasets in seconds.

A huge thank you to all participants for their active engagement as we turn massive satellite datasets into actionable climate intelligence! 📊🌍

07/09/2026

Unlocking Earth Observation Data: Day 2 Recap!

Big datasets require powerful tools. Today, during Day 2 of our workshop on Climate Data Analysis Using Google Earth Engine, participants tackled the core technical skills needed to handle massive climate records seamlessly.

Big thanks to Dr. Ghulam Hussain Dars for leading an intensive, practical session where participants learned to write scripts for filtering, spatial cropping, and processing climate datasets directly in the cloud.

Stay tuned as we move into climate time-series analysis next! 📈

05/09/2026

Understanding Climate Datasets | Training Workshop on Climate Data Analysis Using Google Earth Engine (GEE) 🌍 | Day One Recap

On August 17, 2026, we kicked off our 5-day training workshop hosted at Mehran University of Engineering and Technology (MUET), Jamshoro, under the Erasmus+ ACTIVE project initiative.

Led by Dr. Ghulam Hussain Dars, Associate Professor at USPCAS-W, MUET, Day 1 focused on laying a strong foundational understanding of essential multi-source climate datasets. Participants explored the structure, resolution, and practical applications of global datasets before moving into hands-on cloud analysis.

Key Highlights from Day 1:

Dataset Exploration: Analyzing key spatial and climate datasets including CHIRPS (rainfall), ERA5 (reanalysis), and CMIP6 (climate projections).

Data Selection Strategy: Identifying appropriate resolutions, timeframes, and parameters tailored to targeted environmental and climate impact studies.

Domain Applications: Translating raw geospatial data into actionable indicators for disaster management, agriculture, and water resource monitoring.

A strong opening day that set the perfect foundation for processing and manipulation in GEE across the rest of the workshop! 🚀

02/09/2026

SSUET - Sir Syed University of Engineering & Technology Karachi organized a comprehensive training session on Weather Forecasting, focusing on how atmospheric science and modern technology intersect to build climate resilience.

Led by Mr. Akhtar Ali from SUPARCO, the session provided participants with actionable insights into meteorology, atmospheric dynamics, and operational weather analysis techniques.

Key Highlights & Topics Covered:

Fundamentals: Introduction to meteorology and weather forecasting systems.

Techniques: Modern weather observation methodologies and forecasting models.

Data in Action: Analyzing meteorological data for environmental and practical applications.

Tech Integrations: Hands-on look at emerging technologies, satellite tools, and practical demonstrations.

Understanding weather data and predictive forecasting is vital for proactive environmental management and climate action. A huge thank you to our instructor and all participants for an engaging and highly insightful session!

31/08/2026

We are delighted to share photos of training session: Sensor Networks and Drone Technology for Data Gathering held at SSUET - Sir Syed University of Engineering & Technology ! 🌿🛰️

A huge thank you to our expert instructors, Dr. Muhammad Yousuf Irfan Zia (SSUET) and Mr. Abdul Wahab (Osmani & Company Pvt. Ltd.), for delivering such an engaging and highly practical physical session. We thoroughly explored:
• The fundamental principles and applications of sensor networks.
• Drone deployment strategies for environmental data gathering.
• Advanced real-time monitoring techniques.
• Practical, hands-on demonstrations of drone and sensor operations in the field.

It is inspiring to see how equipping professionals with these advanced technologies can directly shape the future of environmental conservation and real-time climate monitoring.

29/08/2026

On August 7th, Sir Syed UET Karachi successfully conducted physical training sessions with an in-depth look at how technology can drive sustainability and impact assessment.

A massive thank you to esteemed instructors, Prof. Dr. Muhammad Aamir (SSUET) and Dr. Ibrahim Zia (National Institute of Oceanography), for leading such an engaging and knowledge-packed session.

Here is a quick look at what our participants mastered during the workshop:

🌱 The Fundamentals: Bridging the gap between Data Science and Climate Change.

🔍 Data Handling: Best practices for climate data collection and analysis.

💻 Advanced Tech: Applying predictive modeling and Machine Learning to environmental challenges.

📢 Actionable Insights: Conducting climate impact assessments and effectively communicating data for mitigation planning.

Equipping professionals with the practical skills to interpret and communicate climate data is a critical step toward building resilient communities.

Thank you to everyone who joined us in person.

21/08/2026

Engr. Muhammad Zakir Shaikh, Head of Dissemination and Media Works for the ACTIVE Project and Researcher at the University of Málaga, Spain, shares his key insights on the ACTIVE Project and our ongoing initiatives.

Engr. Zakir’s dedication to strengthening ties between the engineering communities of Pakistan and Europe is truly commendable. Under his leadership, the media team consistently delivers timely updates and drives awareness around the project’s core objectives. In a remarkably short period, he has driven outstanding achievements that continue to move our mission forward.

Universidad de Málaga / Mehran University of Engineering and Technology / European Commission / Ministry of Climate Change, Govt of Pakistan

20/08/2026

Engr. Saleem Ahmed Memon, Director of the Innovation & Entrepreneurship Center at MUET, shares his thoughts in our third magazine. He highlights Erasmus+ ACTIVE Project work in Mehran University and how young researchers are acquiring the hands-on technical skills required to build regional climate resilience.

Dirección

University Of Malaga
Málaga

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https://active-cbhe.eu/

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