28 July 2025 – 1 August 2025
A 40-Hours (5-days) Training Program for University Professors
Powered by- Geospatial Intelligence and Applications Laboratory, IITTNiF
Geographic Information Systems (GIS) and Remote Sensing (RS) have become essential tools for planning, decision-making, and management across various sectors. According to IDC, the global GIS market is projected to reach $25 billion by 2030, growing at a CAGR of around 12%, reflecting its increasing significance. Governments worldwide, including India, have recognized GIS as a critical technology for informed decision-making, leading to substantial investments in geospatial technologies. Industries such as agriculture, logistics, real estate, smart cities, and climate science are increasingly integrating GIS into their operations, creating a strong demand for a well-trained workforce equipped with geospatial expertise.
The advancements in GIS technology and its increasing applications across diverse sectors demand that GIS academicians stay current with the latest tools, trends, and methodologies. Recognizing this need, institutions have successfully trained professionals in the latest trends in geospatial technology, fostering a cycle of knowledge transfer that ensures future generations are well-prepared to meet evolving industry demands.
To address this, Geospatial Intelligence and Applications Laboratory (Geo-Intel Lab), IITTNiF, IIT Tirupati, GIS Academia Council of India (GACI) and Esri India are collaboratively organizing, and is pleased to invite you to participate in a 5-day advanced training program titled “Faculty Training on Evolving Geo-Informatics and Applications”, scheduled from 28th July to 1st August 2025 at IIT Tirupati.
Course Structure
The training program is organized into five thematic areas, comprising specialized modules. Each module is designed to provide in-depth knowledge and hands-on experience aligned with current geospatial trends and applications.
Objective
The training program aims to build advanced geospatial capabilities among faculty members by offering both conceptual insights and hands-on experience. The core objectives are:
Strengthen academic capacity by equipping faculty with cutting-edge GIS tools, techniques, and software aligned with global trends and national development needs.
Promote effective integration of geospatial technologies into research and classroom settings by enabling practical applications to real-world problems across diverse domains.
Enhance teaching effectiveness through innovative pedagogical approaches, access to curated resources, and pathways for continued learning via advanced specialization modules.
Benefits
Gain in-depth knowledge of advanced GIS tools, spatial analytics, AI integration, and emerging geospatial technologies, enabling them to stay aligned with global trends and real-world applications in geospatial science and technology.
Be exposed to modern pedagogy, learner-centric instructional methodologies, empowering them to deliver more interactive, engaging, and effective teaching experiences.
Through live demonstrations and hands-on sessions with industry-standard tools and software, participants will develop practical skills for real-world applications, ensuring technical competency that goes beyond theoretical understanding.
Be equipped on integrating new topics and emerging trends into their curriculum, while also identifying relevant research opportunities aligned with current technological innovations and national priorities.
Can transfer their knowledge to hundreds of students, preparing students with skills demanded in various industries like urban planning, environmental science, energy, agriculture, and infrastructure.
Receive formal certification that enhances their professional credibility and visibility, adding significant value to both their academic and professional profiles.
Become part of a community of practice, connecting with fellow educators, researchers, and industry leaders, opening up avenues for collaboration, joint projects, and funding.
Training Methodology and Tools
The training will be delivered through a blended and immersive approach that emphasizes both conceptual clarity and practical application. The instructional design includes:
Live Interactive Lectures: Delivered by industry professionals, eminent academicians, and domain experts, providing participants with emerging trends in GIS and insights into real-world applications.
Hands-on Learning: Interactive lab sessions using leading platforms such as ArcGIS Pro, ArcGIS Enterprise, Python Notebooks to build practical proficiency.
Integrated Learning Approach: Each session is supported by concept presentations, live demonstrations, and real-world case studies to reinforce theoretical understanding with applied knowledge.
