Projects
Built. Deployed.
Operating.
Selected centres, platforms and programmes we've helped stand up across India.
2 photosCIDSA : AI Enabled Centre for Innovation in Digital & Sustainable Agriculture.
AI Enabled CIDSA (https://cidsaglobal.com/)
Actively involved in establishing India’s first Centre for Innovation & Development in Smart Agriculture (CIDSA) at GKVK, Bengaluru – University of Agricultural Sciences, Bengaluru. The initiative brings together advanced technologies, agricultural research, industry expertise, and skill development to accelerate the adoption of smart and precision agriculture. The centre focuses on AI, IoT, robotics, drones, geospatial technologies, automation, data analytics, and digital agriculture to address real-world farming challenges. It provides an ecosystem for innovation, hands-on training, industry collaboration, technology demonstrations, incubation, and entrepreneurship, enabling students, researchers, farmers, and agritech professionals to develop and deploy technology-driven solutions for sustainable and productive agriculture. https://cidsaglobal.com/
Industry Connect Platform
Bridge between technical students & manufacturing industries
Developed Skill Connect, a technology-enabled Industry Connect platform bridging trained technical talent with India’s manufacturing, Agritech, and deep-tech industries through verified competency profiles. The platform goes beyond academic qualifications by capturing practical skills, hands-on training, projects, certifications, assessments, and industry-relevant competencies. Companies can discover and shortlist candidates based on role-specific technical requirements, creating a more efficient and competency-driven talent discovery process. Skill Connect enables the journey from learning → assessment → certification → internship/apprenticeship → employment, while helping institutions track student competencies and employability outcomes. Integrated with TechCatalyst’s broader skilling ecosystem, including TCLMS360, the platform supports industry-aligned courses, practical projects, competency tracking, certifications, and placement initiatives across Smart Manufacturing, IIoT, AI/ML, Robotics, EV, Digital Manufacturing, and Precision Agriculture. The platform connects industry, academia, training institutions, and technology partners to build a future-ready technical workforce.
Smart Manufacturing & Industrial Automation
Centre of Excellence — SMIA
A future-ready Centre of Excellence focused on developing industry-ready talent through hands-on learning in industrial automation, smart manufacturing, and digital transformation technologies. Core Technologies: PLC • SCADA • IIoT • MES • Robotics • Digital Twin
Electric Vehicle Battery Test Rig and Microgrid
EV Battery Testing, Energy Storage & Smart Microgrid Integration
Design and implementation of an integrated Electric Vehicle Battery Test Rig and Smart Microgrid laboratory for battery characterization, charging and discharging analysis, BMS validation, energy storage testing, EV charging, renewable energy integration and IIoT-based monitoring. The system combines programmable battery cycling, battery management systems, solar PV, energy storage, bidirectional power conversion, EV charging and microgrid energy management into a unified experimental platform. The facility enables real-time data acquisition, battery performance analysis, SOC/SOH estimation, predictive analytics, energy optimization and digital-twin applications for EV and energy-storage research and skilling. If this is going on the CIDSA/TechCatalyst website, I can also make the Subtitle + Summary much more marketing-oriented and concise, matching the style of your other project portfolio entries.
Reverse Engineering & Advance Driver Assistance System
VTU Belagavi — Reverse Engineering, ADAS & Digital Twin CoE
Established an integrated Reverse Engineering, Advanced Driver Assistance Systems (ADAS) and Digital Twin Centre of Excellence at Visvesvaraya Technological University (VTU), Belagavi, creating an industry-oriented ecosystem for next-generation automotive engineering. The centre brings together advanced engineering technologies, simulation, digitalisation, sensing, vehicle systems, and data-driven methodologies to provide students and faculty with practical exposure to modern automotive product development. The Centre of Excellence supports hands-on learning, applied research, prototyping, reverse engineering, digital twin development, ADAS technology exploration, and industry-focused skill development. It enables learners to work with real-world engineering workflows spanning product inspection, 3D scanning, CAD reconstruction, simulation, system integration, testing, and virtual validation.
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