AURIKAA Smart Hydroponics Monitoring System
Summary
Designed and developed an IoT-based smart plant monitoring system for hydroponics, integrating various sensors and cloud services to enhance agricultural efficiency and yield.
Aspiring AI/ML Engineer and Software Developer with a robust foundation in Artificial Intelligence, Data Structures, and Scalable Software Systems. Proven ability to develop AI-based solutions, IoT monitoring concepts, and smart agriculture technologies, complemented by practical experience in Electric Vehicle systems. Eager to apply innovative technical skills to solve complex challenges and drive technological advancements.
Junior EV Technician Intern
Mangalore, Karnataka, India
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Summary
Contributed to efficient Electric Vehicle diagnostics and servicing, enhancing operational workflows and customer satisfaction.
Highlights
Assisted in diagnostics and servicing for over 50 Electric Vehicle maintenance operations, ensuring high standards of vehicle performance and safety.
Implemented structured troubleshooting methods that reduced diagnostic time by approximately 10%, optimizing service efficiency and turnaround.
President
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Summary
Led youth organizational initiatives and community development programs, fostering engagement and positive social impact.
Highlights
Directed and coordinated multiple community development programs, significantly increasing youth participation and outreach.
Managed diverse events and collaborated with teams, enhancing overall community engagement and organizational effectiveness.
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Bachelor of Engineering
Computer Science (AI & ML)
Courses
Data Structures & Algorithms
Artificial Intelligence
DBMS (Database Management Systems)
Software Engineering
Operating Systems
Computer Networks
IoT Architecture
Machine Learning
Cloud Concepts
Issued By
Infosys Springboard
Python, Java, JavaScript, C.
Data Structures & Algorithms, Artificial Intelligence, DBMS, Software Engineering, Operating Systems, Computer Networks.
Git, GitHub, VS Code, SQL, Arduino, IoT Architecture, Cloud Concepts.
Artificial Intelligence, Machine Learning, Image Classification, Predictive Modeling, Data Analysis.
IoT Systems, Sensor Integration, Real-time Monitoring, Automation.
Software Development Lifecycle (SDLC), System Design, Scalable Workflows, Problem Solving, Debugging.
Hydroponics, Pest Detection, Plant Health Monitoring, Sustainable Farming Solutions.
EV Diagnostics, Maintenance Operations, Troubleshooting, Automotive Systems.
Problem Solving, Analytical Thinking, Fast Learning, Team Collaboration, Communication, Adaptability, Leadership, Project Management.
Summary
Designed and developed an IoT-based smart plant monitoring system for hydroponics, integrating various sensors and cloud services to enhance agricultural efficiency and yield.
Summary
Conceptualized and designed an advanced monitoring architecture integrating sensor data with AI-driven automation for various applications.
Summary
Executed a complete software development lifecycle project, demonstrating proficiency in planning, testing, and documentation.