"Portfolio of Chaudhari Manav Rajeshbhai – Robotics & Embedded Systems"

This portfolio presents the academic and technical journey of Chaudhari Manav Rajesh Bhai a BTech ICT student with a minor in Robotics at Pandit Deendayal Energy University (PDEU). It highlights his strong foundation in embedded systems, IoT, and robotics, along with a passion for innovation and automation.

Manav possesses technical expertise in C, C++, Python, and Java, with hands-on experience in Arduino programming, microcontroller design, sensor integration, and real-time system optimization. His key projects include an Arduino Autonomous Robot, CPU Architecture Design, and a Water Level Detection System, showcasing his ability to merge theory with practical applications.

He has also participated in workshops on AI, Quantum Computing, and Smart Cities, and holds certifications in Embedded Systems and IoT Development. As an active member of IEEE PDEU, he contributes to robotics clubs and open-source projects, emphasizing teamwork and leadership.

With a CGPA of 9.22/10, Manav’s career goal is to become a leading innovator in embedded intelligence and autonomous systems, creating sustainable, technology-driven solutions that enhance communication, automation, and smart infrastructure.

1. Portfolio – Manav Chaudhari B.Tech ICT Student | Minor in Robotics Innovating through Embedded Intelligence I'm passionate about embedded systems and robotics, aiming to design intelligent hardware solutions that bridge communication and automation. Phone: [phone]

2. About Me I am Manav Chaudhari, an ambitious B.Tech ICT student with a minor in Robotics, driven by a deep passion for embedded systems and robotics. My journey is fueled by a constant technical curiosity and an insatiable learning attitude, always seeking to understand how intelligent hardware can bridge complex communication and automation challenges. I am dedicated to designing innovative solutions that integrate cutting-edge technology with practical applications. My goal is to contribute to the next generation of intelligent hardware solutions, pushing the boundaries of what's possible in the world of robotics and embedded intelligence.

3. Technical Expertise Core Programming Languages C/C++: System-level programming, embedded applications Python: Automation, data processing, robotics control Java: Object-oriented programming, application development Embedded Systems & Hardware Arduino ecosystem and microcontroller programming Sensor integration and IoT development Bluetooth and wireless communication protocols Voice recognition systems implementation Real-time system design and optimization Development Tools & Platforms Database management: MySQL, PostgreSQL Operating Systems: Linux (Rocky distribution) Version control and development workflows

4. Skills Programming C C++ Python Java Embedded Systems Arduino Microcontroller Programming Hardware Sensor Integration Bluetooth Voice Recognition Tools & OS MySQL PostgreSQL Linux (Rocky) Soft Skills Teamwork Analytical Thinking Problem Solving

5. Projects Arduino Autonomous Robot with Multi-Modal Control Designed an embedded system for obstacle avoidance and multi-modal control. Optimized real-time navigation algorithms for low latency. Technologies: Bluetooth Voice Recognition Ultrasonic Sensors CPU Design (Project on Computer Architecture) Implemented CPU architecture with instruction set and control unit. Technologies: Instruction Set Design Control Unit Implementation Water Level Detection System Built automated water-level monitoring system using sensors and analog signal processing. Technologies: Sensors Analog Signal Processing

6. Project Spotlight: Arduino Autonomous Robot Project Overview: Comprehensive autonomous navigation system with multi-modal control capabilities Key Features: Real-time obstacle detection and avoidance Voice command recognition and processing Bluetooth connectivity for remote control Ultrasonic sensor array for environmental mapping Optimized navigation algorithms for minimal latency Technical Implementation: Embedded C programming for real-time control Sensor fusion algorithms for accurate positioning Multi-threaded architecture for concurrent operations Custom PCB design for sensor integration Challenges Overcome: Real-time processing constraints Sensor noise filtering and calibration Power optimization for extended operation

7. Research & Innovation Current Research Interests Embedded AI for autonomous systems IoT integration in smart infrastructure Real-time signal processing optimization Human-robot interaction interfaces Academic Contributions CPU Architecture Design: Custom instruction set implementation Water Level Monitoring: Analog signal processing innovation Multi-modal Control Systems: Voice and gesture recognition Future Research Goals Edge computing for robotics applications Sustainable embedded system design Advanced sensor fusion techniques Quantum computing applications in embedded systems Innovation Philosophy "Bridging the gap between theoretical knowledge and practical implementation through hands-on experimentation and continuous learning."

8. Certifications & Education Education Pandit Deendayal Energy University (PDEU) B.Tech in Information and Communication Technology, Minor in Robotics CGPA 9.22 / 10 | Expected 2027 Certifications & Workshops Engineering Essentials: Obsidian, Linux, Git, and GitHub – IEEE PDEU (2025) Atomistic Modelling using Synopsys QuantumATK – Integrated Microsystem & PDEU (2025) Future Smart Cities: From Challenges to Hands-on Solutions through AI, Quantum Computing, and 6G Technologies – Department of ICT & ECE, PDEU (2025), supported by GUJCOST and MathWorks

9. Professional Development & Learning 1 Recent Workshops & Training Engineering Essentials: Obsidian, Linux, Git, and GitHub – IEEE PDEU (2025) Atomistic Modelling using Synopsys QuantumATK – Integrated Microsystem & PDEU (2025) Future Smart Cities: AI, Quantum Computing, and 6G Technologies – PDEU (2025) 2 Technical Certifications in Progress Embedded Systems Certification IoT Development Specialization Robotics Process Automation 3 Self-Directed Learning Advanced microcontroller programming Machine learning for embedded systems Real-time operating systems (RTOS) PCB design and manufacturing 4 Professional Goals Contribute to open-source robotics projects Publish research in embedded systems journals Develop innovative IoT solutions for smart cities Mentor upcoming engineers in embedded technologies

10. Leadership & Extracurricular Activities Technical Leadership Project Team Lead for Arduino Autonomous Robot development Peer mentor for embedded systems programming Workshop organizer for robotics club activities Academic Involvement Active member of IEEE PDEU student chapter Participant in robotics competitions and hackathons Contributor to university technical publications Community Engagement STEM education volunteer for local schools Open-source project contributor Technical blog writer on embedded systems topics Personal Interests Robotics hobby projects and experimentation Technology trend analysis and research Maker space activities and prototyping Continuous learning through online courses Awards & Recognition Academic Excellence Award (CGPA 9.22/10) Best Project Award for Autonomous Robot System Innovation Recognition in Smart Cities Workshop

11. Career Vision & Goals Short-term Goals (1-2 years) Complete B.Tech with distinction (maintain 9+ CGPA) Secure internship at leading robotics/embedded systems company Publish research paper on autonomous navigation systems Contribute to 3+ open-source robotics projects Medium-term Goals (3-5 years) Pursue Master's in Robotics or Embedded Systems Lead development of innovative IoT solutions Establish expertise in AI-driven embedded systems Build professional network in robotics industry Long-term Vision (5+ years) Become a recognized expert in embedded intelligence Found or lead R&D team in autonomous systems Contribute to smart city infrastructure development Mentor next generation of embedded systems engineers Career Interests Autonomous vehicle systems Smart infrastructure and IoT Robotics process automation Embedded AI and edge computing "To design intelligent embedded systems that enhance human capabilities and create sustainable technological solutions for tomorrow's challenges."

12. Achievements & Contact Achievements Academic Excellence – CGPA 9.22/10 Technical Innovation – Self-directed embedded projects Contact Information I'm always keen to connect with professionals and explore opportunities in embedded systems and robotics. Feel free to reach out: Phone: [phone] Email Me Connect on LinkedIn