Projects are the
new resume
Work on real projects from hiring companies. Build hands-on experience with expert guidance from industry experts, earn certificates that matter, and get discovered by employers looking for proven talent.




































































Design and Development of an Automated Solar Power Monitoring System
• Conduct research on solar power systems and familiarize with sensors and microcontrollers commonly used for monitoring purposes. • Design circuit diagrams for the automated monitoring system, selecting appropriate components such as voltage sensors, current sensors, and microcontrollers (e.g., Arduino). • Assemble the hardware components including solar panels, sensors, microcontroller boards, and display units. • Write embedded code to capture real-time data from sensors, process it, and display readings on an LCD or transmit data to a computer. • Test the system under various environmental conditions to ensure accurate and reliable data acquisition. • Troubleshoot and debug hardware and software issues that arise during testing. • Document the project process including design choices, coding, testing results, and final system evaluation. • Present the completed project to peers and instructors, explaining the working principles and practical applications of the automated solar power monitoring system.
Design and Implementation of an Automated Home Security System using Microcontrollers
1. Conduct background research on various sensors and microcontrollers suitable for home security applications. 2. Design circuit diagrams and select appropriate hardware components including sensors, microcontrollers, buzzers, and communication modules. 3. Develop and write embedded C or assembly language programs to interface the sensors with the microcontroller and implement alarm triggering mechanisms. 4. Assemble and wire the hardware components on a breadboard or PCB, ensuring proper connections and power supply. 5. Test and debug the system for accurate detection and timely notifications both locally and remotely. 6. Document the entire project process, including design decisions, circuit diagrams, coding, testing results, and user manual. 7. Present the final working model along with a demonstration and explanation of the system’s features and potential enhancements.
Development and Maintenance of an Automated Inventory Management System
1. Conduct a needs assessment to understand the specifications required for the inventory management system based on simulated business requirements. 2. Design the system architecture, including flowcharts and database schema, to outline how inventory data will be stored, processed, and accessed. 3. Develop the software interface using relevant programming languages and tools, ensuring user-friendly navigation and accurate data input. 4. Integrate hardware components such as barcode scanners or RFID readers to automate data collection and reduce manual entry. 5. Perform testing and debugging to identify and resolve issues related to software operation or hardware connectivity. 6. Document the entire development process, highlighting challenges faced and solutions implemented for future reference. 7. Collaborate with peers to present the project, explaining the system's functionality, advantages, and limitations. 8. Maintain the system by regularly updating the database and performing routine checks to ensure continuous and accurate inventory management. 9. Follow health and safety protocols during the installation and maintenance of hardware devices to mitigate risks.
Design and Implementation of a Basic Home Automation System Using Microcontroller
1. Research and gather information on microcontrollers suitable for home automation systems, including their features and programming requirements. 2. Design the circuit diagram incorporating sensors, microcontroller, and output devices such as relays or actuators for appliance control. 3. Assemble the hardware components and perform wiring according to the design plan, ensuring safety and functionality. 4. Write and test the programming code to interface the microcontroller with sensors and appliances, including setting control parameters. 5. Troubleshoot and resolve any issues arising during hardware setup or programming to achieve desired operational outcomes. 6. Document the entire process, including design rationale, programming logic, testing results, and lessons learned. 7. Prepare a presentation to demonstrate the working prototype and explain the underlying concepts and execution steps.
Development and Maintenance of a Home Automation System for ITI Trainees
1. Conduct research on components required for a basic home automation system including sensors, actuators, microcontrollers, and communication modules. 2. Design circuit diagrams and select appropriate hardware for controlling home appliances such as lights, fans, and security alarms. 3. Write and test code for controlling hardware through microcontrollers using embedded programming languages. 4. Assemble and wire the components on a breadboard or PCB, ensuring adherence to electrical safety standards. 5. Integrate sensors (e.g., temperature, motion) and actuators to automate tasks based on environmental data. 6. Perform troubleshooting and debugging during system assembly and testing phases. 7. Document the entire project process including design, implementation, testing, and maintenance guidelines. 8. Present the completed project demonstrating functionality and explaining operational principles to peers and instructors.
Design and Development of an Automated Home Security System for ITI Trainees
1. Conduct a comprehensive study of different types of sensors and their applications in home security. 2. Design circuit diagrams incorporating required components such as microcontrollers, sensors, and alarms. 3. Assemble the hardware components on a breadboard or PCB for prototype development. 4. Write and debug microcontroller code to interface with sensors and control the alert system. 5. Test the system under varied conditions to assess detection accuracy and response time. 6. Document the entire project process including design choices, challenges faced, and solutions implemented. 7. Prepare a presentation to demonstrate the working model and explain technical details. 8. Collaborate with team members, sharing responsibilities and ensuring synchronization between hardware and software tasks.
Design and Development of a Basic Embedded System for Home Automation
1. Research and study the basics of embedded systems and microcontroller architecture relevant to home automation. 2. Design circuit diagrams for controlling at least two home appliances using a microcontroller (e.g., Arduino or PIC). 3. Write and test the software code to operate appliances via inputs such as switches or sensors. 4. Assemble and wire the electronic components on a breadboard or PCB for prototype development. 5. Integrate sensors (like temperature or motion sensors) and actuators (like relays) into the system for automated control. 6. Troubleshoot any hardware and software issues that arise during assembly and testing phases. 7. Document the entire development process including circuit diagrams, source code, and testing results. 8. Present the working prototype and demonstration to peers and instructors, highlighting functionality and system design.
Automation of Workshop Inventory Management System for ITI Trainees
1. Conduct a thorough requirement analysis by studying existing manual inventory processes used in the workshop and identifying inefficiencies. 2. Design the system architecture involving database schemas, user interface layouts, and system functionalities to meet inventory management needs. 3. Develop the inventory management application using appropriate programming languages and database technologies, ensuring functionality such as item entry, update, deletion, and reporting. 4. Test the system through simulated scenarios to verify accuracy, reliability, and user-friendliness, and debug any issues identified during testing phases. 5. Document the entire development process, including design decisions, code annotations, testing results, and user manual creation. 6. Present the final project demonstrating the system's capabilities and suggest potential enhancements for future improvements. 7. Collaborate effectively within a team, assigning roles such as coding, testing, and documentation to ensure timely project completion.
Automation and Control Panel Assembly for Industrial Applications
1. Study and interpret electrical schematic diagrams related to the control panel design. 2. Select and organize required electrical components including switches, contactors, relays, and wiring materials. 3. Assemble the control panel framework and mount electrical components as per design specifications. 4. Execute wiring and connections, ensuring correct terminals and cable management in compliance with safety regulations. 5. Conduct continuity tests and troubleshoot any wiring errors or component malfunctions to ensure operational integrity. 6. Perform functional testing of the assembled control panel to verify that it meets design and safety requirements. 7. Document the assembly process, including diagrams, wiring layouts, and test results, to support maintenance and future reference. 8. Work collaboratively within a team environment to simulate professional industrial assembly conditions and problem-solving scenarios.
Business & Management
IT & Software Development
Register & Create Your Profile
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Choose Your Project Topic
Explore a curated list of industry-relevant project topics designed for your course and semester.
Get an Industry Mentor
Get assigned an experienced industry mentor who will guide you throughout the project journey.
Work on Your Project
Follow a structured project workflow that includes research, analysis, and implementation.
Prepare Your Project Report
Receive guidance on preparing a well-structured project report aligned with university guidelines.
Final Review & Submission
Submit your completed project and report for review and receive valuable feedback.
Earn Your Certification
Receive a certification recognizing your project work and industry mentorship experience.
Apply for Job Opportunities
Use your completed project and certification to apply for relevant job opportunities.

Suravi Roy
Suravi Roy

Chetan Manral Dwivedi
Chetan Manral Dwivedi

Katare Neelam
Katare Neelam

Jayashree Mishra
Jayashree Mishra

Hamza murtika
Hamza murtika

Vaishnavi
Vaishnavi

Jessica Sharon
Jessica Sharon

Sanjay Singh
Sanjay Singh

Malvi Priyanshu Sunil
Malvi Priyanshu Sunil

Aryan Antal
Aryan Antal

Gaurav Makhija
Gaurav Makhija

Keshav Sharma
Keshav Sharma

Lavanya
Lavanya

Suravi Roy
Suravi Roy

Chetan Manral Dwivedi
Chetan Manral Dwivedi

Katare Neelam
Katare Neelam

Jayashree Mishra
Jayashree Mishra

Hamza murtika
Hamza murtika

Vaishnavi
Vaishnavi

Jessica Sharon
Jessica Sharon

Sanjay Singh
Sanjay Singh

Malvi Priyanshu Sunil
Malvi Priyanshu Sunil

Aryan Antal
Aryan Antal

Gaurav Makhija
Gaurav Makhija

Keshav Sharma
Keshav Sharma

Lavanya
Lavanya



Industry-Relevant Projects
Work on real-world project topics designed in collaboration with industry experts and aligned with your university curriculum.
Dedicated Industry Mentorship
Get guidance from experienced mentors who support you throughout the project lifecycle—from idea to final submission.
Structured Project Framework
Follow a step-by-step project workflow with milestones, mentor reviews, and report guidance to ensure successful completion.
Certification & Career Opportunities
Earn a recognized project completion certificate and get access to job opportunities to kickstart your career.
Q. What benefits do I get from Qollabb projects?
A. Qollabb projects offer hands-on experience, skill development, and networking, bridging academia and the professional world. With industry mentor guidance, you can opt for evaluation, rating, and certification, earning a completion certificate that highlights your work quality.
Q. How does Qollabb help in my career development?
A. Qollabb projects build a tangible portfolio, showcasing your skills and making you job-ready. A certification with a rating validates your hands-on capabilities, impressing potential employers. Qollabb also offers job opportunities from employers looking for candidates with demonstrated work experience.
Q. What skills do I need to join Qollabb?
A. Qollabb offers projects across various domains. The required skills depend on the specific project, so there's something for everyone.




