Past

Researches and Projects

Modular Web-Based Hotel Management Suite for Small Hotels (Final Project)

SLIATE, Sri Lanka.
Aug 2023 – Mar 2024

I Successfully streamlined operations by utilizing HTML, CSS, JavaScript, and PHP to enhance efficiency in hotel management systems. This approach improved the overall user experience for both staff and clients, ensuring seamless interactions and accessibility. By implementing robust solutions, I optimized reservation management processes, enabling efficient handling of bookings, check-ins, and other essential hotel operations. My work not only reduced operational complexity but also improved reliability and client satisfaction, showcasing my ability to integrate technical expertise with practical applications to achieve impactful results in real-world scenarios.

Modular Web-Based Hotel Management Suite for Small Hotels (Final Project)

SLIATE, Sri Lanka.
Apr 2023 – Aug 2023

I designed a Java-based Hostel Management System tailored for colleges and universities, focusing on streamlining the management of student housing facilities. The system was developed as an individual project during my time at SLIATE, Sri Lanka. Utilizing Java and MySQL, the system ensured efficient handling of housing operations, offering robust functionality and user-friendly features. To promote accessibility and support educational institutions, the system was made freely available, reflecting my commitment to creating impactful solutions that address real-world needs while fostering inclusivity and innovation in academic environments.

Design and Fabrication of a Rattan Splitting Machine For efficient Production Of High-

Quality Rattan Material (Final Year Project & Dissertation)

CINEC Campus, Sri Lanka.
Jun 2022 – Apr 2023

As part of my final year project and dissertation at CINEC Campus, Sri Lanka, I contributed to the design and fabrication of a Rattan Splitting Machine, completed in collaboration with the Ministry of Rural Economic Affairs of Sri Lanka. This innovative project significantly enhanced the efficiency and quality of rattan material production while reducing the reliance on manual labor. By automating key aspects of the production process, the machine not only improved productivity but also ensured consistent, high-quality output, reflecting my ability to deliver impactful solutions through engineering and collaboration.

Design and Optimization of an Electro-Mechanical Vehicle Lift with Enhanced Safety Features and Worker Usability

CINEC Campus, Sri Lanka.
Nov 2022 – Apr 2023

This project introduces innovative features to enhance the safety and ease of use for operators, customers, and vehicles. The designed features can be retrofitted to existing ramps, offering a cost-effective solution without requiring new installations. My contribution focused on the CAD simulation aspect of the project, ensuring accurate modeling and validation of the designs. Through simulations, I analyzed structural integrity, ergonomic functionality, and safety enhancements, providing critical insights for the development process. This approach ensures improved functionality and user experience while maintaining economic feasibility.

Development of a Business Plan for the Cinez ACM - An Automated Tile and Glass Cleaning Solution, (Group Project )

CINEC Campus, Sri Lanka.
Jun 2022 – Apr 2023

As part of a group project at CINEC Campus, Sri Lanka, from June 2022 to May 2023, I contributed to developing a comprehensive business plan for the Cinez ACM, an automated tile and glass cleaning solution. The plan emphasized mechanical and mechatronic innovations designed to enhance cleaning efficiency and automation. It also highlighted the product’s cost-effectiveness and market readiness, showcasing its potential for wide-scale adoption. By crafting a detailed strategy, we aimed to attract sponsorship and investment, demonstrating the viability of this innovative solution to meet industry demands while promoting sustainability and efficiency.

‘Gestione V1.0’ Barcode Based Stock management system software program and Automate the system

MAS Intimates (PVT) LTD (Casualline Division), Sri Lanka.
Jun 2022 – Apr 2023

I developed Gestione V1.0, a barcode-based stock management software program designed to automate the inventory system at MAS Intimates, Sri Lanka. The software introduced a highly efficient solution for inventory management by leveraging barcode technology to ensure precise data collection, significantly reducing manual errors, and enhancing the accuracy of stock records. By automating the inventory processes, Gestione V1.0 streamlined stock management, enabling seamless tracking of materials and improving operational efficiency in the machine shop. This transformation eliminated redundant manual tasks, allowing for better resource allocation and faster decision-making. The system was tailored to address the specific needs of the industry, reflecting my ability to analyze requirements and implement practical, technology-driven solutions. The success of this project highlights my skills in software development, automation, and process optimization, as well as my commitment to enhancing productivity through innovative and scalable approaches in industrial environments.

Introduced Computer Based Time Management and Attendance system For Service Center

MAS Intimates (PVT) LTD (Casualline Division), Sri Lanka.
Mar 2022 - May 2022

I developed and implemented a computer-based time management and attendance system for the service center at MAS Intimates, Sri Lanka, to enhance operational efficiency and resource utilization. The system enabled a detailed analysis of mechanics' time usage during machine servicing, offering valuable insights into work patterns and identifying areas for improvement. By analyzing time data, I identified and eliminated unnecessary work processes, leading to significant workflow optimization. The automated attendance tracking feature also reduced manual errors, improved reliability, and ensured accurate monitoring of personnel activities. This innovative solution streamlined operations, enhanced time management, and boosted overall efficiency within the service center. The project showcased my ability to analyze industrial challenges and provide tailored, technology-driven solutions. By addressing real-world operational bottlenecks, I demonstrated my commitment to leveraging technology for process improvement and increased productivity in demanding industrial settings.

Designed Automatic Oil Measuring Machine

MAS Intimates (PVT) LTD (Casualline Division), Sri Lanka.
Jan 2022 - Feb 2022

I designed an Automatic Oil Measuring Machine for MAS Intimates, Sri Lanka, to enhance efficiency and precision in machine servicing. This innovative solution automated the oil measuring process, replacing traditional manual methods and significantly improving operational accuracy. The automation reduced oil waste by ensuring precise measurements, contributing to cost savings and environmental sustainability. Additionally, the system streamlined machine servicing, reducing service time and increasing overall efficiency. This project reflects my ability to integrate automation into industrial processes, optimizing workflows, and addressing practical challenges with technology-driven solutions. It highlights my commitment to improving efficiency and sustainability in industrial operations.

Designed Safety System for Macpi heat press

MAS Intimates (PVT) LTD (Casualline Division), Sri Lanka.
Mar 2022 - Apr 2022

I designed a safety system for the Macpi heat press at MAS Intimates, Sri Lanka, to enhance workplace safety and prevent accidents. The system featured an automatic shutdown mechanism that immediately stops the machine if a hand or foreign object is detected near the press, reducing the risk of injury. This safety enhancement provided a critical safeguard, ensuring that workers could operate the machine with greater confidence. By addressing potential hazards, the system contributed to a safer work environment and minimized the risk of accidents in the workplace. The project highlights my ability to apply engineering principles to improve safety protocols and protect workers, demonstrating my commitment to creating safer industrial environments through innovative, practical solutions.

Time improved of Machine service times (Industrial Engineering Project)

MAS Intimates (PVT) LTD (Casualline Division), Sri Lanka.
Feb 2022 - May 2022

I worked on an industrial engineering project at MAS Intimates, Sri Lanka, aimed at improving machine service times. I conducted a detailed analysis of the existing servicing processes, identifying inefficiencies and bottlenecks that slowed down machine maintenance. Based on this analysis, I implemented new efficiency standards that optimized the workflow, reduced downtime, and streamlined the servicing process. These changes resulted in a significant reduction in machine servicing time, improving overall productivity and operational efficiency. This project showcases my ability to analyze complex industrial processes and implement practical solutions that enhance performance. It also highlights my commitment to continuous improvement and process optimization in manufacturing environments.

Low cost and high efficient Multipurpose Flour Sieve Machine for small industries

CINEC Campus, Sri Lanka.
Jul 2021 – Dec 2021

I designed and developed a low-cost, high-efficiency multipurpose flour sieve machine tailored for small industries, particularly supporting Sri Lankan small-scale bakers. The project focused on enhancing the flour sieving process by incorporating mechanical power, significantly improving efficiency compared to traditional methods. By prioritizing affordability, the machine offered a practical and accessible solution to small-scale industries, empowering them to optimize operations while reducing costs. This project demonstrated my ability to address specific industry needs through innovative engineering solutions.