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Ravi Jayamanne

Ravi Jayamanne

Aircraft Maintenance Trainee

Followers of Ravi Jayamanne1000 followers
location of Ravi JayamanneColombo District, Western Province, Sri Lanka

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  • Timeline

  • About me

    Part 21J Lead Design and Certification Engineer (Structures/ Interiors) | AMIESL

  • Education

    • IESL college of engineering

      2016 - 2020
      Graduate Diploma Mechanical Engineering Distinction

      GRADUATE DIPLOMA Management IIISolid MechanicsIndustrial EngineeringAdvanced Manufacturing SystemsRefrigeration and Air ConditioningHeat and Mass TransferProduct DesignIndividual ProjectADVANCED DIPLOMA 2:Control SystemsApplied thermodynamicsDynamics of mechanical systems Fluid machinery Automobile technology Industrial electronicsManagement 2Humanities and social sciences ADVANCED DIPLOMA 1:Engineering… Show more GRADUATE DIPLOMA Management IIISolid MechanicsIndustrial EngineeringAdvanced Manufacturing SystemsRefrigeration and Air ConditioningHeat and Mass TransferProduct DesignIndividual ProjectADVANCED DIPLOMA 2:Control SystemsApplied thermodynamicsDynamics of mechanical systems Fluid machinery Automobile technology Industrial electronicsManagement 2Humanities and social sciences ADVANCED DIPLOMA 1:Engineering mathematics 3Design of machine elements Mechanics of machines Power systems and machinesFluid dynamics Manufacturing systemsElectronics 1Management 1CERTIFICATE LEVEL 2:Engineering mathematics 2Presentation of engineering information Engineering in context Thermodynamics and fluid mechanics Electrical measurements and instrumentation Manufacturing processesCERTIFICATE LEVEL 1:Engineering mathematics 1Language skills development Mechanics and properties of materials Basic electrical engineering Introduction to ICT Engineering Mechanics Show less

    • Srilankan Technical Training (STT)

      2016 - 2018
      EASA B1.1 Aircraft Maintenance

      Theoretical Training:Completed modules: - M1 Mathematics - M2 Physics - M3 Electrical Fundamentals - M4 Electronic Fundamentals - M5 Digital Techniques - M6 Materials and Hardware - M7 Maintenance Practices - M8 Aerodynamics - M9 Human Factors - M10 Aviation Legislation - M11A Aeroplanes, Aerodynamics, Structures and systems - M15 Gas Turbine… Show more Theoretical Training:Completed modules: - M1 Mathematics - M2 Physics - M3 Electrical Fundamentals - M4 Electronic Fundamentals - M5 Digital Techniques - M6 Materials and Hardware - M7 Maintenance Practices - M8 Aerodynamics - M9 Human Factors - M10 Aviation Legislation - M11A Aeroplanes, Aerodynamics, Structures and systems - M15 Gas Turbine Engines - M17 PropellerFuel Tank SafetyPractical training (1200hrs)Line maintenance (300hrs) - Transit Checks - Daily Checks - Weekly checks - ETOPS Checks Airbus A320 and A321 CEO, NEO Airbus A330-200, A330- 300 Base maintenance (600hrs) Workshop training (300hrs) - Structures Repair Shop - Avionics workshop - Wheels and Brakes shop - Safety workshop - Accessory workshop - Non Destructive Testing workshop - Composite Repair and Paint shop Show less

    • Lyceum

      2006 - 2016

      Activities and Societies: House Captain (Aquila house) Basketball (Captain in 2013/2014) Athletics (High Jump, Long Jump, 100/200/400 Running events) Karate GCE AS and A LevelChemistry - APhysics - A*Mathematics - B

    • Sri Lanka Technological Campus

      2020 - 2023
      Bachelor's degree Mechatronics, Robotics, and Automation Engineering 3.34/4.0 (Second Class Upper)

      YEAR 1 AND YEAR 2:Exceptions - Module exception (Modules covered in the Graduate Diploma -IESL College of Engineering) and 24 weeks of Industrial training.YEAR 3FINAL YEAR:Data Structures and AlgorithmsMeditation and YogaMechanical VibrationsIndustrial Control SystemsRobotics EngineeringIndustrial ElectronicsFinal Year Project

  • Experience

    • SriLankan Airlines Official

      Dec 2017 - Dec 2018
      Aircraft Maintenance Trainee

      Workshop Maintenance: Wheels and brakes, Aircraft Structure, Paint and Composite, Non-Destructive Testing, Safety, and Avionics.Line Maintenance: Aircraft Servicing, Transit/Daily/Weekly Checks.Base Maintenance: Engine Replacements, Engine ground runs, and testing, Fuel tank inspections, Structural work, A checks and C checks on A320-200/300/neo, A330-200/300 aircraft.

    • Sojitz Kelanitissa

      Dec 2018 - Feb 2019
      Trainee Engineer

      Work with the technical services team during the replacement of gas and steam turbines.

    • KRAMSKI Lanka (Pvt) Ltd.

      Feb 2019 - Aug 2019
      Engineering Trainee

      1. Calculate dimensions or tolerances, using measuring instruments such as micrometers or vernier callipers.2. Machine parts to specifications, using machine tools, such as milling machines, EDM, or grinders.3. Study sample parts, blueprints, drawings, or engineering information to determine methods or sequences of operations needed to fabricate products.4. Program computers or electronic instruments, such as numerically controlled machine tools.5. Fit and assemble parts to make, repair, or modify dies, jigs, gauges, and tools, using machine toolsand hand tools.6. Conduct test runs with completed tools or dies to ensure that parts meet specifications, makingadjustments as necessary.7. Maintenance of production machines.8. Experience in project management and product design. Show less

    • Suriyakanda Plantations

      Dec 2019 - Jun 2020
      Engineering Assistant

      Oversee installation, operation, maintenance, or repair to ensure that machines or equipment areinstalled and functioning according to specifications.

    • KNSI Aviation Engineering

      Nov 2021 - now

      1. Develop Engineering Solutions for Major/Minor Modifications and Repairs to Aircraft Structures and Interiors.2. 3D modelling and Drafting (SolidWorks & AutoCAD).3. Create Certification and Compliance Demonstration documentation in accordance with theprocedures defined in the Design Organisation Handbook.4. Compile engineering accomplishment documentation and instructions for continued airworthinessincluding Change Accomplishment Instructions, Repair Accomplishment Document, Illustrated PartsCatalogue Supplements (IPC), Aircraft Maintenance Manual Supplements (AMM) etc.5. Produce substantiation documents (Such as Flammability Documentation, Design reports –Structures Substantiation Report) to demonstrate compliance with relevant regulatory andoperational requirements. Show less

      • Lead Engineer

        Sept 2023 - now

      • Deputy Team Lead

        Dec 2022 - Aug 2023

      • Design Engineer (Aircraft Structures/ Interiors)

        Nov 2021 - Dec 2022

  • Licenses & Certifications

    • Associate Member

      Institute Of Engineers Sri Lanka
      Sept 2022

  • Honors & Awards

    • Awarded to Ravi Jayamanne
      Best Student Award (Batch Top) - Gold Medal Institute of Engineers Sri Lanka College of Engineering Sep 2022 Course: Graduate Diploma in Mechanical EngineeringGrade: DistinctionOGPA: 3.40
    • Awarded to Ravi Jayamanne
      Gold Medal and Certificate for Best Individual Project Institute of Engineers Sri Lanka College of Engineering Sep 2022 Project title: Design of Selective Tea Harvesting MachineAbstract: The tea industry is one of the main economic drivers in Sri Lanka. In the tea industry, the labour shortage is a major concern. This project presented a design for a selective tea shoot harvesting machine that can be used in the low-country tea estates of Sri Lanka as a solution to the labour shortage. The project was done on a product design approach to arrive at the most feasible concept for the existing problem… Show more Project title: Design of Selective Tea Harvesting MachineAbstract: The tea industry is one of the main economic drivers in Sri Lanka. In the tea industry, the labour shortage is a major concern. This project presented a design for a selective tea shoot harvesting machine that can be used in the low-country tea estates of Sri Lanka as a solution to the labour shortage. The project was done on a product design approach to arrive at the most feasible concept for the existing problem. Project approach: The concept design was created for visualisation and then the mathematical design process was conducted based on the model. A test bed was fabricated to obtain the shear force requirement for tea shoots which was the starting point of the design. The prototype will be developed in the future with plans for testing the prototype in tea fields. Ultimately, the end result was to create an efficient selective tea harvesting machine with advance features and a high factor of safety to ensure reliability and durability.Future work: Increase productivity by, increasing the shearing length (blade length) to harvest more green leaves per revolution, improve the design of the selection mechanism and improve the ergonomics of the machine. Also, increasing machine reliability by carrying out inspections and analyses on the machine (especially the moving parts) for a period of time (i.e. 3 months, 6 months) and carrying out necessary improvements will be conducted in the future. Show less

  • Volunteer Experience

    • Engineering Student

      Issued by Sojitz Corporation on Jan 2019
      Sojitz CorporationAssociated with Ravi Jayamanne