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Panduka B.

@pandukabandara7

5.0
1
0.0
0.0
100%

Mechanical and Manufacturing Engineer

$10 USD / Hour
・
Flag of
Sri Lanka (8:05 PM)
・
Joined on May 23, 2021
$10 USD / Hour
・
Hello there! I am a dedicated Mechanical Engineer with a strong background in the Product design and development industry. Currently working in a reputed automotive company, I bring a wealth of real-world experience to your SolidWorks design projects. Holding a BSc Engineering degree in Mechanical and Manufacturing Engineering from a prestigious Washington-aggregated institution, I am passionate about transforming your ideas into impeccable, functional designs. My services Mechanical CAD Engineering Drawings Manufacturing Consultancy Steel and sheet metal designs Plastic component design for manufacturing Engineering for EV battery technology Industrial cooling system designing Thermal handling application Product Designing and Development Product prototyping Rapid Prototyping (3D printing, Wood prototyping) 3D Modeling Rendering 3D model animations Structural Simulation Flow Simulation Structural Simulation Heat Simulation
Verifications
On time
100%
On budget
100%
Accept rate
100%
Freelancer CAD/CAM Designers Sri Lanka
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Portfolio

Portfolio

11977439
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
11977433
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
11977389
• Designed an electrical vehicle charge control unit • Designed for Injection and Molding using SolidWorks tool.
EV Charger Control Unit
• Designed an electrical vehicle charge control unit • Designed for Injection and Molding using SolidWorks tool.
EV Charger Control Unit
• Designed an electrical vehicle charge control unit • Designed for Injection and Molding using SolidWorks tool.
EV Charger Control Unit
11977385
What? • Engineered a telecommunication tower segment painting oven. How? • Used SolidWorks for designing and standard structural members. • Designed the oven to function as a half or full unit, with a separating door in the middle. Results • Successfully delivered comprehensive documentation for production.
Tower Segment Painting Oven
What? • Engineered a telecommunication tower segment painting oven. How? • Used SolidWorks for designing and standard structural members. • Designed the oven to function as a half or full unit, with a separating door in the middle. Results • Successfully delivered comprehensive documentation for production.
Tower Segment Painting Oven
What? • Engineered a telecommunication tower segment painting oven. How? • Used SolidWorks for designing and standard structural members. • Designed the oven to function as a half or full unit, with a separating door in the middle. Results • Successfully delivered comprehensive documentation for production.
Tower Segment Painting Oven
11977382
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
11977377
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
11977439
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
What? • Designed a drawer divider for efficient organization. How? • Used aluminum channels for extrusion and plastic parts for INM • Made adjustable in both length and width, with easy fixing and locking. • Focused on simplicity and functionality for mass production. Results • Currently in the manufacturing stage, prepared for mass production.
Drawer Divider Project
11977433
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
What? • Designed a signaling belt for joggers and cyclists, equipped with left, right, and warning signals. How? • Integrated a small remote controlled by the user's finger to change signals. • Implemented an IR signal system for signal communication. • Utilized a lithium-iron battery pack for the lighting system. • Designed the belt to be adjustable according to the user's size. • Ensured the belt is waterproof and tested prototypes after completing the design stage. Results • Successfully developed a functional prototype.
Signaling Belt Project
11977389
• Designed an electrical vehicle charge control unit • Designed for Injection and Molding using SolidWorks tool.
EV Charger Control Unit
• Designed an electrical vehicle charge control unit • Designed for Injection and Molding using SolidWorks tool.
EV Charger Control Unit
• Designed an electrical vehicle charge control unit • Designed for Injection and Molding using SolidWorks tool.
EV Charger Control Unit
11977385
What? • Engineered a telecommunication tower segment painting oven. How? • Used SolidWorks for designing and standard structural members. • Designed the oven to function as a half or full unit, with a separating door in the middle. Results • Successfully delivered comprehensive documentation for production.
Tower Segment Painting Oven
What? • Engineered a telecommunication tower segment painting oven. How? • Used SolidWorks for designing and standard structural members. • Designed the oven to function as a half or full unit, with a separating door in the middle. Results • Successfully delivered comprehensive documentation for production.
Tower Segment Painting Oven
What? • Engineered a telecommunication tower segment painting oven. How? • Used SolidWorks for designing and standard structural members. • Designed the oven to function as a half or full unit, with a separating door in the middle. Results • Successfully delivered comprehensive documentation for production.
Tower Segment Painting Oven
11977382
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
What? • Engineered the steel structure of a cold room container using structural members. How? • Made the design using standard structural members and standard container corner castings as per the standard size of the container. • Applied various loads, including floor panel load, roof load, generator load, and fuel load, optimizing the design to have a minimum safety factor of 1.6. • Conducted FEA simulations in SolidWorks to ensure structural integrity and determine the factor of safety. • Delivered CAD models, manufacturing drawings, and a comprehensive Bill of Materials (BOM). Results • The company successfully developed the prototype according to the design, which met the required load specifications. • The design was robust and is now in production.
Cold Room Container
11977377
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
What? • Designed an active air-cooling system for a 5kWh 48V ESS currently in production to avoid heating issues. How? • Utilized an extruded aluminum heat sink and a radial fan. • Conducted heat flow simulations to determine the required air flow and optimal heat sink geometry. • Collaborated with suppliers for prototype development. • Conducted prototype testing and validation. Results • Successfully passed 100A CCCV charging and discharging tests without temperature issues. • Delivered as a successful project to the battery production team.
Active Air-Cooling System for a Energy Storage System (ESS)
Changes saved
5.0 · 1 Review
Reviews
S
Laser Cut Wooden Test Tube Rack Design • $10 USD
I had a great experience working with him, on designing a laboratory equipment. As a mechanical engineer, he delivered outstanding technical files well before the deadline. The design exceeded my expectations, showcasing his expertise. Considering his professionalism and quality of work, I believe he offers excellent value for money. I highly recommend him for any mechanical engineering projects! He is sure to excel in future projects!
Sarath M.
@sarath1971
•
Flag of
Colombo, Sri Lanka
•
7 months ago
Share
Experience
Mechanical Engineer
Aug, 2022 - Present
•
2 years, 4 months
Vega Innovations
Aug, 2022 - Present
•
2 years, 4 months
Successfully completed a 6-month academic-industrial training, securing a permanent role as a Mechanical Engineer in the Battery Research Development Department. Specialized in leading transitions from concept to production, focusing on Battery pack design, cooling systems, and supplier collaboration.
Aug, 2022 - Present
•
2 years, 4 months
Mechanical Engineer (Freelance)
Jan, 2024 - Mar, 2024
•
2 months
Telener 360
Jan, 2024 - Mar, 2024
•
2 months
Engineered a telecommunication tower segment painting system, incorporating an oven, powder coating booth, and conveyor system. Delivered CAD models, manufacturing drawings, and BOM.
Jan, 2024 - Mar, 2024
•
2 months
Mechanical Engineer
Aug, 2023 - Nov, 2023
•
2 months, 30 days
Limco Global Services
Aug, 2023 - Nov, 2023
•
2 months, 30 days
Engineered the steel structure of a cold room container, utilizing structural members. Conducted FEA simulations to ensure structural integrity. Delivered CAD models, manufacturing drawings, and a comprehensive BOM.
Aug, 2023 - Nov, 2023
•
2 months, 30 days
Education
University of Ruhuna
2016 - 2020
•
4 years
BSc Engineering Honors Degree (Mechanical and Manufacturing Engineering)
Flag of
Sri Lanka
2016 - 2020
•
4 years
Qualifications
BSc Engineering Honors Degree
2016
University of Ruhuna
Studied at Faculty of Engineering, under the department of Mechanical and Manufacturing Engineering
2016
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