CAPSTONE DESIGN SHOWCASE 2022
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DAYS
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HOURS
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MINUTES
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SECONDS
COMING SOON
Team members
Eswara Abhiram (EPD), Kek Jing Wen (EPD), Terence Tan Wei Jie (ISTD), Kong Vega Naomi Leakena (ISTD), Dody Senputra (ESD), Sun Neng (ISTD), Lim Ze Li (ISTD)
Instructors:
Nagarajan Raghavan, Kenny Lu, Karthik Balkrishnan
Writing Instructors:
Teaching Assistant:
However, excessive growth of aquatic plants pollute reservoir waters and current clearance methods are highly tedious and inefficient.
Existing solutions in the market are not modular, highly expensive and do not support data collection for effective future harvest planning.
Hyverst’s mechanical component can cut, collect and store to harvest aquatic plants quickly.
When the cage is full, workers will go to the weighing barge to unload their collected aquatic plants.
The IoT-embedded system will automatically measure the weight and send it to the database.
All relevant data will be logged for data analysis to make processes more efficient.
Harvyst’s mechanical component has 4 sub-systems that allow it to effectively harvest aquatic plants.
This dual blade cutter will trim and shed aquatic plants underwater that are too long to ease collection on a larger scale.
These shredded plants are then easily collected in the next step.
Custom-designed 3D-printed automatic rollers act as a vacuum to suck in and collect all the loose aquatic plants in the water.
Powered by waterproof motors, these rollers are sure to efficiently collect all those overgrown aquatic plants.
In this final stage, storage cages can be easily emptied out after collecting aquatic plants by simply lifting up the inner cage. They are highly modular and can be mounted on any boat.
It uses 3D-printed inserts that attach replaceable meshes to the cage, and these can be easily recycled as well.
Integrated with bluetooth IoT, this smart weighing barge will identify the boat that is unloading aquatic plants and send this data to the database in real-time.
This data will then be reflected in the dashboard for data analysis.
This dual blade cutter will trim and shed aquatic plants underwater that are too long to ease collection on a larger scale.
These shredded plants are then easily collected in the next step.
Custom-designed 3D-printed automatic rollers act as a vacuum to suck in and collect all the loose aquatic plants in the water.
Powered by waterproof motors, these rollers are sure to efficiently collect all those overgrown aquatic plants.
In this final stage, storage cages can be easily emptied out after collecting aquatic plants by simply lifting up the inner cage. They are highly modular and can be mounted on any boat.
It uses 3D-printed inserts that attach replaceable meshes to the cage, and these can be easily recycled as well.
Integrated with bluetooth IoT, this smart weighing barge will identify the boat that is unloading aquatic plants and send this data to the database in real-time.
This data will then be reflected in the dashboard for data analysis.
Harvyst’s comes with its very own data analysis dashboard that can give reservoir managers insights to their collection processes. This modular dashboard allows them to monitor their boats and track their harvest on the go anytime and anywhere.
Live location of boats with essential data is displayed with real-time telemetry.
Some essential data includes properties such as “activeness” of boat, battery level, amount of aquatic plants collected, and so on.
Intuitive graphs and diagrams of boats with essential data is displayed with more efficient.
These insights can help reservoir managers better plan future harvests with information such as zones with the most overgrowth and most efficient boats.
A straightfoward management page allows reservoir managers to track and manage their fleet and other resources.
The ease in adding, editing and deleting boat information means they can easily do it while on the ground carrying out their duties.
Large-scale Harvest
Efficient Collection
Modular Storage
Real-time Telemetry
Smart Dashboard
End-to-end Integration
Eswara Abhiram
Engineering Product Development
Kek Jing Wen
Engineering Product Development
Terence Tan Wei Jie
Information Systems Technology and Design
Kong Vega Naomi Leakena
Information Systems Technology and Design
Dody Senputra
Engineering Systems and Design
Sun Neng
Information Systems Technology and Design
Lim Ze Li
Information Systems Technology and Design
Eswara Abhiram
Engineering Product Development
Kek Jing Wen
Engineering Product Development
Terence Tan Wei Jie
Information Systems Technology and Design
Kong Vega Naomi Leakena
Information Systems Technology and Design
Dody Senputra
Engineering Systems and Design
Sun Neng
Information Systems Technology and Design
Lim Ze Li
Information Systems Technology and Design