Our goal is to solve an integral problem in aquaculture of automating the process of feeding inexpensive, solid feed to larval Striped Bass in an accurate and timely manor. Our solution will greatly simplify the raising of these larval fish for commercial aquaculture purposes.
Sriharsha Tumma
Role - Team Leader and Sponsor Contact and Meeting Scheduler
Contact Information - stumma@ncsu.edu
Jacob Little
Role - Purchasing Contact
Contact Information - jlittle4@ncsu.edu
Ahmed Bilal
Role - Website and Google Folder Manager
Contact Information - asbilal@ncsu.edu
(919) 455-3170
Satoru Shinohara
Role - Meeting minutes taker and agenda manager
Contact Information - srshinoh@ncsu.edu
(252) 945-8427
Sponsor Meeting Time:
Tuesdays (9:30am - 10am)
MAE/BAE Group Meeting Time:
Fridays (1pm - 6pm)
Potential Team Meeting Times:
Tuesdays/Thursdays (5pm - 7:30pm)
Fridays (1pm - 6pm)
Saturdays (9am - 12pm)
Sponsor: Mike Frinsko and Dr. Steve Hall
Mentor(s):
Mike Frinsko mofrinsk@ncsu.edu
Dr. Steve Hall shall5@ncsu.edu
Project Background and Need:
Aquaculture is fast growing; larval (baby) fish development and feeding is required. One aspect is microfeeds (very small 100-1000 micron diameter) dry feeds. These must be fed very regularly around the clock (every 2 hours) and must be fed accurately (1-30 grams at an accuracy of 0.1g/<10% accuracy per feeding). A preliminary design is provided, but improvements are needed. A very user-friendly GUI must be (further) developed for use by biologists. The system must work and be programmable (and reprogrammable) for up to 24 units (wirelessly); and must operate for at least 96 hours at 2 hour increments (48 feedings, 30 g per feeding). An existing system can be further developed to a fully automated set of systems with good accuracy, reliability and repeatability.
Note: this project is expected to be multidisciplinary, and a number of the specific deliverables have aspects of electrical, computer, mechanical and biological/agricultural engineering. Students will be expected to communicate well across disciplinary boundaries.
Problem Description/requirements (List of high-level functionality you expect to see in the end product):
This automated feeding system design must achieve the following:
wireless control of multiple (24) systems
system design: automated feeding of dry microdiets for larval finfish (100-1000 microns)
accuracy must be within 10% down to 0.1 gram (smallest feeding increment 1+-0.1g)
system must feed automatically over a 96 hour period at 2 hour increments.
system must be adjustable from 2 to 12 hour increments and from 1 to 30 g feedings
stretch goal: GUI enhancement for use by biologists
Required Skills / Desired Competencies (in order of importance):
Electrical:
Embedded hardware and programming
Robotics/mechatronics
Wireless communications
Programming experience
GUI development
PCB design and layout
Power electronics
Sensor interface
Mechanical/Biological:
Hydrodynamics (water flow/mixing)
Mechanical design (CAD/3D printing)
Mechanical assembly
Biological feeding behavior and feedback
How often and how would you be available to meet/chat with the team (Zoom, Hangout, Skype, Phone)?
weekly, zoom or in person
Will the students be required to sign any of the following before they start with the project? NDA / CDA / IP assignment / IP protection form
No.