Reference no: EM133791620
Assignment: A Suitable Business Model Write-up
Using Tyler as a model, let's examine how you can leverage a robotic arm for environmental monitoring applications. Below are suggested applications for the robotic manipulator:
A. Water Quality Sampling: Equip the robotic arm with water sampling devices to collect water samples from various sources, aiding in comprehensive water quality assessments.
B. Pollution Intervention: Enable the robotic arm to detect and intervene in pollution incidents, such as collecting debris or pollutants from water bodies, contributing to effective pollution control.
C. Vegetation Management: Incorporate features allowing the robotic arm to manage vegetation in green spaces and water bodies, assisting in environmental conservation efforts.
D. Emergency Response: Implement functionalities for the robotic arm to play a crucial role in emergency response scenarios, from deploying barriers to removing obstacles during environmental disasters.
E. Public Safety Inspections: Integrate sensors into the robotic arm for public safety inspections, detecting hazardous materials or assessing infrastructure risks in high-risk areas.
Considering Tyler's needs and environmental challenges, you are expected to build a Business Model Canvas that is centered around the development and deployment of your robotic manipulator for diverse environmental monitoring tasks.