Calling all University of Lincoln students! 🤖 Want to spend your summer advancing the future of robotics? Lincoln Centre for Autonomous Systems (L-CAS) is offering summer research internships in Robotics, AI, ML, and computer vision. Gain hands-on experience, mentorship, and the chance to win the L-CAS best student project award. 🏆 Opportunities include:
Automating fruit picking 🍓
Enhancing segmentation accuracy in point clouds 🔍
…and more!
This is an opportunity for students of the University of Lincoln. If you are from outside the university and are interested, you may talk to the individual researchers, but it may be difficult to host you.
Don’t miss out on this chance to make your mark in robotics and AI and boost your CV!
The projects defines implementation of visual servoing for object grasping. Visual servoing, also known as vision-based robot control, is a technique which uses feedback information....
End-Over-End Walking (E-Walker) robot simulation modelling using Robot Operating System (ROS)
The project defines Robot Operating System(ROS) based simulation modelling of a space walking robot. https://www.frontiersin.org/research-topics/13460/robotic-in-situ-servicing-assembly-and-manufacturing#articles Objectives: Create a ROS based design and model of....
Predicting soil parameters from hyperspectral image data
Automated sensing and monitoring of agricultural environments has the potential to improve farming practices and increase the yield and sustainability of food growing processes. Currently,....
Modeling human social activities for human-robot intent communication
Building environments with typical human social activities that embed intent communication in their hidden representation, e.g handling an item to another agent, waving/pointing in one....
4D plant mapping - Using robots to monitor growth across space and time
In agriculture, the inspection of new crop varieties is performed manually by humans, which is extremely time-consuming, somewhat subjective, and makes it very difficult....
Teach a pick and place task to a robot
Methods that allow humans to teach tasks to robots have gained popularity over the last years due to numerous advantages such as ease of programming....
A causal study of human motion for enhanced motion prediction
Human motion is by so far unpredictable to our eyes, how if an autonomous agent is introduced in a crowd and is tasked to navigate....
Automated Topological Mapping for Agricultural Vehicles
Are you interested in: Machine vision Artificial intelligence Research publications If so, this internship is perfect for you Topological maps are waypoints....
Be Part of a New RoboCup Team of the School of Computer Science
This is an exciting opportunity for students with a passion for Computer Science, Robotics, AI and related fields to be an integral part in the....
Develop meta-verse applications for a positive impact on strawberry agriculture
Spend your summer on improving the sustainability of agriculture and if you are lucky you can do so while eating as many strawberries as you can: contribute to an active research project for augmenting agricultural decision-making.
Modelling occlusions to improve wheat head detections
Monitoring the characteristics of the wheat heads regularly will assist the breeders to grow better varieties and the farmers with better management decisions. However, this....
Sharpening to improve wheat head detection
Monitoring the characteristics of the wheat heads regularly will assist the breeders to grow better varieties and the farmers with better management decisions. However, this....
Develop an Interactive Programming Solution for a Mobile Robot
This project is focused on further developing an interactive programming activity suitable for outreach and school activities, enabling students to program robots using Blockly. Based....
