Do you like to learn about innovation in agriculture & robotics? The Mississippi State University (MSU) is a fully funded Ph.D. in Precision Agriculture and Robotics. Help us solve global food security and sustainable farming challenges through innovation, technology, and advanced solutions through agriculture by working on innovative projects with the latest tech!
Position Description
The successful applicant will conduct cutting-edge research. It includes:
- Robotic Design: Shape sophisticated robotic platforms, encompassing mechanical and electronic engineering of aerial and terrestrial robots for usage in agriculture.
- Control and Optimization of Intelligence: Developing and optimizing multi-robot systems collaborative behavior in farm environments.
- Conduct field tests and implement: Validation of robotic systems in real-world agricultural conditions, ensuring practicality and scalability.
- Interdisciplinary Collaboration: Collaborate with experts in engineering, computer science, and agronomy to integrate robotics and precision agriculture techniques.
About Mississippi State University (MSU)
A Carnegie R1 Doctoral University with Very High Research Activity, MSU is a research flagship of the state, and its founding dates back to 1878. MSU is ranked within the Top 100 of all nationwide institutions in the areas of research and development expenditures in science and engineering.
Location:
MSU is placed in Starkville, MS, a charming historic town with a collegiate atmosphere and relaxed community. Starkville has a low cost of living. The city is only a two-hour’ drive from Memphis, Birmingham, and Jackson and four hours from New Orleans, Atlanta, and Nashville, making for an easy jaunt to urban pockets of civilization and outdoor recreation.
Campus Life:
With its cutting-edge research facilities, such as the Agricultural Autonomy Institute (AAI), which focuses on autonomous systems in partner economies, MSU is a natural breeding ground for innovative ideas. Students have a holistic campus experience — they can engage in clubs, sports, and cultural events.
Research Team
The Ph.D. student will collaborate with the following faculty:
- Dr. Dong Chen: He is an ABE Assistant Professor, top-tier journal and conference publications. He has experience in robotics, control systems, and precision agriculture.
- Dr. J. Alex Thomasson: Thomasson is a recognized leader in agricultural automation, precision agriculture, remote sensing, UAV, and cotton.
The research team provides a collaborative environment that promotes creativity and professional development.
Qualifications
Applicants should meet the following given criteria:
- Degree in Bachelor or master in agricultural engineering or a nearly relatedto the field.
- Research experience in mechanical design, control systems, or robotics
- Strong programming skills (Python/C++) as well as experience with ROS (Robot Operating System), 3D CAD software (e.g., SolidWorks, AutoCAD), or software simulation.
- Motivated analytical thinker and problem solver with a dedication to leading the use of technology to deliver solutions to problems on the farm.
- International applicants need to submit their TOEFL (79) or IELTS (6.5) scores.
Funding and Benefits
- Competitive stipend to cover living expenses.
- Health insurance coverage.
- Travel support for conferences and research collaborations.
- Cutting-edge labs and equipment, such as robotics platforms and agricultural test sites.
How to Apply
If you are interested, email Dr. Dong Chen at chendon9@msu.edu the following materials:
- C(urriculum)V(itae) featuring educational and research profile.
- Statement of Research Interests (1-2 pages) detailing your motivation and relevant experience, and how they align with the position
- Transcripts (unofficial copies are acceptable for the purpose of applying initially).
- English test scores (if relevant)
- The contact details of two professional referees.
Email Subject: “Ph.D. Position Applicant: First Name Last Name”
Why Choose This Program?
- Altruistic Research: Work on the cutting edge of robotics and automation to tackle real-world agricultural challenges.
- Training and Experience: Work with real-world tools and top researchers.
- Prospects: Graduates are prepared for careers in academia, industry, and government agencies.
Be a part of the future of precision ag and robotics with us at Mississippi State University! If you have questions, please contact Dr. Dong Chen at chendon9@msu.edu.