<2025招生>University of Georgia 可控环境精准农业实验室，招收全奖博士生一名
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Dr. Zhihang Song 在可控环境精准农业与表型技术实验室招收全奖博士生一名，预期2025 Fall入学，提供全额奖学金，包括学费和生活津贴。研究领域包括但不限于以下内容：
Position
Dr. Zhihang Song at the Department of Horticulture is seeking a Ph.D. Student Research Assistant in the Controlled Environment Agriculture (CEA) Lab. Preferred start dates are Summer or Fall 2025. Joining this research group will provide you with the opportunity to learn and conduct cutting-edge research and development of high-throughput, high-precision, and automated plant phenotyping systems in controlled environments. Potential research topics include but are not limited to 1) high-throughput indoor plant phenotyping systems, 2) plant nutrient and drought status identification and resource optimization, 3) automated real-time crop management and environmental control with Ag IoT (Internet of Things), 4) multi-dimensional plant growth condition monitoring with integrated sensors and robotics. Students will be encouraged and expected to publish research work in high-quality journals and national or international conferences. A full Graduate Assistantship with tuition coverage, competitive stipend, and benefits will be offered.
Requirements:
M.S. or B.S. degree in Horticulture, Plant Science, Mechanical/Agricultural/Electrical Engineering, or other related fields.
Strong interest in working on CEA horticultural research projects.
Proven track record of peer-reviewed publications.
Fluent oral communication and strong writing skills in English.
Strong analytical thinking, self-motivation, independent learning, and teamwork mindset.
Strong hands-on crafting and development capabilities.
Solid academic ethical background.
Preferred qualifications:
Students with an engineering background who hold a strong interest in horticulture.
Technical skills in:
o Computer programming (e.g., Python, MATLAB, C++, etc.),
o CAD & Simulation (SolidWorks, Autodesk Fusion, CFD, etc.),
o Rapid prototyping (3D print, micro-controller)
Students with 3+ types of experience in: plant phenotyping, plant physiology, computer vision, statistical analysis, deep learning, spectral image analysis, robotics, or other topics in precision agriculture.
To apply*:
Email the following materials in PDF format to Dr. Zhihang Song via 1point3acres.com.
Email subject: “Applying for Ph.D. graduate assistantship 2025 -- [YOUR NAME]”
A max 600-word cover letter 1) introducing your previous research experiences and 2) describing your research interests and Ph.D. plan in detail.
CV/Resume, which outlines your education, experience, skills, awards, and publications.
Unofficial transcripts of college degree(s).
At least three reference contacts or letters.
Note:
Candidates should expect 1 -2 rounds of interviews during the recruiting process.
International students may need to submit TOEFL or IELTS certificates upon official submission.
- 高通量，高精度植物表型技术
- 可控环境农业自动化和精准控制，室内农业设备物联网
- 农业机器人及传感器系统研发
- 图像数据挖掘，大数据以及农业人工智能
Position
Dr. Zhihang Song at the Department of Horticulture is seeking a Ph.D. Student Research Assistant in the Controlled Environment Agriculture (CEA) Lab. Preferred start dates are Summer or Fall 2025. Joining this research group will provide you with the opportunity to learn and conduct cutting-edge research and development of high-throughput, high-precision, and automated plant phenotyping systems in controlled environments. Potential research topics include but are not limited to 1) high-throughput indoor plant phenotyping systems, 2) plant nutrient and drought status identification and resource optimization, 3) automated real-time crop management and environmental control with Ag IoT (Internet of Things), 4) multi-dimensional plant growth condition monitoring with integrated sensors and robotics. Students will be encouraged and expected to publish research work in high-quality journals and national or international conferences. A full Graduate Assistantship with tuition coverage, competitive stipend, and benefits will be offered.
Requirements:
M.S. or B.S. degree in Horticulture, Plant Science, Mechanical/Agricultural/Electrical Engineering, or other related fields.
Strong interest in working on CEA horticultural research projects.
Proven track record of peer-reviewed publications.
Fluent oral communication and strong writing skills in English.
Strong analytical thinking, self-motivation, independent learning, and teamwork mindset.
Strong hands-on crafting and development capabilities.
Solid academic ethical background.
Preferred qualifications:
Students with an engineering background who hold a strong interest in horticulture.
Technical skills in:
o Computer programming (e.g., Python, MATLAB, C++, etc.),
o CAD & Simulation (SolidWorks, Autodesk Fusion, CFD, etc.),
o Rapid prototyping (3D print, micro-controller)
Students with 3+ types of experience in: plant phenotyping, plant physiology, computer vision, statistical analysis, deep learning, spectral image analysis, robotics, or other topics in precision agriculture.
To apply*:
Email the following materials in PDF format to Dr. Zhihang Song via 1point3acres.com.
Email subject: “Applying for Ph.D. graduate assistantship 2025 -- [YOUR NAME]”
A max 600-word cover letter 1) introducing your previous research experiences and 2) describing your research interests and Ph.D. plan in detail.
CV/Resume, which outlines your education, experience, skills, awards, and publications.
Unofficial transcripts of college degree(s).
At least three reference contacts or letters.
Note:
Candidates should expect 1 -2 rounds of interviews during the recruiting process.
International students may need to submit TOEFL or IELTS certificates upon official submission.
