QS Rank:

16

Cornell University

New York
,United States

Program Name
Master of Science in Plant Breeding
Overview

Embarking on a journey in the field of Plant Breeding through the Master of Science program at Cornell University is a decision that opens doors to a world of possibilities. As a premier institution situated in the heart of New York, Cornell is recognized globally for its commitment to innovation and excellence within the agricultural sciences. This program is intricately designed to equip students with the essential knowledge and practical skills required to excel in diverse agricultural sectors. Students are immersed in a robust curriculum that incorporates both foundational theories and cutting-edge techniques in plant genetics, breeding methodologies, and crop improvement strategies.
The program spans a comprehensive 12-month duration, allowing students to dive deeply into specialized areas of interest. Core courses include advanced topics such as Genetics and Genomics, Plant Physiology, and Breeding Techniques, alongside hands-on laboratory work that reinforces theoretical concepts. Students will engage in fieldwork, utilizing Cornell's state-of-the-art facilities to conduct experiments and analyze data. This immersive experience is enhanced by opportunities to collaborate on pioneering research projects that address real-world agricultural challenges such as food security and sustainable farming practices.
Centrally positioned within the College of Agriculture and Life Sciences, the program benefits from an esteemed faculty comprising leading experts in plant breeding and genetics. Faculty members not only teach but also mentor students, fostering an environment of collaborative learning that encourages academic curiosity and innovation. Students are also encouraged to participate in research initiatives that align with their personal interests, providing them with a unique platform to contribute to significant advancements in the field.
The academic experience is further enriched by the university's extensive industry connections. Cornell maintains strong partnerships with leading agricultural organizations and biotechnology companies, facilitating valuable internship opportunities for students. These internships are a crucial component of the program, enabling students to gain practical experience, network with industry professionals, and enhance their career prospects upon graduation.
Graduates of the Master of Science in Plant Breeding program are poised to enter a myriad of career pathways, including roles such as Plant Breeder, Geneticist, or Agricultural Consultant. The skills acquired throughout the program prepare students for successful careers in both the public and private sectors, with many alumni achieving notable positions in research institutions, agribusinesses, and governmental agencies. Alumni success stories underscore the program's effectiveness, showcasing individuals who have made impactful contributions to global agricultural practices and innovations.
Why Study Plant Breeding at Cornell University
- A prestigious program with a strong focus on research and practical application, providing students with a competitive edge in the job market.
- Access to a diverse international community that enriches the educational experience and promotes cross-cultural collaboration.
- Expert faculty members dedicated to student success, offering mentorship and hands-on research opportunities.
- Cutting-edge laboratories and research facilities that enhance the learning experience and support innovative research projects.
- Robust career support services, including job placement programs that connect students with industry leaders and potential employers.
- A strong network of alumni who actively support current students and provide insights into career pathways and opportunities.
- An emphasis on sustainability and addressing global challenges related to food security and climate change.
The application requirements for the program are straightforward yet rigorous. Prospective students are required to submit a completed application, including a fee of $105. While the GRE requirement remains unknown, applicants should demonstrate a strong academic background in relevant fields, including biology or agriculture. Additionally, non-native English speakers must meet language proficiency requirements, with a minimum IELTS score of 7.0 or a TOEFL score of 77.
In conclusion, pursuing a Master of Science in Plant Breeding at Cornell University is not just about earning a degree; it is about becoming part of a transformative journey that nurtures innovation and prepares students to tackle some of the most pressing issues in agriculture today. With a program structure that balances theoretical knowledge with practical application, students gain the skills necessary to thrive in a rapidly evolving field. Whether through research initiatives, industry internships, or collaboration with esteemed faculty, every aspect of this program is designed to foster success and empowerment in the world of plant breeding.

Duration
12 Months
Ranking
#17
US World and News Report
#20
The World University Rankings
#16
QS World University Rankings
Class Profile
Diversity
California:
15%Illinois:
5%Texas:
10%Florida:
4%New York:
20%Others:
46%Eligibility Criteria
English Proficiency Tests
IELTS
7
TOEFL
77
Application Requirements
Here's everything you need to know to ensure a complete and competitive application—covering the key documents and criteria for a successful submission.

Application Fee: 105
Application Deadlines
Fees and Funding

Tuition Fees
$20,800 / year
FAQs
- Admissions Requirements
The application requirements for the Master of Science in Plant Breeding program at Cornell University are as follows:
- A completed application form
- A non-refundable application fee of $105
- Evidence of a strong academic background in relevant fields such as biology or agriculture
- For non-native English speakers, proof of English language proficiency, with a minimum IELTS score of 7.0 or a TOEFL score of 77
While the GRE requirement is currently unspecified, it is important for applicants to demonstrate solid academic credentials.
- Program Structure
The Master of Science in Plant Breeding program is designed to be completed in a comprehensive 12-month duration. The curriculum includes:
- Core courses covering advanced topics such as Genetics and Genomics, Plant Physiology, and Breeding Techniques
- Hands-on laboratory work that reinforces the theoretical concepts learned in class
- Fieldwork utilizing Cornell's state-of-the-art facilities to conduct experiments and analyze data
This immersive experience allows students to dive deeply into specialized areas of interest within plant breeding.
- Teaching Methods
The teaching methods in the Master of Science in Plant Breeding program at Cornell University include:
- Lectures on foundational theories and advanced topics in plant breeding and genetics
- Hands-on laboratory sessions to apply theoretical knowledge practically
- Fieldwork experiences to conduct real-world experiments
- Collaborative learning facilitated by esteemed faculty members who mentor students and engage them in research initiatives
This combination of teaching methods promotes a dynamic learning environment that encourages academic curiosity and innovation.
- Career Prospects
Graduates of the Master of Science in Plant Breeding program are well-prepared to enter a variety of career pathways. Potential roles include:
- Plant Breeder
- Geneticist
- Agricultural Consultant
With the skills acquired throughout the program, graduates can find employment in both public and private sectors, including research institutions, agribusinesses, and governmental agencies. Many alumni have achieved notable positions and made significant contributions to global agricultural practices.
- Program Highlights
Studying Plant Breeding at Cornell University offers several unique advantages, including:
- A prestigious program focused on research and practical application, giving students a competitive edge in the job market
- Access to a diverse international community that enhances the educational experience
- Expert faculty dedicated to student success, providing mentorship and hands-on research opportunities
- Cutting-edge laboratories and research facilities supporting innovative projects
- Robust career support services, including job placement programs connecting students with industry leaders
- A strong network of alumni providing insights into career pathways and opportunities
- An emphasis on sustainability and addressing global challenges such as food security and climate change
- Career Support Services
Cornell University provides extensive support to students in their career development through various means:
- Robust career support services that include job placement programs
- Opportunities for valuable internships with leading agricultural organizations and biotechnology companies
- Access to a strong alumni network that actively supports current students and shares insights on career opportunities
These resources help students gain practical experience, network with industry professionals, and enhance their post-graduation prospects.
- Unique Opportunities
The Plant Breeding program at Cornell University offers several unique opportunities for students, including:
- Hands-on experience through laboratory work and fieldwork utilizing state-of-the-art facilities
- Collaboration on pioneering research projects that address real-world agricultural challenges
- Mentorship by esteemed faculty who are leading experts in plant breeding and genetics
- Participation in research initiatives that align with students' personal interests
These opportunities allow students to engage deeply with the material and contribute to significant advancements in the field.
- Focus on Global Challenges
The Master of Science in Plant Breeding program at Cornell University places significant emphasis on addressing global challenges, particularly:
- Food security
- Sustainable farming practices
- Climate change
This focus prepares students to tackle some of the most pressing issues in agriculture today and fosters a sense of responsibility towards global agricultural advancements.
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