Explore Agricultural Systems Engineer Schools (2024)

Looking to start your journey as an Agricultural Systems Engineer? Finding the right education is key. Here's a curated list of schools offering quality Agricultural Systems Engineer programs:

  • We've identified top institutions known for excellent Agricultural Systems Engineer education.
  • Options include both local schools and nationally recognized programs.
  • Each listing highlights relevant degree programs for aspiring Agricultural Systems Engineer professionals.
  • You'll also find information on related career paths in the field.

Browse through these options to find a program that aligns with your career goals in the Agricultural Systems Engineer industry.

Top Agricultural Systems Engineer Schools (2024)

View our ranking methodology here
#1Fresno County

Reedley College

Reedley, CA

In-State Tuition:$1,104
Out-of-State Tuition:$8,664
Admission Rate:N/A
Graduation Rate:36%
Total Enrollment:7,086
#2Fairfax County

Northern Virginia Community College

Annandale, VA

In-State Tuition:$5,412
Out-of-State Tuition:$10,790
Admission Rate:N/A
Graduation Rate:35%
Total Enrollment:51,896
#3Suffolk County

Northeastern University

Boston, MA

In-State Tuition:$59,100
Out-of-State Tuition:$59,100
Admission Rate:7%
Graduation Rate:91%
Total Enrollment:30,013
#4Prince George's County

University of Maryland-College Park

College Park, MD

In-State Tuition:$9,695
Out-of-State Tuition:$37,931
Admission Rate:45%
Graduation Rate:89%
Total Enrollment:40,792
#5Maricopa County

Arizona State University Campus Immersion

Tempe, AZ

In-State Tuition:$10,978
Out-of-State Tuition:$29,952
Admission Rate:90%
Graduation Rate:67%
Total Enrollment:80,065
#6Erie County

University at Buffalo

Buffalo, NY

In-State Tuition:$7,070
Out-of-State Tuition:$24,990
Admission Rate:68%
Graduation Rate:74%
Total Enrollment:32,099

Agricultural Systems Engineer Required Education (2024)

To pursue a career as an Agricultural Systems Engineer, you need to follow a structured educational path that meets the industry's requirements.

  • Minimum Education:

    • You will need a bachelor’s degree in agricultural engineering, biological systems engineering, or a related field. During your undergraduate studies, you will gain foundational knowledge in engineering principles, agricultural sciences, and technical skills relevant to agricultural systems.

  • Advanced Education:

    • A master's degree in agricultural engineering or a related discipline can enhance your expertise and open opportunities for leadership roles or specialized positions in research and development.
    • For even greater advancement, a doctoral degree in agricultural engineering or a closely related field may be beneficial, especially if you are interested in academic positions or high-level research roles.

Having the appropriate educational background is essential in equipping you with the necessary skills and knowledge to effectively tackle the challenges within the field of agricultural systems engineering.

Agricultural Systems Engineer Professional Certifications & Licenses (2024)

To enhance your qualifications as an Agricultural Systems Engineer, you may consider pursuing the following certifications and licenses:

  • Engineer in Training (EIT) Certification:

    • Typically the first step for aspiring licensed professional engineers.
    • Requires passing the Fundamentals of Engineering (FE) exam.

  • Professional Engineer (PE) License:

    • After gaining relevant work experience (usually four years), you can take the Principles and Practice of Engineering (PE) exam in your engineering discipline.
    • Licensing requirements can vary by state, so always check local regulations.

  • Certified Agricultural Engineer (CAE):

    • Offered by the American Society of Agricultural and Biological Engineers (ASABE).
    • Requires a combination of education, experience, and passing an examination specific to agricultural engineering.

  • Project Management Professional (PMP) Certification:

    • Not mandatory but beneficial for those involved in large agricultural projects.
    • Requires meeting specific education and experience requirements, along with passing the PMP exam.

  • Sustainable Agriculture Certification:

    • Various certifications are available related to sustainable practices, such as those offered by the Sustainable Agriculture Research and Education (SARE) program.
    • These can help demonstrate your expertise in sustainable agricultural systems.

  • Leadership in Energy and Environmental Design (LEED) Accreditation:

    • Useful for engineers working on agricultural facilities with an emphasis on sustainability and energy efficiency.
    • Requires passing the LEED Green Associate exam or a higher level depending on your focus.

  • Certified Irrigation Contractor (CIC):

    • Offered by the Irrigation Association, this certification is beneficial for engineers involved in irrigation system design and implementation.
    • Requires passing an exam and adhering to a code of ethics.

These certifications and licenses can significantly enhance your professional credibility and career prospects in agricultural systems engineering.

Job Duties for Agricultural Systems Engineers

  • Discuss plans with clients, contractors, consultants, and other engineers so that they can be evaluated and necessary changes made.

  • Meet with clients, such as district or regional councils, farmers, and developers, to discuss their needs.

  • Prepare reports, sketches, working drawings, specifications, proposals, and budgets for proposed sites or systems.

Technologies and Skills Used by Agricultural Systems Engineers

Computer aided design CAD software

  • Autodesk AutoCAD
  • Dassault Systemes SolidWorks

Data base user interface and query software

  • Microsoft Access
  • Oracle Database

Presentation software

  • Microsoft PowerPoint

Basic Skills

  • Listening to others, not interrupting, and asking good questions
  • Thinking about the pros and cons of different ways to solve a problem

People and Technology Systems

  • Figuring out how a system should work and how changes in the future will affect it
  • Thinking about the pros and cons of different options and picking the best one

Problem Solving

  • Noticing a problem and figuring out the best way to solve it

Agricultural Systems Engineer Internships, Apprenticeships & Practical Training

Pursuing internships, apprenticeships, and practical training opportunities is essential for developing the skills and experience needed in the field of Agricultural Systems Engineering. Here are some examples to consider:

  • Research Internships: Many universities and research institutions offer internships that focus on agricultural technology, sustainable farming practices, and precision agriculture. These positions often involve working alongside faculty and researchers, providing valuable hands-on experience in data collection, analysis, and technology application.

  • Corporate Internships: Major agricultural corporations like John Deere, Trimble, and AG Leader Technology frequently have internship programs designed for engineering students. These internships may involve product development, systems design, and field testing of agricultural equipment and software.

  • Government Agencies: Organizations such as the U.S. Department of Agriculture (USDA) and the Natural Resources Conservation Service (NRCS) often offer internships focused on agricultural systems, environmental impact assessments, and resource management. Interns can gain experience in policy development, environmental science, and engineering applications.

  • Non-Profit Organizations: Non-profits focusing on agricultural sustainability and rural development may provide internships that allow you to engage in community projects, educational outreach, and data analysis related to agricultural systems. This can help build a well-rounded skill set while working towards positive environmental and social impacts.

  • Field Experience Programs: Many universities facilitate programs where students can participate in farms or agricultural research stations as interns. These experiences often provide direct exposure to modern farming techniques, equipment usage, and hands-on problem-solving in real-world agricultural contexts.

  • Cooperative Education (Co-op) Programs: These programs often combine classroom learning with practical work experience in the field, allowing students to work in roles relevant to agricultural systems engineering for extended periods. Participants alternate between studying and working, which can lead to significant professional development and networking opportunities.

  • Summer Jobs on Farms: Taking summer positions on farms or ranches may not be formal internships but can provide hands-on experience with crop management, equipment operation, and farm management systems, helping you understand the practical applications of your engineering skills in real agricultural settings.

  • Apprenticeships with Agricultural Equipment Manufacturers: Some manufacturers offer apprenticeships where you can learn about the design, maintenance, and operation of agricultural machinery. These experiences can provide valuable insights into the mechanical and software aspects of agricultural systems.

By actively seeking these internships and practical training opportunities, you will build a solid foundation of experience that will enhance your career prospects as an Agricultural Systems Engineer.

Agricultural Systems Engineer Continuing Education & Professional Development (2024)

As an Agricultural Systems Engineer, ongoing education and professional development are essential for staying current within the field and enhancing your career prospects. Here are several avenues you can pursue:

  • Advanced Degrees:

    • Consider pursuing a Master's degree or a Ph.D. in Agricultural Engineering, Bioengineering, or related fields. This can provide specialized knowledge and make you more competitive in advanced positions.

  • Certification Programs:

    • Obtain professional certifications such as the Certified Agricultural Engineer (CAE) through the American Society of Agricultural and Biological Engineers (ASABE). Certifications can demonstrate your commitment to the profession and offer recognition of your skills.

  • Continuing Education Units (CEUs):

    • Participate in workshops, seminars, and courses that offer CEUs. Organizations such as ASABE and other professional associations often provide educational opportunities that fulfill CEU requirements.

  • Online Courses and MOOCs:

    • Enroll in online courses or massive open online courses (MOOCs) that cover topics like precision agriculture, soil health, and sustainable farming practices. Platforms like Coursera or edX offer courses from leading universities.

  • Conferences and Workshops:

    • Attend industry conferences such as the ASABE Annual International Meeting or the International Precision Agriculture Symposium. These events offer networking opportunities and access to the latest research and developments in agricultural technology.

  • Networking:

    • Join professional organizations such as ASABE or the National Society of Professional Engineers (NSPE). Networking with peers can lead to mentorship opportunities, job leads, and insights into industry trends.

  • Research Opportunities:

    • Collaborate on research projects with universities or agricultural organizations. Participating in research can not only enhance your knowledge but can also lead to publications that bolster your resume.

  • Professional Journals:

    • Subscribe to and engage with journals such as the Transactions of the ASABE or the Journal of Agricultural and Environmental Ethics. Keeping up with the latest research can inform your practice and help you identify new areas of interest.

  • Technical Skills Development:

    • Focus on developing relevant technical skills, including proficiency in CAD software, GIS applications, and data analysis tools that are increasingly vital in agricultural engineering.

  • Mentorship and Coaching:

    • Seek mentorship from experienced professionals in the field. A mentor can provide guidance on career development and help you identify areas for growth.

  • Community Involvement:

    • Engage in community projects or volunteer with local agricultural groups to gain practical experience and contribute to your community, which can be very fulfilling and broaden your practical understanding of agricultural systems.

Pursuing these avenues will help you enhance your expertise, stay relevant in a rapidly evolving field, and open up new opportunities in your career as an Agricultural Systems Engineer.

What To Look For When Deciding On Campus vs Online Degree Programs for Agricultural Systems Engineers (2024)

When considering education in Agricultural Systems Engineering, you have the option of online or campus-based programs. Each format offers unique advantages and challenges, making it essential to assess which aligns best with your personal learning style and lifestyle.

Online Programs

  • Flexibility: Online courses provide the opportunity to study at your own pace and on your own schedule. This is particularly beneficial if you are balancing work or family commitments.
  • Access to Resources: Many online programs offer a wealth of digital resources, including recorded lectures, virtual labs, and online forums for discussion with peers and instructors.
  • Geographical Independence: You can enroll in programs from across the country without the need to relocate. This opens up a broader selection of universities and programs that may not be available locally.
  • Technology Skill Development: Engaging in online education enhances your technical skills, which is increasingly important in a field that integrates technology with agriculture.
  • Self-Discipline Required: Online learning requires a significant degree of self-motivation and organizational skills, as you must manage your time effectively without a structured classroom environment.

Campus-Based Programs

  • Hands-On Learning: Campus programs often include access to labs, workshops, and fieldwork opportunities that provide practical experience in Agricultural Systems Engineering.
  • Networking Opportunities: Being on campus allows for face-to-face interactions with professors, industry professionals, and peers, fostering relationships that can benefit your career.
  • Structured Environment: The organized schedule of a campus-based program provides a routine that some students find beneficial for their learning process.
  • Access to Facilities: University campuses usually have specialized equipment and resources that may not be readily available in an online format, enhancing your learning experience.
  • In-Person Support: Immediate assistance from instructors and tutors in a traditional setting can be advantageous for students who benefit from direct guidance and feedback.

Considerations for Your Decision

  • Learning Style: Reflect on whether you thrive in self-directed environments or benefit from the structure and immediacy of in-person interactions.
  • Lifestyle: Consider your current commitments, such as work or family, and how each program format fits within that context.
  • Program Reputation: Research specific programs to understand their strengths, faculty expertise, and industry connections, regardless of the learning format.
  • Cost and Financial Aid: Evaluate tuition costs and potential financial aid options, as some online programs may offer different pricing structures compared to traditional campus programs.

Ultimately, your choice between an online or campus-based education in Agricultural Systems Engineering should align with your educational and career goals.

Agricultural Systems Engineer Typical Career Path (2024)

As an Agricultural Systems Engineer, your career journey may unfold through several distinct stages, with a variety of positions that enhance your expertise and influence in the field. Here’s an overview of the typical career path within this profession.

Entry-Level Positions

  • Agricultural Technician: In this role, you will assist in the data collection and maintenance of agricultural systems, often working under the supervision of more experienced engineers. Tasks may include testing equipment, analyzing crop yields, or maintaining irrigation systems.

  • Junior Agricultural Engineer: You will begin to take on more responsibility, applying engineering principles to agriculture-related projects. This position often involves assisting in the design or modification of agricultural technologies, as well as supporting research efforts.

  • Field Engineer: This role involves working directly in agricultural settings to implement engineering solutions, manage installations, and ensure that systems operate as intended. You'll gain hands-on experience while collaborating with farmers and technicians.

Mid-Level Positions

  • Project Engineer: As a Project Engineer, you will lead specific projects, overseeing budgeting, scheduling, and resource allocation. Your responsibilities will include ensuring that agricultural systems meet safety and efficiency standards, as well as liaising with clients to fulfill their requirements.

  • Systems Analyst: In this capacity, you will analyze agricultural systems to identify areas for improvement. You'll apply your problem-solving skills to optimize processes related to crop production, resource management, and equipment efficiency.

  • Research and Development Engineer: This role focuses on innovation within the agricultural sector. You will conduct experiments and trials to develop new technologies or improve existing systems. Your work may lead to advancements in precision agriculture, sustainable practices, or automation techniques.

Advanced Roles

  • Senior Agricultural Systems Engineer: In this position, you will lead projects and mentor junior engineers. You'll also play a significant role in strategic decision-making within your organization, applying advanced knowledge to enhance agricultural systems or solve complex technical problems.

  • Agricultural Engineering Manager: This leadership role involves overseeing engineering teams and managing multiple projects simultaneously. You will be responsible for ensuring that projects align with organizational goals while maintaining quality and compliance with regulations.

  • Consultant or Specialist: As a consultant, you might work independently or with a firm, offering expert advice to agricultural businesses on various engineering solutions. This role allows you to leverage your extensive experience and knowledge to effect change within the industry.

  • Director of Agricultural Engineering: At this level, you will set the direction for engineering initiatives within your organization. Responsibilities include strategic planning, resource allocation, and interfacing with upper management and stakeholders to guide the organization's engineering vision.

As you progress through these stages, continuous professional development, industry certifications, and networking will enhance your capabilities and opportunities in the field of Agricultural Systems Engineering.

Related Fields and Alternative Career Paths to Agricultural Systems Engineers (2024)

As an Agricultural Systems Engineer, your education and skills can open doors to various related fields and alternative career paths. Here are some options that you may find appealing:

  • Environmental Engineer: Your understanding of agricultural systems positions you well in this field. Environmental engineers focus on developing solutions to environmental problems, often working on projects related to water quality, waste management, and sustainability in agricultural practices.

  • Agronomy Specialist: You can leverage your knowledge of soil management, crop production, and agricultural systems in the role of an agronomist. This position typically involves improving crop yields, advising farmers on best practices, and conducting research on soil and plant health.

  • Precision Agriculture Specialist: This emerging field utilizes technology to optimize agricultural production. Your background will help you work with data analytics, GPS, and remote sensing to enhance farm efficiency and sustainability.

  • Irrigation Engineer: Your expertise in systems engineering can translate to designing and managing irrigation systems. This role involves ensuring water efficiency, designing sustainable irrigation practices, and enhancing crop productivity.

  • Farm Management Consultant: With strong analytical skills, you could advise on farm management practices. This includes financial analysis, operational planning, and risk management, ensuring profitability while maintaining sustainable practices.

  • Soil Scientist: If you have an interest in soil health, this career allows you to study soil composition, behavior, and conservation methods. This role often requires additional training in geology or biology but is a natural extension of your engineering background.

  • Research Scientist in Agriculture: Your engineering skills can be valuable in academic or private-sector research. This role may involve developing new agricultural technologies, conducting experiments, and analyzing data to drive innovation in the field.

  • Sustainability Manager: Your knowledge of agricultural systems equips you for work in corporate sustainability. This position focuses on implementing practices that reduce environmental impact and promote resource conservation within agricultural businesses.

  • Product Development Engineer for Agricultural Equipment: Your technical skills can be utilized in designing and improving agricultural machinery and tools. This role involves collaboration with teams to innovate solutions that enhance farm productivity.

  • Agricultural Policy Analyst: If you have an interest in policy and governance, you can pivot to work on agricultural policy issues. Analyzing and developing policies that influence agricultural practices and sustainability can benefit from your engineering insights.

Transitioning to these roles can often be achieved by building on your existing knowledge and skills. You may consider pursuing additional certifications or relevant experience to enhance your qualifications in any of these areas. Engaging in networking within these fields can also help you navigate potential career changes successfully.

Agricultural Systems Engineer Frequently Asked Questions (FAQs) (2024)

  • What education is required to become an Agricultural Systems Engineer?
    You typically need a bachelor's degree in agricultural engineering, biosystems engineering, or a related field. Advanced positions may require a master's degree or higher.

  • Are there specific programs or schools known for agricultural engineering?
    Yes, several universities offer specialized programs in agricultural engineering. Look for schools that are accredited by the Accreditation Board for Engineering and Technology (ABET), as this recognition ensures a quality education.

  • Is a professional engineering (PE) license necessary?
    While it's not mandatory for all positions, obtaining a PE license can enhance your job prospects and credibility. You will need to pass the Fundamentals of Engineering (FE) exam, gain relevant work experience, and then pass the Principles and Practice of Engineering (PE) exam.

  • What subjects should I focus on during my education?
    You should concentrate on subjects like mathematics, physics, biology, fluid mechanics, thermodynamics, soil science, and environmental engineering. Also, hands-on experience in labs and internships is invaluable.

  • Are there any certifications that can benefit my career?
    Yes, certifications such as Certified Agricultural Technician (CAT) or Professional Engineer (PE) can enhance your qualifications and demonstrate expertise to employers.

  • How important is practical experience in this field?
    Hands-on experience is critical. Engaging in internships or cooperative education programs during your studies will provide you with real-world skills and networking opportunities.

  • Can I pursue a career in Agricultural Systems Engineering with a degree in a different engineering discipline?
    Yes, transitioning from another engineering discipline is possible, but you may need to take additional coursework or gain specific experience in agricultural systems to meet the requirements for the role.

  • What skills are important for an Agricultural Systems Engineer?
    Key skills include problem-solving, analytical thinking, strong communication, proficiency in computer-aided design (CAD) software, and a solid understanding of agricultural processes and systems.

  • Are there online degree programs available for Agricultural Systems Engineering?
    Yes, several accredited institutions offer online degrees or hybrid programs in agricultural engineering. Always check the accreditation status to ensure the quality of the program.

  • What is the job outlook for Agricultural Systems Engineers?
    The job outlook is favorable, with demand projected to grow due to the need for sustainable agricultural practices and advancements in technology within the agricultural sector.

Additional Resources for Agricultural Systems Engineers (2024)

Utilizing these resources will enhance your educational journey and professional development as an Agricultural Systems Engineer.