Overview

   Agricultural/bioengineering is a learning path that focuses on the application of engineering principles to the field of agriculture and the life sciences. It involves the use of technology and scientific principles to improve and optimize agricultural production, increase crop yields, and reduce the environmental impact of farming. This may include the design and development of new agricultural machinery, the use of precision farming techniques, and the use of biotechnology to create new plant varieties.

Students who follow this learning path will learn about topics such as plant and soil science, animal science, food processing, and environmental management. They may also learn about business and management principles, as well as technical skills such as computer programming and data analysis. Ultimately, students who pursue a degree in agricultural/bioengineering will be prepared to work in a variety of fields related to the agriculture and life sciences industries.

Jobs you expect

There are a variety of jobs that one might expect to pursue with a degree in agricultural/bioengineering, including:

  1. Agricultural engineer: These professionals design and develop new agricultural machinery and technologies, as well as improve existing systems and processes. They may work on projects related to irrigation, water management, and soil conservation.
  2. Biomedical engineer: These professionals apply engineering principles to the field of medicine and healthcare. They may work on projects such as developing new medical devices or improving existing ones, or designing systems for healthcare facilities.
  3. Environmental engineer: These professionals work to protect and improve the natural environment. They may work on projects related to water and air quality, waste management, and renewable energy.
  4. Food engineer: These professionals design and develop processes and systems for the production, processing, and packaging of food products. They may work in areas such as food safety, food preservation, and food processing.
  5. Research and development scientist: These professionals conduct research and develop new products or technologies in a variety of fields, including agriculture and the life sciences. They may work in academia or in the private sector.
  6. Sales representative: These professionals sell agricultural and life science products and equipment to customers, such as farmers, research institutions, and hospitals. They may work for manufacturers or distributors of these products.

Universities & Schools

Mohammed VI Polytechnic University
School of Agriculture, Fertilization and Environmental Sciences

School of Agriculture, Fertilization and Environmental Sciences

Agriculture & Natural Ressources
Bengrir, Morocco
Visit site

Certificates

T-SHAPED EXPERT

Agricultural / Bioengineering

Engineering

You made the decision, now it's time to enhance it and gain the depth of knowledge you need to advance.

T-SHAPED EXPERT

Agricultural / Bioengineering

Engineering

You made the decision, now it's time to enhance it and gain the depth of knowledge you need to advance.

Overview

   Agricultural/bioengineering is a learning path that focuses on the application of engineering principles to the field of agriculture and the life sciences. It involves the use of technology and scientific principles to improve and optimize agricultural production, increase crop yields, and reduce the environmental impact of farming. This may include the design and development of new agricultural machinery, the use of precision farming techniques, and the use of biotechnology to create new plant varieties.

Students who follow this learning path will learn about topics such as plant and soil science, animal science, food processing, and environmental management. They may also learn about business and management principles, as well as technical skills such as computer programming and data analysis. Ultimately, students who pursue a degree in agricultural/bioengineering will be prepared to work in a variety of fields related to the agriculture and life sciences industries.

Jobs you expect

There are a variety of jobs that one might expect to pursue with a degree in agricultural/bioengineering, including:

  1. Agricultural engineer: These professionals design and develop new agricultural machinery and technologies, as well as improve existing systems and processes. They may work on projects related to irrigation, water management, and soil conservation.
  2. Biomedical engineer: These professionals apply engineering principles to the field of medicine and healthcare. They may work on projects such as developing new medical devices or improving existing ones, or designing systems for healthcare facilities.
  3. Environmental engineer: These professionals work to protect and improve the natural environment. They may work on projects related to water and air quality, waste management, and renewable energy.
  4. Food engineer: These professionals design and develop processes and systems for the production, processing, and packaging of food products. They may work in areas such as food safety, food preservation, and food processing.
  5. Research and development scientist: These professionals conduct research and develop new products or technologies in a variety of fields, including agriculture and the life sciences. They may work in academia or in the private sector.
  6. Sales representative: These professionals sell agricultural and life science products and equipment to customers, such as farmers, research institutions, and hospitals. They may work for manufacturers or distributors of these products.

Universities & Schools

Mohammed VI Polytechnic University
School of Agriculture, Fertilization and Environmental Sciences

School of Agriculture, Fertilization and Environmental Sciences

Agriculture & Natural Ressources
Bengrir, Morocco
Visit site

Certificates