INSTITUTE OF ENGINEERING AND AGRONOMY

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1 INSTITUTE OF ENGINEERING AND AGRONOMY The Institute seeks to advance basic science, to create tools and technologies, to drive economic development and to meet social challenges. We expect our future engineers to gain a deep understanding of engineering and technology in today s world, and to integrate and apply technological innovations into daily life. To achieve this, we promote research programs that combine the needs of the present and the challenges of the future. Courses of study - Petroleum Engineering - Bioengineering Associate degree: Bioengineer s Assistant - IT Engineering Associate degree: Analyst Programmer - Industrial Engineering Associate degree: Industrial Assistant - Electromechanical Engineering Associate degree: Electromechanical Assistant - Agricultural Sciences - Associate Degree in Intensive Vegetable Production - Associate Degree in Agricultural Business Management - Transportation Engineering Associate degree: Transportation Engineer

2 Petroleum Engineering Duration: 5 years The course of studies provides students with appropriate tools for them to develop and design projects related to hydrocarbon exploration and exploitation, as well as its transportation and processing in refineries. Our students are able to work in and manage different activities involved in upstream, midstream and downstream operations, such as petroleum and gas exploration, drilling, production, transportation and storage. Furthermore, they can also do research to help the development and implementation of innovative technologies and techniques. Our students will be able to work in private or public places as external consultant experts in the hydrocarbon industry. They can also teach in different education levels in those fields related to their expertise.

3 Bioengineering Duration: 5 years and 6 months Associate degree: Bioengineer s Assistant Bioengineering incorporates specific principles from Physics and Chemistry to understand the operation of living systems and aims at enabling students to gain experience in the engineering design process and make improvements in the health area in coordination with the tertiary referral hospital El Cruce Dr. Néstor Kirchner, where they can have hands-on learning situations. A bioengineer can design sanitary products and technologies as medical devices for imaging and therapy or prosthesis. A bioengineer also manages the technical resources linked to the hospitality industry and health services.

4 Industrial Engineering Associate degree: Industrial Assistant Students need to have knowledge and skills in a variety of disciplines, as Industrial Engineers apply Science, Mathematics, and Engineering methods to complex system integration and operations. Their professional training allows them to design, improve and control systematic processes using statistical analysis, interpersonal communication, design, operations management, computer simulation, and problem solving. The priority areas are production, quality control, engineering design, project engineering, safety and environmental analysis, production management, company, systems and procedures management, measurement, project evaluation, feasability studies, and consultancy.

5 IT Engineering Associate degree: Analyst Programmer The different areas of computer engineering are incorporated to gain knowledge of hardware, operating systems, databases, information security, applications and systems. Students learn the fundamentals of circuits, systems, and software associated with the design of programmable systems as those used for general purpose computing, communications control, or signal processing, to develop innovative, efficient and competitive designs as Web 3.0, 2.0, big data, etc. Computer Engineering students are highly qualified to perform both technical activities as well as those related to management and leadership. Because of their broad skills in both hardware and software, students in Computer Engineering are in high demand for employment after graduation, and are positioned to design and implement advanced systems and develop software and hardware for specific systems such as medical computing, security network systems, games, etc. Electromechanical Engineering Duration: 5 years and 6 months Associate Degree: Electromechanical Assistant Duration: 3 years and 6 months Our professionals are prepared to analyse, design, develop, manufacture and maintain electromechanical systems and devices. Through the course of studies, the students acquire scientific knowledge to solve different problems, applying their professional abilities and techniques.

6 Our graduate students will be able to work in different industries, such as electronics, metallurgy, iron and steel industry, automation and control, electromedicine, pneumatics and hydraulics, robotics, thermodynamics. Agricultural Sciences Duration: 4 years and 6 months Associate Degree: Associate Degree in Intensive Vegetable Production Duration: 3 years This career addresses the regional needs for a sustainable integral development in agricultural productions oriented towards an intensive farming, especially fruit-horticultural activities. This career is aimed to boost the production chain, not only adding value at source, but also guaranteeing health, food quality, financial profitability and environmental care. The career introduces sustainability criteria to the prevailing systems and promotes alternative production processes, such as agroecology and urban agriculture. The agricultural productions of intensive farming that address the social and production needs in our society increases the demand for professionals with different knowledge and qualifications, including traditional and innovative fruit-horticultural systems. Our graduate students will be able to work in different places, such as NGOs, technical associations, research teams, public entities, laboratories, garden centers, seedbeds, etc.

7 Agricultural Business Management Associate Degree in Agricultural Business Management Duration: 3 years Students are expected to understand the biological and socioeconomical processes involved in agricultural production, be able to manage administration and management systems, interpret change, apply regulations and generate sustainable projects that contribute to the employability of human resources. Our students professional profile meets the requirements of the management of agroproductive units. They will be able to work in mid-level ranks in the productive sector, collaborate in business management and carry out logistics and goods and services trade in the agricultural sector, both in public or private organisations. Intensive Vegetable Production Associate Degree in Intensive Vegetable Production Duration: 3 years The course of studies aims at specializing in horticultural, flower-growing, and fruitgrowing sectors, and to gain knowledge to be able to plan and manage intensive vegetable production developments. Also, students should be able to gain practical knowledge related to the procedures, organization and distribution of the available resources to promote sustainable and equitable development. Our graduate students will be able to work in micro-entrepeneurships and in organisations, such as NGOs, technical associations, research teams, public entities, laboratories, garden centers, seedbeds, etc.

8 Transportation Engineering Associate Degree in Transportation Engineering Duration: 5 years This course of studies addresses the application of technological and scientific principles to the planning, design, operations and management of different transportation systems in order to provide safe, convenient, environmentallyfriendly transportation. It is strongly linked to Urban Planning, Economy, Design, Social Communication, Political Sciences, Social Sciences, among others. Professionals will be able to work in transportation companies: land and sea transport, rail sytems, air transportation, logistics companies, NGOs, centers for transportation research and technological innovation. This course of studies responds to the needs of our country to have highly qualified professionals in order to satisfy the demand of public and private sectors.

9 Local and Regional Development Pole Integrated laboratories net consisting of a m2 facilities area with state-of-theart equipment to promote a hands-on approach to learning Industrial Engineering labs 4 Electromechanical Engineering labs 7 Bioengineering labs 1 Physics lab VTIC RADAR The Technological Monitoring and Competitive Intelligence program is intended to improve and promote competitiveness in the regional small and medium enterprises (SMEs) by using simple tools to monitoring competitive environment.