Environmental Engineering

Title
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ABOUT

ABOUT

The Environmental Engineering Program trains leaders capable of finding a balance between development and sustainability. The comprehensive approach combines basic sciences, applied engineering and environmental management, allowing professionals to face global challenges such as climate change, circular economy, and ecosystem conservation. Students build skills in advanced technology, environmental legislation and sustainable corporate strategies, working in key sectors to foster competitiveness and environmental responsibility. Supported by modern laboratories and real projects, this program provides students with a practical and transformative education that empowers them to lead efforts toward a more sustainable planet.

Graduate Profile
Mission and Vision

Professionals capable of leading cutting-edge transformation in environmental culture. The theoretical and practical training allows them to identify interactions between productive activities and the environment, in order to devise robust and innovative solutions to design and implement engineering systems that secure the environmental sustainability of processes.

Mission
We train environmental engineers grounded in science and technology, combining technical expertise with management skills and a strong commitment to sustainability. Our graduates have the competencies to create innovative strategies and solutions that mitigate environmental impacts, strengthen corporate sustainability, and support healthy communities and ecosystems.

Vision
To stand out in Latin America as a leading program in environmental engineering. Train well-rounded professionals capable of driving sustainable transformations in industries and communities while ensuring harmony between economic growth and environmental protection.

DURATION 5 years
ACADEMIC TERMS 10
TOTAL CREDITS 205
DEGREE Bachelor's
PROFESSIONAL TITLE Environmental Engineer
CURRICULUM

CURRICULUM

This is a comprehensive and well-balanced curriculum that integrates basic sciences, advanced technologies, and social perspectives. It includes courses on environmental and corporate management that ensure the thorough preparation of professionals capable of addressing challenges such as resource conservation, sustainable solution design, and green technology implementation. This innovative approach prepares graduates to lead projects that foster sustainable development and environmental protection.

The Environmental Engineering Program comprises 205 credits (181 mandatory and 24 elective) distributed across 10 academic terms.

SPECIALIST CERTIFICATIONS

SPECIALIST CERTIFICATIONS

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1. CONSERVATION AND ENVIRONMENTAL HEALTH
2. ENVIRONMENTAL MANAGEMENT
3. TECHNOLOGIES FOR ENVIRONMENTAL SUSTAINABILITY
4. ENVIRONMENTAL IMPACT ASSESSMENT AND RISK MANAGEMENT
CONSERVATION AND ENVIRONMENTAL HEALTH
ENVIRONMENTAL MANAGEMENT
TECHNOLOGIES FOR ENVIRONMENTAL SUSTAINABILITY
ENVIRONMENTAL IMPACT ASSESSMENT AND RISK MANAGEMENT
LABOR FIELD

Labor Field

ENVIRONMENTAL MANAGEMENT

Design and implement environmental management plans for public and private companies, complying with regulations, mitigating environmental impacts, and promoting sustainable practices. They hold positions as environmental managers, auditors or consultants in sustainability.

ENVIRONMENTAL IMPACT ASSESSMENT

Carry out environmental impact assessments for mining, energy, infrastructure and urban development projects. Identify and mitigate risks, complying with regulations and sustainability of operations.

CLEAN TECHNOLOGIES AND RENEWABLE ENERGIES

Develop and implement renewable energy solutions such as solar, wind or biomass, as well as advanced technologies of bioremediation.

CONSERVATION AND ENVIRONMENTAL RESTORATION

Lead projects for ecosystem restoration, soil recovery, water management, and biodiversity conservation. Engage in initiatives from government institutions, NGOs, and sustainable companies.

ENVIRONMENTAL CONSULTANCY

Advise companies and institutions for environmental strategies and compliance with international regulations.

ENVIRONMENTAL MONITORING

Monitor the quality of water, air and soil in infrastructure projects, as well as the development and implementation of smart systems for environmental monitoring. Ensure the compliance with environmental standards through data analysis and implementation of corrective actions.

INDUSTRY AND MANUFACTURING

Optimize industrial processes through the design of clean production systems, proper waste management, and adoption of international standards such as ISO 14001 to reduce environmental impacts.

PUBLIC ENTITIES

Formulate public policies, manage sustainable development projects in ministries, municipalities, and other government agencies. Promote environmental awareness and education programs in communities.

EDUCATION AND ACADEMIC RESEARCH

Teach in universities and institutions, in order to train new generations of sustainability professionals. Lead research on new technologies, methodologies, and strategies to mitigate environmental impacts and natural resources conservation.

RESOURCES MANAGEMENT AND CIRCULAR ECONOMY

Design and implement waste recovery systems, chemical recycling, and circular economy strategies, reducing environmental impacts and improving the use of natural resources.

INNOVATION AND TECHNOLOGICAL DEVELOPMENT

Create and hone technological tools for environmental monitoring, analysis and control, including the integration of AI, IoT, and real-time data analysis.

PARTIAL CERTIFICATIONS

PARTIAL CERTIFICATIONS

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1. POLLUTION CONTROL TECHNOLOGIES
2. ENVIRONMENTAL CONSERVATION
3. SUSTAINABLE ENERGY DEVELOPMENT
DIRECTORY

Directory

LABORATORIES

LABORATORIES

Analytical Chemistry Laboratory
Docimasia Laboratory
Electrical Engineering Laboratory
Fabrication Laboratory (Ulima Fab Lab)
Facilities Design Laboratory
Flexible Manufacturing Laboratory (CIM)
Functional Foods Laboratory
General Chemistry Laboratory
Industrial Chemistry Laboratory
Machines and Instruments Laboratory
Metrology and Materials Control Laboratory
Microbiology Laboratory
Nanotechnology Laboratory
Physics Laboratory I
Physics Laboratory II
Quality Control Laboratory
Technological Support Laboratory
Textile Industry Laboratory
Thermodynamics Laboratory
Unit Operations Laboratory
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