School of Engineering

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Department of Civil Engineering

Interdisciplinary Minor Program on Climate Change and Sustainability Policy (CLIMASP)

Desertification - photo credits: Jasper Van der Meij (unsplash.com)

Overview

The development of this minor is a result of a funded project through a CONSORTIUM AGREEMENT ON THE IMPLEMENTATION OF TEMPUS PROJECT “Development of an Interdisciplinary Minor Program on Climate Change and Sustainability Policy-CLIMASP” (Reference No. 543879-TEMPUS-1-2013-1-GRTEMPUS-JPCR) (Grant Agreement No. 2013-5043/001-001).

CLIMASP minor curriculum is designed to provide undergraduate students from different majors the flexibility to select courses to enhance their interests in climate change and to enrich their major field of study with professional skills in climate change adaptation policies and planning.

CLIMASP offers students a unique inter/multidisciplinary understanding of climate change. It provides a shift from a strict disciplinary orientation focused on natural sciences to other issues related to science, engineering, education, economics, sociology, architecture, etc. In fact, choosing a minor combined with a major enables student to pursue an area of interest with considerable employment possibilities by acquiring the necessary knowledge and skills.

Mission and Objectives

Mission

The mission is to provide a quality education in Climate Change and Sustainability Policy that combines theory and practice for undergraduate students and to satisfy industry demand for graduates with special education in sustainability that helps them enter the market force or pursue graduate studies.

Objectives

Student Learning Outcomes

Student Outcomes (SO) describe what students are expected to know and be able to do by the time they graduate.  These relate to the skills, knowledge, and behaviors that students acquire as they progress through the minor.  CLIMASP aims at:

  1. Solving climate change and sustainability policy problems using knowledge of applied mathematics, science, and economics, etc.
  2. Acquiring analyzing, and using technical data to design for climate change and sustainability policy. 
  3. Integrating professional, ethical, social, and environmental considerations into climate change and sustainability policy design and problem solving.
  4. Developing the ability to communicate results effectively and providing experience in team efforts.
  5. Acquiring the habit of continuous learning to maintain technical competence and keep abreast of contemporary issues.

Minor Requirements and Eligibility

Minor Eligibility

Students from the Adnan Kassar School of Business (AKSOB), School of Architecture and Design (SArD), School of Arts and Science (SAS), and the School of Engineering (SOE) may choose to enroll in the CLIMASP minor.  Students can enroll in this minor in their second year of study.

Minor Requirements

Minor Curriculum

The inter-multidisciplinary CLIMASP courses consist of core courses, elective courses, and a required capstone course in the three concentration areas, namely:

As these courses are form an integral part of the participating disciplines curricula, the CLIMASP minor is invaluable to students seeking a meaningful and rewarding complement to their main field of study. Upon completion of the minor along with their major, students will be granted the EuroArab Pass diploma provided they fulfill 45 to 60 relevant European Credit Transfer System (ECTS) credits.  The CLIMASP minor program is administrated by the same Interschool Steering Committee that worked on the development of the minor.

Course Offering

Students from CA1 have to take at least 2 courses from CA2 and 2 courses from CA3, according to their preferences (electives); the capstone course will be equivalent to 15 ECTS that will focus on an independent study/internship (9 credits).  The capstone can be a combination of an internship and directed studies project.

CLIMASP MINOR  Option 1 (18 credits)

CORE COURSES (9 CREDITS)

ELECTIVE COURSES (9 CREDITS)

CA1: Climate Change, Environment and Society (1 course) CA1: Climate Change, Environment and Society (1 course)
CA2: Climate Change, Economics and Public Policy (1 course) CA2: Climate Change, Economics and Public Policy (1 course)
CA3: Climate Change, Science and Technology (1 course) CA3: Climate Change, Science and Technology (1 course)

CLIMASP MINOR Euro-Arab Pass Option 2 (27 credits)

CORE COURSES   
ELECTIVE COURSES
CA1: Climate Change, Environment and Society (1 course) CA1: Climate Change, Environment and Society (1 course)
CA2: Climate Change, Economics and Public Policy (1 course) CA2: Climate Change, Economics and Public Policy (1 course)
CA3: Climate Change, Science and Technology (1 course) CA3: Climate Change, Science and Technology (1 course)
Capstone (15 credits) Capstone** Any CA (preferably CA 1)
Internship

CLIMASP RECOMMENDED STRUCTURE

Core Courses (15 credits)
Course No. Course Title Cr.
CIE 522 Environmental Impact Assessment 3
ECO320 Environmental, Resource and Energy Economics 3
ENV230 Sustainability in Practice 3
Elective Courses
CA1 Climate Change, Environment and Society (at least one course)
CA2 Climate Change, Economics and Public Policy (at least one course)
CA3 Climate Change, Science and Technology (at least one course)
Capstone (15 credits)
To be selected properly to meet the minimum concentration area requirements, if needed.
CA 1: Climate Change, Environment and Society
Course No. Course Title Cr.
ENV210 Climate Change Risks to Ecosystems and Biodiversity 3
ENV211 Conserving Biodiversity in a changing Climate 3
ENV222 Social Aspects of Renewable Energy for Rural Development 3
CIE434 Civil Engineering Profession 3
CIE 522 Environmental Impact Assessment 3
EDU730 Curriculum Design 3
CA 2: Climate Change, Economics and public Policy
Course No. Course Title Cr.
ENV223 Financing Renewable Energy 3
ECO311 Development Economics 3
ECO320 Environmental, resource and Energy Economics 3
CIE525 Environmental Policy and Management 3
CA 3: Climate Change, Science, and Technology
Course No. Course Title Cr.
BIO203* Introduction to Ecology 3
BIO331* Ecology 3
ENV200 Introduction to Environmental Sciences 3
ENV220 Renewable Energy for Sustainable Development 3
ENV224 World Ocean Solutions 3
ENV225 Energy In Buildings 3
ENV230 Sustainability in Practice 3
ENV423 Environmental Microbiology 3
DES523 Environmental Systems I 3
DES524 Environmental Systems II 3
MEE401 Energy Systems & Sustainable Environments 2
MEE599 Advanced Power Trains 3
MEE599J Energy Audit 3
CIE424 Water Distribution and treatment 3
CIE426 Wastewater collection and treatment 3
CIE427 Environmental Engineering - SOFT 1
CIE520 Solid Wastewater Management 3
CIE521 Hydrology 3
CIE526 Environmental Remediation 3
CIE563 Transportation Planning and Land Use 3
CIE582 Infrastructures Management 3
CIE600H Groundwater Hydrology and Pollution 3
CIE724 Air Quality Management 3
CIE725 Geo-Environmental Engineering 3
CIE730 Irrigation and drainage Engineering 3
CIE788 Fundamentals of GIS and Remote Sensing 3

*Student may not take both BIO 203 and BIO 331 for credit (either one).

** Capstone Course (5 ECTS, equivalent to 3 credits)

Capstone Course [0-3, 3 cr.]

This course covers selected project using acquired technical knowledge, formal report, and presentation. The capstone project enables students to apply and synthesize the material learned in other courses, develop expertise in a specific topic related to the student concentration; work closely with experts in the field of study; and advance professional recommendations and solutions for implementation of climate change and sustainability policy.  This course provides students with a design experience that is as close as possible to real life projects. Prerequisite: Consent of Instructor.

At the completion of the project, students will gain a fundamental understanding of alternative climate change and sustainability policy in their area of concentration and will be able to:

  1.  Develop a case study of climate change and/or sustainable policy.
  2.  Integrate knowledge and use various streams of knowledge and skills acquired in various courses, and concentrations.
  3.  Describe the business requirements and success; and/or
  4.  Critique past and current policies and codes.

Capstone Course Rules

Project topics can be faculty or student initiated. Faculty can post project topics for students to select from or receive project proposals from students. The project Template for proposing new academic programs 16 work can be individual or group project as approved by project advisor and program coordinator.

In the semester prior to conducting the project, students must identify a project topic and faculty advisor who is both familiar with the chosen topic and willing to guide and oversee the project. The student can also have a co-advisor from the student’s place of work or any expert with appropriate credentials.  

Formal proposals must be submitted at least two weeks prior to the start of the semester in which the project is to be completed. The proposal must be approved by the minor coordinator prior to enrollment in the course. The project takes place over the course of one-semester and requires many hours of individual/group work (normally 6-8 hours per week).  A faculty member can supervise no more than five projects in any one semester.  

Deliverable 1 (Week 2): Communicate with instructor to define project topic.
Deliverable 2 (Week 6): Interim report.
Deliverable 3 (Week 13): Presentation.
Deliverable 4 (Week 14): Final report.

Grading Project Proposal: 10% Interim report: 30% Final Report: 30% Presentation: 30%.


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