The Faculty
Douglas M. Flewelling
Mark P. Kumler
Ruijin Ma
Fang Ren
Master of Science in Geographic Information Systems (GIS)
The Master of Science in Geographic Information Systems (GIS) degree is designed for professionals and recent university graduates seeking to enhance their knowledge of the analysis, management, and communication of geographic information. It combines the development of strong technical skills and in-depth understanding of geographic information science and theory.
Learning Outcomes
Program Learning Outcomes may be found at www.redlands.edu/ms-gis-learning-outcomes/.
Entrance Requirements
Minimum requirements for entrance include:
• A bachelor’s degree or equivalent in any field.
• Two letters of recommendation confirming the applicant’s potential for success in the program.
• Competence in speaking and writing English. Students for whom English is a second language must demonstrate competence by submitting a Test of English as a Foreign Language (TOEFL) score above 550 written (210 computer-based. Internet-based minimum of 80 with no section score lower than 18). Alternative internationally recognized tests such as International English Language Testing System (IELTS) overall score at band 6.5 or above may be considered equivalent.
• Analytical and technical aptitude demonstrated through appropriate coursework, professional experience, Graduate Record Examination (GRE) or similar test scores, or letters of recommendation.
Program Structure
The one-year program consists of 10 months of coursework and the undertaking of a Major Individual Project (MIP). Each of the six terms is seven weeks in length and the annual schedule allows for two three-week breaks. Student cohorts begin each year in September and January.
The two-year program consists of up to 12 seven-week terms, with corresponding three-week breaks as in the one-year program.
Each of the first four seven-week terms includes both core courses and a variety of elective courses. Students not only learn the critical theoretical foundations and the cutting-edge technologies, but also explore broader issues related to effective and appropriate application of the technology. A menu of short workshops (GIS 660) is offered throughout the program to provide opportunities for students to selectively focus their attention on one of the many major themes in GIS, specific application areas, or advanced theory topics.
Each of the first four terms includes one or more intensive multi-day, instructor-led course(s) from the current Esri software training curriculum that supplement the regular theory and technology courses. GIS colloquia are offered during the year. These colloquia give students exposure to cutting-edge research and developments in GIS and an opportunity to hear from some of the most well-known GIS scholars and managers.
All students are required to undertake a Major Individual Project (MIP) that applies GI Technology and/or Science to a problem of their choice. This is the professional equivalent of an academic masters thesis. The Project Course series (GIS 69X) is directed toward building students’ skills in project design and implementation.
Opportunities for projects come from University of Redlands Faculty, organizations in the region, or from students’ former, current, or future employers. Students begin developing their MIP topics during the beginning of the GIS 69X series and make gradual progress toward completing the MIP by the end of their program, be it one year or two. Before graduating, all students must successfully pass an oral defense of their project work before their Advisory Committee and submit an approved extended written report on the work completed. Students are also required to make an oral presentation and a poster presentation of their MIP before an audience of their peers and colleagues in the discipline of their project.
Program Requirements
Master of Science (38 credits)
The Master of Science degree requires 38 credits at the graduate level, which are comprised of 10 credits of core courses, 20 credits of elective courses, and 8 credits of Major Individual Project. Elective courses can be taken in the form of regularly offered electives, GIS workshops, topics courses that are offered from time to time by GIS-related faculty, University of Redlands School of Business GIS-focused electives, or by individualized study, the focus of which is determined by GIS faculty.
Courses:
Provides students with the foundation of theoretical and applied skills in GIScience and technology. Students work on a progression of tasks and assignments focused on GIS data collection, manipulation, analysis, output, and presentation. The assignments reinforce the GIS theory and technology concepts introduced through lectures and discussion.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Numeric grade only.
The objective of this course is to initiate the concept and scope of the student’s Major Individual Project (MIP). Students will identify their project client and topic, conduct preliminary research on the topic and write a background paper outlining previous research and studies on their topic.
Prerequisite: enrollment in MS GIS program, or by permission of Program Director.
Numeric grade only.
Students will learn project management skills involved in a GIS project, including developing a project plan, conducting systems analysis and design, and executing a GIS project through construction and deployment. The assignments include writing assignments corresponding to each phase of a GIS project. Prerequisite: GIS 691.
Numeric grade only.
Topic-oriented workshops in various GIS applications will be offered for the students to choose “cafeteria style.” Approximately 10 workshops will be offered per calendar year and students are required to attend a minimum of four workshops during the term of their program.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Credit/no credit only.
Designed to reflect curriculum trends and emerging GIS technology.
May be repeated for degree credit, given different topics, for a maximum of 4 credits.
Prerequisite: enrollment in MS GIS or MGIS Program or by permission of the instructor.
Offered as needed.
Provides fundamental theoretical knowledge about information systems, in general, and the unique demands for managing spatial data. Introduces information systems theory and best practices, system design and architecture, and data modeling. Practice application of database theory and methods builds understanding of modern GIS technology.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course discusses the principles of remote sensing and image analysis. It introduces image data format, acquisition, and interpretation. Additionally, the course covers the subject of electromagnetic radiation principles, remote
sensing sensor characteristics, image data classification, and photogrammetry.
Practices the skills needed to create GIS applications for the Web and other networks. Through hands-on projects, students will create their own Web GIS application; in-depth discussions of issues that affect Web GIS from network and security concerns to design for focused and effective Web applications.
Prerequisite: GIS 621 or by permission of the instructor.
Numeric grade only.
This course surveys a wide range of analytical methods and techniques commonly applied to geospatial data. Both data-driven (exploratory data analysis) and model-driven (testing hypothesis) approaches are included. Major topics include point pattern analysis, spatial autocorrelation, spatial regression models, network analysis, and field analysis.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course explores map projections and coordinate systems. We will study the principles and properties of several of the common map projection families, spherical/geographical coordinate systems, and SPC and UTM planar coordinate systems, all within the ArcGIS and GeoCart software environments.
Offered as needed.
Numeric grade only.
Introduction to programming concepts necessary for GIS: writing simple statements, organizing code, handling user interaction, and incorporating decision-making logic in code. Introduction to object-oriented programming concepts: methods, properties, and event-driven programming.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Begins with basic theory of cartographic and graphic data as it applies to GIS data. Explores GIS data models to support mapping and various advanced applications of cartographic methods, including multivariate mapping, multi-scale mapping, cartographic visualization including mixed virtual reality, animated and interactive mapping, and Web mapping.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Provides student exposure to advanced research and innovative developments in geographic information science and systems and the opportunity to hear presentations from GIS researchers, analysts, developers, and managers who live in or visit the Redlands region. Participation in both annual Esri User Conference and GIS colloquia is required.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
The objective of this course is to initiate the concept and scope of the student’s Major Individual Project (MIP). Students will identify their project client and topic, conduct preliminary research on the topic and write a background paper outlining previous research and studies on their topic.
Prerequisite: enrollment in MS GIS program, or by permission of Program Director.
Numeric grade only.
This is the fifth course in the Project Series designed to assist the student with implementation of the GIS solution for their MIP.
May be repeated for degree credit.
Prerequisite: GIS 694 and enrollment in MS GIS program.
Credit/no credit only.
The final term of the program is spent completing the Major Individual Project (MIP). A defense, public presentation, and extended report are required.
Prerequisite: GIS 695 and enrollment in MS GIS Program.
Numeric grade only.
The most current information about the curriculum, entrance requirements, and application procedures is available on the program’s website at www.msgis.redlands.edu or by contacting the program office at (909) 748-8128 or by e-mail at msgis@redlands.edu.
Master of Geographic Information Systems (MGIS)
The Master of Geographic Information Systems (MGIS) degree is designed for professionals and recent university graduates seeking to enhance their knowledge of the analysis, management, and communication of geographic information. It combines the development of strong technical skills and in-depth understanding of geographic information science and theories.
Learning Outcomes
Program Learning Outcomes maybe found at www.redlands.edu/m-gis-learning-outcomes/.
Entrance Requirements
Minimum requirements for entrance include
• a bachelor’s degree or equivalent in any field
• two letters of recommendation confirming the applicant’s potential for success in the program
• competence in speaking and writing English. Students for whom English is a second language must demonstrate competence by submitting Test of English as a Foreign Language (TOEFL) scores above 550 written (210 computer-based. Internet-based minimum of 80 with no section score lower than 18). Alternative internationally recognized tests such as International English Language Testing System (IELTS) scores at band 6.5 or above may be considered equivalent
• analytical and technical aptitude demonstrated through appropriate coursework, professional experience, Graduate Record Examination (GRE) or similar test scores, or letters of recommendation
Program Structure
The program consists of 8 months of coursework and the undertaking of an internship of 360 hours. Each of the four terms is seven weeks in length and the annual schedule allows for one three-week break. Student cohorts begin each year in September and January.
Each of the first four seven-week terms includes both core courses and a variety of elective courses. Students not only learn the critical theoretical foundations and the cutting-edge technologies, but also explore broader issues related to effective and appropriate application of the technology. A menu of short workshops (GIS 660) is offered throughout the program to provide opportunities for students to selectively focus their attention on one of the many major themes in GIS, specific application areas, or advanced theory topics.
Each of the four terms includes one or more intensive multi-day, instructor-led courses from the current Esri software training curriculum that supplement the regular theory and technology courses. GIS colloquia are offered during the year. These colloquia give students exposure to cutting-edge research and developments in GIS and an opportunity to hear from some of the most well-known GIS scholars and managers.
All students are required to take project courses and a professional GIS internship that applies GI Technology and/or Science within a professional practice (GIS 697). The GIS Internship is directed toward enhancing students’ skills in building GIS applications and solving geospatial problems.
Program Requirements
Master of GIS (38 credits)
The Master of GIS degree requires 38 credits at the graduate level which are comprised of 10 credits of core courses, 20 credits of elective courses, and 8 credits of GIS Internship. Elective courses can be taken in the form of regularly offered electives, GIS workshops, topics courses that are offered from time to time by GIS-related faculty, University of Redlands School of Business GIS-focused electives, or by individualized study, the focus of which is determined by GIS faculty.
Courses
Provides students with the foundation of theoretical and applied skills in GIScience and technology. Students work on a progression of tasks and assignments focused on GIS data collection, manipulation, analysis, output, and presentation. The assignments reinforce the GIS theory and technology concepts introduced through lectures and discussion.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Numeric grade only.
The objective of this course is to initiate the concept and scope of the student’s Major Individual Project (MIP). Students will identify their project client and topic, conduct preliminary research on the topic and write a background paper outlining previous research and studies on their topic.
Prerequisite: enrollment in MS GIS program, or by permission of Program Director.
Numeric grade only.
Students will learn project management skills involved in a GIS project, including developing a project plan, conducting systems analysis and design, and executing a GIS project through construction and deployment. The assignments include writing assignments corresponding to each phase of a GIS project. Prerequisite: GIS 691.
Numeric grade only.
Topic-oriented workshops in various GIS applications will be offered for the students to choose “cafeteria style.” Approximately 10 workshops will be offered per calendar year and students are required to attend a minimum of four workshops during the term of their program.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Credit/no credit only.
Designed to reflect curriculum trends and emerging GIS technology.
May be repeated for degree credit, given different topics, for a maximum of 4 credits.
Prerequisite: enrollment in MS GIS or MGIS Program or by permission of the instructor.
Offered as needed.
Provides fundamental theoretical knowledge about information systems, in general, and the unique demands for managing spatial data. Introduces information systems theory and best practices, system design and architecture, and data modeling. Practice application of database theory and methods builds understanding of modern GIS technology.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course discusses the principles of remote sensing and image analysis. It introduces image data format, acquisition, and interpretation. Additionally, the course covers the subject of electromagnetic radiation principles, remote
sensing sensor characteristics, image data classification, and photogrammetry.
Practices the skills needed to create GIS applications for the Web and other networks. Through hands-on projects, students will create their own Web GIS application; in-depth discussions of issues that affect Web GIS from network and security concerns to design for focused and effective Web applications.
Prerequisite: GIS 621 or by permission of the instructor.
Numeric grade only.
This course surveys a wide range of analytical methods and techniques commonly applied to geospatial data. Both data-driven (exploratory data analysis) and model-driven (testing hypothesis) approaches are included. Major topics include point pattern analysis, spatial autocorrelation, spatial regression models, network analysis, and field analysis.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course explores map projections and coordinate systems. We will study the principles and properties of several of the common map projection families, spherical/geographical coordinate systems, and SPC and UTM planar coordinate systems, all within the ArcGIS and GeoCart software environments.
Offered as needed.
Numeric grade only.
Introduction to programming concepts necessary for GIS: writing simple statements, organizing code, handling user interaction, and incorporating decision-making logic in code. Introduction to object-oriented programming concepts: methods, properties, and event-driven programming.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Begins with basic theory of cartographic and graphic data as it applies to GIS data. Explores GIS data models to support mapping and various advanced applications of cartographic methods, including multivariate mapping, multi-scale mapping, cartographic visualization including mixed virtual reality, animated and interactive mapping, and Web mapping.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Provides student exposure to advanced research and innovative developments in geographic information science and systems and the opportunity to hear presentations from GIS researchers, analysts, developers, and managers who live in or visit the Redlands region. Participation in both annual Esri User Conference and GIS colloquia is required.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
The objective of this course is to initiate the concept and scope of the student’s Major Individual Project (MIP). Students will identify their project client and topic, conduct preliminary research on the topic and write a background paper outlining previous research and studies on their topic.
Prerequisite: enrollment in MS GIS program, or by permission of Program Director.
Numeric grade only.
Internship and academic work under faculty. May be repeated as internship. May span across semesters.
Prerequisite: GIS 691 and enrollment in MGIS program, or by permission of Program Director.
Credit/no credit only.
The most current information about the curriculum, entrance requirements, and application procedures is available on the program’s website at www.redlands.edu/gis/ or by contacting the program office at (909) 748-8128 or by e-mail at: mgis@redlands.edu.
This certificate program is designed to provide working professionals with a basic understanding of what a geographic information system is, and teach them how to create and organize data, how to present the data in a cartographically pleasing manner, how to use Python to extend their GIS, and how to develop a web GIS application.
The ideal candidate for this certificate is a professional that is not entirely familiar with the principals of GIS, while their industry has adopted the use of GIS in their daily work, or a professional that is interested in using GIS technology to collect and analyze data in a meaningful way for their field of expertise.
If a student completes this certificate and decides to continue their GIS education at Redlands, the credits earned from these courses may be applied to either the MGIS or MS GIS degree program.
The online GIS certificate program consists of one required course and three electives. For the students who are new to GIS, the electives are suggested to follow the required course.
Required Course
Provides students with the foundation of theoretical and applied skills in GIScience and technology. The class focuses on GIS data collection, organization analysis, output, and presentation. Students works on various tasks and assignments to gain understanding of geographic principles and enhance their spatial problem solving skills.
Offered as needed.
Electives (choose three):
Provides fundamental theoretical knowledge about information systems, in general, and the unique demands for managing spatial data. Introduces information systems theory and best practices, system design and architecture, and data modeling. Practice application of database theory and methods builds understanding of modern GIS technology.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course discusses the principles of remote sensing and image analysis. It introduces image data format, acquisition, and interpretation. Additionally, the course covers the subject of electromagnetic radiation principles, remote
sensing sensor characteristics, image data classification, and photogrammetry.
Introduction to programming concepts necessary for GIS: writing simple statements, organizing code, handling user interaction, and incorporating decision-making logic in code. Introduction to object-oriented programming concepts: methods, properties, and event-driven programming.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Practices the skills needed to create GIS applications for the Web and other networks. Through hands-on projects, students will create their own Web GIS application; in-depth discussions of issues that affect Web GIS from network and security concerns to design for focused and effective Web applications.
Prerequisite: GIS 621 or by permission of the instructor.
Numeric grade only.
This is an upper division GIS course for undergraduate students that focuses on the foundation of theoretical and applied skills in GIScience and technology. Students will gain a better understanding of GIS theory and technology concepts through a progression of tasks and assignments on GIS data collection, process, analysis, output, and presentation.
Prerequisite: SPA 210.
Recommended: Junior or Senior standing.
Offered as needed.
Introduces the fundamentals of programming using Python, and use these fundamentals to perform GIS operations with the ArcPy package. This class is primarily a skills class and the students will learn how to address "real-world“ GIS problems with Python scripts. Basic understanding of programming and prior Python programming experience is highly recommended.
Prerequisite: Basic understanding of programming and prior Python programming experience recommended.
Offered as needed.
Provides students with the foundation of theoretical and applied skills in GIScience and technology. The class focuses on GIS data collection, organization analysis, output, and presentation. Students works on various tasks and assignments to gain understanding of geographic principles and enhance their spatial problem solving skills.
Offered as needed.
Provides students with the foundation of theoretical and applied skills in GIScience and technology. Students work on a progression of tasks and assignments focused on GIS data collection, manipulation, analysis, output, and presentation. The assignments reinforce the GIS theory and technology concepts introduced through lectures and discussion.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Numeric grade only.
Provides student exposure to advanced research and innovative developments in geographic information science and systems and the opportunity to hear presentations from GIS researchers, analysts, developers, and managers who live in or visit the Redlands region. Participation in both annual Esri User Conference and GIS colloquia is required.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Credit/no credit only.
Topic-oriented workshops in various GIS applications will be offered for the students to choose “cafeteria style.” Approximately 10 workshops will be offered per calendar year and students are required to attend a minimum of four workshops during the term of their program.
Prerequisite: enrollment in MS GIS or MGIS program or by permission of the instructor.
Credit/no credit only.
Designed to reflect curriculum trends and emerging GIS technology.
May be repeated for degree credit, given different topics, for a maximum of 4 credits.
Prerequisite: enrollment in MS GIS or MGIS Program or by permission of the instructor.
Offered as needed.
Provides fundamental theoretical knowledge about information systems, in general, and the unique demands for managing spatial data. Introduces information systems theory and best practices, system design and architecture, and data modeling. Practice application of database theory and methods builds understanding of modern GIS technology.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course discusses the principles of remote sensing and image analysis. It introduces image data format, acquisition, and interpretation. Additionally, the course covers the subject of electromagnetic radiation principles, remote
sensing sensor characteristics, image data classification, and photogrammetry.
This course surveys a wide range of analytical methods and techniques commonly applied to geospatial data. Both data-driven (exploratory data analysis) and model-driven (testing hypothesis) approaches are included. Major topics include point pattern analysis, spatial autocorrelation, spatial regression models, network analysis, and field analysis.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
This course explores map projections and coordinate systems. We will study the principles and properties of several of the common map projection families, spherical/geographical coordinate systems, and SPC and UTM planar coordinate systems, all within the ArcGIS and GeoCart software environments.
Offered as needed.
Numeric grade only.
Introduction to programming concepts necessary for GIS: writing simple statements, organizing code, handling user interaction, and incorporating decision-making logic in code. Introduction to object-oriented programming concepts: methods, properties, and event-driven programming.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Begins with basic theory of cartographic and graphic data as it applies to GIS data. Explores GIS data models to support mapping and various advanced applications of cartographic methods, including multivariate mapping, multi-scale mapping, cartographic visualization including mixed virtual reality, animated and interactive mapping, and Web mapping.
Prerequisite: GIS 611 or by permission of the instructor.
Numeric grade only.
Practices the skills needed to create GIS applications for the Web and other networks. Through hands-on projects, students will create their own Web GIS application; in-depth discussions of issues that affect Web GIS from network and security concerns to design for focused and effective Web applications.
Prerequisite: GIS 621 or by permission of the instructor.
Numeric grade only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
Individualized study courses of 1–2 credits offered for students to design their own course of study in a particular GIS topic.
Prerequisites: enrollment in MS GIS or MGIS Program and approval of the instructor.
Credit/no credit only.
The objective of this course is to initiate the concept and scope of the student’s Major Individual Project (MIP). Students will identify their project client and topic, conduct preliminary research on the topic and write a background paper outlining previous research and studies on their topic.
Prerequisite: enrollment in MS GIS program, or by permission of Program Director.
Numeric grade only.
Students will learn project management skills involved in a GIS project, including developing a project plan, conducting systems analysis and design, and executing a GIS project through construction and deployment. The assignments include writing assignments corresponding to each phase of a GIS project. Prerequisite: GIS 691.
Numeric grade only.
This is the fifth course in the Project Series designed to assist the student with implementation of the GIS solution for their MIP.
May be repeated for degree credit.
Prerequisite: GIS 694 and enrollment in MS GIS program.
Credit/no credit only.
The final term of the program is spent completing the Major Individual Project (MIP). A defense, public presentation, and extended report are required.
Prerequisite: GIS 695 and enrollment in MS GIS Program.
Numeric grade only.
Internship and academic work under faculty. May be repeated as internship. May span across semesters.
Prerequisite: GIS 691 and enrollment in MGIS program, or by permission of Program Director.
Credit/no credit only.
