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ENG 3771, Advanced Career Writing gives you opportunities to learn important technical communication skills, heuristics, and approaches that you will use in the workplace. Borrowing ideas from Donald A. Norman’s Living with Complexity (2010), we can think of technical communication as a way of managing complexity. Using rhetoric, research, and process, we can make complex information, tasks, and technology far easier to understand, accomplish, and use. In order to accomplish these things, we need to focus our use of WOVEN (written, oral, visual, electronic, and nonverbal) modes of communication on the needs of our readers. However, we must base our strategies and approaches on clearly articulated goals and firmly established research; we must test our deliverables for usability; and we must revise our deliverables to meet our clients’ requirements. Above all else, as technical communicators, we must follow professional and ethical codes of behavior. In this class, you will learn about these important aspects of technical communication through daily exercises, hands-on activities, and collaborative service-based projects.

ENG 3771, Advanced Career Writing gives you opportunities to learn important technical communication skills, heuristics, and approaches that you will use in the workplace. Borrowing ideas from Donald A. Norman’s Living with Complexity (2010), we can think of technical communication as a way of managing complexity. Using rhetoric, research, and process, we can make complex information, tasks, and technology far easier to understand, accomplish, and use. In order to accomplish these things, we need to focus our use of WOVEN (written, oral, visual, electronic, and nonverbal) modes of communication on the needs of our readers. However, we must base our strategies and approaches on clearly articulated goals and firmly established research; we must test our deliverables for usability; and we must revise our deliverables to meet our clients’ requirements. Above all else, as technical communicators, we must follow professional and ethical codes of behavior. In this class, you will learn about these important aspects of technical communication through daily exercises, hands-on activities, and collaborative service-based projects.

Highlights the physical and mathematical principles underlying remote sensing techniques, covering the radiative transfer equation,atmospheric sounding techniques, interferometric and lidar systems, and an introduction to image processing. The lab component introduces remote sensing software HYDRA, and MATLAB, used for image display and data analysis.

Highlights the physical and mathematical principles underlying remote sensing techniques, covering the radiative transfer equation,atmospheric sounding techniques, interferometric and lidar systems, and an introduction to image processing. The lab component introduces remote sensing software HYDRA, and MATLAB, used for image display and data analysis.

An introduction to the world of electrical and optical sensors with applications in bioengineering, environmental remote sensing fields and many more. The topics cover description of sensor performance, temperature sensors, light sensors, force sensors, displacement sensors, motion sensors, environmental sensors, sound sensors, chemical sensors, sensor interfacing, instrumentation techniques and switching mechanisms. The lab component of this course introduced sensors control using NI LabView software and NI ELVIS hardware

An introduction to the world of electrical and optical sensors with applications in bioengineering, environmental remote sensing fields and many more. The topics cover description of sensor performance, temperature sensors, light sensors, force sensors, displacement sensors, motion sensors, environmental sensors, sound sensors, chemical sensors, sensor interfacing, instrumentation techniques and switching mechanisms. The lab component of this course introduced sensors control using NI LabView software and NI ELVIS hardware

This interdisciplinary course examines current environmental issues from a macroeconomic perspective, focusing on both the long and short-term economic viability of various proposals to address current environmental challenges. While the discipline of Economics serves as a central focus, the course draws extensively from the perspectives of Sociology, Architectural Technology, Environmental Control Technology, Hospitality Management (sustainable tourism), and Sustainable Technology. Traditional goals of economic efficiency will be examined in the context of the need to expand renewable energy sources, green building design and construction, sustainable agriculture and trade, resource allocation and other efforts to combat climate change on a global scale. It focuses on both the long and short-term economic viability of various proposals to address current environmental challenges drawing upon the inherent interdisciplinary connection to these vital economic issues.

This interdisciplinary course examines current environmental issues from a macroeconomic perspective, focusing on both the long and short-term economic viability of various proposals to address current environmental challenges. While the discipline of Economics serves as a central focus, the course draws extensively from the perspectives of Sociology, Architectural Technology, Environmental Control Technology, Hospitality Management (sustainable tourism), and Sustainable Technology. Traditional goals of economic efficiency will be examined in the context of the need to expand renewable energy sources, green building design and construction, sustainable agriculture and trade, resource allocation and other efforts to combat climate change on a global scale. It focuses on both the long and short-term economic viability of various proposals to address current environmental challenges drawing upon the inherent interdisciplinary connection to these vital economic issues.