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1 CE 2633 Environmental Engineering Course Syllabus Fall 2022 Table of Contents CE 2633 Environmental Engineering ............................................................................. 2 Course Information ................................................................................................................... 2 Course Objectives and Outcomes .......................................................................................... 2 Course Format .......................................................................................................................... 3 Course Materials ....................................................................................................................... 3 Activities and Grading .............................................................................................................. 3 Essential Student Information ................................................................................................. 4 Instructor Contact Information ................................................................................................ 5 Communication Plan ................................................................................................................ 5 Assessments and Assignments ............................................................................................. 6 Course Management and Policies .......................................................................................... 6 Student Code of Conduct and Scholastic Dishonesty ......................................................... 6 Copyright and Fair Use ............................................................................................................ 6
2 CE 2633 Environmental Engineering Fall 2022 COURSE INFORMATION Course Description: Principles, analysis, and design related to environmental monitoring, protection, and remediation systems. Topics include environmental quality and legislation, modeling, water treatment, wastewater treatment, solid and hazardous waste management, air and noise pollution, and radioactive waste management. Credit hours: 3 Prerequisites/co-requisites: CHE 1103 General Chemistry and CE 1301 Introduction to Civil Engineering Course Modality: This is a mostly online asynchronous course with some in-person classes. This means most learning will take place fully online without any scheduled meeting times. All materials, activities, and assignments are provided asynchronously, meaning you can complete the work at your own pace while adhering to due dates and deadlines as dictated by this syllabus. There will be weekly synchronous sessions to review specific topics or provide additional explanations scheduled on Friday, 9:00 AM 9:50 AM at McKinney Humanities Building (Room 2.01.32). COURSE OBJECTIVES AND OUTCOMES To provide an opportunity for students to: 1. Become familiar with environmental laws and regulations [contributes to SO 2, 4, 6, 7]. 2. Identify environmental concerns for air, land, and water [contributes to SO 2, 4, 7]. 3. Understand the science behind environmental problems and solutions [contributes to SO 1, 2, 6, 7]. 4. Practice basic environmental engineering design [contributes to SO 1, 2, 4, 6]. 5. Evaluate pollution control strategies [contributes to SO 1, 2, 4, 7]. Relationship to Civil Engineering Student Outcomes (SO): This course contributes to the following student outcomes: 1. an ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics 2. an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors 4. an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts
3 6. an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions 7. an ability to acquire and apply new knowledge as needed, using appropriate learning strategies. Course Format This course will be taught mostly online through Blackboard Learn. There will be some required class meetings on campus on Fridays. Readings, online modules, sample problem videos, additional resources, quizzes, and assignments are due throughout the course, so be sure to keep track of due dates. See the course schedule for all due dates. If you foresee an extended absence (more than 3 days), please discuss your schedule with your instructor. Course Navigation Instructions Click on the underlined text throughout this syllabus to access additional web linked sources. When you log in to Blackboard you will arrive at the “ Modules ” page. Use the course menu to go to other locations in the course. Blackboard course links will open in the current window or tab. Files and other external web links will open in a new window or tab. You can access support services from the Blackboard course menu as well. This course is arranged by weekly topics. Each week includes required readings, module softchalk lectures, quiz and/or assignments as describe in the schedule. The due dates for each activity is mentioned in the schedule. COURSE MATERIALS Required Textbook Principles of Environmental Engineering and Science, McGraw-Hill, 4 th Edition. By Mackenzie Davis and Susan Masten ISBN10: 1259893545 ISBN13: 9781259893544 ACTIVITIES AND GRADING Activity Quantity Points Each Total Points Percentage Homework Assignments 6 100 600 20% Quizzes 12 10 120 20% Writing Project 1 100 100 15% Exam 1 1 100 100 10% Exam 2 1 100 100 10% Exam 3 1 100 100 10% Final Exam 1 100 100 15% Total 100%
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4 Grade Distribution and Letter Grade Final grades will be based on the following grading scale: Percentage Grade 96.5 100% A+ 92.5 96.49% A 89.5 92.49% A- 86.5 89.49% B+ 82.5 86.49% B 79.5 82.49% B- 76.5 79.49% C+ 72.5 76.49% C 69.5 72.49% C- 66.5 69.49% D+ 62.5 66.49% D 59.5 62.49% D- <59.5% F ESSENTIAL STUDENT INFORMATION Important: Bookmark and visit the Common Syllabus Information webpage to find important and valuable resources about counseling services, transitory/minor medical issues, supplemental instruction, tutoring services, academic success coaching, sexual harassment and sexual misconduct, campus safety and emergency preparedness, inclusivity statement, and the Roadrunner Creed. For technical requirements, support, and academic resources, visit the Student Support Gateway , where you can find all your tech and academic support resources in one place. Follow Online Learning Netiquette standards for your online communication activities. Please be mindful of the communication tools available in your course and use them for learning purposes. Class discussions take place in a respectful and safe environment, whether online or in person. UTSA encourages everyone to openly share their ideas and opinions without penalty or judgment, but learning should always be based on facts and research. It is possible to disagree without being disagreeable. UTSA provides reasonable accommodations to students via the Student Disability Services . For more details on eligibility, policies, and requirements, please visit www.utsa.edu/disability or call (210) 458-4157.
5 UTSA Wellbeing Resources: your wellbeing is a priority for us. UTSA is proud to partner with Wellness 360 and MySSP to provide students with access to quality health and mental health care. Visit the UTSA Students Wellbeing Resources to explore the services available. INSTRUCTOR CONTACT INFORMATION Instructor Name : Dr. Vikram Kapoor Department and College : School of Civil & Environmental Engineering, and Construction Management, Klesse College of Engineering and Integrated Design Office Location : BSE 1.336 Student hours: Wednesdays, 1-3 pm or by appointment Email Address : vikram.kapoor@utsa.edu COMMUNICATION PLAN There are several ways you can communicate with me. My preferred method of communication is: Email, you may email me at vikram.kapoor@utsa.edu. You may also use the Send Email tool in Blackboard. Post questions in the Course Questions forum in Blackboard. This is a public forum provided for content and course-related questions. I encourage you to participate in this forum to get involved with your class. I will respond to all messages within 24 hours. Don’t hesitate to contact me and join the Student Support Hours. About Me I prefer to be called Dr. Kapoor and use he/him/his pronouns. I am excited to be part of your academic journey this semester. I have been teaching for 12 years and have been at UTSA since 2016. As part of my training, I am a Online Teaching Faculty Champion and a ACUE Teaching Fellow. I earned my Ph.D. in Environmental Engineering from University of Cincinnati in Cincinnati, Ohio, and my Bachelor s in Biotechnology from Jaypee Institute of Information Technology in India. My research interests lies at the cross-section of environmental microbiology, biotechnology and environmental engineering incorporating a diversity of research tools such as molecular-based identification techniques, bench-scale bioreactors, bioinformatics, and different omics methods including metagenomics. Personally, I am a native of India, but have lived in different places in the U.S. since 2010. I love to travel, read, and spend time with my family.
6 ASSESSMENTS AND ASSIGNMENTS Assignments The homework problems will be given in blackboard. They are to be turned in through Blackboard by 11:59 pm the day they are due in class calendar or otherwise instructed. All work must be shown to get credit. It will be graded for correctness and completeness. You will be required to upload a legible pdf version or MS Word document of your homework. Please download the CamScanner Free and/or Adobe Scan to scan your documents. One pdf/word file per submission. Assignments submitted as individual images (.jpg, .png, .tiff or any image format) will NOT be accepted. Quizzes The quizzes will be assigned and taken on Blackboard at the end of each online module you complete. The quizzes will test your understanding of basic engineering concepts covered during the unit. The lowest two quizzes will be dropped by the end of the semester. Writing Project Consists of 1 writing assignment (technical report) on a topic of your choice from the given topics, more details will be given in class and posted on Blackboard. The due dates will be posted on Blackboard. Exams There will be four online exams exam 1, exam 2, exam 3 and final exam. Students are allowed to use test supplement and calculator. The student will be given a time frame to complete the exam. The exams consist of various questions focused on key elements you should have learned throughout the course. COURSE MANAGEMENT AND POLICIES Student Code of Conduct and Scholastic Dishonesty The Student Code of Conduct is Section B of the Appendices in the Student Information Bulletin. Scholastic Dishonesty is listed in the Student Code of Conduct (Sec. B of the Appendices) under Sec. 203 . Copyright and Fair Use It is important to understand the issue of intellectual property rights. You may not use the images or thoughts of others for profit or gain without their written permission. The UTSA library has a Copyright Laws and Public Performance Rights (PPR) page. Students with Disabilities The University of Texas at San Antonio, in compliance with the Americans with Disabilities Act and Section 504 of the Rehabilitation Act, provides “reasonable accommodations” to students with disabilities. Only those students who have officially registered with Student Disability Services and requested accommodations for this
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7 course will be eligible for disability accommodations. Instructors at UTSA must be provided official notification of accommodation through Student Disability Services. Information regarding diagnostic criteria and policies for obtaining disability-based academic accommodations can be found at  www.utsa.edu/disability or by calling Student Disability Services at (210) 458-4157. Accommodations are not retroactive. Family Educational Rights and Privacy Act (FERPA) FERPA grants students the right to control certain disclosures of their educational records. For a full explanation of your rights and to grant access to FERPA educational records, go to Student Catalog Annual FERPA Letter and One Stop Enrollment FERPA Proxy Access . Without your consent or authorization of proxy access, UTSA may release Directory Information , such as but not limited to your name, email, phone , place of birth, and photograph, unless you have opted out of the release of Directory Information. To opt out, go to Restrict Directory Information Form . Mandatory Reporting of Sexual Misconduct and Reporting of Health and Safety Information :  If a student discloses an incident of sexual miscond uct to any UTSA employee (other than to a designated confidential employee such as mental health counselor or PEACE advocate, a UTSA police officer using a pseudonym form or at a public awareness event), that information is not confidential, and the UTSA employee must report all known information to the UTSA Office of Equal Opportunity Services. Employees may also report any concerns about the health and safety of students or others to other school officials and/or law enforcement.  For a complete list of exceptions to FERPA, please see Student Catalog Annual FERPA Letter and HOP 5.01 . Video and audio recording As the instructor of this course, I may record meetings and lessons. You are expected to follow appropriate University policies and maintain the security of passwords used to access recorded lectures. Recordings may not be published, reproduced, or shared with those not in the class. If the instructor or a UTSA office plans any other uses for the recordings, consent of the students identifiable in the recordings is required before such use unless an exception is allowed by law. For more information on your privacy and class recordings, review Student Privacy (FERPA) in Virtual Classrooms and Other Educational Recordings and the Guide to Secure Video Conferencing Tools . Note: The syllabus is subject to change at the instructor’s discretion . Any changes/corrections to the course materials, assignment dates, or other updates will be communicated to the students ahead of time. You are responsible for checking Blackboard for corrections or updates to the syllabus.

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