Course Syllabus

Instructor

Dr. Brad Reisfeld
Office: 340 Scott Bioengineering Building
Phone: 970-491-1019 (office)
Office hours: Mondays 10:00-11:00 (and by appointment), Scott 340 or Scott 335

Lab Supervisor

Tim Gonzales
Phone: 970-566-3272 (cell)

Teaching Assistants/Graders

Jacob Sebesta
Office hours: Mondays 3:00-4:30 pm, Scott 335 (except on Feb 24, when the room
will be the Phoenix design studio)

Sohaib Habiballah

Learning Assistants

Evan Farris
Office hours: Tuesdays, 5:00-6:00 pm at Academic Village C141
and Thursdays, 5:00-6:00 pm in Magellan Design Studio (2nd floor of Engineering) Magellan Design Studio 2
and by appointment

Trent Hanson
Office hours: Thursdays, 5:00-6:30 pm at Academic Village Workroom 2 (C136)
and by appointment

Jonathan Meyer
Office hours: Wednesdays, 4:00-5:00 pm at Atlas Design Studio
and by appointment

Carolina Perez
Office hours: Wednesdays, 5:30-6:30 pm at Atlas Design Studio

Course Location and Times

Lecture: 101 Scott Bioengineering Building | Tuesdays, Thursdays 9:00-9:50 am
Labs: B306 Chemistry Building
> Lab section 01 (L01): Tuesdays 10:00-11:40 am
> Lab section 02 (L02): Thursdays 10:00-11:40 am
> Lab section 03 (L03): Tuesdays 12:00-1:40 pm
> Lab section 04 (L04): Thursdays 12:00-1:40 pm

Required Course Materials

Required: Introduction to Chemical Engineering: Tools for Today and Tomorrow (5th Edition)

solen-harb textbook cover

Strongly recommended: An Introduction to Error Analysis, J.R. Taylor, University Science Books (1996)

taylor textbook cover

Course Packet (pdf)

Notes, handouts, and electronic materials posted to the course website

iClicker

Learning Objectives

The goal of this course is to introduce students to the engineering profession and the field of chemical engineering, guide students through the principles of engineering design and problem solving, and help students develop teamwork, time-management, and communication skills.

A student successfully completing the course with a C or better will be able to…

  • describe the roles of chemical and biological engineers

  • take measurements and perform a statistical analysis of the data

  • apply introductory chemical and biological engineering concepts

  • conduct basic calculations used in chemical and biological engineering when designing or analyzing chemical and biological processes

  • effectively communicate her/his work in written form

High-Level Topic Overview

topic overview

Policies and Important Guidelines (READ THESE!)

Course Format

The course consists of three main elements:

  1. lectures punctuated by questions and short problems

  2. homework and problem solving sessions

  3. laboratory sessions

Grading

This course will use traditional grading with plus/minus scores or the alternative as indicated here.

Each graded component will contribute to the final grade according to the following:

  • Homework/scheduled quizzes: 25%

  • Reflections, ad hoc quizzes, in-class work: 8%

  • Educational surveys: 2%

  • Labs (five assignments): 20%

  • Midterm exams (two): 27%

  • Final exam: 18%

Notes:

  1. The lab component will be adjusted based on the Group Assessment form contained in the Course Packet. This form, which all students must turn in and will be worth 5 lab points, will allow an adjustment to students’ aggregate lab score based on lab participation.

  2. Each student can drop one homework quiz assignment with no penalty in the final grade. The homework/quiz portion of the grade will come from the best six scores from among the seven graded assignments for each student.

  3. In addition to Note 2, if a student completely abides by the policies listed in the Cellphone and Laptop Computers section (see below), that student can drop one additional homework/quiz assignment with no penalty in the final grade. In this case, the homework/quiz portion of the grade will come from the best five scores from among the seven graded assignments for that student.

Extra credit

Students can gain up to the equivalent of 3% of the total course grade in extra credit by attending and participating in office hours.

Details:

  1. Active participation (e.g., asking questions) during the session is required

  2. Attendance for at least 30 minutes per session is required

  3. Only one office hour per week will be counted toward extra credit, though students are encouraged to attend more sessions if they wish

  4. Each eligible session will count for 1/10 of the total (0.3%)

  5. Up to 10 sessions will count toward the total

So, if a student participates in an office hour per week for 9 weeks during the semester, their end-of-semester grade will be boosted by 2.7%

Due Dates

The week in which assignments are due is given in the course schedule.

Homework is due on Tuesdays after the quiz.

Late assignments will not be not accepted.

Lab reports are due at the beginning of class on Tuesdays (for L01, L03) and Thursdays (for L02, L04).

The Group Assessment Form is due along with the final lab report.

Homework, In-Class Questions/Exercises, and Quizzes

On days when the homework is due, an iClicker quiz will be given at the beginning of class. The graded score will come from this quiz, which will cover material from the homework assignment and in-class questions.

A completed homework assignment must be submitted in order to receive a grade for the quiz.

In-class exercises and quizzes may require an iClicker. It is the students’ responsibility to make sure that they have the iClicker with them for class and that it is properly registered.

Because, in-class questions will be given frequently, students should bring a calculator and iClicker to every class.

Notes:

  • In-class questions will be given on a regular basis. Students are expected to retain their work for later reference.

  • The homework assignment may not be graded in detail, but should be complete and show a high level of effort.

Cell Phones and Laptop Computers

Cell phone use is authorized only for taking pictures of materials presented during lectures or labs. Other than this usage, cell phones must be turned off or silenced while in class. This includes message alert signals. Under no circumstances are students permitted to answer their cell phones. If you leave class to take a call, do not return.

Laptop computers brought to class should be used only for taking notes.

Students may or may not receive a warning before losing the grading credit listed above Grading section above.

Attendance

Attendance in all class, problem solving, and laboratory sessions is mandatory.

Students should not expect to receive a grade for missed laboratory exercises, exams, or quizzes, unless all of the four following are met:

  1. the absence is due to a university-sanctioned activity or approved religious observance, AND

  2. the instructor is notified via a class absence letter from the appropriate program director on record with the Division of Student Affairs offices or the Department of Athletics, or the appropriate department head, or the dean of students, AND

  3. the instructor receives the class absence letter at least 14 days before the scheduled absence, AND

  4. the student makes up any required work.

In the case of absence due to a serious illness, evidence must be presented to the instructor within seven days of the illness in the form of a letter from the CSU Health Center or a licensed physician indicating the date of the examination or treatment. The student must then make up the required work in a timely manner in accord with instructions from the instructor.

A list of university-sanctioned events, a draft class absence letter, and class attendance regulations can be found at http://www.studentaffairs.colostate.edu/class-absence-info or by searching for “class absence” in the search box on the CSU homepage. Information about accommodation for religious observances can be found at http://oeo.colostate.edu/religious-accommodation.