Mario A. Vargas |
Personal Profile
Hello! My name is Mario Vargas, and I’m an undergraduate student at the University of Toronto Scarborough. I’m enrolled in the Biological Chemistry Specialist program and I’m just finishing my fourth year of studies (will be back for an extra year). As the university years have gone by, I decided that I wanted to eventually enter medical school, so I made sure that I began to “expand my profile”, such as by working in research at Toronto General Hospital, participating in volunteering activities, and continuing to strive for excellence in my courses. However, I knew that I still had to do more. And so, I remembered that some of my friends have taken a course called “Science Engagement” (now known as “SCIB03H3 – Introduction to Service Learning in the Sciences”). They told me about how they were able to apply their knowledge gained in lecture to practical applications, such as by assisting teaching assistants in neuroscience laboratories. This has definitely interested me, because I wanted to be able to gain more practical experience outside of the usual learning environment.University of Toronto Scarborough |
Placement Application Form
Here
is a link to my actual placement application form. In order to be accepted into
the placement I was interested in, I needed to fill out this form that would be
reviewed in order to determine if I would be one of the most qualified to fill
in the position (out of all the applicants). The form requires me to outline
all of my relevant experience, such as previously completed courses, other
training, and my unique personal qualities. Also, there is a section that
allowed me to outline the outcomes that I wanted to gain through this
experience.
Placement Profile
In the grand scheme of things, our position in this placement falls under several levels of organization. The in-reach placement itself, the course CHMB42H3 (Organic Chemistry II), is part of the chemistry program at the University of Toronto Scarborough. The chemistry program itself is part of the Department of Physical and Environmental Sciences. The overall hierarchy can be outlined as follows:A hierarchical representation of our mentor position in the CHMB42 placement. |
Placement
Supervisors
In this placement, we had two supervisors:
B.Sc (Toronto), Senior Lecturer
In this session, Wanda taught lectures for
the first half of CHMB42, but was the lab coordinator for the entire course. As
LSS Mentors, we had to consult with her regularly to make sure we were on the
right track. Previously, I had her as a professor back when I took CHMB42. Now,
she was also the lab coordinator for CHMC31Y, which was a course I was taking
at the same time, so I would see Wanda on a regular basis. I found her very
knowledgeable, helpful, and friendly, and I was able to learn so much from her.
She was also very understanding, and I was glad to have her as a supervisor in
this placement.
M.Sc., Ph.D. (Krasnodar, Russia), Lecturer
Lana taught the lectures in CHMB42 for the second half of the course,
just as she did back when I took the course. She was also my lab coordinator
last year when I took CHMC41, and both lecturer and lab coordinator for CHMC47
last session. Currently, besides CHMB42, she was the lab coordinator for CHMC42
and one of the program supervisors for CHMD90/91 (directed chemistry research).
We would also meet with Lana regularly, especially when Wanda was not available.
Through the years, we’ve been able to know each other well, and I find her very
caring to students, an excellent teacher, and overall an amazing person. She
has also taught me so much throughout the years.
CHMB42H3 is the continuation of CHMB41H3, and
together they comprise of 1.0 full credit in introductory organic chemistry.
These second year courses are requirements for several different programs,
including most of the chemistry programs (Chemistry & Biological Chemistry
Specialist, Biochemistry Major), some of the biology programs (Cell and
Molecular Biology & Human Biology Specialist), Neuroscience Specialist, and
Environmental Chemistry Specialist. The objectives of this course include the
development of basic organic chemistry concepts that build upon the foundations
learnt in CHMB41, and the use of this knowledge in specific applications such
as spectroscopy and laboratory techniques.
CHMB42H3 S
Syllabus
According to the syllabus, specifically,
“CHMB42 provides an introduction to compound determination using various
spectroscopic methods. As well you will learn about aromatic substitution,
carbonyl chemistry and biologically important compounds such as carbohydrates,
and heterocycles. You will have a four hour lab every other week alternating
with a one hour tutorial.” The syllabus also goes into all the other details of
the course, such as instructor contact information & office hours, course
components & organization, evaluations, policies, and resources available
to students. In particular, the mark breakdown for students taking the course
is as follows:
Evaluation breakdown for CHMB42H3 S, Organic Chemistry II, Winter 2012 |
Note that the lab component of the course is
worth 25%. This involves 5 specific labs and a final lab test. In order to pass
the course, students are required to pass the lab component. Thus, included in
the resources available to students are the Lab Skills Seminars. These were
organized by us, the mentors, as
outlined in our contract.
Student-Placement
Contract
Here is a link to the contract that I filled
out and agreed upon with Lana. This was required to be completed with our
supervisors before we begin our placement. It outlines my position,
requirements, placement responsibilities, learning objectives, and agreement to
specific policies. At the beginning of the session, Lana and I went through it
and then signed it.
Community Profile
CHMB42 Students Attending a Lab Skills Seminar |
As shown by the hierarchy above, “under” the
teaching assistants, and us mentors, are the CHMB42 students. This actually
means, in a sense, that they are the community that we are providing a service
to through our placement. Many of the students are enrolled in the course to
fulfill requirements for one of the many possible programs listed above. All of
them would have previous experience from the first year chemistry courses,
CHMA10/A11, and the first part of organic chemistry, CHMB41, which are the
prerequisites. Also, like the overall community of students at our campus, they
represent a variety of cultures and social backgrounds. However, the vast
majority of them are likely science students (in the programs mentioned earlier)
in second year, around 19-20 years old. Like them, I am also a science student,
but I have already successfully completed the course, and other more advanced
courses, since I am older and in fourth year. Like many of the resources
available to the students, the LSS’s are completely optional, but as explained
earlier, the lab component of the course is worth 25% and must be passed. Thus,
many of the students take advantage of the seminars we provide. A few years
back, the need for this placement was likely brought about when it was realized
that CHMB42 students require additional assistance in preparing for the labs.
The professors and teaching assistants were already very occupied with the
large body of students in the course, so the need for other individuals with
qualified organic chemistry knowledge and lab experience to assist the students
on a regular basis came about. Also, this assistance had to be scheduled
outside of regular lecture and lab times, so the Lab Skills Seminars were
eventually created. This need for additional assistance provided to students
does not only exist in CHMB42. The LSS’s are also run for CHMB41, but outside
of lab assistance, facilitated study groups (FSG’s) exist in several different
courses to provide extra help to students on course material in general. CHMB42
students are fortunate to have not only LSS’s and FSG’s, but also extra
discussion sessions, the “Chem Aid Centre”, and an online Discussion Board.
This likely resulted since there are such a large number of students (not all
students can take advantage of every resource; depends on their availability or
preference), and since organic chemistry concepts can sometimes be difficult to
comprehend or requires more practice to fully understand. After years of
organic chemistry practice with a solid foundation that began in high school, I
have been able to become very familiar with many of the concepts, so I felt
qualified to become one of the mentors, and I was glad I could apply my
knowledge to help the community of CHMB42 students.
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