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SFU
MEMORANDUM
ATTENTION
FROM
RE:
SCUP 10-88
OFFICE OF THE ASSOCIATE VICE-PRESIDENT,
ACADE~nC
AND
ASSOCIATE PROVOST
8888 University Drive,
Burnaby, BC
Canada V5A lS6
TEL: 778.782.4636
FAX: 778.782.5876
www.sfu.ca/vpacademic
Senate Committee on University Priorities
DATE
Decembe/}fj@r3'2010
Bill I<rane, Chair
PAGES
1/1
'L->--
Senate Committee on Undergraduate Studies
Faculty of Applied Sciences and Business Administration (SCUS 10-56)
Action undertaken by the Senate Committee on Undergraduate Studies at its meeting of
December
2,2010,
gives rise to the following recommendation:
Motion:
That SCUP approve and
recommend to Senate the full program proposal for the,
Double Degree in Engineering Sciences
within the Faculty of Applied Sciences
(Mechatronics) and Business
Administration effective September
2011.
The relevant documentation for review
by
SCUP is attached.
SIMON FRASER UNIVERSITY
THINKING OF THE WORLD
MEMO
Office of the Dean
ASS-98b1
Applied Science Sldg
Tel:
778-782-4724
www.fas.sfu.ca
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SCUS 10-36
FACULTY 0;:: A?PL:EC SCIENCES
I ATTENTION Bill Krane, Chair SCUS
FROM
RE
I DATE
Rob Cameron, Associate
Dean,
Faculty
of
Applied
Sciences
Faculty of
Applied
Sciences/Faculty of Business
Double De ree MSE/BU5
October 25, 2010
The following FPP is appended here for approval and recommendation to
senate.
1. Full Program Proposal - Double Degree in Engineering Science
(Mechatronics) and Business Administration
Please note that the proposal includes a one-course waiver
of University
breadth requirements.
SI;\10N PIUSEll tiNIVI;USITY
THINKING or iHF WORLD
Full Program Proposal
Double Degree in Engineering Science (Mechatronics) and Business
Administration
Engineering Science Undergraduate Curriculum Committee
Faculty
of Business Undergraduate Curriculum Committee
Simon
Fraser University
December
2, 2010
Executive Summary
A new Double Degree program in Business and Engineering Science (Mechatronic Systems
Engineering) is proposed as a
collaborative initiative by the Faculty of Business Administration
and the Faculty
of Applied Sciences to be administered under the Faculty of Business
Administration and the
School of Engineering Science.
The intent of this proposal is to bring together the expertise from these two areas and to allow for
a broad and comprehensive undergraduate education recognizing the synergies that can be
obtained by combining the skills acquired in both the Engineering Science (Mechatronics) and
Business programs.
The proposed program addresses the
following university goal as stated in the President's
Agenda 2005-2009 (Michael Stevenson, June 2005)
"
we must continue to increase the diversification of our programmes, increasing the
number of professional and quasi-professional programmes, as well as creating new
interdisciplinary specializations."
Based upon existing courses, this program can
be mounted immediately with minimum
requirement for new resources.
The program will be directed by an Undergraduate Coordinating Committee, comprised
of two
representatives from each of the Faculty of Business and the School of Engineering Science.
While we expect the first students in the new Double Degree to be transfers from the current
Business Administration, or Mechatronics programs, we are confident the program will attract
new students to SFU.
Graduates of this double degree will be well-prepared to move on to jobs in the areas of
engineering and/or management with the broader set of skills.
Approval History Notice of Intent:
• NOI Approved by ENSC UCC - November 6, 2007
• NOI
Approved by ENSC School meeting - November 14,2007
• NOI Reviewed by Faculty of Business Administration UCC - January 31,
200B.
• NOI Approved by Faculty of Business Administration UCC - April2B, 2010
• NOI
Approved by the FAS Executive Committee (FAX) - May 25,2010
• NOI Approved by SCUP - July 7,2010
Page 1 of 13
Approval History Full Program Proposal (FPP):
• FPP Approved by Faculty of Business Administration UCC - October 19,2010
•
FPP Approved by ENSC UCC - October 20,2010
•
FPP Approved in ENSC Faculty meeting - October 21,2010
•
FPP modifications for Co-op approved by BUS and FAS - November 18,2010
•
FPP approved by SCUS with admission requirement changes - Dec. 2, 2010
Background
Engineering Science students develop skills in systems design along with a high level of
scientific
knowledge. This demanding program is aimed at the superior student. The program's
goal is to produce well educated, innovative engineer/scientists who have entrepreneurial skills
and attitudes and who are oriented to new technologies. Program entry is on a competitive basis.
Students undertake a basic core of pure, applied and engineering sciences followed by studies in
a specialized option. The general BASc program may be completed in four years, which includes
eight semesters. A BASc (honors) typically requires an additional two semesters for thesis
completion.
ENSC courses emphasize learning, conceptualization, design and analysis. Built into the program
are courses on social impacts of technology, finance, management, design methods and
entrepreneurship intended to complement scientific studies. A special, integrated communications
course taken throughout the program ensures that all graduates have the communication skills
necessary to be effective engineers.
The undergraduate
program in Business Administration emphasizes the value of a broadly
based education. Students in their first 60 credit hours of study complete 24 units of lower division
requirements which are mainly tool courses to prepare for more advanced upper division
business courses. The last 60 credit hours of the degree program consists of the completion of
the core upper division business courses (24 units) and at least one area of concentration (12-15
units). The following concentrations are available at the Surrey campus: Entrepreneurship and
Innovation, Finance, and Marketing. Students may choose to take courses at both campuses. For
students who take courses at both campuses, they will have access to concentrations in
accounting,
international
business,
Human
Resource
Management,
Management
Information
Systems, and Management Science.
The
Double Degree between Engineering Science (Mechatronics) and the SFU Business
Administration program aims to prepare well rounded graduates who are equipped both with the
expertise in engineering as well as solid business knowledge.
1. Credential to be awarded:
Engineering
Science,
BASe.
Business
Administration,
BBA
2. Location:
Page 2 of 13
SFU, all campuses, Surrey being considered the home campus
3. Faculty/Department/School offering the new program:
School of Engineering Science, Faculty of Applied Sciences, and
Faculty of Business
4. Anticipated program start date:
September 2011
5. Description of proposed program:
a) Aims, goals, and/or objectives
SFU Business at Surrey offers four areas of specialization - Entrepreneurship and
Innovation, Finance, and Marketing. Taking an interdisciplinary approach to business,
students receive a solid foundation in all fundamental disciplines in business. Mechatronic
Systems
Engineering (MSE) program is a multidisciplinary engineering program at Surrey
that uniquely integrates mechanical, electronics, control, software, and computer engineering
for the design and development of computer controlled electromechanical products and
systems. The new MSE program intended that the training of MSE students benefits from the
Surrey campus entrepreneurship, management, business, and communication expertise.
The
intent of this proposal is to bring together the expertise from these two areas and to allow
for a
broad and comprehensive undergraduate education combining business knowledge
with the expertise in engineering with minimal requirement for new resources.
b) Anticipated contribution to the mandate and strategic plan of the institution
The proposed program meshes well with one of the important dimensions in which our
academic programmes should be improved as stated in the President's Agenda 2005-2009
(Michael Stevenson, June 2005)
o "
we must continue to increase the diversification of our programmes, increasing
the number of professional and quasi-professional programmes, as well as
creating
new
interdisciplinary
specializations."
c) Target audience
This Double Degree program is responding directly to the growing demand of the current
students, recent graduates, and new technology industries requiring the specialised technical
skills acquired through studies in engineering combined with the solid business knowledge
provided by the BBA program. In addition to the opportunities in the technology industry, the
graduates will be well prepared for the advanced degrees in areas covering both technical and
business aspects of engineering. Once engineering graduates are established in their field, they
often are moved into management positions and then seek to complete an MBA which can cause
disruptions in their careers. The double degree will provide the management skills to enable a
smooth transition
to management.
Page 3 of13
d) Content
Lower Division (LD) Requirements
Systems One: 15 required units (includes CMPT 128, ENSC 104, 105W, 106, and 182)
Business:
27 required units (includes BUEC 232, ECON 103, 105)
ENSC Complimentary Electives I & II: ECON 103 and 105 (8-units) appear in the ENSC
list of approved complimentary courses and meet the engineering requirements
Engineering Sciences:
48 required units (includes MATH 151,152,232,251, CHEM 120,
PHYS 140, 141)
B-Hum requirement: 3 units
Total Lower Division Requirements:
12 Systems One + 24 Bus + 48 ENSC + 3 B-Hum
=
87 units
Upper Division (UD) Requirements
Business: 24 required units plus 12-15 additional units in a concentration plus 1 extra unit
if
ECON 301-4 is used for BUS 207-3 (total 36-40 units)
Engineering Science:
58 required units 16 Engineering elective units (total 74
units)
Total Upper Division Requirements:
36-40 Business + 74 Engineering Science
=
110-114
units
Total Requirements
87 Lower Division + 110-114 Upper Division
Total:
197-201 units
Note: Students must obtain a grade of C- or higher in all required courses.
University Breadth Requirement:
B-Sci requirements are met by PHYS 140 and PHYS 141, and B-Soc requirements are
met by ECON 103 and 105. However, a waiver reducing the B-Hum requirement to 3
units
from 6 is requested.
University Writing Intensive Requirement:
University lower division writing intensive requirements are satisfied by the Lower
Division W course
in SystemsOne, ENSC 105W. The required courses BUS360W, ENSC
305W and ENSC 442W satisfy the upper division writing requirement.
Page 4 of 13
University Quantitative Requirement:
University lower division quantitative requirement are satisfied by the Math and Statistics
courses required by the double degree program.
Co-Operative Education
• Mandatory 3 co-op terms.
• Administered through the Faculty of Business and Engineering Science co-op
coordinators
e) Delivery Methods
Since the program is based upon existing courses the standard delivery methods already
in place for on campus education, Lecture/Labrrutorial, will be used.
1) Linkages between learning outcomes and curriculum design
Not applicable; this program is based on the integration of two existing programs. No
new curriculum is being introduced.
g) Distinctive characteristics
The Faculty of Business Administration and Engineering Science have a joint interest in
graduating students with complimentary management and technical skills. Until now there
was no formal connection between the two programs except both programs drawing on
the TechOne students at the Surrey campus. The proposed new Double Degree will
benefit students who have otherwise been pursuing their interests through major/minor
combinations. These interests are better accommodated by a double degree program.
This Double Degree will recognize a student's breadth of learning and his/her
commitment
to developing a combination of knowledge and skills in Engineering Science
and Business Administration
h) Anticipated completion time
This Double Degree program will be completed in five academic years if taken on a full-
time basis. Students will be required to complete a minimum of 197 units to achieve the
requirements of both degrees. A course matrix is attached as Appendix I.
i)
Enrolment plan for the length of the program
Mechatronics Systems Engineering students may be admitted to the double degree
program by meeting the competitive entry requirements for entry into the Faculty of
Business Administration at any time.
Page 5 of 13
However, accelerated admission is available to those students who complete at least 30
credits of the Mechatronics Systems Engineering Major plus ECON 105-3 with a CGPA
of 3.0.
We will facilitate the enrolment of students into the Double Degree program by providing
business course offerings at Surrey as required by the Double Degree program (Note:
Mechatronics courses are primarily offered on Surrey campus).
We were monitoring an increase of interest in the programming covered by this double
degree program within the current student population. We anticipate limited enrolment in
this extremely rigorous program.
The interest of existing students indicates that this Double Degree program can be a
specific
program offering that can target a new student audience resulting in the
increases enrolment into SFU programs.
j) Policies on student evaluation (degree requirements)
As per general regulations of the University, the Faculty of Business Administration and
the Faculty of Applied Sciences.
k) Policies on faculty appointment (minimum qualifications)
Students
enrolled in the Double Degree will enrol in courses currently already offered by
the Faculty of Business Administration and the School of Engineering Sciences. We do
not anticipate that there will be any additional faculty appointments directly related to this
joint program. Should there be any such appointments they will conform to SFU poliCies
as defined by the Board of Governors.
I) Policies on program assessment
The
Double Degree in Business Administration and Engineering Sciences will be
governed and managed in conformity with Faculty and University regulations. The
Undergraduate Curriculum Committees meet regularly (usually at least two times a
semester)
to discuss curriculum-related issues including the content and governance of
this Double Degree program. All academic units at SFU are subject to review by external
experts and agencies every six to ten years.
m) Level of support and recognition from other post-secondary institutions
(including plans
for admission and transfer within Be) and relevant regulatory or
professional bodies
There
is already a high demand for the Business program from high schools and colleges
within BC and internationally. The opportunity to combine this program with technical
skills offered through the School of Engineering Science should increase the appeal of
both programs.
As per SFU's transfer credit procedures, students may transfer from BC colleges or
universities to enrol into this program.
Page 6 of 13
Engineering programs are accredited by the Canadian Engineering Accreditation Board
(CEAB). MSE as with any new engineering program in Canada is required to go through
the
accreditation
process.
Engineering practice is regulated by the Association of Professional Engineers and
Geoscientists of British Columbia (APEGBC).
n) Evidence of student interest and labour market demand
Businesses are looking for students who have been broadly educated and who have
expanded their education through co-operative education and extra-curricular activities.
We
are monitoring an increase of interest in the double degree program within the current
student body. Based on the current enrolment of students in the respective single
versions of both programs, on the enrolment of students on the upper division courses,
and increased inquiries to student advisors we estimate the initial enrolment to be at 20
students. Such students are requesting and will be attracted to the proposed program
requiring only 192 units as opposed to the greater number required in their combination
programs.
0) Related programs at SFU and other British Columbia post-secondary
institutions
The combination of the two programs is unique in the context of SFU and British
Columbia.
6. Additional Information Required
by
SFU:
1. Contact information for the faculty member responsible for program
development
Andrew Gemino, Associate Dean, Academic Director, Undergraduate Program
Faculty
of
Business
Administration
Telephone: (778) 782-3653
gemino@sfu.ca
Maureen Fizzell, Executive Director, Undergraduate Program
Faculty
of
Business
Administration
Telephone: (778) 782-3700
fizzell@sfu.ca
Farid Golnaraghi, Associate Director for ENSC Surrey,
School of Engineering Science,
Telephone:
778-782-8054
mfgolnar@sfu.ca
2. Summary of requirements for graduation (courses, project/thesis, etc.)
Coursework totalling 197-201 units, including: at the 100-200 level, 87 units including 15
units from Systems One, 27 units required by Business, and 48 units required by
Page 7 of13
Engineering Science (Mechatronics) and 3 units of humanities breadth required by SFU
university curriculum; at the
300-400
level, a total of
110 - 114
units including at least
36-
39 units of upper division Business and 74 units of upper division Engineering Science
(Mechatronics) requirements, plus three to five semesters of co-op education.
3. Summary of resources (faculty members, space, and equipment) required
to implement the program
Minimal additional resources are required. The program can be accommodated with
present courses and faculty. No new courses are required.
4. Brief description of any program and associated resources that will be
reduced or eliminated when the new program is introduced
None.
Page 8 of13
Appendix I: Matrix for Proposed Double Degree BBA and BASe in
Engineering Sciences
• The following is the suggested plan for completion in five years, including ten semesters
of study and up to 5 co-op semesters
Semester
Courses
1 Fall Year 1
CHElVI 120-3
MATH IS1-
CMPT 128-
PHYS 140-4
ENSC 104-3
ECON 105_4"1
General
3 Calculus I
3
Studio
Engineering
Principles of
20 units
Chemistry I
Introduction
Physics:
Graphics and
Macroeconomics
to
Mechanics and Design
CREDIT
Computing
Modem
TOWARDS:
Science and
Physics
ENSC-
Programmin
Complementary
g for
Elective I
Engineers
2 Spring Year 1
lVIATH 232-3
MATH 152-
PHYS 141- ENSC 182-3
ENSC 105W-
ENSC 106-3
Elementary
3 Calculus II
4
Studio
Mechatronics
3W
Science
Linear Algebra
Physics:
Design I
Process, Form,
Technology and
19 units
Optics,
and Convention
Society
Electricity
in Professional
and
Genres
Magnetism
Summer Year One
Optional Co- op - Take B-Hum-3 elective or in Summer year two
3
Fall Year 2
ENSC 281-3
MATH2S1-
l\'IATH 310-
ENSC 231-3.
ECON 103-4
ENSC 220-3
Statics and
3 Calculus
3
Engineering
Principles
of
Electric Circuits I
Strength
of
III
Introduction
Materials
Microeconomic
19 units
Materials
to
s
Differential
CREDIT
Equations
TOWARDS:
ENSC-
Complementary
Elective
n
4 Spring Year 1
ENSC 282-3
ENSC 280-
BUS 207-3
BUEC 232-4
BUS 251-3
BUS 272-3
Kinematics
&
3
Commercial
Managerial
Financial
Behavior
in
Dynamics of
Engineering
Law
Accounting I
Accounting I
Organizations
19 units
Rigid bodies
&
Measuremen
Mechanisms
t and Data
Analysis
Summer Year Two
Optional Co-op - Take B-Hum-3 elective
5 Fall
Year 3
BUS 360-4W
BUS
381-3
BUS 393-3
BUS 343-3
ENSC 388-3
BUS 254-3
Business
Introduction
Managerial
Introduction
Thennodynami
Data and Decisions
19 units
Communication
to Human
Economics
to Marketing
cs and Heat
Resource
( or
ECON
Transfer
Managem't
301)
6 Spring Year 3
ENSC 283-3
ENSC 226- ENSC 380-3 MACM316-
BUS3XX-3
BUS 336-4 Data
&
20 units
Introduction to
4 Electronic
Linear
3 Numerical
Business
Decisions II
Fluid Mechanics
Circuits
Systems
Analysis I
Concentration
Elective
1 Students!!!!W take EeON 105-4 either in place of the ENSC - Complementary Elective I, or later on, to
be eligible to enter the MSE-Business Double Degree Program. See Admission Requirements.
Page 9 of13
Summer Year Three
1st Mandatory Co-o
7 Fall
Year 4
ENSC382-3
ENSC 381-
ENSC 387-
ENSC 329-4
BUS-4XX-3
BUS
312-4
Machine
3 Systems
4
Introduction
Business
Introduction to
Design
Modeling
Introduction
to Digital
Concentration
Finance
21 units
and
to
Logic
Elective
Simulation
Electromech
anical
Sensors
and
Actuators
Sprint! Year Four
2
110
Mandatory Co-op
8
Summer Year 4
ENSC384-4
ENSC 383- ENSC 332-
ENSC 331-3
BUS-4XX-3
Mechatronics
4 Feedback
4 Micro-
Introduction
Business
Designll
Control
processors
toMEMS
Concentration
Systems
and
Elective
19 units
Interfacing
Fall Year Five
3rd Mandatory Co-op
9
Spring Year 5
ENSC451-4
ENSC 441-
BUS 478-3
ENSC-4
ENSC-4
ENSC
305\V-l
Real Time and
3 Capstone
Seminar
in
Engineering
Engineering
Project
Embedded
Design
Administrati
Elective I
Elective II
Documentation
and
19 units
Systems
Technical
ve Policy
Group Dynamics
Project
10 Summer Year 5
ENSC484-4
ENSC
BUS-4XX-3 ENSC-4
ENSC-4
ENSC406-2
Industrial
442W-3
Business
Engineering
Engineering
Engineering Ethics,
Control
Capstone
Concentratio Elective III
Elective IV
Law, and
20 units
Systems
Design
n
Professional
Practic
Technical
Elective
Project
Total: 198 units, including 3 units for B-Hum
Appendix 11- Proposed Calendar Description
Mechatronics Systems Engineering - Business Administration
Double
Degree Program
This double-degree program leads to a bachelor of applied science degree and a bachelor
of business administration degree.
Admission Requirements
Admission to the double degree program is normally via the Mechatronics Systems
Engineering Major. Students are admitted based
on a CGPA of3.0 obtained on the first
30 credits of the MSE Major plus EeON 105-3. Otherwise, MSE majors may later gain
admission
by meeting the competitive requirements for entry into the Faculty of Business
Administration. Business administration students
may gain admission by meeting the
internal transfer requirements
of the Mechatronics Systems Engineering Major.
Page 10 of 13
Co-operative
Education
Work
Experience
This double degree program includes a mandatory co-operative education program of at
least three and up to five semesters of practical work experience. During the first two
years, students may take up to two optional co-op tenns including one nontechnical
engineering experience
(ENSC 194) and one business practicum (BUS 225).
After the first
two years, students must complete three mandatory work terms and it is
stronglyreconnnended that at least one is in engineering industry
(ENSC 195,295,395),
one is in business
(BUS 225, 325, 326, 327) and a third is in industry, business or in a
special co-op term
(ENSC 196,296,396). Special co-op may include, but is not restricted
to, self-directed, entrepreneurial, service or research co-op work terms. Permission
of the
engineering science co-op office is required.
Grade Requirements
Students must obtain a minimum grade ofC- in all required courses. A minimum 2.40
CGP A must be maintained for continuation in the double degree program.
Program Requirements
Students complete 197-201 units for the double degree program, as specified below.
Students complete
all of
• BUEC 232-4 Data and Decisions I
• BUS 251-3 Financial Accounting I
• BUS 254-3 Managerial Accounting I
• BUS 272-3 Behavior in Organizations
• BUS 312-4 Introduction to Finance
• BUS 336-4 Data and Decisions
II
• BUS 343-3 Introduction to Marketing
• BUS 360W -4 Business Connnunication
• BUS 381-3 Introduction to Human Resource Management
• BUS 393-3 Commercial Law
• BUS 478-3 Seminar in Administrative Policy
•
CHEM 120-3 General Chemistry
I
• CMPT 128-3 Introduction to Computing Science
and
Programming for Engineers
• ECON 103-4 Principles of Microeconomics
• ECON 105-4 Principles of Macroeconomics
• ENSC 104-3 Engineering Graphics and Design
• ENSC 1 05W -3 Process, Form, and Convention
• ENSC 106-3 Applied Science, Technology and Society
• ENSC 182-3 Mechatronics Design
I
• ENSC 220-3 Electric Circuits I
• ENSC
226-4
Electronic Circuits
• ENSC 231-3 Engineering Materials
• ENSC 280-3 Engineering Measurement and Data Analysis
• ENSC 281-3 Statics and Strength of Materials
• ENSC 282-3 Kinematics and Dynamics of Rigid Bodies and Mechanisms
• ENSC 283-3 Introduction to Fluid Mechanics
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11
of 13
• ENSC 305-1 W Project Documentation and Team Dynamics
• ENSC 329-4 Introduction to Digital Logic
• ENSC 331-3 Introduction to MEMS
• ENSC
332-4 Microprocessors and Interfacing
• ENSC 380-3 Linear Systems
• ENSC
381-3 Systems Modelling and Simulation
• ENSC 382-3 Machine Design
• ENSC 383-4 Feedback Control Systemst
• ENSC 384-4 Mechatronics Design II t
• ENSC 387-4 Introduction to Electromechanical Sensors and Actuators
• ENSC 388-3 Engineering Thennodynamics and Heat Transfer
• ENSC 406-2 Engineering Ethics, Law and Professional Practice
• ENSC 441-3 Capstone Design Technical Project
I
• ENSC 442-3W Capstone Design Technical Project
II
• ENSC 451-4 Real Time and Embedded Systems
• ENSC
484-4 Industrial Control Systems
•
MACM 316-3 Numerical Analysis
I
• MATH 151-3 Calculus
I
• MATH 152-3 Calculus II
• MATH 232-3 Elementary Linear Algebra
• MATH 251-3 Calculus III
• MATH 310-3 Introduction to Differential Equations
• PHYS 140-4 Studio Physics - Mechanics and Modem Physics
• PHYS 141-4 Studio Physics - Optics, Electricity and Magnetism
tstrongly recommended to
be completed concurrently
and one
of
• BUS 207-3 Managerial Economics
I
• ECON 301-4 Microeconomic Theory I: Competitive Behavior
Elective Course Requirements
Business Concentration Elective Courses
Students must also complete four upper division courses in
a
Business concentration
including at least 3 courses at the
400 division.
Engineering Science Elective Courses
Students must also complete four engineering science elective courses selected from a
pre-approved
ENSC electives list that is available at
http://www.ensc.sfu.calcourses/electives. With undergraduate curriculum committee
chair permission, students
may replace one engineering science elective with either a
directed study or a special project laboratory course. Special topics courses that have
been approved by the undergraduate curriculum committee chair and the director may be
counted here.
Page
12 of 13
Writing, Quantitative, and Breadth Requirements
Students admitted to Simon Fraser University beginning
in
the fall 2006 term must meet
writing, quantitative
and breadth requirements as part of any degree program they may
undertake. For students in this double degree program, the general university
requirements are modified
by reduction of the Humanities (B-Hum) breadth requirement
from 6 units
to 3 units. The B-Hum should be taken during one of the optional co-op
terms.
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13 ofl3
