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C OLLEGE OF E NGINEERING
include network diagrams, Gantt
charts, CPM scheduling, activity
duration compression, project
activity optimization, activity
analysis, cost and schedule performance
indices, and cost estimating.
Active learning is utilized
with a combination of teaching
and learning techniques, including
lecture, discussions, reading, case
studies, guest lectures, and handson
projects. Intended only for
undergraduate engineering students.
Lect. 1 hr. 1 hour credit
EGE3003
THERMODYNAMICS
Prerequisites: MCS2414,
PHY2413. Thermodynamic systems,
the first law of thermodynamics,
transient and steady flow
processes, physical properties, the
second law of thermodynamics,
reversible and irreversible
processes, the property entropy,
vapor and gas power cycles.
Lect. 3 hrs. 3 hours credit
EGE3012 ENGINEERING
COST ANALYSIS
Prerequisite: 0. Basic development
of the cost consequences of
engineering decision-making.
Interest calculations, cash flow
equivalences, annual cash flows,
rates of return, incremental analysis
and other analytical approaches.
Depreciation, income taxes
and replacement analysis.
Lect. 2 hrs. 2 hours credit
EGE3193 ALTERNATIVE
ENERGY
EGE3301 BUSINESS LAW
FOR ENGINEERS
Prerequisite: COM2103.
Foundation in business law
including types of business formations,
sole proprietorships, partnerships,
corporation, and Limited
Liability Companies. The strategic
management of intellectual property
assets is introduced, with special
emphasis on internal protec-
tion and management of these
assets. Issues of product liability
and ethics are introduced through
a mix of classroom lectures, readings,
case analyses and projects.
Intended only for undergraduate
engineering students. Lect. 1 hr.
1 hour credit
EGE3311 STRATEGIC
MANAGEMENT FOR
ENGINEERS
Prerequisite: EGE2211. How top
management develops plans to
attain outcomes consistent with an
organization’s mission and goals.
Uses case studies and a potential
corporate venture to convey how
to establish an organization’s mission
and develop its goals, analyze
opportunities and threats or
constraints that exist in the external
environment, analyze the organization’s
strengths and weaknesses,
formulate strategies to match
the organization’s strengths and
weaknesses with the environment’s
opportunities and threats,
develop ways to implement strategies,
and ways to implement control
activities to ensure that the
organization’s goals are attained.
Intended only for undergraduate
engineering students. Lect. 1 hr.
1 hour credit
EGE3321 ENGINEERING
ENTERPRISE 2
Prerequisite: EME2221. Second
course in the Enterprise Work
sequence. Students work in teams
on a real-life engineering project.
A continuation of participation in
student enterprises at Lawrence
Tech. Principles of project management,
engineering design,
budgeting, technical communication,
and teamwork are reinforced
through working on teams with
senior level students. Lect. 1 hr.
1 hour credit
EGE3331 ENGINEERING
ENTERPRISE 3
Prerequisite: EME3321, Co-requisite:
EME4003. Third course in
the Enterprise Work sequence.
Students apply principles of the
engineering design process, proposal
writing, project planning,
and project management. Students
form groups, choose a senior project,
and submit a project proposal.
The project proposal is a complement
to the business plan being
generated in the EGE3341
Business Plan Development
course. Lect. 1 hr. 1 hour credit
EGE3341 CORPORATE
ENTREPRENEURSHIP FOR
ENGINEERS
Prerequisite: COM 2103. The
nature of entrepreneurship and the
effective implementation of entrepreneurial
strategies in large engineering
enterprises. Focuses on
the identification, development,
and exploitation of technical and
organizational innovations to meet
enterprise goals, the management
of new product/process developments,
and effective new venture
management in a corporate context.
Lect. 1 hr. 1 hour credit
EME2011 MATERIALS
LABORATORY
Prerequisites: EGE1023,
COM2103. A project laboratory
devoted to the study of metallographic
techniques, heat treatment,
structures of metals, alloys,
ceramics, and plastics, and
physical testing. Lab. 2 hrs.
1 hour credit
EME2012 MECHANICAL
ENGINEERING GRAPHICS
Prerequisite: 0. An integrated
course in engineering graphics for
all students in the College of
Engineering. Introduction to
graphics in design, fundamentals
of orthogonal projection and experience
in applying these principles
to the solution of space problems.
ACAD software. Lect. 1 hr.,
Lab. 2 hrs. 2 hours credit
EME3011 INTRODUCTION
TO ENGINEERING
PROJECTS
Prerequisite: Junior standing.
Student needs a passing grade in
EME4003 before enrolling in
EME4212. Introduction to the
design process, matching engineering
specifications to customer
requirements, prototyping, product
testing and evaluation, project
planning and management.
Students select senior projects,
form project teams and submit a
project pre-proposal. Orientation
to fabrication facilities. Lab 2 hrs.
1 hour credit
EME3013 MECHANICS OF
MATERIALS
Prerequisite: EGE2013. Stress as
internal force intensity. Stress and
deflections due to: axial, torsional,
and bending loads; statically indeterminate
loads, stress and strain
transformation, buckling and
design of an efficient structure.
Lect. 3 hrs. 3 hours credit
EME3023 MANUFACTURING
PROCESSES
Prerequisite: EGE1023.
Relationship between product
engineering and manufacturing
engineering. Casting processes,
bulk deformation processes, sheet
metal processes, joining and welding
processes, single-cutting-edge
operations, multi-cutting-edge
operations, random-cutting-edge
operations, non-traditional
machining, design for fabricability,
the factory of the future.
Lect. 3 hrs. 3 hours credit
EME3024 FLUID
MECHANICS
Prerequisites: EGE3003,
EME3013, EME3043. Fluid statics;
conservation of mass,
momentum, and energy; dimensional
analysis and similitude;
pipe flow; laminar and turbulent
boundary layers; lift and drag on
immersed bodies, potential flow,
compressible flow. Lect. 4 hrs.
4 hours credit
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