Lahore University of Management Sciences
EE100: Engineering Laboratory
Spring 2015-16
Course Catalog Description
This course is designed for freshmen engineering and science students to provide them a basic introduction of various stages involved in an
engineering product design. It will help students to interpret and create computer aided mechanical parts and assembly drawings, interpret
and create schematic and layout drawings for electronic circuits, Identify materials and select manufacturing processes for engineering
products. Students will also be given an opportunity to get hands on experience on conventional and non-conventional machines such as
CNC and 3D printers for rapid prototyping. The course is divided into four modules each of which contains lab tasks for practice and module
project to test the concepts learned. The final module is a course project in which students shall use all the concepts learned in this course in
order to consolidate their learning and to give them an opportunity to work with in larger team.
Course Details
Credit Hours
Core
Elective
Open for Student Category
Closed for Student Category
1
Core Course for Electrical Engineering
No
SBASSE
N/A
Course Prerequisite(s)/Co-Requisite(s)
Pre-requisites: None
Co-requisites: None
Course Offering Details
Lecture(s)
Number of Lecture Per
Week
1
Duration
Course Modules
Number of Modules
Per Semester
5
Duration
Course Instructor
Room No.
Office Hours
Dr. –Ing. Ahmad Kamal Nasir
9-313
Monday
: 1000-1100
Wednesday : 1000-1100
ahmad.kamal@lums.edu.pk
sameen.ghaffar@lums.edu.pk
+92 (42) 3560 3531
Engr. Sameen Ghaffar
Omer Qureshi
(TBA)
(TBA)
Tuesday
: 0000-0000 (TBA)
Wednesday : 0000-0000 (TBA)
LMS, http://web.lums.edu.pk/~akn/engineering_laboratory_fall_2015-16.html
Email
Telephone
Lab Engineer
Lab Technician
Teaching Assistance
TA Office Hours
Course URL (if any)
170 min
Timings
and Venue
Fri. 0000-0000 – Section I – EE LAB 6
Fri. 0000-0000 – Section II – EE LAB 6
Mon. 0000-0000 – Section III – EE LAB 6
Thr. 0000-0000 – Section IV – EE LAB 6
PCB
: 03 Weeks
CAD
: 04 Weeks
Electrical Wiring
: 01 Weeks
Machining Processes : 02 Weeks
Course Project
: 04 Weeks
Course Learning Outcomes
EE100The students should be able to:
CLO1:
Identify electrical/electronic devices and usage of electrical/mechanical measurement tools
CLO2:
Identify manufacturing process and materials in an engineering product design.
CLO3:
Create and interpret mechanical drawings
CLO4:
Create and interpret electronic schematics and layout drawings.
CLO5:
Use modern CAD/CAM and other rapid prototyping tools for engineering design.
CLO6:
Recall and demonstrate workshop/industrial safety practices.
CLO7:
Work within a team toward finding solutions for engineering problems.
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Lahore University of Management Sciences
Relation to EE Program Outcomes
EE-100
Related PLOs
CLOs
CLO1
PLO1
CLO2
PLO1
CLO3
PLO1
CLO4
PLO1
CLO5
PLO5
CLO6
PLO6
CLO7
PLO9
Levels of Learning
Teaching Methods
Cog-1,2
Cog-1,2
Cog-1,2
Cog-1,2
Cog-2
Cog-1,2
Cog-3
Lecture, Demo
Lecture, Demo
Lecture, Demo
Lecture, Demo
Lecture, Demo
Lecture, Demo
Lecture
Grading Breakup and Policy
Assessment Module
Final Examination
Lab Tasks
Course Projects
Numbers
1
12
5
CLO Attainment checked in
Final Exam, Lab Tasks, Projects
Final Exam, Projects
Final Exam, Lab Tasks, Projects
Final Exam, Lab Tasks, Projects
Final Exam, Lab Tasks, Projects
Final Exam, Projects
Lab Tasks, Projects
Weightage
38 %
1 x 12%
(8 x 4 + 18 x 1) 50 %
Textbook(s)/Supplementary Readings
Textbook:
Lectures and handouts will be provided where necessary
Supplementary Reading:
A- Design and Technology, 2nd Edition, James Garratt, Cambridge University Press
B- Creo Parametric 2.0 Introduction, Christopher F. Sikora
C- Basic Engineering Drawing, R.S. Rhodes & L.B. Cook
COURSE OVERVIEW
Week
No.
Module
Topic





1
PCB
2
3













4
CAD




5
6



Introduction to the course and its contents
Introduction to basic electronics components
Circuit Design Principles
Lab Task: Draw schematic circuit for simple problem
PCB Fabrication: Introduction to conventional/nonconventional PCB fabrication process.
Demonstration: Etching and soldering
Demonstration: PCB CNC milling and drilling
Introduction to Proteus ISIS
Circuit Design and Simulation
Tutorials: Create computer schematic and simulate circuit
Lab Task: Create layout in Proteus ARES
Introduction to Proteus ARES
Circuit Layout Design
Tutorials: Create computer PCB layout for electronic circuits
Module Project : PCB Fabrication and Soldering
Design methodology for scientists and engineers
Introduction to Engineering Drawing
Engineering Drawings
o Projections, Dimensions, Drawing interpretation
Workshop / Industrial Safety Practices
Lab Task: Sketch orthographic projections of solid objects
Lab Visit: Overview of workshop facilities
Computer Aided Modeling
o Intro to PTC Creo and its features
o 2D sketching
o Basics of 3D object modeling
Lab Task: 3D part modeling.
Advanced features of PTC Creo Parametric 2.0:
Lab Task: 3D part modeling
Reference
Related CLOs &
Additional Remarks
A-Ch6
Lecture
Notes
CLO1
CLO4
Lab Tasks (3)
Project deadline (2 Weeks)
Lecture
Notes
A- Ch2
C- Ch1,2
CLO3
CLO6
Lab Tasks (8)
Project deadline (2 Weeks)
B
B
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Lahore University of Management Sciences
7
8
Electrical
Panel and
Wiring



Assembly
Lab Task: Assembly task
Module Project: Parts and Assembly Model Design


Wiring systems and their uses
Module Project: Electrical Wiring and Fitting


Introduction to Workshop Facilities
Workshop Technologies
o Conventional: (Introduction to the Process and
basic tools) (Casting, Forging ,Welding, Molding,
Machining, Fitting )
o Non –Conventional Prototyping
Techniques/Additive manufacturing (3D Printing,
Selective Laser Sintering,)
Introduction to engineering materials and their properties
Introduction to Machining
Lathe and Milling Machine Operations
Demonstration: Conventional Machining Operations
Fabrication of a CAD model using traditional workshop
operations
Lab Task: G-Codes for a part file
Demonstration: 3D Printer based prototyping
Demonstration: CNC Milling machine
Module Project: Machining a part on Lathe
Course Project: Robot Competition
Creo Parametric 2.0 part and assembly drawings of a wall
follower robot
9
Machining
Processes











10
11
Course
Project

Circuit fabrication, testing and debugging
13

System Integration and final testing
14

Robot Competition and Project Report
15

Final Examination
12
B
Lecture
Notes
Lecture
Notes
CLO7
Project deadline (In Lab)
CLO1
CLO2
CLO5
Lab Tasks (1)
Project deadline (2 Weeks)
Lecture
Notes
CLO3
CLO4
CLO7
Project deadline (2 Weeks)
100 mins
Examination Details
Final
Examination
Prepared by:
Date:
Yes/No: Yes
Combine/Separate: Combine
Duration: 100 minutes
Exam Specifications: MCQ, Short Questions and Answers
Dr. –Ing. Ahmad Kamal Nasir
10 November 2015
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