B.Sc. Automotive Techniques
First Year
Course
code
BAM
101
Course Title
Analytical
Methods for
Engineers (Th)
BAM
102
Engineering
Mechanics (Th)
BAM
103
Engineering
Drawing(Pr)
BAM
104
BAM
105
BAM
106
BAM
107
BAM
108
Content
Algebraic methods in Engineering situations
Calculus in Engineering situations
Trigonometric methods in Engineering situations
Statistics and probability in engineering situations
Importance of Mechanics in Engineering
Concept of Equilibrium Forces
Distributed Force
Introduction to Dynamics
Kinetics of Particles
Basic Physics Oscillations and Waves
Introduction to lines, lettering, Dimensioning and Scales
Geometrical Construction and Curves
Projection of Points, Lines, Surfaces and Orthographic
Projections
Projections of Solids and Sections of Solids
Introduction to Computer Aided Drawing
Importance of Health and Safety
Health, Safety
Importance of Industrial Safety
and Risk
Assessment in
Safety at work place
Engineering (Th) Risk assessment of engineering activities
Language Knowledge
Personal and
Language Writing Skills
Professional
Development
Basic Communication Skills
(Th)
Soft-skills Enhancement
Introduction to Manufacturing
Study of Engineering Material
Conventional Manufacturing Process
Workshop
Practice (Pr)
Forming and Shaping from Liquid to Solid Casting
Joining Process
Machining Process
DC Circuits
Vehicle Electrical Electromagnetic Induction
and Electronics AC Circuits
(Th)
Network Theory
Electronics
Concepts of Thermodynamics
Engineering
First Law of Thermodynamics
Thermodynamics
Second Law of Thermodynamics
and Fluid
Air Standard Cycle and Rankine Cycle
Mechanics (Th)
Concepts of Fluid Mechanics
Credit points for First Year
Learning
hours
Credit
points
120
4
120
4
120
4
120
4
120
4
120
4
120
4
120
4
960
32
Second Year
Course
code
BAM
201
BAM
202
BAM
203
BAM
204
BAM
205
BAM
206
BAM
207
BAM
208
GEN
Course Title
Content
Behavioural characteristics of materials subjected to
complex loading systems
Behavioural characteristics of loaded beams and
Mechanical
Principles (Th) cylinders
Dynamic parameters of power transmission system
Dynamic parameters of rotating systems
Electrical and electronic circuit theory
Electrical and
Two-port network models
Electronic
Principles (Th) Complex waves
Transients in R-L-C circuits
Engine and
Engine design features
Vehicle Design Evaluate engine performance
and
Vehicle design features
Performance
(Th)
Evaluate vehicle performance
Number systems problems in engineering situations
Further
Graphical and numerical problems in engineering
Analytical
Vector geometry and matrix methods in engineering
Methods for
Engineers Th)
Ordinary differential equations problems in engineering
Applications of range of mechatronic systems & products
Electro-mechanical models and components in
Mechatronic mechatronic systems and products
Systems (Th ) Produce a specification for a mechatronic system or
mechatronic product
Mechatronic design philosophies to carry out a design
analysis
Vehicle electronic power steering & active suspension
systems
Vehicle anti-lock braking, traction control and integrated
Vehicle
Systems and dynamic stability control systems
Technology
Vehicle security, environmental control and passenger
(Pr)
protection systems
Carry out diagnostic procedures on power steering,
suspension and central body systems
Plan and Co- Legal and operational implications of a vehicle
maintenance contract
ordinate
Fleet maintenance management systems
Vehicle
Maintenance Legal implications of vehicle maintenance
(Th)
Control the maintenance of a vehicle fleet
Roles and responsibilities in vehicle parts supply and
management
Vehicle Parts Stock management systems
Management Functions and processes in a vehicle parts supplier
(Th)
operation
Role of advertising & promotion in vehicle parts
operation
Environmental The Multidisciplinary Nature of Environmental Studies
Learning Credit
hours
points
120
4
120
4
120
4
120
4
120
4
120
4
120
4
120
4
120
4
201
Studies (Th)
Natural resources
Ecosystems
Biodiversity and its conservation
Environmental Pollution
Social issues and the environment
Human pollution and the environment
Fieldwork
Credit points for Second Year
1080
36
Third Year
Course
code
BAM
301
BAM
302
BAM
303
BAM
304
BAM
305
BAM
306
BAM
307
Course Title
Content
Prepare a design specification to meet customer
requirements
Engineering Analyse and evaluate possible design solutions and
prepare a final design report
Design (Th)
Use of computer-based technology in the engineering
design process
Determine the properties and selection criteria of
materials from tests and data sources
Relationships between manufacturing processes and
Materials
Engineering material behavior
Select suitable materials and processing methods for a
(Th)
specific product
In-service causes of failure of engineering materials
Read and interpret pneumatic and hydraulic fluid power
diagrams
Applications Construction, function and operation of pneumatic and
of Pneumatics hydraulic components, equipment and plant
and
Design pneumatic and hydraulic circuits
Hydraulics(Th)
Evaluate and justify industrial applications of pneumatics
and hydraulics
Quality
Process of Total Quality Management (TQM)
Assurance & Key factors of Quality Assurance (QA) techniques
Management
(Th)
Application of Quality Control (QC) techniques
Industrial
Key elements of industrial robots
Robot
Program an industrial robot
Technology
(Th)
Design a robot cell and plan its implementation.
Managing the Establish the objectives of individuals
Work of
Evaluate the performance of individuals
Individuals
Establish the roles and responsibilities of teams
and Teams
(Th)
Review the performance of teams
Formulate a research specification
Implement the research project within agreed
Research
procedures and to specification
Project (Th)
(Individual)
Evaluate the research outcomes
Present the research outcomes
Credit points for Third Year
Learning Credit
hours
points
120
4
120
4
120
4
120
4
120
4
120
4
120
4
840
28