LESSON PLAN
Semester : V Name of the Faculty : Mr.R.Arivazhagan
Branch : B.E - Mechatronics Date of Commencement : 14.07.2025
Subject : Automotive Mechatronics Date of Closing : 15.10.2025
Subject code : CMR334 Class strength : 58
Section :- No.of hours / week : 5
Period as per Syllabus: 45 Actual Total hours : 47
Course Objectives (As given in the syllabus)
Text
Delivere
Boo
d as
Assignme k Lab
Uni planned
S.N Topics Planned Teachin nt (A) / No. / based
t Date Period (* To be
o for the period(s) g aids Test (T) Ref teachin
No. filled
Planned boo g
after the
k
class)
No.
1. I 14-Jul-2025 5th hour Introduction PPT T1
Evolution of
2.
I 15-Jul-2025 4th hour electronics in PPT
automobiles
3.
I 17-Jul-2025 1st hour Emission laws PPT T1
Introduction to
4. Euro I, Euro II,
I 17-Jul-2025 5th hour PPT T1
Euro III, Euro
iv,Euro v
Equivalent
5. 2nd
I 18-Jul-2025 Bharat PPT T1
hour
Standards
Charging
systems:
6. Working and
I 21-Jul-2025 5th hour PPT A T1
design of
charging circuit
diagram
7.
I 22-Jul-2025 4th hour Alternators PPT R3
8. Requirements of
I 24-Jul-2025 1st hour PPT R3
starting system
9.
I 24-Jul-2025 5th hour Starter motors. PPT R3
2nd
10 I 25-Jul-2025 Starter circuits PPT T R3
hour
28-Jul-2025 5th hour Student Topic Presentation
Ignition
systems:
11 II 29-Jul-2025 4th hour PPT R3
Ignition
fundamentals
Electronic
12 II 31-Jul-2025 1st hour PPT R3
ignition systems
Programmed
Ignition –
13 II 31-Jul-2025 5th hour PPT A R3
Distribution less
ignition
01-Aug- 2nd
14 II Direct ignition PPT R3
2025 hour
04-Aug-
15 II 5th hour Spark Plugs PPT R3
2025
Electronic fuel
05-Aug-
16 II 4th hour Control: Basics PPT R3
2025
of combustion
Engine fuelling
07-Aug-
17 II 1st hour and exhaust PPT R3
2025
emissions
Electronic
07-Aug-
18 II 5th hour control of PPT R3
2025
carburetion
08-Aug- 2nd Petrol fuel
19 II PPT A R3
2025 hour injection
11-Aug-
5th hour Tinker CADD simulations
2025
Working
principle and
12-Aug-
20 III 4th hour characteristics PPT R3
2025
of Airflow
sensor
Engine
14-Aug- crankshaft
21 III 1st hour PPT A R3
2025 angular position
sensor
14-Aug- Hall effect
22 III 5th hour PPT R3
2025 sensors
Throttle angle,
18-Aug-
23 III 5th hour temperature PPT
2025
sensors
19-Aug- exhaust gas
24 III 4th hour PPT
2025 oxygen sensors
21-Aug- Study of fuel
25 III 1st hour PPT R3
2025 injector
Exhaust gas
21-Aug-
26 III 5th hour recirculation PPT R3
2025
actuators
22-Aug- 2nd Stepper motor
27 III PPT A R3
2025 hour actuator
vacuum
25-Aug-
28 IV 5th hour operated PPT R3
2025
actuator
04-Sep- Automobile Innovative Concept Poster
1st hour
2025 Presentation
Control modes
04-Sep- for fuel control-
29 IV 5th hour PPT T1
2025 engine control
subsystems
Control modes
08-Sep- for fuel control-
30 IV 5th hour PPT T1
2025 engine control
subsystems
09-Sep- Ignition control
31 IV 4th hour PPT T1
2025 methodologies
Different
11-Sep- ECU‟s used in
32 IV 1st hour PPT T1
2025 the engine
management
Different
11-Sep- ECU‟s used in
33 IV 5th hour PPT T1
2025 the engine
management
Block diagram
12-Sep- 2nd of the engine
34 IV PPT T R3
2025 hour management
system
In vehicle
13-Sep- 2nd
35 IV networks: CAN PPT T1
2025 hour
standard
Format of CAN
15-Sep-
36 IV 5th hour standard PPT T1
2025
Diagnostics
16-Sep- systems in
37 IV 4th hour PPT A T1
2025 modern
automobiles.
Diagnostics
18-Sep- systems in
38 IV 1st hour PPT T1
2025 modern
automobiles.
18-Sep-
5th hour Mat Lab Simulink Simulation
2025
19-Sep- 2nd Traction control
39 V PPT R3
2025 hour system
22-Sep- Cruise control
40 V 5th hour PPT A T1
2025 system
Electronic
23-Sep- control of
41 V 4th hour PPT T1
2025 automatic
transmission
25-Sep- Antilock
42 V 1st hour PPT T1
2025 braking system
Electronic
25-Sep-
43 V 5th hour suspension PPT T1
2025
system
Working of
26-Sep- 2nd airbag and role
44 V PPT A T1
2025 hour of MEMS in
airbag systems
Working of
27-Sep- airbag and role
45 V 4th hour PPT R3
2025 of MEMS in
airbag systems
29-Sep- Centralized door
46 V 5th hour PPT T1
2025 locking system
30-Sep- Climate control
47 V 4th hour PPT T1
2025 of cars
V 06-Oct- Over View of
48 5th hour PPT
2025 AE
07-Oct-
4th hour Job Skills in Automotive Industry
2025
INNOVATIVE TEACHING METHODS (A minimum of two methods must be provided)
Name of the Innovative Teaching
Sl.No Unit No. Name of the Topic
Method
SENSOR AND ACTUATORS IN
1 3 Jig saw
AUTOMOTIVES
2 4 CHASSIS AND SAFETY SYSTEMS Cross word puzzle
OUTCOMES:
Upon the completion of this course the students will be able to
CO1: Know the importance of emission standards in automobiles.
CO2: Understand the electronic fuel injection/ignition components and their function.
CO3: Choose and use sensors and equipment for measuring mechanical quantities, temperature and
Appropriate actuators.
CO4: Diagnose electronic engine control systems problems with appropriate diagnostic tools.
CO5: Analyses the chassis and vehicle safety system.
TEXT BOOKS:
1. Ribbens, "Understanding Automotive Electronics", 7th Edition, Elsevier, Indian Reprint, 2013
REFERENCES:
1. Barry Hollembeak, Automotive Electricity, Electronics and Computer Controls, Delmar Publishers, 2001.
2. Richard K. Dupuy Fuel System and Emission controls, Check Chart Publication, 2000.
3. Ronald. K. Jurgon, Automotive Electronics Handbook, McGraw-Hill, 1999.
4. Tom Denton, Automobile Electrical and Electronics Systems, Edward Arnold Publishers, 2000.
NPTEL & E - RESOURCES
1. https://nptel.ac.in/courses/112103262
2. https://www.youtube.com/watch?v=bl9HVoRz9os
3. https://nptel.ac.in/courses/107106088
4. https://www.youtube.com/watch?v=FeXZq_w9mZo
5. https://nptel.ac.in/courses/108103009
Signature Signature of the HOD Signature of the Signature of the Principal
of the Faculty IQAC Coordinator
