Automobile Engineering Semester V

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Questions and Answers

What are some key skills that students are expected to develop throughout the course?

Students are expected to develop skills in communication, teamwork, time management, multi-tasking, and technical knowledge.

How does the project report evaluation criteria emphasize originality?

The project report is evaluated on originality to ensure that students contribute unique ideas and insights in their work.

Why is practical experience in a real working environment important for students?

Practical experience helps students apply theoretical knowledge, enhances their skills, and prepares them for industry challenges.

Describe the importance of effective presentation skills in the external assessment process.

Effective presentation skills are important as they determine the quality and clarity of the content presented to the evaluation committee. Signup and view all the answers

What role does attendance and work process play in the internal assessment?

Attendance and work process contribute to the internal assessment by evaluating students' commitment and engagement in their projects. Signup and view all the answers

What are the main differences between job production, batch production, mass production, and continuous production in automotive industries?

Job production focuses on individual units, batch production makes a set number of items, mass production is for large quantities of identical items, and continuous production runs non-stop to produce a product. Signup and view all the answers

List and briefly describe the three classifications of machine tools relevant to the automotive industry.

General purpose machine tools serve a wide range of tasks, semi-automatic machine tools enhance productivity, and automatic machine tools operate with minimal human intervention. Signup and view all the answers

What is the role of pneumatic and hydraulic clamping devices in modern manufacturing processes?

Pneumatic and hydraulic clamping devices are used to securely hold workpieces in place during machining processes, ensuring precision and safety. Signup and view all the answers

What distinguishes jigs from fixtures in manufacturing processes?

Jigs guide the tools during machining while fixtures securely hold the workpiece without guiding the tools. Signup and view all the answers

Define non-traditional machining and explain its significance in modern automotive industries.

Non-traditional machining refers to processes that remove material without direct contact between the tool and the workpiece, such as laser cutting and electrical discharge machining, which provide high precision and intricate shapes. Signup and view all the answers

What types of welding are commonly used in automotive manufacturing and what are their applications?

Common types include arc welding for structural applications, resistance welding for joining thin materials, and brazing for joining dissimilar metals. Signup and view all the answers

How does additive manufacturing play a role in the automotive sector?

Additive manufacturing is used to create complex components directly from digital files, allowing for rapid prototyping and customized parts. Signup and view all the answers

Identify two types of joining processes and describe their characteristics.

Welding, which involves melting materials together, and soldering, which uses a filler metal to bond pieces, are both essential for creating strong joints in automotive assembly. Signup and view all the answers

What is the total distance between Kalna and Asansol?

169 km Signup and view all the answers

How many hours do buses operate between Kalna and Asansol?

19 hours Signup and view all the answers

What is the frequency of the buses in hours?

2 hours Signup and view all the answers

What is the total journey time for a bus from Kalna to Asansol?

5 hours Signup and view all the answers

What is the standing time for the buses at the terminus?

3 hours Signup and view all the answers

Using the formula provided, how many buses are needed for the route?

8 buses Signup and view all the answers

What is the departure time of the first bus from Kalna?

4 a.m. Signup and view all the answers

At what time does the last bus depart from Asansol?

10 p.m. Signup and view all the answers

What is one key objective of the Automotive Electrical & Electronics Lab course?

To develop practical skills in automotive systems. Signup and view all the answers

What practical experience does the Automotive Electrical & Electronics Lab aim to provide?

Industry exposure through hands-on learning. Signup and view all the answers

Study Notes

Semester-wise Detailed Curriculum (Automobile Engineering)

Semester V (Third Year): Automobile Engineering
Course Hours per Week: 15 lecture hours, 0 tutorial hours, 4 practical hours
Total Credits: 18
Program Core Courses (1-3): Fluid Power, Electrical & Electronics, MV Act & Transport Management
Program Electives (4-5): Two options for elective courses.
Core Course: Automotive Electrical & Electronics Lab
Internship-II: 1 credit.
Project: PR502, 2 credits.
Total program hours 19 contact hours/ week

Fluid Power (AEPC501)

Course Code: AEPC501
Number of Credits: 3 (3 Lecture hours, 0 Tutorial hours, 0 Practical hours)
Prerequisites: Applied Physics-I
Course Objectives: Understanding fluid power systems, their basic components, working principles of pumps, control valves, and actuators, pneumatic and hydraulic circuits
Course Contents: Introduction to Fluid Power (Types, Applications, Hydraulics & Pneumatics Comparison), Hydraulics Pumps (Positive displacement pump types - Gear, Vane, Piston), Hydraulics Control Components (Direction, Flow, Pressure Control Valves), Hydraulics Actuators (Linear & Rotary), Hydraulics Accessories (Reservoirs, Pipes), Hydraulic Circuits (Speed Controlling Circuits), Pneumatics (Compressors), Application of Fluid Power in Automobiles

Automotive Electrical & Electronics (AEPC502)

Course Code: AEPC502
Number of Credits: 3 (3 Lecture hours, 0 Tutorial hours, 0 Practical hours)
Prerequisites: Fundamental knowledge of Electrical & Electronics theories and applications
Course Objectives: Diagnose and repair electrical circuit defects, understand battery, starting, charging, ignition, and lighting systems and troubleshoot various components
Course Contents: Electrical & Electronic Components (Switches, Relays, Solenoids, Resistors), Circuit Protection Devices, Testing Circuit Defects, Working of Electromagnetic Gauges, Working of Electrical Accessories, Battery (Construction, Operation, Testing), Starting System, Charging System, Ignition System, Lighting System etc.

Modern Manufacturing Methods (AEPE511)

Course Code: AEPE511
Number of Credits: 3 (3 lecture hours, 0 tutorial hours, 0 practical hours)
Prerequisites: None explicitly stated
Course Objectives: Acquire basic knowledge about modern manufacturing methods (including non-traditional machining, additive manufacturing, CNC machining) as applied in automotive industries.
Course Contents: Introduction to Manufacturing Processes, Joining Processes (Welding, Brazing, Soldering), Non-Traditional Machining (Ultrasonic Machining, Laser Beam Machining, EDM etc.), Additive Manufacturing, Computer Numerical Control Machining and its application.

Automobile Air Conditioning (AEPE512)

Course Code: AEPE512
Number of Credits: 3 (3 lecture hours, 0 tutorial hours, 0 practical hours)
Prerequisites: Heat Power Engineering
Course Objectives: Understand the necessity of air conditioning in cars, working process, components, repair and maintenance, and environmental aspects

Earth Moving Equipments & Farm Machinery (AEPE513)

Course Code: AEPE513
Number of Credits: 3 (3 lecture hours, 0 tutorial hours, 0 practical hours)
Prerequisites: Engineering mechanics, automotive chassis, automotive engine, powertrain, fluid power
Course Objectives: Understand the importance, systems, and subsystems of earth moving and agricultural machines, explain working, and preventive maintenance

Two & Three Wheelers (AEPE514)

Course Code: AEPE514
Number of Credits: 3 (3 lecture hours, 0 tutorial hours, 0 practical hours)
Prerequisites: Automotive Engines and Automotive Chassis
Course Objectives: Gain knowledge of two/three-wheeler types, frame and body, power units, sub-systems and maintenance

Internship-II (SI501)

Number of Credits: 1
Course Objectives: Explore career alternatives, integrate theory and practice, assess interests and abilities in the field of study, develop work habits and attitudes, and develop communication skills

Major Project (PR502)

Number of Credits: 2
Course Objectives: Understand problem-solving skills, team work, and prepare a project report.
Course Content: First part of Major Project with topic review and partial project completion.

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Description

This quiz covers the detailed curriculum for Semester V of the Automobile Engineering program. Topics include Fluid Power, Automotive Electrical & Electronics, and relevant internships and projects. Test your knowledge on core and elective courses.