Under Graduate

COURSE.NAME :

B.Tech I year (Applied Chemistry) - (Common Course to all branches of Engineering)

COURSE.SPEC :

All Branches of Engineering

COURSE.NOS :

COURSE.DEGREE :

Refer Guide to Admission

COURSE.COURSE :

Refer Guide to Admission

COURSE.JP :

COURSE.PEO :

To impart the knowledge of applications of chemical sciences in engineering and technology

COURSE.PO :

After completion of the course the student shall be able to understand 1. Water treatment technology for municipal and industrial use 2. About solid, liquid and gaseous fuels. Types of lubrications their testing and applications. 3. About corrosion and techniques to control corrosion. 4. About polymers and their applications

COURSE.SYLL :

Click here to view Syllabus

COURSE.currl :

Click here to view curriculum

COURSE.Accr :

Yes

COURSE.NAME :

B. Tech. I (Applied Chemistry Lab)

COURSE.SPEC :

All Branches of Engineering

COURSE.NOS :

COURSE.DEGREE :

Refer Guide to Admission

COURSE.COURSE :

Refer Guide to Admission

COURSE.JP :

COURSE.PEO :

To train the students for the applications of the chemical sciences in the field of Engineering and technology

COURSE.PO :

After completion of the course the students shall be able to understand (1). Estimation of the hardness, dissolved oxygen in water and available chlorine in bleaching powder, (2) Analysis of coal and grading of coal, (3) Testing of lubricants like flash point, aniline point, relative viscosity and drop point of grease and its applications, (4) The nature of the electrochemical corrosion.

COURSE.SYLL :

Click here to view Syllabus

COURSE.currl :

Click here to view curriculum

COURSE.Accr :

Yes

COURSE.NAME :

B.Tech II year (Material Science and Engineering Materials)

COURSE.SPEC :

Chemical Engineering

COURSE.NOS :

30

COURSE.DEGREE :

COURSE.COURSE :

COURSE.JP :

COURSE.PEO :

To impart the knowledge of applications of chemical sciences in engineering and technology

COURSE.PO :

After completion of the course, the student shall be able to understand (1) Properties of engineering materials, classification of steels and their uses, (2) Principles and techniques used for different kind of heat treatments, (3) Phase equilibrium and different phases involved in the transformation of materials under varying conditions.

COURSE.SYLL :

Click here to view Syllabus

COURSE.Accr :

No

COURSE.NAME :

B.Tech II year (Engineering chemistry)

COURSE.SPEC :

Chemical Engineering

COURSE.NOS :

30

COURSE.DEGREE :

COURSE.COURSE :

COURSE.JP :

COURSE.PEO :

To impart the knowledge of applications of chemical sciences in engineering and technology

COURSE.PO :

After completion of the course, the student shall be able to understand (1) Electrolytic conductance, Faraday laws and their applications, measurements of transport number and determination of dissociation constant for weak electrolytes, (2) Different types of crystalline solids, their structure and properties, Miller indices for determination of crystalline direction and planes, (3) Adsorption and its classification, Role of adsorbent on the surface catalyzed reactions and adhesives

COURSE.SYLL :

Click here to view Syllabus

COURSE.Accr :

Yes

COURSE.NAME :

B.Tech III year (Engineering Materials)

COURSE.SPEC :

Petrochemical Engineering

COURSE.NOS :

25

COURSE.DEGREE :

COURSE.COURSE :

COURSE.JP :

COURSE.PEO :

To impart the knowledge of applications of material sciences in engineering and technology

COURSE.PO :

After completion of the course the student shall be able to understand 1. Different types of crystalline solids, their structure and properties. Miller indices for determination of crystalline direction and planes. 2. Properties of engineering materials, classification of steels and techniques used to determine the microstructure of materials. 3. Phase equilibrium and different phases involved in the transformation of materials under varying conditions. 4. Adsorption and its classification. Role of adsorbent on the surface catalyzed reactions, Colloids and adhesives.

COURSE.SYLL :

Click here to view Syllabus

COURSE.Accr :

Yes

COURSE.NAME :

B.Tech III/IV year (Atmospheric Chemistry (Open elective)

COURSE.SPEC :

All Branches of Engineering

COURSE.NOS :

60

COURSE.DEGREE :

COURSE.COURSE :

COURSE.JP :

COURSE.PEO :

To impart the knowledge of atmospheric chemistry in engineering and technology

COURSE.PO :

After completion of the course the student shall be able to understand (1) Structure of the atmosphere, classification of the air pollutants and photochemical reactions, (2) Criteria Pollutants, particulate matter and control devices for particulate pollutants, (3) Sampling, monitoring and quantitative analysis of gaseous pollutants, (4) Global warming, climate change, ozone depletion and environmental policies.

COURSE.SYLL :

Click here to view Syllabus

COURSE.Accr :

Yes

COURSE.NAME :

B.E. I year (Applied Chemistry)

COURSE.SPEC :

Civil/Electrical/Mechanical Engineering

COURSE.NOS :

150

COURSE.DEGREE :

Refer Guide to Admission

COURSE.COURSE :

Refer Guide to Admission

COURSE.JP :

COURSE.PEO :

To impart the knowledge of applications of chemical sciences in engineering and technology

COURSE.PO :

After completion of the course the student shall be able to understand 1. Water treatment technology for municipal and industrial use 2. About solid, liquid and gaseous fuels. Types of lubrications their testing and applications. 3. About corrosion and techniques to control corrosion. 4. About polymers and their applications

COURSE.SYLL :

Click here to view Syllabus

COURSE.currl :

Click here to view curriculum

COURSE.Accr :

No

COURSE.NAME :

B.E. I (Applied Chemistry Lab)

COURSE.SPEC :

All Branches of Engineering

COURSE.NOS :

150

COURSE.DEGREE :

COURSE.COURSE :

COURSE.JP :

COURSE.PEO :

To train the students for the applications of the chemical sciences in the field of Engineering and technology.

COURSE.PO :

After completion of the course the students shall be able to understand (1). Estimation of the hardness, dissolved oxygen in water and available chlorine in bleaching powder, (2) Analysis of coal and grading of coal, (3) Testing of lubricants like flash point, aniline point, relative viscosity and drop point of grease and its applications, (4) The nature of the electrochemical corrosion.

COURSE.SYLL :

Click here to view Syllabus

COURSE.currl :

Click here to view curriculum

COURSE.Accr :

No