Bachelor Program in Plastic Engineering

Course Duration
4 Years
Course Fees
Rs. 88000 /-
Qualifiaction
10+2 With PCM/ Diploma Or Its Equivalent.





Description:


The eligibility criteria of BTech in Plastic Engineering is given below:

  • Candidates must have a 10+2 qualification with Physics, Chemistry, Mathematics as the main subject of study, securing a minimum of 40% aggregate marks.
  • Candidates holding a diploma in Plastic Program engineering and other mechanical Program streams are also eligible for Taking admission.

Curriculum:



Sem I
  1. Engineering Mathematics I
  2. Inorganic Chemistry
  3. Organic Chemistry - I
  4. Engineering Physics - I
  5. Organic Chemistry - I
Sem II
  1. Analytical Chemistry
  2. Organic Chemistry - II
  3. Engineering Physics - II
  4. Material & Energy Balance Calculations
  5. Engineering Applications of Computers
Sem III
  1. Electrical and Electronics Engineering
  2. Physical Chemistry
  3. Polymer Science & Technology I
  4. Polymer Science & Technology II
  5. Materials Technology
Sem IV
  1. Polymer Science & Technology III
  2. Thermoplastics Polymer Technology I
  3. The technology of Thermoset Polymers - I
  4. Colour Physics & Colour Harmony
  5. Analysis & Characterization of raw materials & polymers - II
Sem V
  1. Chemical Engineering Operations
  2. Chemical Reaction Engineering
  3. Thermoplastics Polymer Technology - II
  4. Thermoplastics Polymer Technology - III
  5. The technology of Thermoset Polymers - II
Sem VI
  1. Polymer Rheology
  2. Polymerization Engineering
  3. Plastics Materials & Applications – II
  4. CAD/CAM/CAE for Plastics Engineering
  5. Plastics Processing Technology – II
Sem VII
  1. Nanomaterials and their Applications
  2. Technology of Elastomers
  3. Evaluation & Testing of Polymers
  4. Packaging & Decoration of Plastics
  5. Analysis & Characterization of Polymers
VIII
  1. Value Education
  2. Industrial Management
  3. Design and Analysis of Experiments
  4. Colorants and Additives for Polymers
  5. Compounding and Polymer Processing - II