Top BTECH/BE Mechanical Engineering in Additive Manufacturing Colleges in Bangalore

Unlock endless opportunities with a BTECH/BE Mechanical Engineering in Additive Manufacturing degree - Empower your future!

The B.Tech/BE Mechanical Engineering (Additive Manufacturing) is an undergraduate course that is divided into 8-semesters. The course offers courses in additive manufacturing processes like 3D printing, rapid prototyping and specialised materials.

The course gives appropriate skills and knowledge regarding the digital process steps of the additive manufacturing design workflow, define additive manufacturing design considerations and apply additive manufacturing design principles to standard design features gained from this programme.

Major Programmes

Duration
Duration
4 Years
Level
Level
Bachelor Programme
Mode of Admission
Mode of Admission
Merit /Management
Eligibility
Eligibility

Pass in PUC / 10+2 or equivalent with Physics and Mathematics along with Chemistry / Bio-technology / Computer Science / Biology / Electronics with English as Language having obtained an aggregate minimum of 45% marks & 40% in case of Karnataka SC, ST & OBCs and secured a rank in the Entrance Test (Entrance test not applicable to NRI / Foreigners ).

Fees
Fees

Merit Quota: Rs.25,000 to Rs 75,000 per annum
Management Quota: Rs.75,000 to Rs. 10,00,000 per annum

Admission Process
Admission Process

Merit - The candidates seeking admission under merit to B.Tech. programme should qualify CET/COMED-K/JEE/JEE-Main Exam.  The qualified students are then required to undergo, JEE counselling, CET counselling and COMED-K counselling to get admission to B.Tech. programme. 
Management - Students looking for Management seats can go for Direct Admission

Syllabus of BTech/BE Mechanical Engineering (Additive Manufacturing)

Semester Subject
Semester 1
  • Mathematics I 
  • Physics 
  • Computer Programming 
  • Written Technical English 
  • Urban Sociology

Laboratory

  • Engineering Workshop Lab 
  • Physics Lab 
  • Computer Lab 
Semester 2
  • Mathematics II 
  • Chemistry    
  • Basic Electrical Engineering
  • Basic Electronics Engineering
  • Engineering Graphics
  • Spoken Technical English
  • Environmental Studies

Laboratory

  • Electrical& Electronics Lab
  • Engineering Graphics Lab I 
  • Chemistry Lab
Semester Subject
Semester 3
  • Materials Technology
  • Thermodynamics & Heat Engines
  • Introduction to Psychology
  • Analog and Digital Electronics 
  • Electrical Machines
  • Manufacturing Technology 
  • Effective Communication 

Laboratory

  • Electrical Drives & Electronics Lab
  • Analog and Digital Electronics Lab   
Semester 4
  • Fluid Mechanics
  • Metrology & Computer Aided Inspection
  • Mechanics of Solids
  • Control Engineering
  • Instrumentation & Control
  • Modern Art & Ideas
  • Being Corporate Ready

Laboratory

  • Fluid Mechanics Lab
  • Instrumentation & Control Lab
Semester Subject
Semester 5
  • Overview of Additive Manufacturing
  • Applied Numerical Techniques & FEM 
  • Microprocessor & Microcontroller
  • Theory of Machines
  • Introduction to Public Speaking
  • Computer Aided Manufacturing
  • Signal Processing and Systems

Laboratory

  • Power Electronics & Drives Lab 
  • Microprocessor & Microcontroller Lab
  • Sensor & Signal Processing Lab
Semester 6
  • Design of Machine Elements
  • Hydraulics and Pneumatics
  • Science of Well Being
  • Additive Manufacturing Processes
  • Theory of Plasticity and Metal Forming
  • Placement Related Communication
  • Additive Manufacturing Machines and Systems
  • Technical Report writing

Laboratory

  • Hydraulics & Pneumatics Lab
Semester Subject
Semester 7
  • CAD for additive manufacturing
  • Modelling and Simulation of Manufacturing Systems
  • Rapid Prototyping using 3D Printing 
  • Integration aspects with 3D scanning
  • Materials Requirements for 3D Printing
  • Placement Boot Camp

Laboratory

  • CAD Lab 
  • 3D Lab    
  • Rapid Prototyping Lab 
  • Major Project I
Semester 8
  • Applications of Additive Manufacturing
  • Supply Chain for Additive Manufacturing 
  • Cost & Value Analysis for AM
  • Leadership in a Dynamic Business Environment
  • Factories of the Future

Laboratory

  • Major Project II

Placement of BTech/BE Mechanical Engineering (Additive Manufacturing)

The B.Tech/BE Mechanical Engineering (Additive Manufacturing) students are required in large numbers. The future of mechanical engineering is about 3D printing and Additive Manufacturing, so ample jobs will be created in this field increasing the demand for skilled professionals.

Some of the job roles are:

3D Organ and Prosthetic Designers: The 3D organ and Prosthetic designers are responsible to print biological organs for human beings by using biomaterials and 3D printers by the process of additive manufacturing. They are responsible for creating prototypes and fitting newly created bioengineered products.

Average salary of a 3D organ and prosthetic designer ranges from 3 lakhs to 5 lakhs per annum.

3D Printing Developers: The 3D printing software developers are responsible for 3D print materials using softwares modules. They are responsible for creating physical 3D products using additive manufacturing and 3D printing techniques.

Average salary of a 3D printing developer ranges from 4 lakhs to 6 lakhs per annum.

3D printing Auto Mechanics and Engineers: The 3D printing auto machines and engineers are responsible to prepare schematics and drawing for 3D printed cars and vehicle parts. They are responsible for building components of the automobile using 3D printers.

Average salary of a 3D Auto Mechanics and engineers ranges from 4 lakhs to 6 lakhs per annum.

Benefits of BTech/BE Mechanical Engineering (Additive Manufacturing)

Some of the benefits that one can enjoy as a Mechanical Engineer (Additive manufacturing)

Future is secured: Additive manufacturing is a secured career path with a bright, long term future. It is predicted that nearly 30-40 million skilled Additive manufacturing professionals are required across the globe by 2025. There is already a shortage of skilled and qualified engineers and Additive manufacturing professionals in this field, this means higher salaries and more options for those who are qualified.

Rewards are huge: Mechanical Engineers with Additive manufacturing specialisations can earn good salaries well-above all other mechanical engineers. As Additive manufacturing is a new technology there is a large demand for skilled professionals. The Additive manufacturing engineers are well-paid with high salaries and are also given better career growth opportunities.

Better Career growth: Mechanical Engineers with Additive manufacturing specialisations have lots of options for career progression. The advancements in Additive manufacturing technology has given rise to newer job roles and better job profiles for the Additive manufacturing skilled professionals. Since the field is new one the skilled professionals can easily reach the top levels within a shorter time frame.

Make your impression: Mechanical Engineers with Additive manufacturing specialisations will make real difference. Within minutes they can 3D print anything they want either a box, scale, pen, even sometimes they can print a whole computer. The mechanical engineers with Additive manufacturing specialisations can create an invention and make it into a reality within minutes. All these factors help them in making a presence or impression.

Top Recruiters for BTech/BE Mechanical Engineering (Additive Manufacturing) students

adani-group larsen-toubro intel hitachi wipro bosch jpmorgan

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