B.Tech in Engineering Design Salary, Syllabus and Jobs

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Sakshi Gupta

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B. Tech in Engineering Design is a 4- year undergraduate degree course in engineering. This course is designed with a specific emphasis on the engineering design of machine components, mechanical engineering systems, computer- aided drafting and modelling, finite element analysis and computer aided simulation and analysis. Research facilities are available in areas of mechanical engineering design, dynamics and vibration analysis, mechatronics, finite element analysis, computational fluid dynamics, internal combustion engines, manufacturing, thermal engineering, Refrigeration and air-conditioning engineering. The course aims at equipping enrolled students with competence in creative application of design concepts.

B.Tech in Engineering Design: Course Highlights

Tabulated below are some of the major highlights of the course.

Course Level Under graduate
Duration 4 years (5 years in case of dual degree)
Examination Type Semester System
Eligibility 10+2 or equivalent
Admission Process Counselling after taking entrance test or direct admission in some cases
Major Entrance Tests JEE Main, BITSAT, COMEDK, VITEEE, SRMJEEE, UPSEE
Course Fee INR 50,000 to 4,00,00
Average Starting salary INR 1,20,000 to 6,00,000

Top Institutes Offering B. Tech in Engineering Design

Listed below are some of the top institutes offering the course in India. Also mentioned are the corresponding locations and the average fees charged by each.

NAME OF THE COLLEGE CITY/STATE AVERAGE ANNUAL FEE
National Institute of Design(NID) Ahmedabad INR 2,20,000 P. A
National Institute of Fashion Technology(NIFT) Mumbai INR 2,15,000 P. A
Pearl Academy New Delhi INR 3,25,000 P. A
Symbiosis Institute of Design Pune INR 2,73,000 P. A
Industrial Design centre (IDC) Mumbai INR 2,15, 000 P. A
PDM University Haryana INR 50, 550 P. A
NID Hyderabad INR 1, 85,000 P. A
Arch academy of design Jaipur  INR 1,30,000 P. A

Eligibility for B.Tech in Engineering Design

Students having passed classes X and XII from a recognized educational Board with a minimum aggregate score of 60% at both levels with Physics, Chemistry and Maths as main subjects are eligible to apply for B. Tech in Thermal Engineering.

B.Tech in Engineering Design: Admission Process

Admission is based on the outcome of the university- level counselling which is based on the score obtained in the UPES Engineering Aptitude Test (UPESEAT). Admission is granted in either of these 2 ways:

  • Examination pathway- on the basis of performance in the relevant entrance examination (for up to 80% of seats), for which candidates need to have scored minimum 60% in aggregate in Physics, Chemistry & Mathematics at the senior secondary level (class XII). The JEE Mains cut- off is announced after the declaration of the JEE Mains-2020 result).
  • Non- Examination pathway – on the basis of Board Merit / JEE Mains Score (for up to 20% of Seats), for which candidates need to have scored minimum 80% in aggregate in Physics, Chemistry & Mathematics at the senior secondary level (class XII).

B.Tech in Engineering Design: Career Prospects

Successful graduates of the course are lucratively placed in industries such as thermal power, gas turbines, air conditioning and refrigeration, oil and gas exploration and refining, agricultural sector, educational sector, aviation companies, shipping, aerospace industry, armed forces, pharmaceutical, automobile, and many others.

Listed here are the various job positions on offer for successful graduates of B. Tech in Thermal Engineering. Also mentioned are the corresponding job descriptions and salaries offered for each role.

Job Position Job Description Average Pay Scale
Automotive Design Engineer Responsible for vehicle design, development, manufacture, and testing. INR 6,16,636 P. A
Production Engineer at Automobile Plants Responsible for manufacturing, overseeing the production of goods in many industries at factories or plants. INR 5,80,239 P. A
Automotive Ancillary Development Engineer Responsible for working in relation to product and processes. INR 1,79,550 P. A
Production Planning & Control Engineer Responsible for helping to create and maintain the process production in a company. INR 5,45,645 P. A
Maintenance Engineer at Automobile Dealerships Responsible for checking mileage of the vehicle and its records, and completing the work specified in the manufacturer’s service schedules.  INR 3,00,000 P. A
Vendor Development Engineer Responsible for working in team environment as a key source for the component teams to develop new supply sources to improve cost competitiveness. INR 1,10,761 P. A

Some of the top recruiters in the industry for successful graduates of the course are Design firms, Manufacturing companies, Cognizant ltd, Mahindra Engineering, Wiz craft, among others.

B.Tech in Engineering Design: Syllabus and Course Structure

Engineering Design is taught through a discipline-specific team project. Students are taught to learn and apply professional engineering concepts and issues including sustainability, safety, estimation, materials selection, decision making, project management, information literacy, communication (graphics, written, oral), ethics, and prototyping (building). The course broadly provides an introduction to engineering as a profession.

Semester- wise, students of the course in India study the following as part of their course curriculum:

Semester I

Subject

  • Mathematics I
  • Physics I
  • Design Thinking
  • English Communication
  • Engineering Graphics
  • Basic Electrical and Electronics
  • Computer Programming
  • Practical
  • Physics Lab I
  • Electrical and Electronics Lab
  • Computer Programming Lab
Semester II

Subject

  • Mathematics II
  • Physics II
  • Environmental Studies
  • Engineering Mechanics
  • Workshop Technology
  • Chemistry
  • Practical
  • Physics II Lab
  • Engineering Workshop Lab
  • Chemistry Lab
Semester III

Subject

  • Mathematics III
  • Engineering Thermodynamics
  • Automotive Electrical & Electronic Systems
  • Applied Fluid Mechanics
  • Components of Automotive Chassis
  • Open Elective I
  • Engineering Graphics Lab II
  • Fluid Mechanics Lab
  • Automotive Electrical & Electronic Lab
  • Automotive Chassis Component Lab 

Semester IV

Subject

  • Mechanics of Materials
  • I. C. Engines
  • Material Science
  • Kinematics & Dynamics of Machines
  • Open Elective II
  • Metrology & Manufacturing Technology
  • Material science and Material Testing lab
  • Manufacturing & Metrology Lab
  • Engine Testing & Emission Measurement Lab
  • Theory of Machines lab
  • Practical
  • Material science and Material Testing lab
  • Manufacturing & Metrology Lab
  • Engine Testing & Emission Measurement Lab
  • Theory of Machines lab
Semester V

Subject

  • Vehicle Dynamics
  • Design of Machine Elements
  • Micro Processor Based Control System
  • Open Elective III
  • Automotive Transmission Systems
  • Program Elective I
  • CAD Appl. in Automotive Engine Design
  • Mechatronics and control system lab
  • Engine Troubleshooting & Servicing Lab
  • Practical
  • Minor Project-I
  • PE-I
  • Ergonomics & Styling
  • TQM
  • Fuels and Combustion
Semester VI

Subject

  • Automotive Chassis Components Design
  • Heat Transfer
  • Applied Numerical Techniques
  • Vehicle Infotronics
  • Industrial Engineering and Management

Program Elective - II

  • Industrial Visit
  • CAD Appl. for Chassis Components Design
  • Heat Transfer Lab
  • Practical
  • Minor Project-II
  • PE-II
  • Tribology
  • Transportation Design and Development
  • Automotive HVAC
Semester VII

Subject

  • Automotive Engine Component Design
  • Two & Three Wheelers Technology
  • Program Elective III
  • Design and Analysis using Software (CAE)
  • Program Elective - III
  • Design and Analysis using Software (CAE) Summer Internship Comprehensive Viva
  • Practical
  • Major Project-I
  • PE-III
  • Advanced microcontroller for Auto systems
  • Modelling and Simulation
  • Facilities Planning & Material handling
Semester VIII

Subject

  • Vehicle Body Engineering
  • CAD/CAM
  • Practical
  • Major Project II
  • CAM and Automation lab
  • Program Elective- IV
  • Finite Element method
  • Operations Research
  • Metal Forming - Principles & Design
  • Economics & life cycle concepts
  • Program Elective- V
  • Computational Fluid Dynamics
  • Auto Certification & Homologation
  • Rapid Prototyping and Tooling

Scope:

Design engineers have creative mind through rigorous inputs in technology, thinking and conceptualising abilities. Softer aspects to deal with people is also looked into and dealt with in the process. Design engineering discipline trains designer students to be sensitive to people and solve their real- time problems through a creative and analytical mind. Simple industrial design, technically complex product as well as systems design are major learning landmarks in the process. These courses teach working as individuals as well as working in a large team.


Bachelor of Technology [B.Tech] (Engineering Design) : 3 answered questions

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Ques. Can anyone tell about the Engineering Design branch at IIT-Madras?

● Top Answer By Keshav Jindal on 23 Jul 21

Ans. IIT Madras is a very popular and reputed engineering institute and its engineering design branch is excellent. Here are a few points about this branch. This branch offers dual degree (B.Tech + M.Tech), MS, and Ph.D. courses. The course curriculum is focused on product design and development. It includes everything which is required to build a product like an idea, market study, models, prototype, and the final product. Some courses also include subjects like 3D modeling, aesthetics in design, graphic arts, clay modeling, and product design labs. In product design labs, the students are assigned to disassemble and reassemble various products such as electric hand drills and IC engines and are also required to make their own products. You can also choose the specializations, Automotive and Biomedical. In Automotive, there are subjects like Automotive Engines, Vehicle Dynamics, Systems, and Biomedical, it has subjects related to biomechanics. The students are also offered internship opportunities in the last semester of Engineering Design. Categories Engineering Design at IIT Madras Total Course Fee 4.02 lakhs Course Duration 5 years Highest CTC 35 LPA Average CTC 10-12 LPA Recruiting Companies American Express, Phillips, Cisco Systems, TCS, etc. Hence, this branch is very good with various advanced and interesting subjects and it can be a very good choice to select this branch at IIT Madras.Read more
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Ques. Which is better for a keralite, EE at IIT Mandi or engineering design at IIT Madras?

● Top Answer By Deepika Kunwar on 20 Mar 21

Ans. For obvious reasons, ED in IIT Madras is better than EE from IIT Mandi. Since, you are a Keralite, you need to travel across the entire length of India whenever you need to travel back and forth from your home. Moreover, the climate will also be a minus factor. In case of Chennai, you can travel overnight and reach your home. The people there will be more familiar to you as compared to those in Mandi. Engineering Design -  It is an amalgamation of all the engineering disciplines in a crude sense which can be easily seen by their curriculum.  The curriculum includes doing coding, mechanical labs and civil engineering courses, it even includes Electrical Engineering.  BTech in Electrical Design is a 5 year Program as it includes a compulsory six month internship (an entire semester) in the final year and a project in the final year of the course. Whereas, the courses at other branches last for only 8 weeks. Categories IIT Mandi  IIT Madras Degree BTech in EE BTech in ED Duration (Years) 4 5 Fees (lakhs per semester) 1.11 1.09 Percentage Placement  85 83 Faculty : Student  1:10 1:13 Average Package (lakhs per annum) 12 12.4 To summarize, IIT Madras offers you everything that IIT Mandi has and a lot more than that. Mandi is situated in Himachal Pradesh, it has a very pleasing scenery. But keeping in mind the distance, weather conditions and the ease of living for a Keralite, Chennai is a much better option.Read more
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Ques. What should I opt for, ED at IITM or mechanical at IIT Bhubaneswar?

● Top Answer By Sarneet Kaur on 14 Aug 20

Ans. The choice should be based on your subject of interest. IIT Bhubaneswar is among the newly open IITs, whereas IIT Madras is an oldest and well-established institute. IIT Madras offers dual degree programs in Engineering Design. It is a very practical course and offers a lot of opportunities. The students with a good GPA can get recruited by core companies. In 2019 placements, students of ED got placed in reputed companies with packages ranging between 7 LPA to 26 LPA. The placement rate of ED was 83%. The department of Mechanical Engineering in IIT Bhubaneswar has good infrastructure and classrooms. It also has a product design lab, the place where all engineering design comes alive. A total of 89 companies visited the campus at IIT Bhubaneswar in the year 2019. Big core companies like Tata Steel, TCS, L&T, HP, Renault Nissan, Indian oil, and Maruti Suzuki recruited students from the ME department. In the year 2019, 83% of students of ME batch got placed in these companies with an average package of 11.43 LPA. The highest number of jobs was offered by the core sector. PSU like ISRO, IOCL, and NCCBM also participated in the campus placement. The department has several laboratories such as CAD & manufacturing, Robotics & Control, Nanomechanics, and Material science. Institute has also several mechanical related or robotics society which provides an excellent educational experience.Read more
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Bachelor of Technology [B.Tech] (Engineering Design) Colleges IN INDIA

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Gautam Buddha University - [GBU]
Greater Noida, Uttar Pradesh
NCTE
1.53 L first year fees
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