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Bachelor of Technology [B.Tech] (Engineering Design)




    4 YEARS


    Design Engineering



B.Tech in Engineering Design Salary, Syllabus and Jobs

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 Colleges in UttarakhandB.Tech Colleges in West Bengal

B.Tech in Engineering Design: Course Highlights

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

Course LevelUnder graduate
Duration4 years (5 years in case of dual degree)
Examination TypeSemester System
Eligibility10+2 or equivalent
Admission ProcessCounselling after taking entrance test or direct admission in some cases
Course FeeINR 50,000 to 4,00,00
Average Starting salaryINR 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.

National Institute of Design(NID)AhmedabadINR 2,20,000 P. A
National Institute of Fashion Technology(NIFT)MumbaiINR 2,15,000 P. A
Pearl AcademyNew DelhiINR 3,25,000 P. A
Symbiosis Institute of DesignPuneINR 2,73,000 P. A
Industrial Design centre (IDC)MumbaiINR 2,15, 000 P. A
PDM UniversityHaryanaINR 50, 550 P. A
NIDHyderabadINR 1, 85,000 P. A
Arch academy of designJaipur 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-2017 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 PositionJob DescriptionAverage Pay Scale
Automotive Design EngineerResponsible for vehicle design, development, manufacture, and testing.INR 6,16,636 P. A
Production Engineer at Automobile PlantsResponsible for manufacturing, overseeing the production of goods in many industries at factories or plants.INR 5,80,239 P. A
Automotive Ancillary Development EngineerResponsible for working in relation to product and processes.INR 1,79,550 P. A
Production Planning & Control EngineerResponsible for helping to create and maintain the process production in a company.INR 5,45,645 P. A
Maintenance Engineer at Automobile DealershipsResponsible 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 EngineerResponsible 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


  • 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


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


  • 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


  • 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


  • 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


  • 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


  • 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


  • Vehicle Body Engineering
  • 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


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.