Bachelor of Engineering [BE] (Production Engineering) - Course Overview

  • STREAM

    ENGINEERING

  • DURATION

    4 YEARS

  • COURSE

    Industrial Engineering

  • COURSE TYPE

    Graduation

    Bachelor of Engineering [B.E] Production Engineering Top Colleges, Syllabus, Scope and Salary

    Pranjal Singhal Pranjal Singhal
    Content Curator

    B.E. Production Engineering is a full-time Undergraduate program which links together science with the technology used in manufacturing. The course spans for 4 years, wherein the students are introduced to concepts and skills in the creation of integrated designs for solving the shortcomings on the production front. The eligibility of the course is qualifying 12th-grade examination in science with an aggregate of 60% and above, while some colleges may also conduct their own entrance examination for the selection process.

    Some of the top colleges who offer the program of B.E. Production Engineering are as follows:

    Candidates are required to clear the entrance examinations held by the university, however, some colleges may conduct their own entrance examination for admission. Examinations such as AIEEE (All India Engineering Entrance Examination) or any other qualifying exam as conducted by the university and institution will be deemed important for admission.

    Candidates who wish to procure skills related to innovation, handling team tasks and who have the competence to use creative and analytical skills for problem-solving are considered most suitable for the course. Students who possess the zeal of understanding the various culture and global process can perform extremely well in this program.

    The average course fee for B.E Production Engineering ranges between INR 1 to 7.40 Lacs. Graduates after the successful completion of the program are benefitted in finding lucrative job scopes in various sectors including IT firms, MNCs, Production Engineering Departments and other such which allows them to showcase their intelligence and skills. The average salary package for graduates in Production engineering falls between INR 4 to 18 Lacs annually which can gradually raise with qualification and experience.

    B.E. Production Engineering: Course Highlights

    Course levelGraduation
    Duration4 years
    Examination TypeSemester
    EligibilityQualified 10+2 in Science from a relevant board, pass the entrance examinations like AIEEE, etc. conducted by different colleges.
    Admission processMerit list, marks of entrance examination held by different universities.
    Course FeeUp to INR 7.40 lakhs
    Average salaryApprox. INR 18 lakhs
    Top Recruiting CompaniesAditya Birla, Cairn India, Indraprastha Gas Limited, Larsen & Toubro, Reliance Industries, Sterlite Industry.
    Job PositionsProduction Manager, Quality Manager, Production Engineer, Senior Manager/Head, Engineering Plant Production Manager, Management Engineer.

    B.E. Production Engineering: What is it About?

    B.E Production Engineering is a comprehensive study which combines knowledge of management science with manufacturing technology. Candidates are given a deeper insight into the sector of production, designing and methods of resolving shortcomings with the ultimate motto of providing customers with satisfactory service in a cost-effective manner.

    Production engineering involves the use of an integrated design which with time has turned into a web of complex system post the advent of sophisticated tools for production and control systems. Candidates learn to understand the basic fundamentals of science involving designing, control alongside improving the integrated system to provide customers with high-quality products and timely delivery.

    B.E Production Engineering program is divided into classroom study which revolves around imbibing students with computer skills, improving communication skills, documenting facts and designing new solutions to improve production methodology. In addition, candidates are taught computer skills through lab practice and projects as applied to the subject providing a stronger foundation in the job after the completion of the program.

    Applicants have the opportunity to work in many public and private sector organization, Research, and Development firms and manufacturing industries as there is a huge demand for production engineers working to design and resolve the shortcomings involved in the production, providing the final consumers better quality and cost-effective products. Post the completion, of B.E Production Engineering course, candidates have the opportunity to further gain a higher qualification by doing Masters and Doctorate in Production Engineering opening many more job prospects for the students.

    B.E. Production Engineering: Top Colleges & Institutes

    Name of InstitutionLocationAverage Course Fee (in INR)
    All India Shri Shivaji Memorial Society’s College of Engineering (AISSMS)Pune3,74,184
    Punjab Engineering College – University of TechnologyChandigarh4,43,000
    Anna UniversityCoimbatore1,20,380
    Birla Institute of Technology (BITS)Jharkhand7,43,000
    Gujarat Technological UniversityGujarat3,00,000
    DY Patil College of EngineeringPune2,52,000
    Shri Ram Institute of Management and Technology (SRIMT)New Delhi63,000
    North Maharashtra UniversityMaharashtraNA
    Jadavpur UniversityKolkata3,84,000
    Jawaharlal Nehru Engineering College Aurangabad3,84,000
    Sathyabama UniversityChennai7,40,000
    Dr. Babasaheb Ambedkar Marathwada University (BAMU)Maharashtra2,04,000
    Savitribai Phule UniversityPune2,16,000

    B.E. Production Engineering: Eligibility

    Candidates who seek admission to the course of B.E Production Engineering are needed to fulfill the following criteria.

    1. Candidates who have passed 12th grade in the stream of Science with an aggregate of 60% and above are deemed eligible for admission
    2. Those who have cleared entrance examinations held in State and National levels like AIEEE, CAT, etc. or any entrance examination held by the respective colleges can seek admission for the program.

    B.E. Production Engineering: Admission Process

    Applicants for the course are required to have passed their 10+2 examination with an aggregate of 60% marks and above or equivalent CGPA are considered eligible to be admitted for B.E in Production Engineering. Candidates are also required to clear the various entrance examinations held at state and national level such as AIEEE, MH-CET, etc., however, some institutions may hold their own entrance examination for furthering the admission process.

    Computing the scores obtained in 12th grade with the addition to the marks of entrance examination, candidates are furthered with the admission process. Clearing of JEE is important to qualify for admissions at IIT. The list of entrance examination which can be cleared for admission to the program are:

    • AIEEE ( All India Engineering Entrance Examination)
    • JEE [Joint Entrance Examination] (for admission to IIT)
    • BITSAT (Birla Institute of Technology and Science Admission Test)
    • VITEEE [Vellore Institute of Technology Engineering Entrance Examination]
    • SRMEE (SRM University Engineering Entrance Examination)

    Applicants can apply for the course both through online and offline mode. The application status of students would be displayed on the site, with the shortlisted applicants being notified through email or on site.

    B.E. Production Engineering: Syllabus and Course Description

    B.E. Production Engineering curriculum comprises of classroom study, assignments, lab practice, and projects. Production engineering syllabus includes subjects like Machining Science, Welding, CAD/CIM/CAM, Designing of tools, Mechatronics & management, Engineering Materials and so on. The program is covered in 8 terms held in a span of 6 months each.

    The syllabus followed by universities and colleges are as follows:

    Semester ISemester II
    Engineering ChemistryEnvironment Science
    Automation & control EngineeringData Structure in C++
    Operation ResearchProduction Design and Development
    Fundamentals of Engineering MathematicsComputer Integrated Design & Manufacturing
    Physics IPhysics II
    Mathematics IMathematics II
    Electives: Unix & C Programming Reliability & Energy Management Human Resource in Engineering Material TechnologyElectives: Human Resource and Industrial Relations Materials and Logistics Management Industrial Robotics Simulation and Modelling
    Semester IIISemester IV
    Mathematics IIIMathematics IV
    Basic ElectronicsElectrical & Electronics Engineering
    Applied ThermodynamicsDynamics of Machines Laboratory
    Material Science and EngineeringFluid and Thermal Engineering
    Data Base Information Retrieval LaboratoryDynamics of Machines
    Mechanics of SolidsEngineering Measurements
    Manufacturing Engineering IManufacturing Engineering II
    Introduction to System TheoryMetallurgy
    Semester VSemester VI
    CAD/CIM/CAMProduction Tooling
    Machine Design IMachine Design II
    Metrology & Quality TechnologyProduction and Operation Management
    Design of Mold & Metal Forming ToolsProcess Engineering and Tooling
    Business Communication & EthicsMachining Science and Technology Laboratory
    Computational MethodsProject Engineering
    Industrial Organization & ManagementManufacturing Automation
    Semester VIISemester VIII
    Industrial Training & ProjectIndustrial Engineering and Human Resource Management
    Material Deformation ProcessEconomics, Finance, Accounting & Costing
    Modern Manufacturing ProcessFluid Power & Automation
    Engineering EconomyPlant & Quality Engineering
    Production Control & PlanningFlexible Manufacturing Systems & Robotics
    Work Study & ErgonomicsIndustrial Pollution Control
    Electives: Process Engineering Microprocessor & Interfacing Enterprise Resource Planning Competitive Manufacturing StrategiesElectives: System Dynamics Eco-friendly Manufacturing Advanced Operations Research Value Engineering

    Candidates are required to choose one elective each semester which will be followed by examination and project.

    B.E. Production Engineering: Career Prospects

    Production Engineering is one of the main tools of any industry. From the stage of inception to concluding final production of good, it is included in every stage. This leads candidates with a wide prospect of careers in sectors of Manufacturing industry, food processing industry, IT firms, as well as many private and public sector.

    They can become Process Engineer, Operations Analyst, Management Engineer, Engineering Plant Production Manager and opportunities in development and management sectors in departments concerning production process, implementation and assembling.

    Related B.E. Production Engineering courses are:

    Read about more Bachelor in Engineering courses

    Below is listed description and profile of jobs which can be chosen by the graduates after the completion of the course which are as follows:

    Bachelor of Engineering [B.E] (Production Engineering) annual salary
    Job ProfileJob DescriptionAverage Salary (in INR) per annum
    Production EngineerAnalyze, plan and design the workflow, test and ensure there are no shortcomings in the process.INR 2 to 3 Lacs
    Operation AnalystWork includes collecting data, report to clients, work in a team and help them resolve the problems related to processing.INR 3 to 4 Lacs
    Production Support EngineerReview, supervise and direct the staff, supporting them in the production process.INR 3 to 4 Lacs
    Quality ManagerOverlook the production needs, ensure the needs are met in internal as well as external aspects. Work in liaison with Quality assurance manager and production team.INR 8 to 9 Lacs
    Management EngineerCoordinate with staff, manage the clients, carry on discussions, maintain the production plan and integrate into the final product.INR 8 to 9 Lacs
    Engineering Plant Production ManagerDirecting and planning the production activities of the plant. Further coordinating with the production head and clients.INR 8 to 9 Lacs
    Product Engineering ArchitectSupervise, review data, design and develop new products and renew the old ones, work in liaison with managers and clients.INR 8 to 10 Lacs
    Foundry Production Engineer and ManagerWork includes supervising production process, manufacturing and maintenance of production.INR 6 to 7 Lacs
    Asst. Production ManagerWorking under the supervision of production manager, the work includes planning, coordinating with top-level management and controlling the process.INR 4 to 5 Lacs
    Senior Manager/HeadWork includes supervising and directing work to the staff, monitoring their activities and bringing about corrective measures wherever needed.INR 8 to 9 Lacs

    Bachelor of Engineering [BE] (Production Engineering) Fee Structure in India


    9.6 K (Minimum Fee)PUBLIC COLLEGES3.48 L (Maximum Fee)
    1.49 L (Average Fee)
    1.56 L (Minimum Fee)PRIVATE COLLEGES13.23 L (Maximum Fee)
    4.68 L (Average Fee)

    Bachelor of Engineering [BE] (Production Engineering) Fee Structure by State


    Maharashtra

    1.34 LPUBLIC COLLEGES1.34 L
    1.34 L
    1.56 LPRIVATE COLLEGES7.16 L
    4.67 L

    Tamil Nadu

    1.34 LPUBLIC COLLEGES3.48 L
    2.41 L
    1.8 LPRIVATE COLLEGES3.4 L
    2.3 L

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