B Tech In Production 2026 - Colleges, Fees, Eligibility, Syllabus

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HomeCoursesB.Tech in Production
UG4 Years

Bachelor of Technology (B.Tech) in Production Engineering

4 Years
B.Tech in Production Engineering is a 4-year undergraduate engineering course focused on manufacturing technology, production planning, and quality management. It equips students with practical skills to optimise factory operations, improve productivity, and support modern automation-driven manufacturing industries in India.

About B.Tech in Production

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Content Team

Content Writer | Updated 17 Mar 2026

B.Tech in Production Engineering is an undergraduate engineering programme focused on manufacturing processes, production planning, quality control, and industrial management. The course blends mechanical engineering fundamentals with factory operations, automation, and lean manufacturing concepts. Students learn to design efficient production systems, improve productivity, and ensure product quality and safety. Graduates typically work in manufacturing, automotive, process industries, and operations-focused roles.
B.Tech in Production Engineering is a 4-year UG programme in Engineering & Technology that prepares students to manage and optimise manufacturing and production systems. The curriculum covers engineering mechanics, materials, machining and forming processes, metrology, quality management, industrial engineering, operations research, production planning and control, and supply chain basics. Students also study automation, CAD/CAM, CNC, robotics, and maintenance practices to improve throughput, reduce waste, and enhance reliability on the shop floor. Most institutions include laboratories (manufacturing, metrology, CNC, CAD/CAM), workshops, internships/industrial training, and a final-year project to build industry readiness. The programme is suitable for students interested in factory operations, process improvement, and technology-driven manufacturing. Graduates can pursue roles in production, process, quality, planning, and operations across automotive, engineering goods, electronics manufacturing, FMCG, and heavy industries, and may also progress to higher studies such as M.Tech/MS in Production/Industrial/Manufacturing Engineering or an MBA in Operations.
Industry-oriented curriculum covering manufacturing processes, PPC, quality and industrial engineering
Strong lab and project components in CAD/CAM, CNC, metrology and automation
Career pathways across production, process, quality, planning and operations in core industries

Eligibility Criteria

1

Educational Qualification

10+2 (or equivalent) with Physics and Mathematics as compulsory subjects along with one of Chemistry/Computer Science/Electronics/Information Technology/Biology/Technical Vocational subject (as per institute/AICTE norms). Minimum aggregate typically 45%–60% in PCM/PCMB (relaxation for reserved categories as per rules). Admission generally through national/state/university-level engineering entrance exams and counselling; some private universities offer merit-based admission.

2

Entrance Exam

JEE Main, State CETs (e.g., MHT CET, KCET, WBJEE, AP EAMCET/TS EAMCET)

Admission Process

How to Apply

Admission is typically through an engineering entrance exam score followed by counselling and seat allocation (national/state level) or university-level selection. Candidates must meet the 10+2 subject and minimum percentage criteria; document verification and fee payment complete the admission. Some private universities may offer direct admission based on Class 12 merit and availability of seats.

Course Syllabus

Semester 16 Subjects
Engineering Mathematics I
Engineering Physics
Engineering Chemistry
Basic Electrical Engineering
Engineering Graphics & Drawing
Workshop/Manufacturing Practices Lab
Semester 26 Subjects
Engineering Mathematics II
Programming for Problem Solving (C/Python)
Engineering Mechanics
Basic Electronics Engineering
Communication Skills/Technical English
Physics/Chemistry Lab
Semester 36 Subjects
Strength of Materials
Thermodynamics
Material Science & Metallurgy
Manufacturing Processes I (Casting, Forming, Welding)
Machine Drawing
Manufacturing/Metallurgy Lab
Semester 46 Subjects
Fluid Mechanics & Hydraulic Machines
Kinematics of Machines
Manufacturing Processes II (Machining, Machine Tools)
Metrology & Measurements
Engineering Economics/Industrial Psychology
Metrology/Machine Tools Lab
Semester 56 Subjects
Dynamics of Machines
Design of Machine Elements
Production Planning and Control
Quality Control and Statistical Methods
CAD/CAM
CAD/CAM Lab
Semester 66 Subjects
Operations Research
Industrial Engineering & Work Study
CNC Machines and Programming
Automation and Robotics/Mechatronics
Supply Chain Management/Logistics Basics
CNC/Automation Lab
Semester 76 Subjects
Lean Manufacturing and Six Sigma Concepts
Tool Design (Jigs, Fixtures and Dies)
Maintenance Engineering and Reliability
Product Design and Development
Industrial Training/Internship
Seminar/Technical Presentation
Semester 86 Subjects
Flexible Manufacturing Systems
Advanced Manufacturing/Industry 4.0 Basics (IoT, Digital Manufacturing)
Project Management and Entrepreneurship
Professional Ethics and IPR
Major Project/Dissertation
Comprehensive Viva/Exit Seminar

Career Options & Jobs

Career prospects are strong in manufacturing-led sectors such as automotive, engineering goods, metals, and consumer products where continuous improvement and cost optimisation are critical. With experience and certifications (Lean/Six Sigma, quality systems), graduates can progress to roles such as production lead, operations manager, plant engineer, or manufacturing excellence specialist.

Career Options

Production Engineer
Manufacturing/Process Engineer
Quality Engineer (QA/QC)
Industrial Engineer
Production Planning & Control (PPC) Engineer

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