B.Tech in Mechanical Engineering with specialisation in Smart Manufacturing and Automation-Lateral Entry (L&T EduTech)

Q: What is B.Tech in Mechanical Engineering (Hons.) in Smart Manufacturing and Automation (Lateral Entry)?

This is a three-year program, B.Tech in Mechanical Engineering (Hons.) with Specialization in Smart Manufacturing and Automation (Lateral Entry), welcomes diploma holders and those with a suitable B.Sc. degree. It combines mechanical engineering knowledge with contemporary manufacturing methods such as IoT, robotics, automation, and data analysis. The aim is to boost production effectiveness. The curriculum readies students for careers in cutting-edge, technology-focused industrial settings, where smart systems are revolutionizing manufacturing processes.

Q: What are the career opportunities after Mechanical Engineering (Hons.) Specialization in Smart Manufacturing and Automation (Lateral Entry)?

New grads can pursue jobs in sectors like automotive, aerospace, electronics, and heavy equipment. Potential positions encompass Automation Engineer, Manufacturing Systems Analyst, Robotics Engineer, Production Manager, Maintenance Engineer, and Quality Control Engineer. Furthermore, opportunities exist within Industry 4.0 startups and multinational companies focused on smart factories, intelligent systems, and industrial automation.

Q: What are the benefits of studying Mechanical Engineering (Hons.) Specialization in Smart Manufacturing and Automation (Lateral Entry)?

This program offers students a solid base in mechanical systems, plus up-to-date abilities in automation and smart manufacturing. It improves job prospects by matching the course content to industry requirements. Students will gain practical experience solving real-world issues, using modern tools, and working with digital manufacturing systems. They'll also get hands-on experience through lab work, industry-based projects, and internships.

Q: What is the Mechanical Engineering (Hons.) Specialization in Smart Manufacturing and Automation (Lateral Entry) salary?

Entry-level salaries for graduates usually fall between ₹4 to ₹6 LPA, but this varies based on a student’s abilities, prior internship experience, and the company doing the hiring. As professionals gain experience and specialize in fields such as robotics, AI within manufacturing, and industrial automation, they can advance rapidly into better-paying positions. Mid-career roles often offer ₹8–12 LPA or even higher compensation.

Q: What are the subjects in B.Tech in Mechanical Engineering (Hons.) in Smart Manufacturing and Automation (Lateral Entry)?

The program usually features courses like Smart Manufacturing Systems, Industrial Automation, Robotics and Mechatronics, CAD/CAM, Sensors and Actuators, Data Analytics for Manufacturing, Control Systems, and the Internet of Things (IoT) in Manufacturing. A solid foundation is further built with essential mechanical topics such as Thermodynamics, Strength of Materials, and Machine Design.

Q: What is the future scope of Mechanical Engineering (Hons.) in Smart Manufacturing and Automation (Lateral Entry)?

The outlook is bright, with sectors quickly embracing intelligent technologies to boost productivity and cut expenses. As Industry 4.0 and digital change gain wider acceptance, the need for qualified experts in smart production and automation is rising worldwide. Furthermore, new graduates have the option to continue studies or earn credentials in specific areas like AI in manufacturing, digital replicas, or cyber-physical setups.

Q: Does the university offer placement support for Mechanical Engineering (Hons.) with Smart Manufacturing and Automation (Lateral Entry)?

Manav Rachna provides placement assistance via its Corporate Resource Centre. The university maintains robust connections with the industry and conducts frequent placement events, networking sessions, internships, and training programs. Students get advice on crafting resumes, preparing for interviews, and career development, to help them smoothly enter the workforce.

Q: What is the highest package offered in B.Tech in Mechanical Engineering (Hons.) in Smart Manufacturing and Automation (Lateral Entry)?

The top salary offered to students in this specific area can fluctuate annually due to industry shifts and how well students perform. Nevertheless, high-achieving students have secured packages between ₹10–12 LPA at well-known multinational corporations and tech-focused manufacturing businesses. These opportunities usually arise during placement events held at the university.

Q: Does University provide scholarship for Mechanical Engineering (Hons.) Specialization in Smart Manufacturing and Automation (Lateral Entry)?

Manav Rachna provides different scholarships, considering factors like academic standing, sports accomplishments, and more. These awards are given out based on how well students do on entrance tests and other qualifying exams. Furthermore, financial support and tuition reductions are available, contingent upon a student's eligibility and the institution's guidelines.

Q: How can I apply for B.Tech in Mechanical Engineering (Hons.) Specialization in Smart Manufacturing and Automation (Lateral Entry) at Manav Rachna?

To start, go to the official Manav Rachna website and find the admissions area. Create an online account, complete the application form for the lateral entry program, submit your required documents, and then pay the application fee. Entry is usually decided by your performance in qualifying exams and/or entrance tests that the university organizes. Additionally, the admissions office is available to assist you with any specific questions you may have.

Undergraduate
3 Years
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Admission Open for 2026

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Programme Overview

B.Tech (LE) ME (Hons.) with specialization in Smart Manufacturing and Automation, is designed to equip students with the knowledge and skills required to meet the demands of Industry 4.0. This program blends mechanical engineering fundamentals with cutting-edge technologies such as IoT, robotics, artificial intelligence, data analytics, and cyber-physical systems. It prepares students for intelligent manufacturing systems that enhance productivity, quality, and efficiency in modern industrial environments

Specialization Provided

Smart Manufacturing & Automation

Covers advanced technologies like IoT, robotics, and AI to automate and optimize modern manufacturing systems.

Undergraduate Programme Offered:

Programme Details

This three-year undergraduate program adopts a multidisciplinary approach combining mechanical engineering, electronics, computer science, and automation. Students receive hands-on training in design, control systems, CNC programming, sensors, actuators, and PLCs through labs, simulations, and internships. The curriculum emphasizes project-based learning, industry collaboration, and real-world case studies to develop practical skills and innovation.

Duration: 3 yrs. (6 Semesters)

Key Educational Benefit

Manav Rachna offers a unique educational experience that combines academic excellence, practical exposure, and industry partnerships to equip students with the skills needed for real-world success.

41,000+

Alumni Imprints Globally

2800+

Published Research Papers

600+

MNC's & Indian Corporate Recruit

250+

Patents (Filed/Granted)

120+

Global Academic Collaborations

80+

Alumni & In-Campus Startups

60+

Countries with Footprints

60 LPA

Highest CTC Offered

Eligibility

Eligibility Criteria

Students must have 50% marks in their diploma in the relevant field.

Admission Criteria

Candidates must have:

50% marks in Diploma in Engineering in any branch/discipline of 3 year duration from State Board of Technical Education, Haryana or equivalent examination or B.Sc. Degree from a recognized University as defined by UGC with at least 50% marks and passed XII standard with Mathematics as a subject

Nationality

Open to Indian, NRI, PIO, and Foreign nationals.

Selection Criteria

Candidates must have 50% marks in a 3-year Diploma in Engineering in any branch from the State Board of Technical Education, Haryana or an equivalent body, and those with a B.Sc. degree must have at least 50% marks with Mathematics studied at the 10+2 level.

Programme Highlights

State-of-the-art Labs: Hands-on training through well-equipped labs including Refrigeration & Air Conditioning, Robotics, 3D Printing, Fluid Mechanics, Manufacturing Workshop, Heat Transfer, and Hydraulic & Pneumatics Labs.

Industry Collaborations:
MoU with Altair-DesignTech for skill enhancement in FEA, CFD, Structural & Thermal Analysis, Additive Manufacturing, Composites, and industrial project execution.

Advanced Software Training: Exposure to industry-relevant software such as SOLIDWORKS, AUTOCAD, and ANSYS to prepare students for R&D and design roles.

Emerging Technology Integration: Curriculum includes modules in Cyber-Physical Systems, Data Analytics, AI & ML, IoT, Cloud Computing, Mechatronics, Robotics, and 3D Printing to ensure students are industry-ready.

Knowledge Enrichment: Regular conferences, seminars, workshops, expert talks, and alumni interactions to stay updated with latest technologies and industry trends.

Multidisciplinary Approach: Broader learning through cross-disciplinary subjects and expert-led modules for enhanced problem-solving skills.

Curriculum

Semester 3

Fluid Mechanics and Machines

Graphics, Geometric Tolerances & Drawings in Manufacturing

CO1: Recall standards and symbols used in engineering and manufacturing drawings
CO2: Understand and create machine drawings regardless of manufacturing methods
CO3: Apply GD&T concepts to production and assembly drawings
CO4: Analyze complex machine structure drawings for proper execution
CO5: Design and produce drawings for mechanical/manufacturing applications
CO6: Create machine part/component drawings using modern software tools

Thermodynamics

Foreign Language-I

Materials Science & Engineering

Manufacturing Processes-I

Professional Competency Enhancement-I

Semester 4

Theory of Machines

Technology and Processes in Heavy Manufacturing

CO1: Describe various ferrous materials, their properties, and industrial applications
CO2: Demonstrate practical knowledge of shop floor practices used in heavy manufacturing
CO3: Discuss international codes and standards for specimen testing
CO4: Explain the significance of using appropriate tools and equipment
CO5: Create an industrial application circuit
CO6: Judge the appropriate automation technique for specific applications

Critical Thinking, Design Thinking, Leadership & Teamwork

Applied Thermodynamics

Entrepreneurship

Strength of Materials - I

Foreign Language - II

CO1: Write short essays on topics like family and friends
CO2: Demonstrate knowledge of tenses
CO3: Identify classroom vocabulary
CO4: Use ordinal and cardinal numbers, and recognize months and days
CO5: Express and justify opinions using different verb forms
CO6: Express and justify opinions using equivalents of various verbs (duplicate of CO5, can be merged if needed)

Introduction to Research

Professional Competency Enhancement - II

Semester 5

Machine Design - I

Mechatronics & Measurement Systems

Collaborative Robotics in Manufacturing with AI, ML and IIOT

CO1: Understand different sensors, actuators, and fluid systems
CO2: Apply combinations of sensing, driving, and controlling systems for automation
CO3: Design, analyze, and develop hydraulic systems for industrial applications
CO4: Analyze the kinematics and dynamics of robotic configurations
CO5: Develop robots incorporating latest technologies for specific tasks
CO6: Interface electronics and simulate the developed robot

Digital Technologies with CPS, IIOT & Cloud in Manufacturing

CO1: Describe technologies used in digital manufacturing
CO2: Illustrate data sharing processes in digital manufacturing
CO3: Evaluate the feasibility of implementing digitalization in manufacturing
CO4: Explain fundamental ideas of CPS and IIOT technologies
CO5: Design projects integrating robotics and digitalization
CO6: Summarize the complete scope of Industry 4.0

Research & Innovation - I

Professional Competency Enhancement - III

Semester 6

Advanced Manufacturing

CO1: Understand basics of polymers and their role in additive manufacturing
CO2: Evaluate the mechanical properties of metals, alloys, and composites in additive manufacturing
CO3: Apply techniques to manufacture powders needed for additive manufacturing
CO4: Describe the role of laser and electron beam in additive manufacturing
CO5: Evaluate appropriate additive manufacturing processes for specific applications
CO6: Design conceptual support systems for effective additive manufacturing

Product Design and Development

Heat Transfer

CO1: Explain basic modes and laws of heat transfer
CO2: Develop and analyze conduction equations in Cartesian, cylindrical, and spherical coordinates
CO3: Analyze temperature distribution and heat dissipation using fins
CO4: Illustrate concepts of free and forced convection with dimensional analysis
CO5: Classify boundary layer concepts and related equations
CO6: Summarize thermal radiation laws and black body concepts

Elective Basket-II: Cognitive Manufacturing - AI and Machine Vision

CO1: Understand principles of cognitive manufacturing, robotics, vision systems, and drones
CO2: Recall fundamental concepts of AI, ML, Power BI, and OpenCV in cognitive manufacturing
CO3: Apply ML algorithms for process optimization, predictive maintenance, and quality analysis
CO4: Evaluate ML’s role in sectors like automotive, aerospace, and electronics manufacturing
CO5: Analyze image processing techniques (segmentation, object detection, face recognition) using OpenCV
CO6: Apply vision systems and AI for quality control, tracking, and machinery maintenance

Professional Competency Enhancement - IV

Research and Innovation - II

Dynamic Paradigm: Career Readiness in the Digital Era

Essence of Indian Traditional Knowledge

Semester 7

Refrigeration and Air Conditioning

CO1: Understand the concept of different refrigeration processes.
CO2: Understand and apply the concept of air-conditioning systems in aircraft.
CO3: Learn about refrigerants, their properties, and evaluate the COP of VCR and VAR systems.
CO4: Understand the basics of psychrometry and its implementation in air conditioning systems.
CO5: Understand standards for human comfort.
CO6: Implement air conditioning system knowledge in various heating load calculations.

Industrial Engineering and Operations Research

Elective Basket-III: Project Management for Professionals

Semester 8

Elective Basket-IV

Elective Basket-V

Major Project / Industrial Internship

Curriculum Highlights

Our Top Recruiters

Internship & Placement Opportunities

Industrial Visits: Frequent visits give students the opportunity to network with professionals in the field and frequently result in internship offers.
Guest Lectures & Networking Events: Industry professionals give students career advice and introduce them to internship possibilities.
Online Portals & Alumni Network: Through specialised platforms and alumni connections, students can find internships.
Hackathons and competitions: Attending these events frequently draws recruiters and provides practical experience.

Placements:

On-Campus Recruitment: Businesses frequently come to the campus to make hiring decisions.
The Corporate Resource Centre, or CRC, actively assists students in finding employment.
Walk-in Interviews: Students are urged to take part in walk-in interviews and external job drives.

Placement Support

Manav Rachna University has a dedicated Corporate Resource Centre (CRC) that facilitates campus placements by inviting reputed companies and organizing recruitment drives. Complementing this is the Career Development Cell (CDC), which continuously prepares students through skill development sessions, mock interviews, and aptitude training. Together, CRC and CDC—collectively known as CRCDC—ensure holistic placement support for students.

Capstone Project & Research

To foster innovation and strengthen research capabilities, Design Thinking, Research & Innovation has been integrated into the curriculum. Students have access to reputed national and international journals through subscriptions to IEEE, Springer, DELNET, and CSI, along with an extensive e-library.

They receive guidance in research paper writing, patent filing, and other scholarly activities. Additionally, MRU hosts an E-Cell and a Pre-Incubation Centre on campus to support research and entrepreneurial initiatives, complemented by strong mentorship support throughout the process.

Innovation & Startups

At Manav Rachna, innovation isn’t just encouraged — it’s built into the system. Through the Manav Rachna Business Incubator, students, alumni, and faculty with big ideas get the platform they need to turn them into real-world ventures.

Whether you’re passionate about building a startup or exploring a research-based idea, we’ve got you covered with cutting-edge design, fabrication, and manufacturing facilities. You also get access to mentorship, expert guidance, and strong industry connections.

Funding is made easier through our tie-ups with angel investors, government programs, and startup coalitions. But it doesn’t stop there — we support you with everything from training programs to regulatory and financial guidance, ensuring your idea doesn’t just take off, but thrives.

With a collaborative environment and endless networking opportunities, Manav Rachna is where your entrepreneurial journey truly begins.

Alumni Network

Manav Rachna Alumni Association supports students through mentorship, networking, and career guidance.

Future Career Prospects

A graduate can work in the following roles:

Smart Manufacturing Engineer
Mechanical Engineer
Automobile Engineer
Robotics engineer/technician
Design Engineer
Electrical Engineer
Control system design/engineer
Electronics design engineer
Artificial Engineer
Data scientist/big data analyst
Instrumentation engineer
Mechatronics Engineer
CNC Programmer Engineer
Software/Hardware engineer
Startup/Entrepreneur

Industry Exposure

Industrial Visits to gain real-world understanding of manufacturing and automation environments
Mentorship by Industry Experts for guidance on projects and professional networking
Internships at leading companies to develop hands-on skills and industry readiness

Why Pursue?

High Demand & Placement Support: Strong career prospects with rising demand for Robotics & AI professionals, supported by excellent campus placement services.
Lucrative Opportunities: High earning potential in smart manufacturing and Industry 4.0 sectors.
Versatile Career Options: Explore roles across diverse industries like education, healthcare, manufacturing, and hospitality.
Global Recognition: Internationally aligned curriculum opens doors to global job markets.
Flexible Work Models: Opportunities for remote roles and entrepreneurship in tech-driven domains.
Meaningful Impact: Contribute to advancements in medicine, science, and technology, driving real-world change.

Fee Details for B.Tech in Mechanical Engineering with specialisation in Smart Manufacturing and Automation-Lateral Entry (L&T EduTech)

Course Fee (Annual): INR 2,56,500
Duration: 3 Years
Brochure (PDF)

* The fee displayed above is applicable only to Indian residents. Fees for NRI and International students are different and will be shared upon enquiry.

Modes of Payment

Online Payment: Via net banking, debit/credit card, or UPI through the university's official payment portal.
Bank Transfer: NEFT/RTGS to the university’s designated bank account.
Demand Draft (DD): As per details shared during the admission process.
Cash Payment: At the Accounts Office on campus (subject to limits as per government regulations).
Education Loan: Through tie-ups with banks like PNB, SBI, HDFC, and ICICI, offering easy financing options.

Residential Facilities & Transport

We at Manav Rachna offer generous residential facilities and convenient transportation services so that each student, including those studying Manav Rachna, gets to enjoy a safe, comfortable, and fulfilling campus life.

Residential Services

MREI provides on-campus and off-campus hostel facilities for boys and girls with various types of rooms. Students can choose single, double, and triple rooms as per their preference.

Key Points

Room Types: The hostels offer different types of rooms to suit different budgets and preferences:

Air-conditioned and non-air-conditioned rooms
Single-seater, two-seater, three-seater, and five-seater rooms
The rooms can be equipped with attached or common toilets as per the choice of room category.

Fee Structure: The hostel fee is to be paid on the basis of the room category chosen by the student and it can be paid through DD (Demand Draft) or in cash.

Additional Facilities:

Medical services and medical insurance to keep the students fit.
Library facilities for access to study materials and academic inputs.
Laundry facilities as included in the hostel fees, to ease the life of students.

Mess Plan

At Manav Rachna, we offer world-class sports facilities to keep our students fit and active. Our facilities comprise a range of outdoor and indoor games, including:

Sports

Mess plan also comes as part of hostel fee. Healthy food is served through the mess considering the multicultural requirements of different food habits for the students. By providing choices involving vegetarian as well as non-vegetarian options, healthy lifestyle is available for the students enabling them to pursue their studies focusing on programs with full seriousness.

Basketball, volleyball, cricket, soccer, chess, and carom among others.

Notable facilities include:

A 25m shooting range and a 10m air-conditioned indoor shooting range with Olympic-standard SIUS Ascor electronic targets.
Indoor badminton and table tennis stadia with synthetic courts in association with Yonex and Stag.
A Semi-Olympic pool for swimming and a Soccer Academy for students who have sporting interest and passion.
A Sports Fitness Centre to service psychological, physiotherapy, and other aspects of health for students.

The facilities enable students to pursue physical exercises that complement their academic development.

Laundry

Laundry facilities are available at an extra fee in the hostel fees. This saves students from worrying about laundry, so they can focus on their studies, and also allows their clothes to remain properly cleaned.

Parking

There is a vast parking space facility available for students who commute using their own means of transport. It is provided to cater to the requirements of students, so that their travel will be easy and hassle-free.

Transport

Our well-maintained transport facility offers a stress-free, secure, and safe journey for students from Delhi and Gurugram. The GPS-located, contemporary fleet of buses is operated by professionally trained personnel, with onboard support staff to assist students. Our emphasis is on reliability, safety, and convenience, ensuring unproblematic travel to and from the campus.

How to Apply for B.Tech in Mechanical Engineering with specialisation in Smart Manufacturing and Automation-Lateral Entry (L&T EduTech)

Manav Rachna offers a unique educational experience that combines academic excellence, practical exposure, and industry partnerships to equip students with the skills needed for real-world success.