B.Tech Materials Science and Engineering
The B.Tech in Materials Science and Engineering programme at MIT-WPU offers a multidisciplinary approach, focusing on advanced materials like polymers, ceramics, composites, and smart materials. These materials play critical roles in sectors such as energy, transportation, biotechnology, healthcare, and construction. You will gain hands-on experience in designing, processing, testing, and understanding the production and recycling of materials.
The curriculum integrates diverse topics like chemical engineering, fluid mechanics, thermodynamics, and material characterisation, equipping you with technical skills to solve real-world problems. Notable research initiatives, such as the DBT-INNOVATE grant for developing BIOFRESHPAK, a bio-based packaging solution, highlight the programme’s emphasis on innovation and practical application. This holistic approach prepares you for a dynamic and rewarding career in materials science and engineering.
- Composites
- Nanomaterials
- Biomaterials
- Materials Modelling and Simulations
- Intelligent and Smart Materials
Last Date to Apply : 26 May 2025
B.Tech Materials Science and Engineering
| Scholarship for AY 2025-26 | JEE Percentile | MH-CET Percentile |
| Dr. Vishwanath Karad Scholarship (100%) | 89 & Above | 90 & Above |
| MIT-WPU Scholarship I (50%) | 87 & Above | 88 & Above |
| MIT-WPU Scholarship II (25%) | 86 & Above | 87 & Above |
Note: Best of JEE or MHT-CET Score will be considered for availing the scholarship.
*Terms & Conditions apply:
- All Scholarships are awarded on a First Come First Serve basis. All Scholarships are awarded as fee adjustments.
- To continue the scholarship for the entire duration of the programme, a minimum level of the academic score has to be maintained at an 8 CGPA across all semesters, attendance is to be maintained at a minimum of 80 percent, with no live backlogs in any subject/programme and no semester break, and there should be no disciplinary action against the student.
For more detailed information visit our website: https://mitwpu.edu.in/scholarships
The candidates should have appeared in JEE 2025 / MHT-CET 2025 / PERA 2025 / MHT-CET-B* 2025 / NEET* 2025. [*Applicable only for B.Tech Bioengineering programme] conducted by the Competent Authority
AND
Minimum 50% aggregate in PCM or PCB* or Physics & Mathematics with any Technical Vocational Subject. Physics, Mathematics/Biology* & English are Compulsory subjects with Chemistry/Biotechnology* or Technical Vocational Courses in 10+2/Class 12th or equivalent examination [*Applicable only for B.Tech Bioengineering programme] (at least 45% marks, in case of Reserved category candidate belonging to Maharashtra State only).
OR
Minimum 60% marks in Diploma in Engineering & Technology in an appropriate branch from Government approved technical board.
The selection process for B.Tech programmes is based on JEE 2025/ MHT-CET 2025/ PERA 2025/ MHT-CET-B* 2025/ NEET* 2025 score and a Statement of Purpose (500 words) written by the candidate. [*Applicable only for B.Tech Bioengineering programme].
- Case-Based Learning Pedagogy : Engage in a hands-on approach that blends theory with real-world applications, equipping you with essential problem-solving skills.
- State-of-the-Art Facilities : Access advanced labs for material synthesis, characterisation, and fabrication, gaining practical experience with cutting-edge technologies.
- Industry Partnerships : Benefit from 1,600+ industry connections and mandatory internships, providing valuable real-world exposure and enhancing employability.
- Research Opportunities : Contribute to impactful multidisciplinary projects like BIOFRESHPAK, a bio-based packaging innovation.
- Global Exposure : Participate in national and international immersion programmes to broaden your academic and cultural perspectives.
- Entrepreneurship Support : Leverage the Technology Business Incubator (TBI) for funding, mentoring, and networking, fostering entrepreneurial growth.
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
I |
University Core |
Effective Communication |
1 |
|
I |
University Core |
Critical Thinking |
1 |
|
I |
University Core |
Environment and Sustainability |
1 |
|
I |
University Core |
Foundations of Peace |
2 |
|
I |
University Core |
Yoga - I |
1 |
|
I |
University Core |
SLDP |
1 |
|
I |
Programme Foundation |
Linear Algebra and Differential Calculus |
3 |
|
I |
Programme Foundation |
Chemistry |
3 |
|
I |
Programme Foundation |
Engineering Mechanics |
3 |
|
I |
Programme Foundation |
Programming and Problem Solving |
3 |
|
I |
Programme Foundation |
Engineering Graphics |
3 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
II |
University Core |
Advanced Excel |
1 |
|
II |
University Core |
Financial Literacy |
1 |
|
II |
University Core |
Yoga - II |
1 |
|
II |
University Core |
Co-creation |
1 |
|
II |
University Core |
Indian Constitution |
1 |
|
II |
University Core |
IKS(General) |
2 |
|
II |
University Core |
Sports |
1 |
|
II |
Programme Foundation |
Physics |
3 |
|
II |
Programme Foundation |
Ideas and Innovations in Manufacturing |
1 |
|
II |
Programme Foundation |
Integral Calculus |
3 |
|
II |
Programme Foundation |
Basics of Electrical and Electronics Engineering |
3 |
|
II |
Programme Major |
Introduction to Materials Science and Engineering |
4 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
III |
University Core |
Research Innovation Design Entrepreneurship (RIDE) |
1 |
|
III |
University Core |
Spiritual & Cultural Heritage; Indian Experience |
2 |
|
III |
University Electives |
UE - I |
3 |
|
III |
University Electives |
UE-II |
3 |
|
III |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Project Based Learning - I |
1 |
|
III |
Programme Foundation |
Inorganic and Organic Chemistry |
3 |
|
III |
Programme Major |
Mechanics of Materials |
2 |
|
III |
Programme Major |
Synthesis of Materials |
3 |
|
III |
Programme Major |
Structure and Property Relationship |
2 |
|
III |
Programme Major |
Chemical Engineering Principles |
1 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
IV |
University Electives |
UE-III |
3 |
|
IV |
University Core |
Rural Immersion |
1 |
|
IV |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Project Based Learning - II |
1 |
|
IV |
University Core |
Life Transformation Skills |
1 |
|
IV |
Programme Foundation |
Differential Equations and Transform Techniques |
4 |
|
IV |
Programme Major |
Materials Characterization |
3 |
|
IV |
Programme Major |
Thermodynamics and Kinetics of Materials |
2 |
|
IV |
Programme Major |
Polymers |
3 |
|
IV |
Programme Major |
Electronics, Optical and Magnetic Properties of Materials |
3 |
|
IV |
Programme Foundation |
IKS-2 |
2 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
V |
University Core |
Managing Conflicts Peacefully: Tools and Techniques |
2 |
|
V |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Project Based Learning - III |
1 |
|
V |
Programme Electives |
Programme Elective - I |
4 |
|
V |
Programme Major |
Introduction to Materials Modelling and Simulation |
4 |
|
V |
Programme Major |
Functional Materials -I |
4 |
|
V |
Programme Major |
Biomaterials |
4 |
|
V |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Seminar |
1 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
VI |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Project Based Learning - IV |
1 |
|
VI |
University Core |
National Academic Immersion |
2 |
|
VI |
Programme Electives |
Programme Elective - II |
4 |
|
VI |
Programme Major |
Functional Materials -II |
4 |
|
VI |
Programme Major |
Materials Processing and Manufacturing Techniques |
4 |
|
VI |
Programme Major |
Materials Design |
3 |
|
VI |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Mini Project |
3 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
VII |
Programme Electives |
Programme Elective - III |
4 |
|
VII |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Internship |
12 |
| Semester | Course Type | Course Name/Course Title | Total Credits |
|
VIII |
Programme Electives |
Programme Elective - IV |
4 |
|
VIII |
Programme Major |
Materials Life Cycle |
2 |
|
VIII |
Programme Capstone Project/Problem Based Learning/Seminar and Internships |
Capstone Project |
12 |
- Choose your products, materials, and development methods for optimal performance in real-life industries such as biotech, automotive engineering, energy expo, etc.
- Focus on biotechnology, aerospace, and manufacturing, facilitating technological solutions that address industry needs and solve real-world problems with practical applications.
- Create new, in-demand materials for future use in nano, bio, and green manufacturing.
- Communicate complex solution concepts in detail and collaborate across disciplines and engineering fields.
- Offer relevant contexts while keeping ethical development and sustainability in mind.
To become an engineer or material scientist, you need to design and develop materials for industries like renewable energy, biotech, automotive, and healthcare. These skilled professionals analyse and improve materials for applications such as clinical diagnostics, biomedical devices, and energy systems. Material scientists research, experiment, and evaluate new materials like biomaterials, nanotechnology, and composites to ensure their efficiency and suitability across various sectors.
The MIT-WPU B.Tech in Materials Science and Engineering is a 4-year interdisciplinary programme that focuses on the design, characterisation, and testing of materials for diverse applications. The curriculum includes advanced topics such as nanomaterials, biomaterials, and smart materials, along with sustainability and their applications in industries like energy, biotechnology, and healthcare.
Graduates can pursue roles as materials engineers, product development scientists, design engineers, or quality control engineers in industries like biotechnology, automotive, aerospace, and energy. Career paths in research, entrepreneurship, and sustainability are also available.
MIT-WPU provides 100% internship support, collaborating with 231+ corporates in biotech, automotive, and manufacturing sectors. These partnerships offer hands-on experience and industry exposure, ensuring students are well-prepared for successful careers.
MIT-WPU maintains an ideal faculty-to-student ratio to ensure a collaborative and high-quality learning environment. Professors act as mentors, offering personalised guidance to help students excel throughout the programme.
MIT-WPU provides state-of-the-art laboratories for material synthesis, characterisation, and simulation. These labs give students hands-on access to cutting-edge tools and technologies, enabling in-depth research and practical learning in materials science.
Building the Future with Smart Materials
At MIT-WPU, you will design and develop advanced materials like composites and nanomaterials that will drive industries such as healthcare, energy, and transportation.
Learn from Renowned Faculty
Gain knowledge from faculty who specialise in materials science, nanotechnology, and biotechnology, blending theoretical expertise with practical applications.
Hands-on Learning
Get hands-on experience in advanced labs and through partnerships with top industry companies, working on real-world projects to solve pressing challenges.
Industry-Ready Skills
Learn material selection, sustainable processing, and advanced techniques with 100% internship support and consistent industry exposure from day one.
Research Opportunities
Engage in cutting-edge research addressing global challenges in materials science, such as bio-based packaging, nanotechnology, and innovative applications in various sectors.
admissions@mitwpu.edu.in 
