FACULTY OF
ENGINEERING &
& TECHNOLOGY
WELCOME TO
A UNIVERSE OF
POSSIBILITIES
TRANSFORM
YOUR WORLD
10Rank in India
th
#LearnWhatMatters
(TOI 2019)
BTech
AICTE APPROVED
PROGRAMMES
th
rd
3
Best Private University
To Study In India
(INDIA TODAY 2018)
1,000+
Faculty
4
DECADES
of
EXCELLENCE
16,000+
Students
5
th
15
Best Private
Institute In Research
(TOI 2019)
Best
Private University for
placement in India
Average Salary
6.5 LACS PA
1,00,000+
Alumni
BTech
Excellence & Innovation Built
into Learning
Engineering involves design, development and upgradation of
products, systems and processes in every walk of human life. At MITWPU, we develop engineers with sound human values and sense of
world citizenship. Our objective is to offer students with real life
industrial exposure. National and international study tour will offer
global exposure to our students. Engineering curriculum is imparted
with active learning methods like Problem Based Learning (PBL),
experiential learning and collaborative learning. Choice based
course selection, capstone projects and electives across disciplines
offer much needed inter-disciplinary approach to budding
engineers. We are equipped with highly experienced faculty and
strong industry-academia connect.
Programme Structure
Blending of latest industry trends with fundamental knowledge base
in engineering. According to the structure and syllabi the contents
are categorized as:
Basic
Sciences
Departmental
Electives
Engineering
Core
DE
BS
DE
EC
HS
Skill Based
Courses
DC
Departmental
Core
Humanities
and World
Peace
Duration: Four Year, Full-time Program
Pattern: Trimester System, Twelve Trimesters
Credit System: Choice based Credit System, 165+ Credits
Pedagogy
First year provides foundation of basic sciences. Since designing is
an activity central to the engineering profession, students in very
first year are exposed to design thinking. Social internship in first
year exposes the students to the problems faced by community. This
is expected to sow the seeds of socially oriented innovation in the
student’s minds.
Second year courses are designed to provide grounding in basic
engineering sciences from the chosen disciplines. National study
tour* exposes to the students to latest technological advancements
in industry.
Third and fourth years will include subjects belonging to the chosen
track in his/her own trade. International study tour* will offer global
exposure whereas Trimester long industry internship will offer real
life industry experience. Capstone project and inter-disciplinary
project in the final year will inculcate problem solving skills, team
spirit, professional ethics and habit of self-learning.
* as planned and approved by authorities
A Specimen Day Schedule
Ÿ
Technology Courses: Theory, Laboratories and Practice
Ÿ
Research, Explorations and Collaborations
Ÿ
Experiential Learning: Projects, Assignments and other activities
Ÿ
World Peace Courses: Yoga, Sports, Ethos, Ethics, Liberal Arts &
Life Skills
Learning Beyond Classroom
Students' Achievements
Ÿ
1st University from India to qualify at largest international
design competition, Formula Student 2018, at Silverstone
Circuit, UK
Ÿ
Ÿ
5th best team in the world at the International Robocon.
3rd best design team in the world at BAJA SAE - Maryland,
USA at February 2018
Ÿ
8 Splendid victories in Smart India Hackathon 2019 (World’s
biggest open innovation model by MHRD, AICTE, Persistent &
i4C)
Role of Mechanical Engineers
MECHANICAL
(35th Batch)
Mechanical engineering is the broadest and most versatile of all
engineering disciplines. Mechanical engineers play an important role
in various industries.
Automotive
From car chassis to engine
transmission, and from
emission to controls,
Electric/Hybrid Vehicles.
Learn how
to design,
develop, and
improve
products and
systems.
Aerospace
Airplanes, aircraft
engines,control systems for
airplanes and spacecraft.
Mechatronics
PLC and PID Controllers,
Smart Systems, Automotive
Electronics,Transducers.
Biomedical
Engineering
Implants, Prosthetic devices,
Fluidic systems, Biomaterials.
Micro Electro
Mechanical Systems or MEMS
Sensors, actuators, micropower generation.
Energy Conversion
Harnessing Solar and
Wind Energy, fuel cells,
Power Plants.
Environmental
Control
HVAC, Air-conditioning,
Refrigeration, Clean air
systems.
Manufacturing
Machining, Machine tools,
Prototyping,
Microfabrication.
Automation
Robots, 3D Printing, Process
Automation.
School of Mechanical Engineering has two centres of excellence with
equipments worth 4.5cr. “ Modelling & Simulation” and “ Advance
Manufacturing” established in collaboration with TATA Technologies
Limited.
Programme Structure
School of Mechanical Engineering has specialized laboratories of
Material Testing, Tribology, NVH and Solar Energy which offer
Research Projects beyond Curriculum.
Our programme offers them five tracks of specialization which
lead to careers in cutting edge technologies - Design and
Simulation, Energy, Automotive Engineering, Robotics and
Automation and Manufacturing & Automation. Mechanical
Engineering curriculum is imparted with active learning
methods like Problem Based Learning (PBL), Experiential
Learning and Collaborative Learning. Choice based course
selection, capstone projects and electives across disciplines
offer much needed inter-disciplinary approach to budding
Mechanical Engineers.
Rural immersion, National and industrial tours and innumerable
co-curricular and extra-curricular activities widen their horizons.
We are equipped with highly experienced faculty and strong
industry-academia connect.
Participation in international technical competitions like Baja,
Supra, Tifan and Robocon offers real life problem solving skills
that get honed in vibrant teams.
Majors (Tracks)
Major 1
Design &
Simulation
Major 2
Robotics &
Automation
Major 3
Energy
Major 4
Manufacturing
& Automation
Major 5
Automotive
Engineering
ROBOTICS &
AUTOMATION
(4th Batch)
What is Robotics & Automation
Engineering?
Robotics & Automation combines design, construction, operation,
and application of robots coupled with computer based control
systems, sensory feedback, and information processing. The design
of a robotic system puts together principles of electronic
engineering, mechanical engineering and computer engineering.
The increased demand of current industry for efficiencies and safety
has led to a greater need for professionals with an added expertise in
the field of ‘Robotics & Automation’.
Application of Robots
Design of
Robots
Robotics & Automation
Operation
of
Robots
Construction of Robots
Areas covered
Driving
the future
world of
Robotics &
Automation
Fundamentals
of Robotics
Theory of
Application of
Sensors and
Mechanisms Compliant Mechanism Actuators
Robot Kinematics &
Dynamics Covering Rigid
and Flexible Manipulators
AI & AI based Use of Humanoid
Robots
Control Systems
Majors (Tracks)
Mechanical
Design & Simulation
Manufacturing Systems
and Automation
Robotic System
Building & Automation
Artificial
Intelligence
Control and
Engineering
School of Mechanical Engineering has two centres of excellence with
equipments worth 4.5cr. “ Modelling & Simulation” and “ Advance
Manufacturing” established in collaboration with TATA Technologies
Limited.
What is Electrical Engineering?
ELECTRICAL
(4th Batch)
In the present era of innovation, more than ever before opportunities
and challenges have emerged for advancement in the field of
electrical and power engineering. The market requirements,
including those of customers and regulators have been changed
along with development in information, communication and smart
grid technologies.
Innovative services are yet to be developed to handle the most
important issues of reliability and resilience in power sector. At the
same time, we have been moving towards renewable energy
generation, electric vehicles, smart and automated machines, smart
cities, and many different paradigms. With such changes, many
more challenges are being posed for the engineers, and they need to
find new ways to tackle it.
IDC Energy Insights' top predictions for worldwide utilities for 2018
are:
A career
that is
sparkling with
opportunity
Ÿ
Solar integration: By 2020, solar, the fastest-growing form of
distributed power globally will replace 50% of existing
distribution management systems by new advanced systems.
Ÿ
Microgrids: By 2020, emerging markets will offer the largest
growth opportunity for microgrids, reducing the need for bulk
transmission systems and creating new revenue streams for up
to 25% of utilities worldwide in the form of microgrid as a service
(MaaS).
Ÿ
Electric Vehicles: With electric vehicles expected to increase
150% in the next three years, the number of electricity utilities
with business units for emobility services will have doubled by
2021.
Ÿ
Drones: By 2020, 50% of all electricity transmission and
distribution utilities will be using drones to evaluate service lines,
thus reducing asset and inspection costs drastically.
Majors (Tracks)
Energy Systems
Smart Grid
Technology
Embedded Controls
and Systems
Power
Engineering
Automotive
Electronics
Electric Machine
Design
ELECTRONICS
and
COMMUNICATION
(35th Batch)
What is Electronics & Communication
Engineering?
In the past three decades, we have seen the drastic growth in
electronics, communication and computing, giving birth to
Information and Communication Technologies (ICT). The electronic
devices and hardware are getting smaller and more intelligent with
the help of advances in network and software technologies. Modern
communication needs have made the internet truly pervasive by
means of Internet of Things. The role of qualified Electronics and
Communication Engineers has become critical in automation,
control, core manufacturing, transport, water, environment,
pharmaceutical, food processing, disaster management, smart cities
and many others. Broadband and ICT technologies have a unique
potential to meet the United Nation’s sustainable development
goals, SDGs, by 2030.
Majors (Tracks)
On
the Cutting
Edge of
Communication
Communication
Engineering
Artificial
Intelligence
VLSI & Embedded
Systems
Signal & Image
Processing
Electronics
Engineering
Even as a college in 1984 when I attended, MAEER's MIT Pune
was able to offer me a very good education through its dedicated
teachers of Electronics & Telecommunication Engineering
Department and lively atmosphere. I could not have achieved what I
have without some of the things I learned there. I congratulate MIT
Pune on their progress so far and wish them all the very best!
Atul Tulshibagwale (1988 Batch)
Founder & CEO Laudd, Inc., Cupertino, California, US
MIT Pune (now MIT-WPU) has an excellent engineering
infrastructure and location which opens up lot of opportunities for
students. It is a great platform for smart students to leverage and
become leaders of tomorrow. The faculty of Electronics and
Telecommunication Department is extremely supportive and
acknowledges students' efforts which are motivating.
Sanchit Malik (2013 Batch)
Co-Founder & Director Townscript.com
Under RESPOND scheme, ISRO Sponsored Project worth Rs 20.5
lakhs to investigate and develop a new methodology of Time
Weighted Dynamic Time Warping (TWDTW) and use AI & ML
techniques to extract and process phenological metrics for a crops
from satellite vegetation time-series data using Dell power edge
R440 along with GPU card quadro m2000.
Role of Civil Engineering
CIVIL
(35th Batch)
Being practitioner of oldest discipline of engineering, work of civil
engineer can be seen omnipresent. From smallest hut to huge eye
thrilling structures, civil engineers manifest their work invoking art,
science and ethics. Civil engineers conceive, design, build, monitor,
operate and maintain infrastructure, transportation and public utility
projects.
Diverse Fields for Civil Engineer
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Irrigation
Dams
Canals
Hydropower
Roads
Railways
Buildings
Ÿ Industrial
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ Environmental
Structures
Bridges
Docks
Harbours
Airelds
Tunnels
Engineering (including
Water Supply
and Wastewater
Treatment Systems)
etc.
Majors (Tracks)
Construct
future living
spaces
Major 1
Infrastructure &
Management
Major 2
Structural
Analysis & Design,
Materials
Major 4
Transportation
(Roads, Bridges,
Railway, Airport,
Docks and Harbors)
Major 5
Water Resources
Engineering
Major 3
Geotechnical
and Foundation
Engineering
At MIT WPU, the department has Centre of Excellence for ‘Innovative
Design and Construction Technology, in collaboration with the
building science department of Politecnico De Milano of Italy. There
are active Memorandum of Understandings (MoU) for collaborative
research with organisations like, PCERF, BAI, KL Structures USA,
BSDC College UK, Plymouth University UK, AKER Solutions.
Being the only one of its kind and the state of the art, ‘Subsea
Engineering Laboratory Development Project’ at MITWPU, Pune, is
the CSR initiative of Aker Power Gas Pvt. Limited (APG) and Aker
Power Gas Subsea Pvt. Limited (APGS) with a funding of around 5.4
crore rupees. This joint initiative of APG, APGS and MIT, Pune is now
named as Dr. Vishwanath Karad Centre for Subsea Engineering
Research.
What is Chemical Engineering?
CHEMICAL
(29th Batch)
Chemical engineering deals with design, development and
operation of industrial processes in which raw materials are
converted into useful products. The scope of Chemical engineering
touches every aspect of the life from upstream petroleum,
petrochemicals, polymers, microelectronics, biomedical devices,
paper, dyes, textiles, materials, ceramics, drugs, fertilizers and foods.
Chemical Engineering has catered to the Industry 4.0 scenario in
Data Analytics for Predictive Process Solutions, Smart
Manufacturing Technologies, Process Automation and Control,
Process Modeling Simulation and Optimization.
The School of Chemical Engineering at MIT WPU offers a perfect
blend of experimental research and industrial training and
experiential projects based on Process Automation, Modeling and
Simulation.
Chemical engineers work in
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Manufacturing
Pharmaceuticals
Healthcare
Design and Construction
Pulp and Paper
Petrochemicals
Food Processing
Specialty Chemicals
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Microelectronics
Electronic and Advanced
Materials
Polymers
Business Services
Biotechnology
Environment, Health and
Safety
Majors (Tracks)
Rendering
Services to
Society
Major 1
Flow Simulation
Major 2
Refining and
Petrochemicals
Major 3
Biochemical
Engineering
Major 4
Process Modeling
and Simulation
The School has dedicated and multidisciplinary team of faculties
having good contact with students resulting in superior
understanding and sharing of knowledge among all. It's my pleasure
to be associated with this unique department and its students and
wishing them all the best.
Dr. Sanjay Sampath, Albemarle Corporation, Charlotte, NC, 1997 batch
The School of Chemical Engineering provides good exposure to
the students to think and grow independently. The strong connect
with the industry, research institutes and alumni has helped many of its
students to develop as an entrepreneur.
Dr. Sandeep Tonapi, CEO, Anweshak Technology and Knowledge
Solutions, 1995 batch
Being the only one of its kind and the state of the art, ‘Subsea
Engineering Laboratory Development Project’ at MITWPU, Pune, is
the CSR initiative of Aker Power Gas Pvt. Limited (APG) and Aker
Power Gas Subsea Pvt. Limited (APGS) with a funding of around 5.4
crore rupees. This joint initiative of APG, APGS and MIT, Pune is now
named as Dr. Vishwanath Karad Centre for Subsea Engineering
Research.
What is Petroleum Engineering?
PETROLEUM
(35th Batch)
Petroleum Engineering is a field of engineering concerned with the
activities related to the production of hydrocarbons, which can be
either crude oil or natural gas. Exploration and Production are
deemed to fall within the upstream sector of the oil and gas industry.
Petroleum Exploration, by earth scientists, and essential engineering
for Production of hydrocarbons by Petroleum Engineering are the oil
and gas industry's two main subsurface disciplines, which focus on
maximizing economic recovery of hydrocarbons from subsurface
reservoirs.
Petroleum Engineers work in
Ÿ Geophysics
Ÿ Petroleum Geology
Ÿ Formation Evaluation (Well
Logging)
Drilling
Economics
Completion engineering
Petroleum production
engineering
Ÿ Economics
Ÿ
Ÿ
Ÿ
Ÿ
Reservoir Simulation
Reservoir Engineering
Well Engineering
Articial Lift Systems
Enhanced oil recovery
techniques
Ÿ Transportation of crude oil
Ÿ Natural gas and their
derived products at onshore
or from offshore to onshore
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Majors (Tracks)
Learn how
to fuel
the world
Major 1
Petroleum
Exploration
Major 2
Reservoir
Engineering
Major 3
Drilling
Engineering
Major 4
Production
Engineering
Major 5
Refining &
Transport
Major 6
Environmental
Engineering
Major 7
Data Analytics in
Petroleum
Engineering
Major 8
Risk and Decision
Analysis
Major 9
Logistics and
Supply Chain
Management
Being the only one of its kind and the state of the art, ‘Subsea
Engineering Laboratory Development Project’ at MITWPU, Pune, is
the CSR initiative of Aker Power Gas Pvt. Limited (APG) and Aker
Power Gas Subsea Pvt. Limited (APGS) with a funding of around 5.4
crore rupees. This joint initiative of APG, APGS and MIT, Pune is now
named as Dr. Vishwanath Karad Centre for Subsea Engineering
Research.
COMPUTER
SCIENCE
th
(34 Batch)
What is Computer Science and
Engineering?
The digital era is here with its omnipresence in all aspects of life
rendering us efficiency, productivity, usability, presentation and
much more. Needless to say, the role of computers is thriving
exponentially and has gradually become an irreplaceable part of our
lives globally. This justifies the need for more and more efficient and
competent computer engineers worldwide.
The course under School of Computer Science & Engineering equips
the students to work in various domains of engineering such as
design, development, testing and maintenance. Thus, providing
enormous opportunities and professional growth in the fields of
research, academics and industrial applications to students.
The core curriculum gives a concrete foundation in engineering
fundamentals, with specialized study in
Driving the
future world
of Robotics &
Automation
Artificial
Intelligence
Computer Networks &
Cyber Security
System
Software & IoT
Engineering
Mathematics
Operating
Systems
Database
Systems
Computer Architecture
& Organization
High Performance
Computing
Software
Engineering
Majors (Tracks)
Major 1
Data Mining and
Machine Learning
Major 2
Networking &
Cyber Security
Major 3
Artificial Intelligence
and Smart Systems
Major 4
Computer Vision
What is Computer Science & Business Systems
CSBS
In Academic partnership
with TCS
Mould the
perfect career
for yourself
To address the growing need of engineering talent with skills in
digital technology, TCS, in partnership with MIT World Peace
University, has designed a curriculum for 4 years undergraduate
program on Computer Science titled “Computer Science and
Business Systems” (CSBS) which will run under School of Computer
Engineering and Technology. This curriculum aims to ensure that
the students graduating from the program not only know the core
topics of Computer Science but also develop an equal appreciation
of humanities, management sciences and human values. The
students are also exposed to emerging topics such as Analytics,
Machine Learning, Cloud Computing, Internet of Things etc. to
make them industry ready at the end of four years of study.
The course focuses on enhancing the following key attributes
among graduating students:
Ÿ Understanding of Contemporary Technology
Ÿ Understanding of Technology Abstraction
Ÿ Knowledge of Common Business Principles
Ÿ Business Discipline and Service Orientation
Ÿ Innovation Ability
Ÿ Strong in Ethics and Life Values
This curriculum has been approved by the Executive Committee of
AICTE and is available in the AICTE drop-down menu of
nomenclatures for engineering course.
TCS will support MIT WPU by organizing Faculty Development
Program (FDP), offering Internship for select students (may vary
between 10 -30%), Expert lecture sessions for some subjects,
assessment of the students for some papers.
The core curriculum gives a concrete foundation in engineering
fundamentals, with specialized study in
Engineering
Mathematics
System
Software & IoT
Computer Architecture
& Organization
Operating
Systems
Database
Systems
Computer Networks
& Cyber Security
High Performance
Computing
Software
Engineering
Artificial
Intelligence
Fees
INR 3.50 Lakh per Year
Duration
4 years (Full Time) (Trimester Pattern)
What is Polymer Engineering?
POLYMER
(35th Batch)
Plastics and Polymers have been an inseparable part of our lives.
From the daily use of plastics in commodity applications to the
specialized applications in auto-components, medical and
spacecrafts, etc. It is difficult to imagine life without polymers.
Polymer engineering involves designing and synthesizing new
materials taking into consideration economic and environmental
aspects; product design, tool design and conversion of material into
product.
Plastics and Polymers are environmental friendly materials for life
transformation if used responsibly. Polymerize and mould the
perfect career for yourself.
Majors (Tracks)
Major 1
Polymer Material
Science & Manufacturing
Technology
Mould the
perfect career
for yourself
Major 2
Polymer
Rheology and
Processing
Major 3
Tools, Product
Design &
Simulation
The credit for this institutions journey goes to the visionary Dr.
Prof. Vishwanath Karad sir & of course all our honorable teachers /
professors, especially the great Late. Shri. M. V. Joshi sir. Frankly, I feel
without him polymer engineering would not have been in place &
flourished like this. Ipersonally feel very proud to be a part of this
unique, innovative & ever progressing institution.
Amit Pendse, Managing Director – Electronica Plastic Machines Ltd |
Batch – 1987
In the last 34 years MIT has produced some brilliant engineers,
leaders and more importantly highly motivated human beings. It has
shaped students from all over India and from all segments of our
social system who are doing far better than many other schools in
India. I have been recruiting polymer engineers since 2011 when I
returned to India and I can proudly state that engineers from MIT are
more employable than their peer institutes simply because they are
thriving to excel. I wish MIT-WPU to continue their journey
successfully.
Dr. Sachin Jain, Director-SKYi Composites Pvt. Ltd | Batch-1998
1. MIT-WPU Centre of Excellence with equipment worth Rs. 4.5cr in
"Modelling & Simulation" and "Advance Manufacturing" established in
collaboration with TATA Technologies Limited.
2. Being the only one of its kind and the state of the art, ‘Subsea
Engineering Laboratory Development Project’ at MITWPU, Pune, is
the CSR initiative of Aker Power Gas Pvt. Limited (APG) and Aker
Power Gas Subsea Pvt. Limited (APGS) with a funding of around 5.4
crore rupees. This joint initiative of APG, APGS and MIT, Pune is now
named as Dr. Vishwanath Karad Centre for Subsea Engineering
Research.
3. 3D FDM printer in the Polymer Processing Laboratory with build
size of the printer is 400mmx400mmx300mm and capable of
printing PET, ABS, HIPS, PLA & other prototyping projects.
Ranked among Top 10 in India
among private engineering Institutes
for placements
Nidhi Mandar Pathak
Gunjan V. Thummar
Sudheendra P. Katikar
B.E. Petroleum Engineering B.E. Petroleum Engineering B.E. Information Technology
EXXONMOBIL
CAIRN
CLSA
Vignesh Ravichander Iyer
B.E. Petroleum
Engineering
EXXONMOBIL
Abhishek Suresh Patil
B.E. Electronics &
Telecommunication
Engineering (E&TC)
AMADEUS
Akanksha A. Gangawane
Sarth R. Patil
B.E. Computer Science & B.E. Information Technology
Engineering
AMADEUS
SCHLUMBERGER
Vinit Patil
B.E. Petroleum
CAIRN
Vaishnavi Londhe
BE Petroleum
ONGC
Soham S. Kulkarni
B.E. Computer Science
& Engineering
AMADEUS
Aniket V. Sanap
B.E. Computer Science
& Engineering
CLSA
Gautam Jayasankar
B.E. Computer Science
& Engineering
CLSA
Shruti D. Awale
B.E. Mechanical
MICHELINE
Palak A. Agrawal
B.E. Computer Science
& Engineering
EQ TECHNOLGIC
Mayur P. Galande
B.E. Information
Technology
EQ TECHNOLGIC
Bhamare Siddesh
B.E. Petroleum
CAIRN
Rabil Shaikh
B.E. Petroleum
ONGC
Saurabh Sampat Bhosale
Dhruv Naresh Patel
Kartik Vinod Mawa
Rohan Hareshbhai Patel
B.E. Petroleum Engineering B.E. Petroleum Engineering B.E. Petroleum Engineering B.E. Petroleum Engineering
CAIRN
EXXONMOBIL
ONGC
CAIRN
Chinmay Pophale
B.E. Computer
Deloitte
Brijesh R. Choudhary
B.E. Computer Science &
Engineering
AMADEUS
Atharva Hublikar
BE Petroleum
ONGC
Akshata More
BE Polymer
ATC Tyres Pvt. Ltd.
And many more...
Corporate
Relations &
Placements
6.25 LACS P.A.
`
AVERAGE SALARY
37.26 LACS P.A.
`
HIGHEST SALARY
TM
Life @
Campus
Scholarship
Policy
330 First Year B. Tech Students were awarded MIT-WPU scholarships
worth Rs. 3.0 Crore based on their CET and JEE scores in
Academic Year 2019-20
BTech Fees Structure
Tuition Fees – Rs. 2,17,000
Other Fees –
Rs. 93,000
Total Fees –
Rs. 3,10,000
Group A – Fee Structure & Scholarships – BTech Computer Science & Engineering
Entrance Exam
*Category I
#Category II #Category III #Category IV #Category V #Category VI #Category VII
Fee Payable
Rs. 93,000
Rs. 1,47,250
>99.75
> 99.5
>98
>97
>95
>94
Less than 94
> 97.5
> 96.5
> 96
> 95.5
> 95
> 94.5
Less than
94.5
MHT-CET
Percentile
JEE Main
Percentile
Rs. 2,01,500 Rs. 2,23,200 Rs. 2,44,900 Rs. 2,88,300 Rs. 3,10,000
Group B – Fee Structure & Scholarships – BTech Electronics & Comm. Engineering, Mechanical Engineering,
Mechanical [Robotics & Automation Engineering], Chemical Engineering, Electrical Engineering
Entrance Exam
*Category I
#Category II #Category III #Category IV #Category V #Category VI #Category VII
Fee Payable
Rs. 93,000
Rs. 1,47,250
>99.75
>96
>93.5
>87.5
>85
>82.5
Less than 82.5
>94.5
>92
>90
>88
>86
>84
Less than 84
MHT-CET
Percentile
JEE Main
Percentile
Rs. 2,01,500 Rs. 2,23,200 Rs. 2,44,900 Rs. 2,88,300 Rs. 3,10,000
Group C – Fee Structure & Scholarships – BTech Civil Engineering, Polymer Engineering, Petroleum Engineering
Entrance Exam
*Category I
#Category II #Category III #Category IV #Category V #Category VI #Category VII
Fee Payable
Rs. 93,000
Rs. 1,47,250
MHT-CET
Percentile
>99.75
>95
>90
>85
>80
>75
Less than 75
JEE Main
Percentile
>90
>88
>85
>82.5
>80
>78
Less than 78
Rs. 2,01,500 Rs. 2,23,200 Rs. 2,44,900 Rs. 2,88,300 Rs. 3,10,000
Group D Chemistry Scholarship for BTech students opting for Polymer Engineering, Chemical Engineering
or Petroleum Engineering with maximum combined scholarship not to exceed 75% of tuition fees
Entrance Exam
# Category I
# Category II
# Category
Scholarship amount
Rs. 54,250
Rs. 32,550
Rs. 21,700
XII/HSC Chemistry score
out of 100
>85
>80
>75
* Throughout all four years
# Only for First Year. For subsequent years Scholarships are Based on academic performance of Previous Year.
Note: MIT-WPU reserves the right to modify scholarship policy without any notice
For Maharashtra and Outside Maharashtra State Candidate:
Candidate should have passed Std. XII examination from any
board with English, Physics, Mathematics as compulsory
Subjects. Candidate should have obtained minimum 50% in
PCM Group. (45% for Maharashtra Reserved category students).
Candidates who have opted for technical / Bifocal / vocational
subject, instead of chemistry are also eligible to apply.
International Baccalaureate (IB) Board
The candidate must have been awarded IB Diploma or the IB
Diploma Course (i.e. IB Certificate) as a qualification for entry to
the professional course at the institute and is required to have
passed the subjects of Physics and Mathematics at Higher Level
(HL) with a minimum score of 24 credits. For admissions to
Chemical Engineering, Petroleum Engineering and Polymer
Engineering students must have passed Chemistry also at
Higher Level. Students awarded the IB Diploma should also have
completed other mandatory requirements (like CAS, TOK and
the EE) towards the award of IB Diploma.
Eligibility &
Selection
Process
SELECTION CRITERIA
JEE Main 2020 score or MHT-CET 2020 score
FEE STRUCTURE
Fees: Indian students - Rs. 3,10,000/- per year
The MIT-WPU Academic framework focusses on delivering
Academic and Practical Knowledge to match Global Industry
Requirements through highly engaged International Study
Credits. This involves 2-4 weeks of planned International tour*,
whereby Students study and experience actual working of
noted Industry, Organisations, Government bodies and
Universities relevant to their field of specialisation. The students
attain specified course and receive Joint certificates from
affiliate Institutions of repute at the end of this program.
Corporate Relations & Placements
37.26 `6.5
`
lakhs p.a
lakhs p.a
Highest Salary
Average Salary
180+
Average number
of companies visited
*Condition applied.
MIT-WPU Campus, Paud Road, Kothrud, Pune-38.
020 7117 7137 / 42
9881492848
admissions@mitwpu.edu.in
Disclaimer : The information published in this booklet is true to our knowledge and is correct at the time of publishing. Also the pictures,
photographs, illustrations, facts and figures, quotations, etc. appearing in this booklet have been collected from various sources and should
not be used for any commercial purposes or reproduced in any form without prior permission. The given information in brochure is Indicative
and subject to change for betterment of the programme. Subject to Pune jurisdiction only.