MIT Aurangabad BTech admissions are based on MHT CET scores. Maharashtra Institute of Technology (MIT Aurangabad) is an AICTE approved university, that is affiliated to Dr. Babasaheb Ambedkar Marathwada University, Aurangabad. It offers an undergraduate 4-year B.Tech Program in 8 different specializations. The basic eligibility for the course is the candidates must have passed 10+2 with 50% aggregate in Physics, Mathematics, and Chemistry/ Biology. The admission is based on entrance exams like JEE Main or MHT-CET.

MIT Aurangabad MHT CET Cutoff 2023

MIT, MHT-CET Cutoff 2023 for GOPENS Category is listed below.

Courses 2023 Cutoff By Percentile
B.Tech Plastic and Polymer Engineering 10.58
B.Tech Civil Engineering 21.71
B.Tech Mechanical Engineering 33.25
B.Tech Electrical Engineering 47.64
B.Tech Agricultural Engineering 53.65
B.Tech Electronics and Computer Engineering 64.1
B.Tech Computer Science and Design 71.27
B.Tech Artificial Intelligence and Data Science 78.33
B.Tech Computer Science Engineering 83.17

Read More: MIT Aurangabad Cutoff

MIT Aurangabad BTech Admission Dates 2024

Event Dates (Tentative)
MHT CET 2024 Notification March 8, 2024
MHT CET 2024 Registration Date March 8, 2024 to April 20, 2024
MHT CET 2024 PCM Admit Card May 4, 2024
MHT CET 2024 PCB Admit Card May 12, 2024
MHT CET 2024 Exam Date PCM- May 9, 10, 11, 12, 13, 2024
PCB- May 15, 16, 17, 18, 19, 20, 2024
MHT CET 2024 Answer Key Release Date May 26, 2024
MHT CET 2024 Result June 12, 2024
MHT CET 2024 Counselling Registration June 24 to July 10, 2024
Academic Year 2024-24 Start September 1, 2024

MIT Aurangabad B.Tech Eligibility Criteria

  • Candidates must be of minimum of 16 years of age at the time of applying for admission.
  • Candidates must have passed with an aggregate mark of a minimum of 50% in the open category and 40% in the reserved category with PCM or PCMB and English.
  • Candidates must have a valid entrance exam scorecard.
  • For lateral entry, candidates must have passed three years Diploma examination in the relevant field of Engineering/ Technology, with at least 50% marks.

MIT Aurangabad BTech Admission 2024

Candidates must have a valid MHT-CET/ JEE/ AIEEA-UG scorecard for the year 2023-24 in a PCM subject. Admission to MIT can be done by the Centralised Admission Process set by DTE or by directly applying to the institute. Each branch has 80% seats set by the Centralised Allotment system and the rest 20% is set at the institute level.

How to Apply?

  • To apply by DTE CAP, candidates must first register at the official DTE website using a valid phone number and email.
  • Applicants must then fill in their personal details and academic accomplishments.
  • The applicants also have to upload scanned documents to the portal
  • Applicants must then choose which college and course they want to study. Applicants are given three preferences.
  • After, the applicants must pay the application fees of INR 800 in the General category, INR 600 in the Reserved category, and INR 5000 in the NRI category
  • The candidate’s qualifications will be compared with the cut-offs.
  • The selected candidates can find their selection on the application portal. Candidates are requested to check the portal to find the information.

Required Documents

  • Transfer Certificate
  • HSC or Class 12 Mark Sheet and Pass Certificate
  • SSC or Class 12 Mark Sheet and Pass Certificate
  • MHT CET/ JEE Main Score Card
  • Domicile Certificate (If applicable)
  • Category Certificate (If applicable)
  • Physical Disability Certificate (If applicable)
  • Income Certificate (If applicable)
  • Sponsorship Certificate (If applicable)

Read More: MIT Aurangabad Admission

MIT Aurangabad B.Tech Course Details

The B. Tech course at MIT Aurangabad is offered in 8 different specializations. Given below are the different specializations of B. Tech:

Agricultural Engineering Electrical Engineering
Plastics & Polymer Engineering Electronics & Telecommunication Engineering
Civil Engineering Mechanical Engineering
Computer Science & Engineering Food Technology
  • The entire B.Tech course is taught for 4 years and is divided into 8 semesters. 
  • The exclusive feature of the B. Tech program at MIT Aurangabad is the mandatory industrial & institutional in-plant training in the last semester which is conducted for 20 weeks. 
  • The institute follows a Choice Based Credit System (CBCS) for their revised syllabus.

Revised Course Syllabus:

The first year of all B. Tech branches has the same subjects. They are

Semester 1
Engineering Mathematics Development of Skills
Engineering Physics/ Engineering Chemistry Programming and Problem Solving/ Engineering Mechanics
Basic Electrical Engineering Engineering Drawing
Workshop Audit Course
Semester 2
Engineering Mathematics Mechanics
Engineering Physics/ Engineering Chemistry Fundamentals of Mechanical Engineering
Basic Electronics Engineering Development of Skills
Programming and Problem Solving/ Engineering Audit Course

Agricultural Engineering

Semester 3
Engineering Mathematics-III Lab-I: Tractor Systems and Controls
Tractor Systems and Controls Lab-II: Unit Operations in Agricultural Processing
Unit Operations in Agricultural Processing Lab-III: Fluid Mechanics
Fluid Mechanics Lab-IV: Surveying and Levelling
Agricultural Sciences Lab-V: Development of Skills-II
Surveying and Levelling 2  -
Semester 4
Engineering Mathematics-IV Lab-VI: Soil Mechanics
Soil Mechanics Lab-VII: Mechanics of Structure
Mechanics of Structure Lab-VIII: Farm Machinery and Implements
Farm Machinery and Implements Lab-IX: Post Harvest Management and Technology
Program Elective-I 4 Lab-X: DOS-III Technical Report Writing
Post-Harvest Management and Technology 2  -
Semester 5
Watershed Hydrology and Management Elective II
Theory of Machine Lab-I: Watershed Hydrology and Management -
Irrigation and Drainage Engineering 4 Lab-II: Irrigation and Drainage Engineering
Heat and Mass Transfer 4 Lab-III: Heat and Mass Transfer
Renewable Energy Sources 4 Lab-IV: Theory of Machine
Minor Project  -
Semester 6
Soil and Water Conservation Engineering-I Lab-I: Soil and Water Conservation Engineering-I
Machine Design 4 Lab-II: Machine Design
Micro Irrigation System Design 4 Lab-III: Micro Irrigation System Design
Industrial Management (All) 4 Lab-IV: Analytical Techniques
Open Elective-I Project-I
Food Quality and Sensory Evaluation 2 Audit Course-I

Civil Engineering

2nd year
Engineering Mathematics-III The lab I: Surveying
Surveying-I Lab II: Fluid Mechanics-I
Fluid Mechanics-I Lab III: Strength of Materials
Strength of Materials Lab IV: Civil Engineering Materials
Civil Engineering Materials Lab V: Development of Skills II
Building Planning & Drawing-I  -
Engineering Mathematics-IV Lab VI: Surveying-II
Surveying-II Lab VII: Fluid Mechanics-II
Fluid Mechanics-II Lab VIII: Building Construction & Planning-II
Theory of Structure-I Lab IX: Computation Lab
Building Planning & Drawing-II Lab X: DOS-III GIS Lab
Programme Elective - I  -
Third Year
Design of Steel Lab-I (Design of Steel Structures)
Water Resources Engineering Lab II (Environmental Engineering -I)
Environmental Engineering Lab III (Geotechnical Engineering)
Geotechnical Engineering Lab IV (STAAD Pro
Theory of Structure -II Mini-Project
Elective - II  -
Design of RCC Structures Lab V (Design of RCC Structures)
Environmental Engineering -II Lab VI (Environmental Engineering -II
Water Resource Engineering - II Lab VII (Water Resource Engineering -II)
Industrial Management Lab VIII (Engineering Geology)
Open Elective-I Project-I Presentation
Engineering Geology  -
Final Year
Foundation Engineering Lab: Estimating & Costing
Construction Management Lab: Foundation Engineering
Highway Engineering Lab: Highway Engineering
Open Elective II Lab: Construction Management
Elective III Project II
Elective IV -
In-Plant Training -

Computer Science and Engineering

Second Year
Engineering Mathematics III Object-Oriented Programming Paradigm
Discrete Mathematics Database Management
Digital Electronics and Microprocessor Computer Organization
Computer Graphics Program Elective-I
Data Structures Web Programming
Advanced C Lab VI: Object-Oriented Programming Paradigm
The lab I: Digital Electronics and Microprocessor Lab VII: Database Management System
Lab II: Computer Graphics Lab VIII: Computer Laboratory II (Python Programming)
Lab III: Data Structures Lab IX: Web Programming
Lab IV: Computer Laboratory I (Advanced C) Lab X: DOS III: Technical Report Writing
Lab V: Development of Skills II Engineering Mathematics IV  -
Third-year
Operating system Principle of Compiler
Software Engineering Design Computer Network
Programming in Java Digital Image Processing
Design analysis and algorithm Industrial Management (All)
Theory of Computation Open Elective I
Department Elective II Programming in. net
Lab: Design analysis and algorithm Lab: Principle of compiler Design
Lab: Operating system Lab: Computer Network
Lab: Programming in Java Lab: Digital image processing
Lab: Software Engineering Lab: SDL I( .net)
Minor Project Project I
Final year
Artificial Neural Networks & Deep Learning Lab: Artificial Neural Networks & Deep Learning
Cryptography and Network Security Lab: Cryptography and Network Security
Data Warehousing and Data Mining Lab: Data Warehousing and Data Mining
Open Elective II Lab: Mobile Application Development
Elective III Project II
Elective IV In-Plant Training

Electrical Engineering

Second Year
Engineering Mathematics-III Engineering Mathematics-IV
DC Machines & Transformers AC Machines
Electrical Measurements Network Analysis
Electronic Devices & Circuits Analog & Digital Circuits
Power Plant Engineering Program Elective-I
Data Structure Signals and Systems
Lab I: DC Machines & Transformers Lab VI: AC Machines
Lab II: Electrical Measurements Lab VII: Network Analysis
Lab III: Electronics Devices & Circuits Lab VIII: Analog & Digital Circuits
Lab IV: Fundamentals of MATLAB Lab IX: Signals and Systems –
Lab V: Development of Skills II Lab X: DOS-III PLC Fundamentals
Third Year
Power Electronics Power System Analysis
Microprocessor and Microcontroller Control System Engineering
Digital Signal Processing Electrical Drives
Design of Electrical Machines Industrial Management
Transmission and Distribution Electromagnetic Field
Elective II Lab VI: Power System Analysis
Lab I: Power Electronics Lab VII: Control System Engineering
Lab II: Microprocessor and Microcontroller Lab VIII: Electrical Drives
Lab III: Digital Signal Processing Lab IX: Simulation Lab
Lab IV: Design of Electrical Machines Lab X: Project Part I
Final Year
Switchgear and Protection Lab: Advanced Control
Advanced Control System Lab: Power System Operation & Control
Power System Operation & Control Lab: Simulation Tools for Interfacing
Lab: Switchgear and Project II

Electronics and Telecommunication Engineering

Second Year
Engineering Mathematics III Engineering Mathematics I
Network and Lines Signals and Systems
Electronic Devices and Circuits Power Devices and Machines
Analog Communication High-Speed Analog Devices
Digital Electronics Program Elective-I
Data Structures Electromagnetic Engineering
The lab I: Electronics Devices and Circuits Lab VI: High-Speed Analog
Lab II: Digital Electronics Lab VII: Power Devices and Machines
Lab III: Analog Communication Lab VIII: Fundamentals of PLC Programming
Lab IV: Network and Lines Lab IX: Signals and Systems
Lab V: Development of Skills-II Lab X: DOS-III Circuit Simulation Lab I
Third Year
Microprocessors and Microcontroller Embedded System Design
Digital Communication Microwave Theory and Techniques
Electronic Circuit Design Technology VLSI Design
Digital Signal Processing Industrial Management
Control System Digital Image Processing
The lab I: Microprocessor and Microcontroller Lab V: Embedded System Design
Lab II: Digital Communication Lab VI: Microwave Theory and Techniques
Lab III: Digital Signal Processing Lab VII: VLSI Design
Lab IV: Electronic Circuit Design Technology Lab: IV: Circuit Simulation
Final Year
Advanced Embedded System Design Laboratory-I: Advanced Embedded System Design
Microwave and Optical Communication Laboratory-II: Microwave and Optical Communication
Computer Network and Security Laboratory-III: Computer Network and Security
Wireless and Mobile Communication Laboratory-IV: Wireless and Mobile Communication
Project-II  -

Mechanical Engineering

Second Year
Engineering Mathematics – III Lab: DOS – II
Strength of Materials Engineering Mathematics
Fluid Mechanics Machine Drawing
Manufacturing Process Manufacturing Process – II
Metrology & Quality Control Applied Thermodynamics
Engineering Thermodynamics Electrical Technology
Lab: Fluid Mechanics Lab: Machine Drawing
Lab: Strength of Materials Lab: Applied Thermodynamics
Lab: Metrology & Quality Control Lab: Workshop – III
Workshop Practise Lab: Electrical Technology
Lab: DOS III
Third Year
Design of Machine Elements I Design of Machine Elements II
Production Management Materials and Metallurgy
Heat Transfer Internal Combustion Engines
CAD/ CAM/ CAE Industrial Management (All)
Theory of Machines Computational Techniques
Lab: Design of Machine Elements Lab: DME II
Lab: Heat Transfer Lab: Materials and Metallurgy
Lab: CAD/ CAM/ CAE Lab: Internal Combustion
Lab: Theory of Machines Lab: Computational Techniques
Minor Project Project I
Final Year
Tool Design Lab: Automatic Control
Automatic Control Systems Lab: Refrigeration and Cryogenics
Refrigeration and Cryogenics Lab: Hydraulic Machines
Lab: Tool Design Project II:

Plastic and Polymer Engineering

Second Year
Engineering Mathematics 3 Engineering Mathematics 4
Organic Chemistry Process Calculation
Introduction to Polymer Engineering Physical Chemistry of Polymers
Polymer Testing Polymer Synthesis and Manufacturing
Material Engineering Fluid Mechanics
Mechanical Operations -
Third Year
Polymer Rheology and Morphology Polymer Processing Technology
Polymeric Materials-I Elastomer Technology
Heat Transfer Mass Transfer
Instrumental Analysis of Polymers Industrial Management
Polymer Additives and Compounding Polymeric Materials-II
Final Year
Mould and Product Design Polymer Reaction Engineering and Plant Design
Polymer Blends and Composites -

MIT Aurangabad B.Tech Fee Structure

The fees for the B. Tech course are subjected to change as per Govt standards.

Course Fees (per year)
Agricultural Engineering INR 84,000
Electrical Engineering INR 84,000
Plastics & Polymer Engineering INR 84,000
Electronics & Telecommunication Engineering INR 84,000
Civil Engineering INR 84,000
Mechanical Engineering INR 84,000
Computer Science & Engineering INR 84,000
Food Technology INR 84,000

Read More: MIT Aurangabad Fees

MIT Aurangabad B.Tech Placement

The Training and Placement Cell provides the students with exemplary pre-placement training. In 2019-20 placements, a total of 39 students were placed in top companies from the B.Tech branch. Some of the top recruiters at MIT are BYJUS - Think & Learn Pvt. Ltd, Reliance Industries Ltd, Tata Consultancy Services Ltd., Capgemini India Pvt. Ltd., Coditas Technologies, Cosmo Films Ltd, Dhoot Transmissions Pvt. Ltd, Hexaware Technologies Ltd., Infosys Technologies Ltd., Wipro Technologies Ltd., IBM, Tudip Technologies, Bombay Municipal Corporation, and more.

Read More: MIT Aurangabad Placement

MIT Aurangabad B.Tech FAQs

Ques. Are there scholarships available to the MIT Aurangabad B.Tech students?

Ans. There are many scholarships for eligible and students in need. Some are:
Category Concession (in fees) Condition
SC/ ST 100% of the tuition fees  -
NT (1,2,3) 100% tuition fees except for the Development fees component. Subject to Annual income limitation as announced.
SBC/ VJ 100% of the tuition fees  -
OBC 50% tuition fees except for the development fees component. - 
Open-EBC 50% tuition fees except for the development fees component. Subject to Annual income limitation as announced.
TFWS 100% in tuition fees except for development fees component Allotted by DTE in CAP

Ques. Are there any education loan facilities for MIT Aurangabad B.Tech students?

Ans. The college collaborates with many banks to provide financial help to its students. The candidates can find the list of banks on the official college website.

Ques. Who do I call to ask admission queries for MIT Aurangabad B.Tech course?

Ans. Your admission queries can be cleared by contacting the Dean, Admissions. He is available at
  • Phone: +91 240 2375 135
  • Fax: +91 240 2375 275
  • Email: dean.admissions@mit.asia

Ques. What documents are international students supposed to present for MIT Aurangabad B.Tech admission?

Ans. During admissions, international students need to have certain documents to present to the institute. These are
  • SSC marks sheet/ Equivalent Examination
  • HSC marksheet/ Equivalent Examination
  • Graduation marksheet/ Equivalent Examination (if applicable)
  • Passing certificate
  • Migration certificate
  • School/ Institute leaving certificate
  • Passports copy
  • Visa copy
  • Certificate from Indian Embassy mentioning NRI status of the parent (if applicable)
  • Gap certificate (if applicable)
  • OCI/ PIO card (if applicable)
  • Character Certificate
  • Relationship Certificate
  • Nationality Certificate

Ques. Are there hostel facilities offered to MIT Aurangabad B.Tech students?

Ans. Yes, the students who are living far away from home are offered hostel facilities. There are separate facilities for boys and girls.