Bridge Program - MSSU

Bridge Program

Bridge Program

Bridge Program
Pathway to MSSU Programs for ITI Candidates

Who is it for?

For candidates who have completed 2 years of trade in Industrial Training Institute (ITI) or 1 year of trade in ITI plus 1 year of apprenticeship with the industry are considered equivalent to 12th grade pass provided they have an HSC equivalence certificate (GR.No.ITI-2018/Pra.Kra 110/S.D.2 dated 27th September 2018). To eligible for admissions to Maharashtra State Skills University (MSSU) such candidates must appear for bridge courses and get assessed based on the same. Below is the content of bridge courses offered by MSSU:

Mathematics Bridge Course is designed to provide a concise and comprehensive overview of the Class XI and XII Mathematics curriculum. The course aims to bridge the knowledge gap for students who are transitioning to higher-level mathematics programs. The course covers essential topics in sets and functions, algebra, coordinate geometry, calculus, probability and statistics, and mathematical reasoning.

The Basic Science Bridge Course (physics and chemistry) is designed to provide a comprehensive overview of essential topics in physics, electrical fundamentals, and chemistry fundamentals. This course is specifically tailored for students seeking admission to technological undergraduate programs, equipping them with a solid foundation in the core principles of science.

The duration of the course would one-month including course delivery, examination and display of merit list. The courses will help candidates bridge the gap between their existing trade education and the requirements for admission into MSSU. It will provide a solid foundation in technical skills, and industry-specific competencies, preparing them for the subsequent examination and merit list process conducted by MSSU.

Bridge Course: Pathway to MSSU Programs for ITI Candidates

Mathematics

Mathematics

Sets, Relations, and Functions

Complex Numbers

Determinant

Quadratic Equations

Matrices

Permutations Combinations

Binomial Theorem

Limits and Continuity

Differentiability

Statistics

Differential Equations

Integral Calculus

Trigonometry

Vector Algebra

Coordinate Geometry

Probability

Chemistry

Chemistry

Physical Chemistry

Basic Concepts in Chemistry

States of Matter

Chemical Bonding

Atomic Structure

Molecular Structure

Solutions

Equilibrium

Electrochemistry

Organic Chemistry

Polymers

Principles of Practical Chemistry

Organic Compounds – Characterisation and Purification

Oxygen, Halogens, and Nitrogen Organic Compounds

Hydrocarbons

Biomolecules

Basic Principles of Organic Chemistry

Chemistry in Everyday Life

Inorganic Chemistry

Hydrogen

Classification of Elements

Periodicity

Alkali metals

Group 13 to Group 18 Elements

Alkaline Earth Metals

D and f Block Elements

Coordination Compounds

Environmental Chemistry

Isolation of Metals

Physics

Physics

Physics and Measurement

Thermodynamics

Kinematics

Rotational Motion

Gravitation

Work and Energy

Power

Properties of Solids and Liquids

Laws of Motion

Electronic Devices

Oscillations

Waves

Current Electricity

Electromagnetic Waves

Communication Systems

Electromagnetic Induction

Magnetism

Alternating Currents

Magnetic Effects of Current

Kinetic Theory of Gases

Dual Nature of Matter

Radiation

Atoms

Nuclei

Optics

Electrostatics

Timeline and Important Dates

Details

Timeline

Registration for the Bridge Course

1st May

Commencement of Bridge Course

Rolling Batches:
Batch 1: 1st July – 20th July
Batch 2: 11th July – 01st August

Exam of Bridge Course

Batch 1: 24th July
Batch 2: 5th August

Interview of Bridge Course

Batch 1: 25th July
Batch 2: 6th August

Merit List Declaration

Batch 1: 29th July
Batch 2: 10th August

*MSSU reserves the right to alter the timetable/ add more batches as required to accommodate with the applications received.

Weekly Timetable

Course

Day

Time

Mathematics

Monday, Tuesday, Thursday, Friday

8:30 am to 11:30 am

Physics

Monday, Wednesday, Friday

1:30 pm to 4:30 pm

Chemistry

Tuesday, Thursday, Saturday

1:30 pm to 4:30 pm

Doubt Solving Sessions

Wednesday, Saturday, Sunday

8:30 am to 11:30 am

Evaluation Pattern for Admission to Technological UG Programs

Exam Mode:Pen-Paper Based
Exam Duration:3 Hours
Subjects:Physics, Chemistry, and Mathematics
Total Number of Questions:100 (30 Physics + 30 Chemistry + 40 Maths)
Question Types:MCQs for each subject (PCM)
Maximum Marks:100

Marking Scheme:

MCQ: Correct Answer = 1, Incorrect Answer = 0, Unattempted Answer = 0
Exam Languages:English

 

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