Engineering Archives - https://iirfranking.com/courses/category/engineering/ Sat, 15 Feb 2025 11:17:02 +0000 en-US hourly 1 https://wordpress.org/?v=6.5.5 https://iirfranking.com/courses/wp-content/uploads/2021/08/cropped-New-Project-1-1-32x32.png Engineering Archives - https://iirfranking.com/courses/category/engineering/ 32 32 Master of Technology (M.Tech): Overview, Courses, Eligibility Criteria, Admission, Syllabus, Fees, Subjects, Placement & FAQs https://iirfranking.com/courses/master-of-technology-m-tech/ https://iirfranking.com/courses/master-of-technology-m-tech/#respond Fri, 10 Feb 2023 06:18:40 +0000 https://iirfranking.com/courses/?p=3040 A Master of Technology (M.Tech) is an excellent degree choice for those who wish to use their knowledge in science and technology. M.Tech degrees assist students in progressing in their professions and obtaining good executive positions in industries, prominent firms, and research organizations. Aspiring candidates must pass numerous national, state,…

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A Master of Technology (M.Tech) is an excellent degree choice for those who wish to use their knowledge in science and technology. M.Tech degrees assist students in progressing in their professions and obtaining good executive positions in industries, prominent firms, and research organizations. Aspiring candidates must pass numerous national, state, or institute-level admission tests in order to enroll in a good college/ university and pursue an M.Tech degree. The M.Tech program trains students to be proficient working professionals in a variety of industries, as well as to build a research-oriented mentality with logical and analytical thinking abilities. A Master of Technology degree holder has several opportunities in fields such as IT, banking, education, and commercial organizations, among others.

Also Read: Top Universities in India , Top Engineering Colleges in IndiaTop 10 Central University in IndiaTop MBA Colleges in India & 10 Best (10+2) Schools in India

To be eligible for M.Tech, a student must have graduated from a recognized university with a minimum of 50% aggregate marks or a comparable CGPA in a relevant discipline such as B.Tech or B.Sc Students seeking M.Tech admission must take national-level and university-level entrance examinations such as GATE, OJEE, UPSEE, and TANCET.

M.Tech Highlights

Course NameM.Tech
Full-FormMaster of Technology
EligibilityBachelor of Technology
Duration2 years
Fee45,000 to 1 lakh per semester
Course TypeRegular and Part-time
Starting Salary50,000 per month
Job OpportunitiesAcademics, Corporate, Research and Development

The Benefits of M.Tech

  • Pursuing an M.Tech degree following a B.Tech degree allows for extra time to develop in-depth technical understanding and control over the topic.
  • The M.Tech degree improves an individual’s professional credentials and creates a strong social and professional network through which one may obtain top employment.
  • As one’s expertise in technology grows, there are possibilities to advance to managerial positions.

Who Should Take M.Tech Classes?

  • After obtaining their Bachelor’s degree, students can either begin working as professionals or continue higher education in the form of an MTech to expand their abilities and knowledge in a certain subject.
  • M.Tech Courses are available to students who desire to pursue a profession in Science & Technology and are curious about how machines, equipment, or software are produced.
  • M.Tech after B.Tech allows students to be recruited in famous MNCs and earn higher salaries since businesses such as Microsoft and Google favor Ṃ.Tech over a graduation degree.
  • Individuals that wish to contribute to society via technological discoveries and improvements make it a better place than it was yesterday.
  • Students who enjoy delving deeper into challenges through logical thinking and reasoning should pursue a Master of Technology degree.
  • Students that are creative, curious, and imaginative might consider taking an M.Tech course.
  • Individuals who are working or have limited financial means can take part-time and distance M.Tech courses.

Also Read: IIRF Engineering Ranking

Specializations in M.Tech

M.Tech degrees are available in a wide range of fields. Candidates must select a subject of interest and specialize in that topic for a period of two years. The following are some of the most common M.Tech specialties.

Structural Engineering DesignMechanical EngineeringAerospace EngineeringComputer Science
Mechatronics EngineeringSignal ProcessingBiotechnologyAlternate Hydro Energy Systems
Automotive TechnologyDigital CommunicationPolymer EngineeringBiomedical Engineering
Information TechnologyStructural EngineeringElectronics and Telecommunication EngineeringCAD/CAM
Civil EngineeringTransportation Engineering and ManagementTransportation EngineeringEmbedded Control and Software
Engineering Analysis and DesignAutomobile EngineeringComputer Science EngineeringPower System Engineering
ResearchElectrical EngineeringMachine DesignCommunication Systems

M.Tech Eligibility Criteria

The procedures that an institute follows when admitting applicants to multiple institutions. The fundamental qualifying requirements that institutions use to accept candidates for admission to MTech programs in India are listed below. Candidates should be aware that MTech eligibility standards differ from institution to institution, and some colleges additionally have age-limit rules.

  • A valid GATE score and a BE or BTech degree from a recognized college or university are required.
  • The performance on the admission test (GATE) or another institution’s entrance exam is the most crucial element in determining whether or not an applicant is admitted to the Master of Technology program.
  • Candidates for the M Tech program must have completed a five-year scientific or applied for a science course.
  • Candidates with an M.Sc degree in science, math, statistics, computer science, or any other related field are eligible to apply.
  • MCA graduates can also pursue specializations in areas such as software engineering design.

Admission Criteria for the M.Tech Part-Time Program

  • Candidates must have a minimum of 55 percent in their B.Tech/B.E program.
  • A minimum of two years of work experience in the specific field from a recognized firm/company/industry or research/governmental body.
  • Before applying for admission, candidates should review the qualifying requirements of each institute.

Admission Procedure for M.Tech

M.Tech admissions in 2023 differ per institute. Most universities, however, provide M.Tech admissions based on M.Tech entrance tests such as GATE 2023. MTech admissions for several colleges, such as DTU, JMI, and others, have begun. To be eligible for MTech admission, candidates must hold a B.Tech degree in any specialty with a minimum average of 60%. The following steps are often included in the admissions process:

Merit-Based

  • Colleges that provide MTech merit-based admissions consider the graduation score.
  • For candidates with a science background seeking merit-based admission to the MTech program, physics, chemistry, and biology/math are essential courses.
  • To apply for merit-based admissions colleges, candidates must complete an online application form.
  • Pay the application fee and submit all required papers.
  • Keep an eye out for your institution’s or university’s MTech cutoff list.

Exams for Admission

  • A few universities and states provide university and state-level entrance examinations for MTech admission.
  • Popular MTech admission examinations include the GATE exam, WBUT, PGET, and others.
  • Candidates who pass the entrance exam are required to attend an MTech counseling session and accept the admission offer by paying the requisite admission fee.

M.Tech Entrance Examination

The entrance tests are used for the majority of M.Tech admissions. These admission tests are held at the national or state levels. Some colleges also administer their M.Tech admission tests. Examine the specifics of some of the M.Tech admission tests listed below.

GATE: GATE (or Graduate Aptitude Test in Engineering) is an entrance test for students seeking admission to postgraduate programs at India’s top institutions, including IITs and NITs, conducted by IISc Bangalore and seven IITs. GATE scores are used by a variety of public sector organizations (PSUs) to select competent candidates for various positions. PSUs that accept GATE results include DRDO, IOCL, ONGC, NTPC, BHEL, and others.

The AP PGECET: On behalf of APCHE, Andhra University, Visakhapatnam, organizes the PGECET (Andhra Pradesh Post Graduate Engineering Common Engineering Entrance Test) to choose the most eligible applicants for various programs such as M.E./MTech, M. Pharma, and Pharm. D.

PGCET Karnataka: The Karnataka PGCET is a state-level entrance test administered by the Karnataka Examination Authority (KEA) for MCA, MBA, ME, MTech, and MArch programs offered by Karnataka’s government, university, and private aided and unaided professional educational institutions.

Fees Structure

IIT Delhi, Jamia Millia Islamia, Jadavpur University, Jain University, and other prestigious institutions provide MTech programs. M.Tech costs typically vary between INR 50,000 and INR 200,000. For students interested in pursuing a career as an engineer, M.Tech offers a variety of specialties. Students can also change fields and pursue an M.Tech after an MCA or an M.Tech after an M.Sc Students who do not intend to take the admission examinations can instead study M.Tech courses. In such instances, they might apply for admission to IITs and NITs without taking the GATE.

Subjects & Syllabus

M.Tech is available in a variety of specialties, with each having its own syllabus. The syllabus for several M.Tech specialties may be seen in the tables below.

Typical M.Tech Core Subjects

Advanced Momentum Transfer and Advanced Mass Transfer Operations MTech in Chemical EngineeringThese courses introduce students to the following ideas:

1) Turbulent flow, Bernoulli’s equation and its applications, gas-liquid and solid-liquid fluidized beds, and so on.

2) Separation process characterization, multistage separation processes, binary multistage separation, energy needs of a separation process, and so on.
Matrix MTech in Civil Engineering

1)Structural Analysis Methods

2)Finite Element Analysis…
These courses introduce students to the following ideas:

1) It employs matrix methods such as Direct Flexibility, Generalised Flexibility, Direct Stiffness, Generalized Stiffness, and so on.

2) FEM & Approximate Methods, One-Dimensional FE Analysis, Direct Approach FE Analysis, Two-Dimensional FE Analysis, etc.
1)Machine Learning MTech Software Engineering

2)Software Architecture.
These courses introduce students to the following ideas:

1) Basic concepts, learning types, hypothesis space and inductive bias, evaluation, cross-validation, Perceptron, deep neural network introduction, k-means, adaptive hierarchical clustering, Gaussian mixture model, and so on.

2) SEI Framework, Module View, Component and Connector View, Deployment View, Pattern-Oriented Software Architecture: Layer, MVC, Pipe-Filter, and so on.
Master of Technology in Electrical Engineering
MODELING OF POWER SYSTEMS
The course teaches students concepts such as Modeling Power System Components, Synchronous Machine Modeling and Analysis, Excitation System Modeling, and so on.

 Typical M.Tech Elective Subjects


Chemical Engineering MTech:

1)Progressive Heat Transfer

2) Bioprocess Engineering 
These courses teach students to the following ideas:

1)Steady-state heat conduction, unsteady state condition, natural convection, forced convection, and radiation heat transfer are all examples of heat transfer.

2) Enzyme and Cell Kinetics, Transport Phenomena in Bioprocess Systems, Bioreactor Design and Analysis
M.Tech in Civil Engineering:
1)Inspection of Structural Health,

2)Masonry Structure Design.
These courses introduce students to the following concepts: 

1) SHM & Smart Materials,
2) Vibration Control & SHM,
3) Electrical Impedance Methods in SHM,
4) Advanced Signal Processing Methods in SHM, and so on.

Compression, Flexural, Shear, and Bond Strength of Masonry, Design of Load Bearing Masonry Buildings, Earthquake Resistant Masonry Buildings, and so forth.
M.S. in Software Engineering:

1) Performance Engineering for Software

2)Programming Language Engineering
These courses introduce students to the following ideas:

1) Performance Metrics, Fundamental Performance Analysis, Workload Identification and Characterization, Workloads to Business Aspects of Performance Requirements, Qualitative and Quantitative Types of Performance Requirements, and so on.

2) Introduction, grammar, and parsing, Language processing, Attribute grammar, Rewriting and strategies, Automated refactoring, Domain-specific languages, Domain-specific language design, and so forth.

Placement

The salary after earning an M.Tech degree varies based on the student’s specialty. On average, M.Tech salaries range from INR 3 LPA to INR 15 LPA. The M.Tech salary is influenced by characteristics such as experience, location, and specialty. The M.Tech salary is also affected by the government and commercial sectors.

Job PositionSalary Per Annum (In INR)
Computer Science EngineersINR 3 Lakhs
Assistance EngineersINR 3 Lakhs
Executive EngineersINR 19 Lakhs
Software EngineersINR 5 Lakhs
Mechanical EngineersINR 3.4 Lakhs
Electronics EngineersINR 1.9 Lakhs
Mining EngineersINR 8 Lakhs
Electronics and Communication EngineersINR 3 Lakhs

Course Scope

M.Tech is a great way to get into some of the greatest firms. Candidates with a Master’s degree in technology have a strong technological background. This brings up a myriad of fantastic job opportunities. Depending on their specialization, students will be able to work in a variety of sectors. Career prospects abound in the commercial sector, government, and education, to mention a few.

If students choose to specialize even further, they can pursue a Ph.D. This gives you an advantage over others later on. It broadens pupils’ job possibilities.

FAQ’s Related to M.Tech

Q. Which M.Tech course has the greatest application?

Ans. Chemical Engineering, Process Control and Instrumentation, Engineering Computer Science and Engineering, Software Engineering, Electrical Engineering, Power Systems Engineering, Mechanical Engineering, Thermal Engineering, Electronics, Communication Engineering, and VLSI System Design are some of the M.Tech specialization courses available. One must select one of them based on their preferences. M.Tech offers a wide range of applications.

Q. Is GATE required for M.Tech?

Ans. Except when applying to an institution that accepts applications based on GATE results, Gate is not usually required. One can apply for the private colleges entrance tests, which are simple to pass, to ensure admission into the college.

Q. How long did it take you to complete the M.Tech program?

Ans. The M.Tech program lasts two years.

Q. What are the various M.Tech specialties available to students?

Ans. Civil engineering, computer science and engineering, chemical engineering, electrical engineering, VLSI, mechanical engineering, electronics and communication engineering, and more specialties are available to M.Tech students.

Q. What employment is available to M.Tech students?

Ans. M.Tech graduates can work as consultants, subject matter experts, researchers, engineers, managers, and in other positions.

Q. Is it possible to pursue an M.Tech after completing an MCA?

Ans. Yes, students can pursue a master’s degree in technology after completing a master’s degree in computer application. To be admitted as a master of technology student, students must meet the specific qualifying criteria.

Q. Which is preferable, M.Tech or MBA?

Ans. An M.Tech is tied to engineering, whereas an MBA is concerned with business management. Both courses are outstanding in their respective sectors, and both have scope. It is up to you to decide if you are more interested in business or in working with computer-based or technical tools.

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Master of Engineering (M.E): Overview, Courses, Eligibility Criteria, Admission, Syllabus, Fees, Subjects, Placement & FAQs https://iirfranking.com/courses/master-of-engineering-me/ https://iirfranking.com/courses/master-of-engineering-me/#respond Thu, 09 Feb 2023 06:20:00 +0000 https://iirfranking.com/courses/?p=3010 The Master of Engineering (M.E) degree is a two-year postgraduate program that exposes students to all elements of engineering and technology. Students can pick from various specialties that fall under the ME degree. “Engineering is the design and construction of machines, structures, and other things such as bridges, tunnels, highways,…

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The Master of Engineering (M.E) degree is a two-year postgraduate program that exposes students to all elements of engineering and technology. Students can pick from various specialties that fall under the ME degree. “Engineering is the design and construction of machines, structures, and other things such as bridges, tunnels, highways, vehicles, and buildings using scientific principles.” The engineering discipline comprises a wide range of more specialized engineering specialties, each having a more focused concentration on specific areas of applied mathematics, applied science, and application kinds.

Also Read: Top Universities in India , Top Engineering Colleges in IndiaTop 10 Central University in IndiaTop MBA Colleges in India & 10 Best (10+2) Schools in India

A Master of Engineering degree may lead to a career in engineering sectors ranging from cybersecurity to innovative medical treatments, entrepreneurship, and space exploration.

  • In this day and age of technical, scientific, and medical developments ranging from Tesla’s new electric automobile to smartwatches, cellphones, bionic eyes, Google Glass, and 3D printing to reusable rockets designed to populate Mars one day.
  • We are bombarded by inventions and business developments, but who is driving these incredible advances? A fantastic engineering team.
  • Engineers play a crucial role in every firm, whether they are responsible for ensuring efficiency or developing a superior product through a creative, inventive, and engineering approach.

Course Highlights

Course TypePost Graduation
Course Duration2 years.
Course Examination TypeSemester
Course EligibilityBE (Bachelor of Engineering) or B.Tech (Bachelor of Technology) in the relevant discipline is required.
Course Admission ProcessEntrance Based/ Merit Based
Average Course FeesINR 40,000 – INR 2,00,000 per annum.
Job PositionMechanical Engineer, Mechanical Design Engineer, Project Engineer, and Production Engineer
Top Recruiting CompaniesAudi, Mercedes, BMW, Infosys, TCS, Ford Motor Company, Mahindra & Mahindra, Tata Motors, and others
Course Average SalaryINR 6.5 lac per annum.

Check the latest year IIRF Engineering Ranking

Specialization

There are several specialties available to students under the M.E umbrella. These specialties are essential for students to comprehend any specific subject of interest in great detail and depth. Students in the ME program study the fundamentals of engineering and technology over the first two semesters. Students are introduced to courses relating to their specialization beginning in the third semester.

Subjects for a Master of Engineering (M.E)

The M.E course contents are designed to expose students to all fields of engineering and science. The ME program is a two-year postgraduate program organized into four semesters. The ME program divides studies into core and optional categories. The core subjects are those considered vital for pupils to study. The optional subjects are those that add flexibility and variety to the curriculum. The following are the key subjects that students will be studying:

M.E in Nanotechnology EngineeringM.E in Industrial Engineering
M.E in Aerospace EngineeringM.E in Systems Engineering
M.E in Environmental EngineeringM.E in Manufacturing Engineering
M.E in Material Science EngineeringM.E in Petroleum Engineering
M.E in Agricultural EngineeringM.E in Geological Engineering
M.E in Print Technology and Engineering

Eligibility Criteria

M.E course admission is feasible for applicants who fulfill the ME eligibility requirements established by the colleges. To be eligible for the ME program, the applicant must have completed his/her Bachelor’s Degree in the same course with at least 50% in it. Aspirants must also take the entrance tests for admission. There is no upper age limit for entry to ME courses.

Before being admitted to the Masters of Engineering program, applicants must meet the following eligibility requirements.

1. Age- There is no upper age limit for individuals interested in this program.

2. Educational Qualification- To be eligible, candidates must have completed a Bachelor’s degree in the same program with at least 50% of the marks.

  • Applicants must have completed the 10+2 level with at least 55% of the required marks.
  • They must have completed obligatory courses in Physics, Chemistry, and Mathematics.

3. Students must have all of the appropriate paperwork on hand at the time of acceptance.

Admission Procedure

Applicants must obtain the Admission Form from the selected universities/colleges’ websites in order to be admitted. Aspirants must also complete the form and submit it to the administration by the time specified on the website. On the day specified on the website, candidates may also verify their results on the respective websites of the universities/colleges. The details of the admissions procedure are as follows:

How to Apply?

Admission to the Master of Engineering program is available both online and offline. Students must take the entrance test required by the institutions as part of the ME program admission criteria. Certain colleges provide direct admission to the program as well as entrance-based admission. The college then releases a merit list, granting places to qualified candidates.

The Selection Procedure

The selection method for admission to the M.E program is based on the student’s performance in their undergraduate and entrance examinations. The qualifying applicants are admitted to the program based on their overall grade point average.

  • Students seeking admission to Masters of Engineering (ME) programs must take entrance tests such as GATE, which are administered by the Government of India.
  • The entrance exam results will be used to select candidates.
  • Some colleges/universities provide students with immediate entry to ME programs.
  • Applicants must visit the official website of the respective University/College to get the application form.
  • Candidates must complete the application form and submit it to the administration by the deadline specified on the website.
  • They can even verify their results on the colleges’/universities’ websites.

Fee Structure

The M.E course price is not fixed and might change depending on a variety of circumstances. Faculty, infrastructure, and location are some of these aspects. There are several scholarships available to students to help make their education more affordable. The ME program in India costs between INR 5 and 10 Lakhs.

Subjects & Syllabus

M.E curriculum and syllabus are organized into core and optional subjects. Mechanical engineering is a field that analyzes, designs, manufactures, and maintains mechanical systems using physics and materials science concepts. Mechanical Vibration, Instrumentation & Automatic Control, and Advanced Fluid Mechanics are among the ME disciplines studied by students. The ME postgraduate curriculum includes a wide range of specialties. ME subjects may differ depending on the specialty chosen by the students.

  • Advanced Machine Design
  • Measurement Techniques & Data Analysis
  • Internal Combustion Engine
  • Analysis & Synthesis of Mechanisms
  • Computer-Aided Manufacturing
  • Theory of Elasticity & Plasticity

M.E Mechanical Engineering Syllabus

M.E Mechanical Engineering, often known as the Master of Engineering program, is a postgraduate engineering study that can be taken by candidates who have completed an undergraduate course in the appropriate discipline. Mechanical engineering is a broad discipline that includes the design and manufacture of mechanical equipment that allows industries to carry out their basic functions.

M.E subjects are separated into four semesters over two years. (M.E) is a two-year postgraduate program that focuses on thorough and in-depth engineering research. The ME program includes both core and optional studies. The course includes fundamental courses that are shared by all specialties of the Master of Engineering program. These subjects are seen to be crucial in laying the basis for the engineering sector. The curriculum is flexible and diverse due to the alternative topics. The following are the ME subjects listed by semester:

Semester ISemester II
Computational LabDesign Practice Lab I
Numerical Analysis and optimizationTheory of Elasticity
Mechanical Measurement LabCAD/CAM Lab
Instrument and measurementDesign of Mechanism
Experimental Stress Analysis LabSeminar
Experimental Stress AnalysisPrinciple of Machine Design
Mechatronics and Product DesignDesign and Metallurgy of Welded Joints
Metal Forming AnalysisComputer-Aided Design
Semester IIISemester IV
Mechanical behavior of MaterialsDesign of Pressure Vessels
Minor ProjectDissertation
Mechanical VibrationsDesign of Pollution Control Equipments
Design Practice Lab IIMaterials management
Materials Behaviour and Vibration LabComputer-Aided Vehicle Design
Robotic EngineeringDesign and Metallurgy of Welded Joints

Placement

M.E positions are accessible in both the public and private sectors for recent graduates. Master of engineering is a discipline of engineering that deals with the generation and use of heat and mechanical power in the design, manufacture, and operation of machines and equipment. Graduates of the Master of Engineering program have several professional possibilities and prospects available to them. Software Engineer, Senior Software Engineer, Assistant Professor – Postsecondary / Higher Education, Design Engineer, Structural Engineer, Software Developer, Design Engineering Manager, and more prominent occupations following a Master of Engineering are listed below.

Opportunities for Master of Engineering Careers and Job Scope

M.E programs are offered to students in both the public and private sectors. Because of the relevance of education, the career possibilities for Master of Engineering graduates are many. Furthermore, M.E is a postgraduate study, making it easier for students to demonstrate their competency and find ME jobs in India. Some of the best M.E job chances and prospects in India include:

Technical Writer (Machines)Lecturer (Assistant. Professor)
Engineer/EngineerMechanical & Agriculture Engineering
Assistant ProfessorProject Manager
Sales EngineerTechnician
Section HeaderManufacturing Manager

Master of Engineering Recruitment Areas

M.E work opportunities are offered to students in a wide range of recruitment areas. The students’ scope is quite broad and diversified since their education allows them to study issues in greater depth and complexity. The work specifications and descriptions may differ depending on the specialization chosen by the students. Some of the most prominent areas of recruiting for the M.E degree are listed below:

  • L&T Technology Services
  • JP Morgan
  • Adobe Systems
  • Intel
  • Tesla
  • eBay

Packages of Salary for Master of Engineering Graduates

M.E job salaries are not fixed and might fluctuate depending on a variety of elements and conditions. M.E job salaries in India might vary depending on criteria like region, expertise, and classification. In India, the typical M.E job income ranges between INR 5 and 11 LPA. The following are some of the most common career roles with typical incomes after completing the ME course:

Job ProfileAverage Annual Salary
Mechanical EngineerINR 3,00,000
Mechanical Design EngineerINR 4,00,000
Senior Mechanical EngineerINR 9,21,000
Senior Mechanical Design EngineerINR 7,00,000
Manufacturer EngineerINR 7,00,000
ProfessorINR 11,00,000

Top Organizations

The following are the top firms that hire Master of Engineering graduates:

Tata Consultancy Services Pvt. Ltd.The company Mahindra & Mahindra Ltd.
General Electric Company (GE)Limited L & T
Bosch, RobertTata Motors Ltd.
The company HCL Technologies Ltd.The Honeywell Technology Solutions, Inc.

Top Countries

The following are the top nations with the best career prospects for Master of Engineering graduates:

CanadaThe United States
IndiaAustralia
ChinaJapan
FranceGermany
New Zealand

Various Career Options for Master of Engineering Graduates Abroad

Many attractive job descriptions entice Master of Engineering graduates to go abroad:

  • Technical Author (Machines)
  • Engineer/Engineer
  • Associate Professor
  • Agriculture and mechanical engineering

Course Scope

  • M.E Mechanical Engineering graduates are efficiently enrolled in various organizations in both the commercial and public sectors. They may stand solid on senior footings in administrative and authoritative sectors with additional talents.
  • As automation grows around the world, there are several possibilities for mechanical engineers both in India and overseas. A mechanical engineer can work on developing and manufacturing machinery such as engines, machinery, and tools.
  • They can also pursue a Ph.D. in the relevant discipline and work in research. Later, students will be able to publish a thesis for future Mechanical Engineering aficionados.
  • A Master of Engineering (M.E) degree can help you develop in your job and earn more money. ME courses provide tough assignments as well as the opportunity to gain high-level specialized knowledge.
  • A master’s degree in engineering opens up a variety of work prospects that bachelor’s degree professionals do not have.
  • A Master’s degree in engineering opens up a variety of job options, the most prevalent of which are civil, mechanical, and electrical engineering. Graduates may also choose a more specialized career depending on their interests.

FAQ’s Related to Master of Engineering

Q. Which entrance exam should I take to get into ME mechanical engineering?
Ans. ME (mechanical engineering) is a postgraduate diploma program. Admission to this program varies by university. Admission to certain institutions is merit-based, whereas admission to others is based on entry. GATE, GRE, and other similar exams are accepted by all universities.

Q. What are the average tuition costs for a Master of Mechanical Engineering program in India?
Ans. The fees for mechanical engineers differ depending on the college or university. College costs range from INR 50,000 to INR 3 lac per year on average.

Q. What are my job prospects if I get a Master’s in Mechanical Engineering?
Ans. Mechanical engineers can find employment in the car or heavy industries in a variety of professions such as project manager, Mechanical Engineer, Design Engineer, and Manufacturer Engineer. Aside from that, one might pursue a teaching career as a professor at a university or college. Top firms in India and worldwide that recruit mechanical engineers with high pay scales are Tata Motors, Bajaj, Hero, NTPC, and others.

Q. Can I work for the Indian government after earning a ME in mechanical engineering?
Ans. Yes, it is possible to collaborate with the government. after completing several forms of instruction. One can either take the IES test or the UPSC CSE exam. There are also a variety of technical positions available for which the UPSC holds selection tests; anybody can sit in on those exams.

Q. Which government positions may I apply for after ME?
Ans. One can apply for many government positions in various government departments. For the positions of assistant engineer, senior engineer, and so on, one can apply to Electronics Corporation of India Limited, BHEL, HAL, and so on.

Q. Do I need to take any admission tests to study mechanical engineering in another country?
Ans. The university to which one applies determines whether or not one studies mechanical engineering. The majority of institutions use an entrance-based admissions method.

Q. How much do mechanical engineers make on average in India?
Ans. The compensation of a mechanical engineer is determined by the candidate’s abilities and experience. A mechanical engineer can work in a variety of disciplines. The beginning wage for any fresher applicant with a mechanical engineering degree is 6.5 lac per year.

Q. Can I work in the defense industry after graduating from ME—Mechanical Engineering?
Ans. Yes, after earning an ME in mechanical engineering, one can work in the defense industry. Every defense sector has a section that handles all automobiles and mechanical equipment; hence, mechanical engineers are in high demand in that industry.

Q. What are the top industries for mechanical engineers?
Ans. Mechanical engineers are in high demand in a variety of industries due to the increased need for machinery. They can work in the vehicle business, the refrigeration or air conditioning industry, the manufacturing industry, and so forth.

Q. What are the usual fees for the ME Mechanical Engineering program in India?
Ans. The costs for the ME in mechanical engineering program vary per college. In India, the average ME cost is approximately 50,000.

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Polymer Science: Subjects, Admission Process, Courses Eligibility, Fees, Colleges, Syllabus, Eligibility & Jobs https://iirfranking.com/courses/polymer-science/ https://iirfranking.com/courses/polymer-science/#respond Thu, 07 Jul 2022 06:22:25 +0000 https://iirfranking.com/courses/?p=2655 The post Polymer Science: Subjects, Admission Process, Courses Eligibility, Fees, Colleges, Syllabus, Eligibility & Jobs appeared first on .

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What is Polymer Science & Engineering?

Polymer Science & Engineering is a fast-moving sector in India. The sector has phenomenal potential including capacity, infrastructure, and skilled workforce. The field has a huge demand for qualified professionals having Bachelor’s or Master’s degrees in engineering with knowledge of subjects like Physics, Chemistry, and Engineering. There are diversified opportunities in the polymer sector for candidates having analytical, logical, and focused mindsets.

It is acknowledged as a fact that polymers play a significant role in fulfilling the basic necessities for daily use and hence the sector is considered as the ‘high Priority’ sector in India. If we go back to 1957, the Indian plastics industry made a remarkable beginning in the year with the production of polystyrene. Since then, the industry has made significant progress and has grown manifolds. The industry is spread all across the country consisting of 2,000 exporters, 30,000+ processing units, and provides employment to about 4 million people in the country.

So, what is Polymer Science? For your understanding, it is a branch of Material Science which is also known as Macromolecular Science. It is a science which deals with polymers – either natural or synthetic. Polymer Science is further classified into Polymer Chemistry, Polymer Physics, and Polymer Characterization.

The course of Polymer Science includes detailed study, design, and modification of polymers and the various technologies that are used in it. The course emphasizes majorly on the sub-branches of chemistry – organic, inorganic, and physical.

What role a Polymer Engineer Plays?

If you pursue this career option, as a Polymer engineer you will be working in a lab and supervising the production process and maintenance of plastic and other polymer products. You will be responsible for the development of new polymers, equipment design for polymer processing, project engineering, and management of the process. In this career, apart from development, testing of plastics or related materials also falls under the key responsibilities of Polymer Engineer.

Let’s discuss what are the important skills you must need to build a successful career in polymer science and engineering.

Key skills required for Polymer Engineering

If you aspire to build a career in Polymer Engineering, you should possess the following must-have skills:

Analytical and Rational ThinkingProblem-Solving SkillsScientific Bent of Mind
Communication SkillsComputer SkillsGood Observation Skills
Ability to Work With TeamKnowledge of ChemistryMathematical Skills

The variety of skills and qualities help you gaining more confidence and making you more competitive in the job market. Through courses in Polymer Science & Engineering, you learn to acquire the necessary skills. In this article further, we will now discuss the Polymer Engineering courses at undergraduate, postgraduate, and doctorate levels, eligibility criteria, and admission process for these courses.

Polymer Science & Engineering Courses and Eligibility

ProgrammesEligibilityDuration
B.E. Polymer Science and Chemical Technology Aspiring candidates must have passed 10+2 from a recognized School/college with an aggregate of 60% marks in Physics, Chemistry, Mathematics, and English as main subjects. Additionally, the candidate must clear the JEE Main entrance exam.4 years
B.E. Polymer TechnologyAspiring candidates must have passed 10+2with Physics, Chemistry and Maths from a recognized school board.4 years
B. Tech Polymer Science and Technology10+2 with 50% minimum aggregate score with Physics, Chemistry and Maths from a recognized school board.4 years
M. Tech Polymer Science &Technology Aspiring candidates need to have completed a B.Tech./ B.E. in Polymer Engineering, Textile, Chemical Engineering, Material Science, Petroleum Engineering, Mechanical Engineering, Polymer Technology or M.Sc. in Chemistry and Physics from a recognized university.The minimum percentage required is a minimum aggregate of 50% in or equivalent CGPA in graduation.M.Tech. in Polymer Technology admission is based on entrance exams (GATE, AP PGECET, TS PGECET, VITMEE) conducted at national as well as state levels.2 years
M.E. Polymer Science and TechnologyAspiring students should have passed a B.E./B.Tech. or equivalent exam from a recognized university board.2 years
Ph. D Polymer Science and TechnologyAll postgraduates are eligible for Ph.D in Polymer Science and Technology course. Minimum qualifying marks may vary as per the institutes.3-5 years

Also Read: Top Engineering Colleges in India

Entrance Exams to get admission in Polymer Science & Engineering Courses

Below are some of the Polymer Engineering entrance exams conducted by universities to get admission in UG and PG courses:

  • ICAR AIEEA – Indian Council of Agricultural Research (ICAR) conducts All India Entrance Examination for Admission to UG, PG, and Ph.D. Courses. It is a national-level exam. The age of the student should be minimum of 16 years old and 10+2 passed with 3 subjects out of Mathematics, Physics, Chemistry, and Biology.
  • BITSAT: Birla Institute of Technology and Science (BITS) Pilani. Candidates can appear for this exam to get admission to undergraduate courses in over 6 colleges of BITS all over India. The candidate should have a minimum of 75% marks in Physics, Chemistry, Biology, and Mathematics if PCMB student.
  • VITEEE: Vellore Institute of Technology Engineering Entrance Exam. The exam gives admission to undergraduate courses over 5 colleges of VIT. The student should have a minimum of 50% marks in Physics, Chemistry, and Mathematics/Biology.
  • CUSAT CAT: CUSAT – Cochin University of Science and Technology. This is an entrance exam to get admission in undergraduate and postgraduate courses in the university. The student should have 60% aggregate marks in Physics, Chemistry, and Mathematics/Biology.
  • NMIMS: Narsee Monjee Institute of Management Studies. This entrance exam is conducted to get admission in undergraduate and integrated courses. The student should have 50% aggregate marks in Physics, Chemistry, and Mathematics/Biology.
  • UGAT/ PGAT: Undergraduate Admission Test (UGAT) and Postgraduate Admission Test (PGAT) are the entrance exams conducted by the University of Allahabad for giving admission into undergraduate and postgraduate engineering courses respectively.
  • MHT CET: Maharashtra Common Entrance Test. The exam gives admission to UG Programs to all government colleges in India. The student should have a minimum of 50% aggregate marks in Physics, Chemistry, and Mathematics/Biology. It is a state-level exam.
  • GATE – Graduate Aptitude Test in Engineering. This entrance exam is conducted in getting admission to PG and Ph.D. courses in IISc and 7 IITs. The student should have a minimum of 50% aggregate marks in Physics, Chemistry, and Mathematics/Biology. It is a national-level exam.
  • GRE- Graduate Record Examinations. GRE is for getting admission into M.S. (Master of Science) postgraduate course, offered by universities abroad.

Top Colleges Offering Polymer Engineering:

CollegeCourseExam
MSU Baroda – Maharaja Sayajirao University of BarodaME Polymer TechnologyGATE
DTU Delhi – Delhi Technological UniversityM.Tech Polymer TechnologyGATE
IIT Delhi – Indian Institute of TechnologyM.Tech Polymer Science and TechnologyGATE
ICT Mumbai – Institute of Chemical TechnologyM.Tech Polymer Engineering and TechnologyGATE
JSS Science and Technology University, MysuruBE Polymer Science and TechnologyCOMEDK UGET, KCET
Tezpur University, TezpurM.Tech Polymer Science and TechnologyGATE
University College of Science, Technology and Agriculture, KolkataB.Tech Polymer Science and TechnologyWBJEE
University College of Engineering, ThodupuzhaB.Tech Polymer EngineeringKEAM
B. S. Abdur Rahman Crescent Engineering CollegeB.Tech Polymer EngineeringCIEAT
Visvesvaraya Technological University- VTUB.TechPolymer EngineeringJEE Mains

As we had discussed earlier in the article, the increasing use of plastics and other polymer substances in almost all industries is immensely intensifying the growth of polymer science. The polymer industry has seen an exponential surge in job opportunities in the field in recent years. There are enormous job opportunities for those who hold a qualification in the field of polymer science and technology in both the public and private sectors. In the field of R&D, there are several opportunities that exist.

Scope & Jobs

The prospects of Polymer Engineering can be seen in industries such as:

  • Petroleum Industries
  • Pharmaceuticals
  • Ministry of Petroleum & Natural Gas, Oil India Laboratories, Petrochemicals Engineering Plants
  • Chemical Industries
  • Oil & Natural Gas Commission (ONGC)
  • Windmoller & Holscher
  • Companies producing polymer-based products
  • Packaging
  • Sports
  • Central Institute of Plastic Engineering & Technology
  • Perfumes and Preservatives
  • Defense Research & Development Organization
  • Brahmaputra Cracker & Polymer Limited (BCPL)
  • Colleges and Universities
  • Ceat Limited
  • Allied Solutions India Pvt. Ltd.
  • Kraton Polymers LLC, Polymer Technologies Inc
  • Apollo Tyres Limited

Few Other Prominent Recruiters are:

  • Tata Chemicals Ltd.
  • Oil and Natural Gas Corporation
  • Finolex Industries
  • GAIL India Limited
  • Reliance Industries
  • Aarti Industries Limited
  • BASF Construction Chemical India Pvt. Ltd.
  • Gujarat Fluorochemicals Ltd.
  • Haldia Petrochemicals Ltd.
  • Linde India Ltd.
  • Solar Industries India Ltd.
  • United Phosphorus Ltd.
  • Research Centres

Job profiles and Salary

Generally, Polymer Manufacturing Industries hire Polymer Engineers but there are many other job profiles with diverse roles available in the polymer science sector. The Polymer Engineers can work in these profiles in both Public & Private Sector Organizations. The common job profile of Polymer Engineers are as follows:

Research ScientistProduction Planner
R&D ExecutivePolymer Scientist
Design EngineerQuality Engineers
Corporate Sales ManagerProduction Technologist
Mold DesignersProduction Engineers
Lecturers in Engineering CollegesSales & Marketing Executives

For polymer engineering graduates, this is indeed a rewarding career field. Both renowned organizations in the public and private sectors frequently recruit candidates on a big scale and offer good salary packages. On the basis of some salary survey data collected from employers and employees directly in India, it has been observed that the average polymer engineer’s gross salary in India is around INR 8 lakhs. An entry-level polymer engineer (1-3 years of experience) earns an average salary of INR 6 lakhs. On the other end, a senior-level polymer engineer (8+years of experience) earns an average salary of INR 10 lakhs.

Conclusion:

The industry is growing at a fast pace as the demand for polymer products is increasing and innovations are being introduced every now and then. So, if you are passionate about this field, there are endless opportunities in the market. In India, the course in polymer science & engineering is offered by various universities at every level – undergraduate, postgraduate, or doctorate. The aspiring candidates can enroll themselves in any of the relevant courses as per their interest and acquire knowledge and the right skills that are mandatory to build a career in this field. Every industry has vast scope for graduates in polymer science in India. An excellent career with good remuneration is waiting for you.

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Aerospace Engineering: Subjects, Courses Eligibility, Syllabus, Colleges, Admission Process, Fees, Career Opportunities https://iirfranking.com/courses/aerospace-engineering/ https://iirfranking.com/courses/aerospace-engineering/#respond Thu, 07 Jul 2022 06:16:02 +0000 https://iirfranking.com/courses/?p=2652 The post Aerospace Engineering: Subjects, Courses Eligibility, Syllabus, Colleges, Admission Process, Fees, Career Opportunities appeared first on .

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What is Aerospace Engineering?

Do airplanes or spacecraft fascinate you? Do you dream of designing them? If yes, then aerospace engineering is the field for you to build a career. Aerospace engineering study includes the designing, construction, and maintenance of aircraft, spacecraft, missiles etc. Covering a wide range of topics, the students acquire knowledge of flight safety measures, efficient use of fuel, costs of operating flight, the impact of environmental conditions, etc. in the aerospace engineering course.

The job of an Aerospace Engineer is to do research, conduct performance testing, and launch airplanes (commercial and military), weapon systems, spacecraft, and satellites. Aerospace engineers work towards the improvement of flight safety & fuel efficiency. They design & develop control systems and keep on analyzing new materials and advanced technologies to introduce innovative products that meet the needs of new-age customers.  And they also ensure that these innovations work wonderfully to reduce the environmental impact of air travel.

New Environment, New Technology Require Innovative Minds

Our requirements are changing and so is the technology. With time, technology has evolved manifolds. From The Wright Brothers’ aircraft invention, technology has tremendously advanced & engineering has expanded phenomenally. The scope has widened to include military operations, planes for commercial travel, and space commute. We never know if it may in the future also include interstellar travel.

The structural design of all these aircraft has changed over the years. Climate change is a big threat to our environment and it is challenging organizations to gear up and develop planes and spacecraft with reduced impact on the environment. Hence, as an Aerospace Engineer, your innovations can bring revolution in the field with the introduction of humankind’s next big thing in travel. The field requires new ways of thinking as our travel style and environment have changed.

Aerospace Engineering has 2 main branches or specializations:

  • Aeronautical Engineering – It includes the designing of airplanes, aircraft, helicopters and jets
  • Astronautical Engineering – It includes the designing of spacecraft, satellites, and rockets etc.

The study of aerospace engineering will help the students understanding how to develop new flight technology and a thorough understanding of aerospace science. The professionals in this field are vital to technological innovations in the new era and are much in demand.

Key skills needed for Aerospace Engineering

If you want to make a difference in this field then you should possess the following essential skills:

Strong analytical & problem-solving skills Creative and out of the box thinkingCommunication skills
Strong mathematics and MechanicsTechnical ExpertiseScientific acumen
Detail-orientedAbility to work under pressure Team player

Courses in Aerospace Engineering and Eligibility Criteria

To pursue aerospace engineering courses, candidates must have a good hold on the subjects – mathematics, physics, and chemistry. The Science stream candidates with a good percentage can select the field after completing 10+2.

StreamGraduationPostgraduationDoctorate
Pass class XII with Science Stream and with subject MathsDo B.Tech in Aerospace Engineering for 4 yearsDo M.Tech for 2-3 yearsDo Ph.D. for 2 years

Courses available in aerospace engineering:

  • Polytechnic Diploma Course: The course duration is 3 years and the candidate can enroll after completing 10th or 10+2 examinations.
  • Undergraduate Degree Course: The candidate can enroll for BE/B.Tech courses, four years duration after 10+2 examination.
  • Postgraduate Degree Course: The candidate can enroll for ME/M.Tech courses, two years duration after the completion of UG degree in engineering.
  • Doctoral Degree Course: The candidate can enroll for the Ph.D. one to two years of duration after the completion of PG degree in aerospace engineering.

Also Read: Top Engineering Colleges in India

Admission Criteria to get admission in Aerospace Engineering Courses

  • For taking admission in Aerospace Engineering, the minimum eligibility criteria are 10+2 pass with a minimum of 60 percent marks in the Science stream (Physics, Chemistry, and Mathematics).
  • GATE score is required to get admission in the postgraduate and doctoral courses.
  • Engineering candidates with three-four years degree; candidates with a technical diploma; five-year Architecture, postgraduates in Mathematics/Science/Statistics/Computer Applications candidates are also eligible to pursue Aerospace Engineering courses.
  • For candidates aspiring to join NASA in the United States, you should know that NASA recommends a degree in varied disciplines, including Biomedical Engineering, Ceramic Engineering, Chemistry, Industrial Engineering, Materials Engineering, Metallurgy, Optical Engineering, and Oceanography. Ph.D. is recommended to join NASA.

Top Aerospace Engineering Colleges in India

  • Indian Institute of Technology, IIT – Bombay
  • Indian Institute of Technology, Madras
  • Indian Institute of Space Science and Technology, Thiruvananthapuram
  • Manipal Institute of Technology, MIT – Manipal
  • Amity School of Engineering Amity-Noida
  • SRM Institute of Science and Technology, Chennai
  • Dayananda Sagar University, Bangalore
  • RV College of Engineering, Bangalore
  • Lovely Professional University, LPU – Jalandhar
  • BMS College of Engineering, Bangalore
  • School of Engineering, UPES, Dehradun
  • Punjab Engineering College, Chandigarh
  • Nitte Meenakshi Institute of Technology, Bangalore
  • MS Ramaiah University of Applied Sciences, Bangalore
  • Kalinga Institute of Industrial Technology, Bhubaneshwar
  • BS Abdur Rahman Crescent Institute of Science and Technology, Chennai
  • Defence Institute of Advanced Technology, Pune

Aerospace Engineering Entrance Exams

Undergraduate Courses

  • Joint Entrance Examination Main – JEE Main
  • Joint Entrance Examination Advanced – JEE Advanced
  • National Engineering Aptitude Test – NEAT/NAT
  • Birla Institute of Technology and Science Admission – BITSAT
  • Education Promotion Society of India National Admission Test – ENAT
  • Vellore Institute of Technology Engineering Entrance Exam  – VITEEE
  • University of Delhi Combined Entrance Exam – DUCET
  • Consortium Medical, Engineering & Dental Colleges of Karnataka – COMEDK
  • Admission Test for ICFAI Science & Technology – ATIT
  • Indian Institute of Space & Technology Admission Test  – ISAT
  • Combined Written Admission Test – CWAT
  • SRM University Engineering Exam – SRMUEE
  • Manipal University Online Entrance Exam
  • Indraprastha University Common Entrance Test – IPU CET

Postgraduate Courses

  • Graduate Aptitude Test in Engineering (GATE) (Postgraduate)

Career and Scope in Aerospace Engineering

Aerospace Engineering opens up a bright career for the students of this field. You can work in the air force as a flight engineer or as an aircraft engineer in the aviation industry. The opportunities are endless both in national and international space in institutions/organizations like NASA, ISRO, DRDO, HAL, NAL, MRO, and many more. The professionals in the field get good remuneration as well.

Qualified and trained candidates are required everywhere be it government or private aviation organizations including aircraft & spacecraft manufacturing and testing units. The job profile is not restricted to the above industries and also has immense scope in turbines, high-speed trains, and flying gadgets, etc.

Conclusion

If you have a zeal to research and introducing technological innovations, the Aerospace Engineering field is waiting for you. A career in aeronautical engineering is challenging and demands innovative thinking. Needless to say, lucrative opportunities are available at the national and international level after doing a course in Aeronautical engineering. It is a good-paying job. Give wings to your career in Aerospace Engineering.

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