The SEBI Grade A recruitment 2025 notification has been released by Securities and Exchange Board of India (SEBI) for the General, Legal, Information Technology, Research, Official Language, Engineering (Electrical), and Engineering (Civil) posts. There are 110 vacancies are announced and the online application for the same has been started from 30 October 2025 from the website. Aspirants should go through the full notification for knowledgability eligibility criteria, application fees, age limit, pay scale, selection process, and more. More details and SEBI Grade A Online Registration Application Form 2025 are available from the link given on this blog and also on the official website.
Dates & Application Fee For Online Form For SEBI Grade A Recruitment 2025
Event
Date
Short Notification Date
08/October/2025
Application Start
30/October/2025
Apply Online Last Date
Update Soon
Correction Date
Update Soon
Exam Date
Update Soon
Application Fee
Gen/ OBC/ EWS
₹1180/-
SC/ ST/ PWD
₹118/-
Age Limit: Any hopefuls should be no older than 30 years as of September 30, 2025. This implies that their date of birth should be on or after October 1, 1995.
Number of Vacancies With Required Eligibility Details
Post Name
Vacancy
Required Qualification
Grade A General
56
Master’s/PG Diploma (2 yrs) in Any Discipline, OR Bachelor in Law/Engineering, OR CA/CFA/CS/CMA, OR Equivalent from Recognized University/Board
Grade A Legal
20
Bachelor in Law OR Equivalent from Recognized University/Board, with 2 years Advocate experience
Grade A Information Tech
22
Bachelor in Engineering (Any Branch) OR Bachelor’s + PG in Computer Science/IT/Applications, OR Equivalent from Recognized University/Board
Grade A Research
4
Master’s/PG Diploma (2 yrs) in Economics, Commerce, Finance, Statistics, Data Science, etc., OR Equivalent from Recognized University/Board
Grade A Official Language
3
Master in Hindi/Hindi Translation with English OR in English/Sanskrit/Commerce/Economics with Hindi at Graduation, OR Equivalent from Recognized University/Board
Grade A Engineering (Electrical)
2
Bachelor in Electrical Engineering or equivalent; experience in electronic systems, maintenance, and project administration
Grade A Engineering (Civil)
3
Civil Engineering degree or equivalent, professional, project management, and CAD/CAM design
Exam Pattern
Phase I
Online Examination (Two Papers)
Phase II
Online Examination (Two Papers).
Phase III
Interview
Salary And Benefits
The salary range is ₹62,500 to ₹1,26,100 per month, along with additional perks such as NPS Contribution, DA, Family, Local, Learning & Special Allowances, Medical benefits, LTC, Furnishing Scheme, Subsidized Lunch, and more.
Step-by-Step Guide for the SEBI Grade A Recruitment 2025
Read the details and instructions in the SEBI Grade A Notification 2025 PDF.
Just Get to the official website or click on the Apply Online link which is provided here.
Fill in the SEBI Grade A Online Application Form 2025 with correct details.
Upload the required documents as detailed in the notification.
Pay the fee for application, if any.
Make a print of the application as it is needed in the future.
After a long wait, it’s now or never for those aspiring for a government job in the healthcare and paramedical sector in Madhya Pradesh. The Madhya Pradesh Employees Selection Board — commonly referred to as MPESB has released the notification for its MPESB Group 5 Paramedical Recruitment 2026, and it is the one among the state’s highest job hirings this year. You definitely don’t want to snooze on this one – 291 vacancies are up for grabs in multiple departments.
Are you a just qualified diploma holder, an experienced lab technician, or a trained staff nurse seeking to go into government service, this MPESB Group 5 Paramedical Recruitment 2026
has the right opportunity for you. Let’s break down all the details for you to understand.
What is MPESB?
Madhya Pradesh Employees Selection Board is also known as (MP Vyapam) and it is the right platform for the unbiased and merit based recruitment in Government Job in the State. Located in Bhopal – Chayan Bhawan, it conducts exams from Group 1 to Group 5 across various domains like education, healthcare, police and so on.
It brings the notification, make the online registrations, issue the hall tickets, answer key and result – everything in the name of transparency. MPESB facilitates the recruitment process, From technical and administrative posts to health service and field posts, MPESB conducts thousands of recruitment every year.
Quick Overview For MPESB Group 5 Paramedical Recruitment 2026
Detail
Information
Conducting Body
Madhya Pradesh Employees Selection Board (MPESB)
Recruitment Name
MPESB Group 5 Paramedical Recruitment 2026
Total Vacancies
291 Posts
Application Start Date
13/March/2026
Application End Date
27/March/2026
Correction Window
13/March/2026 – 01/April/2026
Exam Date
15/April/2026 onwards
Official Website
esb.mp.gov.in
Application Mode
Online Only
Posts Available and Vacancy Breakdown
The 291 posts are spread over 9 departments in Madhya Pradesh and consist of a good blend of clinical and non clinical work in the department of health. The following positions are available:
Post Name
Department/Location
Total Vacancies
Ayurveda Compounder
Directorate of AYUSH
125
Unani Compounder
Directorate of AYUSH
30
Homeopathy Compounder
Directorate of AYUSH
20
Lab Attendant
GMC Ratlam/Vidisha
18
Staff Nurse
ESI Services Indore
7
Pharmacist Grade-2
Various
15+
Others (Technician, Dresser, etc.)
Multiple MCs/ESI
Remaining 76
Who Can Apply?
Qualification
Completed 12th grade with subjects including Phy, Che, and Bio and any diploma or certificate in the field of Paramedical by the recognized government of India.
This eligibility criteria makes sure that the aspirants have the basic academic as well as the professional training needed for paramedical field.
Further, you must have valid registration with the Madhya Pradesh Para-Medical Council (MP Sah-Chikitsiya Parishad). The detailed eligibility criteria are post-wise and are given in the official notification.
Age Limit
Age Minimum: 18 years (s) as on date of Advt.
Max Age: 40 years (General/Unreserved candidates)
Maximum Age Limit is 45 Years for SC, ST, OBC, Women, PwD, Gov. Employees, Home Guard of MP and Ex-Servicemen
The age has been calculated as per your date of birth mentioned in the High School or Higher Secondary certificate. No candidate shall be above 45 years of age as on the last date for receipt of application under any circumstance, except certain contractual employees and categories notified under Rule 14 of the MP government rules.
Nationality
Under the MP Civil Services Recruitment Rules 1961, the candidate must be a citizen of India or a Citizen of Nepal. Non-MP resident candidates can apply only for OPEN/UR category posts and shall not be entitled to any kind of reservation or age relaxation.
How to Apply — Step by Step
Application process is going online for MPESB Group 5 Paramedical Recruitment 2026, so you must follow these steps to apply:
Open the official website of MPESB to apply for this recruitment.
Join the recruitment tab and now click on the Recruitment Notification for the subject MPESB Group 5 Paramedical Post Recruitment 2026
Sign up with your mobile number, Email ID, and some personal information
Enter your name, parents’ name, education qualification and other required details in the application form.
Upload a photograph, signature and your certificates if you are from a relevant category
Make payment either online/offline for application/Examination fee.
After submitting the form, keep your application no for future use.
The fee is non-refundable and the fee amount is different for each category. You may pay online with Credit Cards, Debit Cards, Net Banking, IMPS, Cash Cards, or Mobile Wallets.
How Will You Be Chosen?
The method of selection is simple and on the basis of meritorious:
Online Written Examination: The online written examination will consist of one objective type paper of 100 marks. The examination will be held from 15 April 2026 in two shifts.
Document Verification: The shortlisted candidates will be intimated for the verification of the original certificates.
The final candidates will have to go through a medical fitness test for the post as a part of the last selection stage.
There is no interview for this recruitment because selection is based on the Merit score of exam, so prepare well for the examination.
Exam Pattern & Syllabus
The test is a test of both general awareness and technical know-how. It has 100 questions and all questions carry 1 mark which means that the time duration of 2 hours would need to be utilized to solve a total of 100 questions.
The exam is conducted in both online, or OMR sheets mode and the best part is that there is no negative marking, so go ahead and attempt every question without worrying about losing marks.
General Section (25 Marks):
This section is for your general knowledge and talent. It contains questions from GK, Hindi, English, Maths, Science, Logical/Interest based reasoning.
Technical Section (75 Marks):
This is the major part of the exam and tailors subject-specific knowledge of the post you have applied for. such as candidates applying for the posts of Lab Technician may get questions from Pathology and Biology or for Nursing candidates may ask questions from Anatomy, Pharmacology and other medical related subjects.
In the GK section, questions are broadly asked from history and geography of mp and India, Govt. schemes, and Today Updates.
Tips for Applicants
Here are some words of friendly advice so you don’t get caught up in this:
Don’t wait for the last date, apply as soon as possible because there is a huge competition out there.
Verify all information twice before submitting. Corrections are allowed only up to 01.04.2026 with a fee for modification.
It is necessary to have that your MP Para-Medical Council Registration is Active and Valid before applying.
Before you begin, keep scanned copies of your photo, signature and all certificates ready.
Start preparing for the written exam – 100marks, objective type, no second chance after the window closes.
Conclusion
MPESB Group 5 Paramedical Recruitment 2026 is indeed good news for all the healthcare professional and paramedical job seekers of Madhya Pradesh. It is not every day that you get an opening where there are 291 vacancies, a clean merit-based selection process, and the support of a reputable Government board.
Submit your application between 13 to 17/March/2026 and read the official notification properly and collect your documents then apply. Jobs in government health care are stable, provide a well-defined career path, and allow you to truly serve your community. This could be your moment.
Best of luck to everyone. Good preparation and no error in your application!
If you have ever been curious as to how the planes you ride on stay in the air or how a rocket can travel all the way to space, then you think like an aerospace engineer. From Aerospace Engineering Courses, eligibility criteria to future scope and interesting specializations available, this all you need to know guide will help you make an informed decision which you take for pursuing aerospace engineering course in India.
The Indian aerospace industry is booming. ISRO, DRDO, HAL, and a host of private companies are actively hunting for talented engineers to design, build and fly planes and spacecraft. With increasing demand and attractive salary packages, this is the way to your dream career.
What Exactly is Aerospace Engineering?
Aerospace engineering is the primary engineering discipline concerned with the design, construction, science and technology of aircraft and spacecraft. It is a combination of physics, mathematics, materials science, and advanced tech that address real life problems in the fields of aviation and space travel.
The range of activities in this field is so broad that it divides into four key specializations:
Aeronautics — This pertains to air within the atmosphere and includes such things as commercial jets, military planes, helicopters, drones (UAVs), and blimps. Aeronautical engineers study flow-air, aircraft design, motion, and propulsion.
Astronautics — A subject of business such as astronauts, rockets, satellites and all the stuff that goes beyond the atmosphere. Astronautical engineers specialize in orbital mechanics, satellite communications, rocket propulsion, and space exploration missions.
Avionics — These are the electronics and computers used in an aircraft and spacecraft. Avionics engineers create the system software of navigation, communication and autopilot systems, etc., in raw air borne machines.
Defense Technologies — This area concentrates on military, and its ability to develop and deploy new systems involving missiles, defense technologies, military drones and weaponized technology. This is important part of national security and defense system.
Aerospace Engineering Courses
Now let’s move on to the various types of courses under aero space engineering. Whether you are a high school beginner or already have a bachelor’s degree, there is a path for you.
1.Diploma in Aerospace Engineering (3 Years)
If you are looking forward to pursue a career in aerospace engineering, you can opt for the Diploma in Aerospace Engineering from a reputable board after 10th class.
This is good to start if you have done your 10th grade. It is not really theoretical but ‘practical’ which provides aerospace technologies experience.
Aspect
Details
Duration
3 years
Eligibility
10th pass with Mathematics and Science (minimum 50% marks)
Focus
Practical skills and industry-ready training
Career Path
Can pursue B.Tech (lateral entry) or start working
Average Fees
₹2-4 Lakh for the entire program
2. Bachelors in Aerospace Engineering — B.Tech (4 Years)
It serves the largest client base and is considered the gateway course for professional aerospace. It is a bachelor’s degree course and the eligibility is 10+2 with Physics, Chemistry and Mathematics (PCM).
Aspect
Details
Duration
4 years (8 semesters)
Eligibility
12th pass with PCM (minimum 50-60% depending on college)
Admission
Based on JEE Main Score, state-level exams, or direct merit
Average Fees
₹ 2-2.5 Lakh/year in government; ₹5-10 Lakh/year in Private colleges
Total Program Cost
₹4-40 Lakh depending on college type
The B.Tech is an all-inclusive course which includes theory and practical based knowledge. Subjects like mathematics, physics, and general engineering will be included in your first two years for foundation then you can choose specializing in aerospace-related subjects in your third year.
3. M.Tech in Aerospace Engineering (2 Years)
M.Tech in Aerospace suits better for those who want a higher level of education in aerospace engineering. Building a professional level career internationally, you must need this degree.
Aspect
Details
Duration
2 years (4 semesters)
Eligibility
B.Tech/BE in Aerospace or related field with 55% minimum marks
Admission
Through GATE exam (for government colleges) or merit-based (private)
Average Fees
₹40,000-1 Lakh/year in Government; ₹2-4 Lakh/year in Private colleges
Career Advantage
Higher salaries, research opportunities, senior positions
Job opportunities for M.Tech graduates are applicable in research, designing and higher level management. Top companies and research centres look for M.Tech holders for their specialised projects.
4. Ph.D. in Aerospace Engineering (3-5 Years)
“This Is for the Research and Innovative Curious”. It’s the top aerospace engineer qualification for those who want to know how to research and innovate.
Aspect
Details
Duration
3-5 years
Eligibility
M.Tech or equivalent with GATE qualification
Focus
Original research and innovation
Opportunity
Teaching, research at ISRO, universities, private labs
5. Aerospace Engineering Few Months Certification Courses
In just 6 months to 1 year duration, you can enhance knowledge or skills in certain areas. It is best for hands-on experience in a specific field.
Course Type
Duration
Cost
Suitable For
CAD and Aircraft Design
6 months
₹20,000-50,000
Working professionals, students
Avionics Systems
6-8 months
₹30,000-60,000
Interested in Electronics
Propulsion Systems
3-6 months
₹15,000-40,000
Engineers wanting specialization
Aerospace Materials
4-6 months
₹25,000-50,000
Manufacturing professionals
B.Tech Aerospace Engineering Core Subjects
Year
Semesters
Essential Subjects
1st Year
Sem 1-2
Mathematics/Physics/Chemistry help develop problem-solving skillsEngineering Mechanics/Thermodynamics/Fluid Mechanics/ and Basic Electronics introduce how physical laws apply to real engineering systems.
2nd Year
Sem 3-4
Gas Dynamics and Aerodynamics, which explain how air behaves around aircraftPropulsion and Aircraft Structures teach how engines work and how aircraft are builtStrength of Materials and Computer Programming strengthen technical and analytical skills.
3rd Year
Sem 5-6
You study higher-level aerodynamics, flight dynamics, and structural analysis Heat Transfer and Avionics.
4th Year
Sem 7-8
You learn advanced tools like Computational Fluid Dynamics (CFD)Aircraft Design and Systems
Aerodynamics describes how air moves around air and is an important factor in the level of efficiency of airflow around the wings.
Propulsion: Discussion of jet engines, rockets, turboprops
Structures deals with building an aircraft to be as strong as possible but still as light as possible.
Stability and control the motion of an aircraft.
CFD Computational Fluid Dynamics: Uses computers to emulate airflow — a modern necessity
Aircraft Design: All of the above are brought to bear on realistic, total aircraft design projects.
Most B.Tech courses will involve a lot of lab work, wind tunnel testing, simulators and a capstone design project where you actually design an aircraft or spacecraft.
Who Are Eligible For Aerospace Engineering
B.Tech (Undergraduate)
Need to pass 12th class with PCMB or PCB and should have obtained 50 to 60% marks Meet the age criteria of 17 to 28 yearsEntrance exams such as JEE Main, State Level Exam etc
M.Tech (Postgraduate)
Hold a valid B.Tech/BE degree in Aerospace or equivalent with 55% marks Valid GATE score (for government colleges)
Diploma
After 10th with Mathematics and Science having 50% marks as a minimum15 years as a minimum age
Lateral Entry to B.Tech
3-year engineering diplomaBSc in Physics, Chemistry, Mathematics
Where Will Aerospace Engineers Work?
Organization
Type
Specialization
Salary Range (Fresh)
ISRO
Government
Satellites, space missions, rocket development
₹8-10 LPA
DRDO
Government
Defense systems, missile technology
₹7-10.5 LPA
HAL (Hindustan Aeronautics)
Government
Aircraft manufacturing, defense
₹7-9.5 LPA
Boeing India
International
Aircraft systems, defense solutions
₹8-12 LPA
Airbus India
International
Aircraft manufacturing, maintenance
₹7-10 LPA
GE Aviation
International
Aerospace engine design
₹7-9 LPA
Rolls-Royce India
International
Propulsion systems
₹8-11 LPA
Tata Advanced Systems
Private
Aircraft components, defense
₹7-11 LPA
Godrej Aerospace
Private
Space and defense hardware
₹5.5-7.5 LPA
Salary & Career Growth
Aerospace Engineering Salary Progression in India
Levels
Salary — LPA
Monthly Income
Stages
Fresher (0-1 year)
₹4.5-7
₹37,500-58,333
Graduate joining first job
2-5 years
₹8-12
₹66,667-1,00,000
Intermediate engineer
5-10 years
₹8-15
₹66,667-1,25,000
Senior engineer or team lead
10+ years
₹15-25+
₹1,25,000-2,08,000+
Manager, specialist, researcher
Salary by Sector:
Sector
Fresher Package
Experienced Package
Government (ISRO, DRDO, HAL)
₹7-10 LPA
₹20+ LPA
Private Indian Companies
₹5-9 LPA
₹12-18 LPA
International Companies (Boeing, Airbus)
₹8-12 LPA
₹20-28+ LPA
Startups & Newer Companies
₹4.5-6.5 LPA
₹10-14 LPA
The Future Looks Bright
India’s aerospace engineering salary will increase by 20-25% by 2030 and is highly influenced by demand in electric aircraft, AI integration, space exploration, and green aviation related technologies, suggest the industry projections. .
The initial two years are dedicated to core subjects such as mathematics, physics and general engineering. These years are tough, but necessary. If you have a strong base in these stuff, then you can understand high level stuff in aero easily later on.
Year 3: Where Aerospace Engineering Gets Exciting
In year 3, the real aerospace journey begins. You then go on to such specialised areas as aerodynamics, propulsion and aircraft structures.
Year 4: Major Project and Real-World Problem Solving
Senior year is spent mostly on a senior project. You could design an airplane, build spacecraft systems, or even study a real problem in aerospace engineering. Many of these projects are sponsored by industry, giving students real-world experience and making them more employable.
Internships: The Key to Career Growth
The majority of aerospace engineering programs require 2 to 3 internships, such as summer and at times semester-long training. Top organizations including ISRO, HAL and Boeing hire interns on a regular basis. This hands on experience is invaluable and it contributes a lot in building a strong resume and career in future.
Choose Your Specializations
Specialization
Focus
Scope
Preferred Companies
Aerodynamics
Airflow, drag reduction, aircraft efficiency
Aircraft design, research
ISRO, Airbus, NASA etc
Propulsion
Engines in Jet engines, space rockets
Engine design, space missions
GE Aviation, Rolls-Royce, ISRO
Flight Dynamics & Control
Aircraft stability, autopilots, guidance systems
Control systems, UAVs
Boeing, HAL, Airbus
Aircraft Structures
Materials, stress analysis, lightweight design
Design Structure, & aerospace manufacturing
Airbus, HAL
Avionics
Radio System, navigation, Electronics
UAVs & Avionics
Boeing, DRDO
Best Aerospace Engineering Colleges in India
College
Type
Location
Specialization
IIT Bombay
Government
Mumbai
All specializations
IIT Madras
Government
Chennai
Aircraft & Space
IIT Kharagpur
Government
West Bengal
All specializations
IIT Kanpur
Government
Uttar Pradesh
All specializations
Mahindra University
Private
Hyderabad
Comprehensive curriculum
SRM IST
Private
Chennai
Modern labs & industry focus
Chandigarh University
Private
Punjab
Industry-driven curriculum
Ramaiah Institute
Private
Bangalore
Well-equipped facilities
Manipal Academy
Private
Bangalore
Research-oriented
Conclusion
Aerospace Engineering Courses aren’t simple, it’s a journey through innovation, precision and human ability. Whether you want to design the next generation of commercial planes, put satellites into space, or work on autonomous drones, this is a field with limitless options.
The Indian aerospace industry is poised for growth. With ISRO’s ambitious space programs, HAL’s indigenous aircraft development and international partnerships with Boeing and Airbus, there is no dearth of opportunities. And if you are in the top performers, the world is your sky.
If you are an Indian student in Class 10, 11, or 12, chances are you’ve heard a version of this line at least a dozen times. The age-old battle between Medicine and Engineering is a part of our DNA. For generations, these two streams have been seen as the ultimate tickets to a successful, secure, and respectable life.
The world is rapidly changing in 2025 with a lot of new career options for students. But when it comes to choosing between two different careers, everyone gets confused: Which path is better? Medical or Engineering?
It’s a big decision of your life, both careers need your full potential whether you are preparing for NEET or JEE. It affects your life and your parent’s life too. Choose your path which aligns with your interest and skills.
The First Hurdle: The Challenging Road of Education
Before you can even dream of a stethoscope or a high-tech lab, you have to cross the battlefield of entrance exams. This is the first and most critical difference.
The Exam: This is a single entrance exam for admission in MBBS. In 2024, over 23 lakh students fought for just over 1 lakh MBBS seats. The competition is insane.
The Challenge: Tons of topics to cover in Physics, Chemistry, and especially Biology, inside and out. It’s less about complex problem-solving and more about incredible memory, accuracy, and speed.
The Journey: The path is long. The time period is 5.5 years for MBBS with an internship certificate. After becoming a doctor at beginner level. You must do a postgraduate degree (MD/MS) to become professional, which is another 3 years after clearing another tough entrance exam, NEET-PG.
The Cost: Government medical colleges are very affordable (a few lakhs for the entire course). But getting a seat is like winning a lottery. You must be ready to invest ₹50 lakh to over ₹1 crore for MBBS course and more for postgraduation.
JEE (for Engineering): The Sprint of Logic
The Exam: This is a two-step process. JEE Main is the first filter. If you clear it, you can get into NITs and other good colleges. Admission in IITs is tough, you need to clear JEE Advanced.
The Challenging Step: If you are interested and have deep understanding in Maths, chemistry and physics, preparing for JEE isn’t that hard for you. But you must prepare with right strategy to beat the competition and get a chance for better college option. Because without a valuable degree, you will not get a high package of jobs.
The Journey: A B.Tech degree is 4 years long. After this, you are an engineer and can start working immediately. A postgraduate degree (M.Tech) is an option, not a necessity, unless you want to get into research or specialised teaching roles.
The Cost: The fee for IITs and NITs is around ₹8-12 lakhs for the entire course, which is much more affordable than private medical colleges. Private engineering colleges have a huge range, from a few lakhs to ₹20-25 lakhs.
The stress of Kota coaching factories, the pressure from family, the fear of “wasting a year” – it’s real for both aspirants. A medical journey requires your time and money to become a doctor. You have to make commitments for this career.
Engineering: it offers a diverse range of opportunities on national and international level.
The word ‘engineer’ is broad. The opportunities in 2025 depend heavily on your branch.
Computer Science & IT: This is the king of the jungle right now. With AI, Machine Learning, Data Science, and Cybersecurity booming, a skilled software engineer from a good college can land a job even before their final exams.
Electronics & Communication: This field also requires engineers for running a network, designing for semiconductors, and automation. ECE engineers can get a lot of opportunities with a good salary package.
Mechanical & Civil: These are ‘evergreen’ branches. If students have skills and ability to construct, manufacture, and renewable energy then they can pick this career for their career.
Abroad: IIT or NIT qualified engineers are well-respected globally. With the right skills you can work on large projects abroad such as the US, Europe, and Australia.
Medical: Job security, secure future, and Respect in society
With an increasing health crisis, everyone needs a doctor who can cure and treat them. After MBBS, Medical training is also mandatory for every student. India has a huge shortage of doctors, with a doctor-patient ratio far below WHO recommendations.
In India: A doctor will never be jobless. You can have plenty of options like your own clinic, work in government or private hospitals. After specialization (e.g., cardiologist, dermatologist, oncologist), you will be demanded everywhere. The respect you get from society is unparalleled.
Abroad: MBBS degree is a door to open many options abroad but to work in countries like the US or UK, you need to clear their licensing exams (USMLE for the US, PLAB for the UK). Indian doctors can apply for them after a few years of experience in India because it is tough and expensive but the financial rewards and quality of life can be extraordinary.
Salary & Financial Growth
This is where the paths differ significantly.
Engineering: if you have done engineering in computer science from a reputed college or IIT, you can get a good placement package from top companies. IITs can get a starting package of ₹20-30 LPA. For other branches and colleges, it might be in the ₹6-12 lakh range. Your professional growth depends on how fast you can update your skills.
Medical: The financial journey is a slow burn. During your internship and PG residency, you earn a stipend, not a salary (around ₹25,000 to ₹80,000 per month depending on the state and college). The real earning starts after you are nearly 30 years old. But once you are a specialist, your earning potential is immense and stable. A successful specialist in a city can earn lakhs per month, far surpassing most engineers.
The Verdict: Engineering gives you a 6-8 year head start in earning. Medicine promises higher and more stable lifetime earnings, but you have to wait for it.
Success isn’t just about your bank balance. It’s about being happy.
A Doctor’s Life:
Heavy responsibility of a patient, being available for emergencies. So, this is not just a regular desk job. You need deal with many new things:
The Bad: The hours are brutal. Health crises can happen anytime-anywhere but being a doctor it’s your responsibility to be available for your patients. There are no weekends or festivals when there’s an emergency. Be ready to deal with everyday life and death situations. The small mistake can cost a life, so being focused and emotionally stable is mandatory to handle.
The Good: The job satisfaction is on another level. The feeling of saving a life or healing someone is a reward that money can’t buy. The trust and respect you receive from your patients and community are profound.
An Engineer’s Life:
Being an engineer is about creating and solving problems.
The Bad: Especially in the IT sector, there’s pressure of deadlines, project delivery, and constantly learning new technologies to stay relevant. Burnout is a real risk. Your job security is often tied to the performance of your company and the economy.
The Good: You often have more predictable work hours (though this can vary wildly). You have your weekends off. The work sometimes gives you hard challenges, but a lot of benefits like you can start your own side business after years of experience. You get to build things that millions of people might use, which is a great feeling.
What Should YOU Choose?
Forget about your friend’s suggestions. Forget about what your relatives will say. Ask yourself these questions with an honest heart.
Choose Engineering if:
You are fascinated by how things work. You are able to solve complex problems within less time and have a logical and analytical mind.
You love to solve quizzes from Maths and Physics.
Quickly understands new technologies and skills throughout your life. You don’t have a problem with quick changes in your professional world.
You want a faster entry into the professional world and want to start earning relatively early.
You are a creator and a builder at heart, whether it’s software, machines, or bridges.
Choose Medical if:
You have a deep, genuine desire to help people directly. Your primary motivation is service.
You have incredible patience and are prepared for a decade-long educational journey before you are fully settled.
You have quickly memorized diagrams and names of the phenomenon. You must adapt a habit to study consistently for very long hours.
You love to care about others and have strength to handle the pressure of life and death situations calmly.
You want lifelong respect and a long-term future for your career.
In the end, there is no “better” field. There is only a “better fit” for you. A happy and successful engineer will always do better in life than a frustrated and burnt-out doctor, and vice-versa.
Success in 2025 and beyond will not come from choosing the most popular or the highest-paying stream. It will come from choosing the path where your natural interests and skills lie. It will come from choosing a profession that you won’t just ‘do’ for a living, but one that you will be proud to live every single day. So, talk to your parents, talk to people from both fields, and most importantly, listen to your own heart. The right answer is right there.e-old battle between Medicine and Engineering is a part of our DNA. For generations, these two streams have been seen as the ultimate tickets to a successful, secure, and respectable life.
GSEB HSC Supply Result 2025 is released today. If you also appeared in the 12th science examination held from 23 June to 30 June, 2025 then check it out on the official website. You can follow the steps to check the result of Gujarat Board examination 2025.
GSEB HSC Supply Result 2025 Check Now
Students can follow a step-by-step guide to check the GSEB HSC supply result 2025. Students can also check their result from the direct link provided in the article.
Go to the official website, link is given in the article.
When you appear on the website, click on the link “HSC Supply Result 2025”.
Enter the details such as roll number and password and click on enter.
BSc Radiology and Imaging Technology is a three-year program (with one-year internship that is mandatory in most of the institutions) that equips the students with the knowledge of medical imaging. The core science portion of the curriculum (focusing on physics, chemistry, and biology) is integrated with clinical imaging courses including: anatomy and pathology, radiographic procedures, sonography techniques, ultrasound physics, computed tomography (CT), magnetic resonance imaging (MRI), and radiation protection.
The Bachelor of Science in Medical Radiology and Imaging Technology is becoming the backbone of diagnostic medicine today. This transformation is being driven by three coalescing factors: the full enforcement of National Commission for Allied and Healthcare Professions (NCAHP) Act 2021, the adoption of advanced artificial intelligence (AI) in diagnostic workflow, and the growing world-wide need for expert imaging technologists.
The course is intended to prepare competent technologists (“radiographers”) who will be well versed in the operation of contemporary imaging equipment and have a solid foundation in the science of diagnostic radiology.
Who is a Radiology Technologist?
The Radiology Technologist/Radiographer is a clinical scientist who holds at least a B.Sc. or M.Sc. degree in Radiography. They don’t just know how to run the machines, they understand the physics behind the formation of images, the physiological basis of pathology and the important issues surrounding patient safety and radiation protection.
Why Has This Course Become Important in Diagnostics?
Imaging is at the heart of diagnostics, which are critical to contemporary medicine; more than 80% of hospital care relies on them. B.Sc. In addition to machinery handling the Technician holder needs to perform a large part in the day to day imaging workflow by the year 2026 MRIT graduates holders can expect to be involved with state of the Art technology like PET-MRI, SPECT-CT, Protocol Optimization, Post Processing, QC.
Also this line job is work during recession. There is a long-term demand for skilled radiographers, particularly those trained in PACS and RIS, as the population of India grows older, lifestyle ailments become more common, and digital healthcare is enhanced under the ‘Ayushman Bharat Digital Mission’.
Entrance Exams & Eligibility Details For Admission
NEET UG 2026
National Eligibility cum Entrance Test (NEET UG) shall be the single entrance examination for admission to all the undergraduate allied and healthcare courses like BSc Radiology and Imaging Technology from the academic year 2026-27, according to NCAHP.
AIIMS — 2026 Paramedical Entrance Test
Along with NEET, there is the AIIMS entrance Test which is held by AIIMS for paramedical courses leading to B.Sc. and M.Sc. The date of AIIMS B.Sc. Paramedical 2026 exam is tentatively on 30 May 2026.
Note:- Candidates are requested to cross-check this with official notification as some calendars mention July for Examination, however May is the only projected window as per academic calendar.
How to apply:
Basic Registration: The schedules released in 2026 March/April. You can create a Registration ID.
Final Registration: Involves the generation of a Unique Code (RUC), payment of application fee, usually in May 2026.
Test Format: This computer-based test will consist of 90 multiple-choice questions (MCQs) on biology/mathematics, chemistry, and physics and will last for 90 minutes. Any wrong answer can take away ⅓ marks.
Admissions at JIPMER & PGIMER
JIPMER (Puducherry): B.Sc admissions The admissions to the B.Sc shall be The Allied Health Science at JIPMER (Puducherry) for the year 2026 will be on the basis of the NEET UG scores. JIPMER normally holds its own counseling for these seat(s).
PGIMER (Chandigarh): The institution holds a separate CBE, these are usually conducted in the months of August/September. The process of application normally commences in June.
State and Private University Tests
CUET (Common University Entrance Test): Central universities, such as Banaras Hindu University (BHU), utilise the CUET. The essential subject combination for Radiology is Physics, Chemistry, and Biology / Mathematics.
Manipal: in MAHE, Phase 1 is scheduled for April 2026 for admission test, and the next Phase 2 for May 2026.
CMC Vellore: It is a tough Institute level CBT (Computer Based Test) followed by a Step-2 evaluation (Practical tests and interviews.)
Eligibility Criteria 2026
Educational qualification: Should be passed class 12th board with physics, chemistry and biology (pcb) and English. Some of the institutes like AIIMS allow mathematics (pcm) for Radiology courses.
Minimum Marks: For the general/EWS/OBC category, it is 50% aggregate and for the SC/ST category, it is 45%.
List of Colleges For BSc Radiology and Imaging Technology
There are 140+ colleges around India that offer BSc Radiology and Imaging Technology without taking too much fees, especially in government colleges. If you have interest in lab technologies or figuring out body structures and making reports then take admission for securing your career in this field.
College
Location
Approx. Fees
Notes
AIIMS—New Delhi
Delhi
₹4,500
Elite training facility as it is Top-ranked college
PGIMER
Chandigarh
₹10,500
Members are mindful and placements opportunities
JIPMER
Puducherry
₹94,000
Excellent internships
AIIMS—Rishikesh
Uttarakhand
₹46,000
High packages up to ₹24L
GMCH
Chandigarh
₹39,000
Affordable govt option
Integral University
Lucknow, UP
₹3.15L
Good infra, local pick
Parul University
Vadodara
₹4.6L
Private, placements ₹6L avg
SGT University
Gurgaon
Varies
Modern facilities
Academic Curriculum for the Course
Theory and laboratory practice are included in the curriculum of BSc Radiology and Imaging Technology. The following topics were covered: Human anatomy/physiology, Imaging Physics, General Radiography, Ultrasound Imaging, CT Scanning, MRI Basics, Radiobiology and Radiation Protection, Digital Image Processing, and General Patient Care.
BSc Radiology and Imaging Technology is a four year degree course. The first three years were spent attending didactic lectures, practical laboratory courses, and clinical observations. The fourth year is a required, full-time clinical internship during which the student serves as a student technologist at a hospital.
Phase
Duration
Focus Areas
Year 1
Semesters 1-2
Basic Medical Sciences, Communication Skills, Computer Basics
The 2026 Curriculum is intended to establish progressively developing competencies.
Year 1: The Foundation
The goal is to give the student a foundation in the human body and the hospital setting.
Human Anatomy & Physiology: This Is Not a “Fly By” Tour Students are required to study detailed osteology (bones) to learn how to position for radiographic.
They are taught body systems physiology to understand how to administer contrast media.
General Physics: The basic laws of physics applicable to the production of radiation.
Clinical Pathology & Biochemistry: Basics of blood tests (creatinine, urea) which are important prior to contrast administration.
English & Communication: Necessary to describe techniques to patients and to calm them.
Year 2: The Core
Students access the realm of diagnostic imaging in BSc Radiology and Imaging Technology.
Radiation physics: The production of X-rays, their interaction with matter, and the design of X-ray tubes.
Radiographic Positioning, the science and art of positioning the patient to radiograph the body part (i.e. Towne’s view for skull, Skyline view for patella).
Darkroom to Digital: Darkrooms may be a thing of the past, but knowing the history is key. Emphasis is placed upon Computer Radiography (CR) and Direct Digital Radiography (DR) modalities.
Radiation Protection: Students learn the ALARA (As Low As Reasonably Achievable) concept along with shielding and dose limit for worker and patient.
Year 3: The Advanced Frontier
This is the year when the high-end modalities that shape contemporary radiology are covered.
Computed Tomography (CT): CT Physics, generations of scanners, helical vs. axial scanning, and protocols for different body regions.
Magnetic Resonance Imaging (MRI): Principles of the complicated physics of nuclear magnetic resonance, safety issues related to ferromagnetic materials, and pulse sequences.
Ultrasonography (USG): Essentials of acoustics, transducer design, and the technologist’s function in the operation of the sonographer.
Interventional Radiology (IR): Orientation to the Cath Lab Sterility and Equipment utilized in Angiography.
Radiation and Radioactivity in Nuclear Medicine Basics of PET-CT Handling of Radioisotopes including Technetium-99m.
Year 4: The Internship
The purpose of the internship is to transition a student to a worker. Interns rotate through different departments, including X-ray, CT, MRI, Emergency and ICU. They need to keep a logbook of cases they have done, and are evaluated on their technical skills and dealing with patients.
BSc Radiology and Imaging Technology Career Scope & Salary
Skilled radiographic professionals are sought after in India’s growing healthcare sector. Radiology technicians also work in public and private hospitals, diagnostic laboratories (pathology and imaging centres), government health schemes, private practitioners and emerging digital health platforms including teleradiology and artificial intelligence (AI) imaging start-ups.
Clinical Roles
Radiologic Technologist: The typical baseline position. Duties are to perform x-rays, triage patients and maintain radiation safety .
CT Technologist: So, what’s the place in the hierarchy. Knowledge of cross-sectional anatomy and contrast administration is required.
MRI Technologist: A step up. MRI scanners are complicated, and patient safety (screening for metal) is critical. The technologists here typically make 20-30% more than a general radiographer.
IR Technologist: The Cath Lab Experience. In a stressful environment, high volume dealing with cardiac and vascular interventions. You’ve got to wear thick lead aprons for long hours – but when you’re done, you’re king and you’ve got money in your pocket.
Mammographer: Expert in breast imaging. Because of the sensitive nature of the exam, female technologists are preferred for this position.
Sector & Role Wise Salary (2026)
Role
Experience
Sector
Approx. Monthly Salary (INR)
Jr Technologist
0-2 Years
Private sector Hospital
Rs 18–25k
Jr Technologist
0-2 Years
AIIMS/Govt (Contract)
Rs 25–35k
Sr Technologist
5+ Years
Corporate Hospital
Rs 45–60k
MRI Specialist
3-5 Years
Diagnostic Chain
Rs 35–50k
Application Specialist
2-5 Years
Medical Device Co.
Rs 50–80k + other allowance
Govt. Permanent
Entry Level
Government
Rs 45–55k (Initial + Allowance)
Who is Ideal For this Course?
BSc Radiology and Imaging Technology course is for students who like science and technology and want to work in the health sector. The ideal candidate: is detail oriented, is able to follow protocols which are critical for safety, is comfortable using computers and complex machinery, and can interact with patients (explain procedures, position patients). A BSc radiology student should be well versed with biology and physics and should also be calm and responsible because any mistake in imaging can impact the diagnosis.
Future Value of BSc Radiology and Imaging in Healthcare
In India’s upcoming healthcare scenario, BSc Radiology and Imaging Technology are a must-have. With the proliferation of private hospitals and diagnostic chains in Tier II/III cities, the need for imaging services is on the rise.
Technologies, such as AI-based image analysis, hybrid imaging (e.g. PET/CT), etc, indicate that the profession will continue to be hitech. So BSc (Hons) in Radiography graduates will play a vital role in connecting technology and patient care. The course produces practical professionals who can contribute immediately to hospitals’ diagnostic teams, which is critical in a country like India, where there is a shortage of doctors.
Conclusion
In a day and age when technology and medicine are coming together closer than ever, the Radiology Technologist is at the controls of the medical world’s most powerful machines. For individuals who are detail-oriented, have a caring nature, and technical mind, BSc Radiology and Imaging Technology offers a fulfilling, stable and ever-changing career.
