Biomedical engineering : Is there scope for biomedical engineering....????? | QNA - CollegeDekho

Question

Biomedical engineering  : Is there scope for biomedical engineering....?????

Aston · Answer

Yes, there's significant scope for biomedical engineering at LPU. The university's program is designed to meet the growing demand in the healthcare sector by focusing on a modern curriculum that blends engineering with biological sciences. Students get hands-on experience in areas like biomedical instrumentation, medical imaging, and biomaterials, preparing them for roles in medical device manufacturing, research, and hospitals. LPU's strong industry connections and a proactive placement cell further enhance career prospects for its graduates.

sampreetkaur · Answer

Biomedical engineering course at LPU offers strong career paths with roles in hospitals, medical device firms, biotech companies, R&amp;D labs and medicare consulting.supported by state of the art labs , strong industry connections and excellent placement opportunities the program prepares students for successful careers in healthcare technology and biomedical research.

harshita · Answer

To create advanced solutions in the field of healthcare, the LPU of biomedical engineering combines biological sciences and engineering concepts. Students will learn clinical engineering, biomaterials, biomechanics, and medical electronics. Students can create medical gadgets, prosthetics and diagnostic equipment thanks to advanced program labs, modeling tools and interdisciplinary training. Additionally, LPU includes research-based research, encouraging students to focus on current health issues and advanced medical technologies such as artificial intelligence. Students can participate in internships, real projects, and collaborative research with hospitals and biotech companies for solid university contact. Graduates can work in hospitals, research and development labs, biomedical companies, or seek deeper education in the field of biogenius or similar objects around the world.

Vidushi Sharma · Answer

Lovely Professional University's Biomedical Engineering program integrates engineering with medical sciences, emphasizing practical learning, innovation, and research. Supported by state-of-the-art labs, strong industry connections, and excellent placement opportunities, the program prepares students for successful careers in healthcare technology and biomedical research.

Om Shivarame · Answer

To create cutting-edge healthcare solutions, LPU's Biomedical Engineering curriculum blends biological sciences and engineering concepts. Students learn about clinical engineering, biomaterials, biomechanics, and medical electronics. Students can build medical gadgets, prostheses, and diagnostic equipment thanks to the program's cutting-edge labs, simulation tools, and interdisciplinary learning. Additionally, LPU incorporates research-based learning, which motivates students to focus on current healthcare issues and cutting-edge medical technology like artificial intelligence. Students can participate in internships, real projects, and cooperative research with hospitals and biotech companies because to the university's strong industry contacts. Graduates can work in hospitals, R&amp;D labs, biomedical companies, or seek further education in bioengineering or similar subjects across the world.

ghumika · Answer

Biomedical engineering course of LPU offers strong career paths with roles in hospitals, medical device firms, biotech companies, R&amp;D labs and medicare consulting. With well equipped labs and curriculum focused on medical instrumentation, biomaterials, and healthcare systems graduates gain robust practical exposure and develop technical and soft skill. Placements are promisng with 8.8 LPA average and 10.9 RS LPA the top most package offred.

samaksh · Answer

Yes, Biomedical Engineering at Lovely Professional University (LPU) holds strong potential. The B.Tech program combines engineering principles with medical sciences, preparing students for careers in healthcare technology, clinical engineering, and medical device development. With state-of-the-art labs and practical exposure through industry partnerships, students gain hands-on experience with biomedical instruments. The curriculum aligns well with current industry needs, enhancing employability. While specific placement data for Biomedical Engineering is limited, LPU’s overall placement record is impressive, with top packages reaching ₹62 LPA and partnerships with companies like Amazon, Microsoft, and Google. LPU’s strong industry linkage and academic focus make it a promising choice for aspiring biomedical engineers

YogyaaOSharma · Answer

Yes, there is a very good potential for Biomedical Engineering at Lovely Professional University (LPU). The B.Tech in Biomedical Engineering program at LPU combines engineering with medical sciences and students can look forward to entering a wide variety of careers in health care technology, clinical engineering, and medical device development.Students benefit from state of the art laboratories and a variety of industry partners where they can gain practical experience on biomedical instruments and are acquiring skills that will be required of you in the health care industry. The curriculum prepares students to compete in today’s employment market as there is an excellent alignment with current industry practice.LPU has an excellent placement record. For example,  the highest salary package for B.Tech graduates has reached up to INR 62 LPA. LPU has good partnerships with industry, including major international companies like Amazon, Microsoft, and Google. I could not identify specific placement data for Biomedical Engineering graduate in particular related to those companies, however the institutions good linkage with industry will benefit graduates with their employment prospects.LPU's Biomedical Engineering program provides a strong educational foundation, along with excellent prospects in the ever changing healthcare technology landscape.

VEDIKA · Answer

Lovely Professional University's Biomedical Engineering program blends engineering and medical sciences, focusing on hands-on learning, innovation, and research. With advanced labs, industry ties, and robust placement support, it equips students for careers in healthcare technology and biomedical research.

vridhi · Answer

Biomedical engineering is a rapidly growing and promising field that combines principles of engineering with medical and biological sciences to improve healthcare. The scope for biomedical engineering is expanding worldwide due to advancements in medical technology, increasing healthcare demands, and innovation in devices like prosthetics, medical imaging, diagnostics, and tissue engineering. Graduates can find opportunities in hospitals, medical device companies, research labs, pharmaceuticals, and healthcare startups. Roles may include designing medical equipment, developing software for diagnostics, working in biomaterials, or contributing to regenerative medicine. In India and globally, the biomedical sector is gaining momentum, with increasing investments and government support. This creates a strong demand for skilled biomedical engineers. However, success in this field requires continuous learning, staying updated with technological advances, and sometimes pursuing higher studies or specialization. Overall, biomedical engineering offers excellent career prospects with the chance to make impactful contributions to healthcare and improve quality of life. If you are passionate about both engineering and medicine, it’s a great career option with growing opportunities.

Anmol Sharma · Answer

Yes, the scope for biomedical engineering is significant and rapidly expanding. This interdisciplinary field combines engineering principles with medical and biological sciences to create innovative solutions for healthcare. As medical technology advances, and with a global focus on personalized medicine and diagnostics, biomedical engineers are increasingly in demand in areas like medical device manufacturing, healthcare IT, R&amp;D, clinical engineering, and biomaterials. They play a crucial role in developing life-saving equipment and improving healthcare delivery.LPU (Lovely Professional University) offers a B.Tech in Biomedical Engineering, which provides numerous benefits. The program features an industry-aligned curriculum, access to advanced labs for hands-on learning, and strong industry connections for internships and placements. LPU's emphasis on practical application and research prepares graduates for diverse career paths in hospitals, research institutions, and medical technology companies, enabling them to contribute meaningfully to the healthcare sector.

Jyoti Gohri · Answer

Lovely Professional University (LPU) provides a thorough B. Tech in Biomedical Engineering program that combines engineering concepts with medical sciences. The syllabus includes topics such as medical instrumentation, biomechanics, biomaterials, and signal processing, equipping students with a robust grounding in both theoretical understanding and practical abilities. LPU prioritizes experiential learning through well-equipped labs and promotes research and innovation, thus preparing students for the dynamic biomedical sector. Furthermore, the university encourages collaboration between industry and academia, providing students with insights into real-world applications and challenges within the biomedical domain.Regarding placements, LPU's biomedical engineering alumni have attained positions in esteemed organizations. The university's dedicated placement cell aids students through resume development, mock interviews, and interactions with industry professionals. Although precise placement statistics may fluctuate each year, LPU's dedication to student achievement is reflected in its ongoing initiatives to improve employability. Graduates have discovered job opportunities in areas such as healthcare technology, medical device production, and research organizations. For comprehensive and current placement details, prospective students should refer to LPU's official placement resources.

Anmol Sharma · Answer

Lovely Professional University (LPU) offers a comprehensive Biomedical Engineering program that combines engineering principles with medical sciences. The curriculum emphasizes practical learning, research, and innovation. Students benefit from state-of-the-art laboratories, industry collaborations, and strong placement support, preparing them for successful careers in healthcare technology and biomedical research.

sampreetkaur · Answer

Yes biomedical engineering has a good future. At LPU this course is well designed with modern labs, hospital tie-ups and real projects. students get good placements and research chances, so, LPU is a good choice for biomedical engineering with good scope ahead.

Kanwaldeep singh · Answer

Biomedical engineering is a rapidly growing and interdisciplinary field that applies engineering principles and techniques to solve problems in biology and medicine. The scope of biomedical engineering is very growing on daily basis. Graduates with a degree in biomedical engineering from LPU or any reputable institution have various career opportunities. They can work in healthcare, research, medical device manufacturing, pharmaceuticals, and academia. Biomedical engineers are in high demand in the medical device industry. They design and develop medical equipment, prosthetics, implants, and diagnostic devices. The growing healthcare sector offers numerous opportunities for innovation and product development. Biomedical engineers play a vital role in research and development, contributing to advancements in medical technology, drug delivery systems, tissue engineering, and more. They work in research institutions, universities, and government organizations. Biomedical engineers are involved in maintaining and troubleshooting medical equipment in hospitals. They ensure that medical devices are functioning correctly and are safe for patient use. Biomedical engineers can work in regulatory affairs and quality assurance roles, ensuring that medical products and equipment meet regulatory standards and are safe for use in healthcare settings. The skills and knowledge gained in biomedical engineering are in demand globally, allowing for potential international career opportunities.

GEETU · Answer

LPU offer Biomedical Engineering Course is an four- year undergraduate programme includes subjects like biochemistry, Anatomy and physiology, Biomedical signal processing, medical  techniques .   Bio medical engineering demand is increasing day-by-day with the rise of  medicine , AI and machine learning in health care.Eligiblitiy need 60% marks in 12th class with physics, chemistry, mathematics or biology or biotechnology  and qualify LPUNEST exam  or JEE mains. Highest salary packages is 12 LPA and average salary package is 7.23 LPA of TOP 10 %. Faculty of LPU is a well-qualified and very knowledgeable members.

Gurmeet Singh · Answer

Certainly! Biomedical engineering holds immense scope, especially at Lovely Professional University (LPU). LPU's Biomedical Engineering program is meticulously designed to equip students with the skills and knowledge required for this dynamic field. The curriculum covers a wide array of subjects, including medical instrumentation, biomaterials, and healthcare systems, ensuring graduates are well-prepared for the industry. Additionally, LPU's strong industry connections and collaborations provide ample opportunities for internships and placements in healthcare organizations and medical device companies. This, combined with the growing demand for healthcare technologies, makes Biomedical Engineering from LPU a promising and rewarding career choice.

Rahuljoshi · Answer

LPU is ranked as the 46th university in the NIRF Rankings of 2023. LPU is a really good university in India. It is the ideal choice for you. LPU has a very high ranking, like NAAC A++.Choosing LPU would be a great decision because it is a university that helps students develop in all areas and supports their career success, which others might envy. At LPU, the area of molecular biology and genetic engineering focuses on providing a research-focused and job placement-focused environment. The department often collaborates with students on research projects that have new and practical ideas.LPU has very knowledgeable teachers who are really good at their subjects and have done a lot of research and teaching. In LPU, you can study different subjects like genetic engineering, molecular biology, cell biology, molecular diagnostics, and cloning (reproductive and therapeutic).

Akshay Singh · Answer

One of the most renowned private universities in India, Lovely Professional University (LPU), provides a B.Tech in Biomedical Engineering curriculum. The university enjoys a solid reputation and has received approval from the All India Council for Technical Education (AICTE) and recognition from the University Grants Commission (UGC).The curriculum for LPU's B.Tech in Biomedical Engineering degree is thoughtfully structured to incorporate both theoretical and practical elements. Anatomy and physiology, medical imaging, biomaterials, biomedical equipment, and medical signal processing are just a few of the topics covered in the curriculum on biomedical engineering. In order to give students real exposure and hands-on experience, the university also grants access to a variety of laboratories and medical facilities.Reputable biomedical engineering companies have hired students from LPU according to the school's strong placement record. In order to improve students' employability, the institution also organizes a variety of professional development events, including industry contacts, guest lectures, workshops, and internships.It is crucial to remember that individual aspects like the caliber of the teachers, the facilities, the infrastructure, and the availability of possibilities for research and development can all have an impact on the entire experience and the quality of the education. When choosing where to study a B.Tech in Biomedical Engineering, it is advised to do extensive research and compare several universities.I hope this helps.Thank you

Manan · Answer

B.Tech Biomedical Engineering is an undergraduate program which is of a total of 4 years duration, divided into 8 semesters. The candidates who have passed 12th or any equivalent degree in any Science stream can pursue a course in B. Tech Biomedical Engineering. Through this course, the students are provided with a curriculum of the specialised concept of Biomedical Engineering with in-depth theoretical and practical knowledge of Biomedical concepts. The various areas of concepts which are covered by B. Tech in Biomedical Engineering course include Biology, Biomedical, Technology in Biomedical, Biomedical process, issues with Biomedical and Biology, etc. The selection of candidates for admission to B.Tech Biomedical Engineering course is done either through direct admission or through a national level entrance exam such as JEE Mains. The candidates who wish to pursue a degree in B.Tech Biomedical Engineering must fulfil certain eligibility criteria in order to get eligible for the course. Though the eligibility criteria for admission to B. Tech Biomedical Engineering differs from college to college, there are certain minimum eligibility criteria which the candidates must fulfil for admission. The eligibility criteria required for admission to B.Tech Biomedical Engineering are given below: The candidates must have passed 12th or an equivalent degree from a recognised institute/board. The candidate must have opted for Mathematics and Physics as the major subjects in class 12th along with one of the optional subjects as Chemistry/ Biology/ Biotechnology. The candidate must have acquired a minimum aggregate of 50% (45% for the reserved candidates) in the qualifying examination. The candidates who are appearing for the final exam or waiting for the final result can also apply for admission to B. Tech Biomedical Engineering course. Placements ₹ 12 LPA Highest Package ₹ 7.23 LPA Average package of top 10% 71 Total recruiters 66 Total super dream &amp; dream offers CORPORATE JOBS SCOPE, DESIGN AND DEVELOPMENT OF MEDICAL DEVICES This course will provide a detailed overview of medical device development from a realistic industrial perspective using recorded lectures and slides which are all provided. The processes used in corporations to conceive and develop devices will be explored from a research, regulatory, clinical, QA/QC, marketing, engineering, and legal perspective under the umbrella of project management techniques. MEDICAL RADIATION SAFETY ENGINEERING High energy radiation like X-rays are used in medical field and health personnels are exposed. This course teaches about safety/ precautions required with radiation. QUALITY CONTROL AND REGULATORY ASPECTS IN MEDICAL DEVICES At present around half million different medical device available in the marker and those devices also cost a lot of money to government. Many countries are lacking access to such devices and therefore this course will help medical professionals to identify and regulate the quality and accessibility of medical devices. TROUBLE SHOOTING OF MEDICAL INSTRUMENTS This course focuses on Engineering concept drives any medical instrument and any operational or manufacturing fault troubleshooting requires an expert who can understand engineering as well as medical science behind it.

harshit · Answer

An Engineering program which seamlessly articulates the concepts from basic science to technology with relevant practice through lab and projects pertaining to biomedical engineering for building the problem solving skills, keeping industry requirements in place.Pass with 60% aggregate marks in 10+2 (with Physics, Chemistry, English and Mathematics or Biology or Biotechnology) or equivalent, subject to qualifying JEE Mains^ or LPUNEST* or CUET.₹ 12 LPAHighest Package₹ 7.23 LPAAverage package of top 10%

Sankalp Shrivastava · Answer

Biomedical Engineering is a field that is rapidly growing in popularity and importance in today’s world. At Lovely Professional University (LPU), the scope of Biomedical Engineering is vast, and students can expect to gain a thorough understanding of this field through a comprehensive curriculum and a range of practical experiences.The curriculum at LPU covers all aspects of Biomedical Engineering, including anatomy, physiology, biomaterials, biomedical instrumentation, medical imaging, and biomechanics. Students are exposed to the latest developments in the field, and they are taught how to apply engineering principles to design and develop medical devices, diagnostic tools, and therapeutic equipment. This provides them with a strong foundation in engineering principles and medical knowledge, which they can use to create innovative solutions for medical problems.At LPU, there is a strong focus on research and innovation. The Biomedical Engineering department has collaborations with several industries and research organizations, which provides students with opportunities to work on cutting-edge technologies and develop new products. Students have access to the latest equipment and tools, and they are encouraged to work on real-world problems and develop innovative solutions. This helps students to gain a deep understanding of the field and prepares them to excel in their careers.Industry collaboration is another important aspect of Biomedical Engineering at LPU. The university has collaborations with several industries and corporate partners, which provides students with opportunities to learn from industry experts and gain practical exposure to the corporate world. Students are also provided with opportunities to work on live projects and internships, which helps them to gain practical experience and develop their skills.Entrepreneurship is another key aspect of Biomedical Engineering at LPU. The university has a dedicated entrepreneurship cell that provides students with opportunities to develop their entrepreneurial skills and start their own ventures. The cell provides support in the form of funding, mentorship, and incubation facilities to students who have innovative ideas and want to start their own businesses.LPU has state-of-the-art infrastructure and facilities that provide a comfortable and conducive learning environment for students. The university has well-equipped classrooms, laboratories, computer labs, sports facilities, and hostels. The university also has a dedicated placement cell that assists students in getting placed in reputed organizations. The placement cell provides students with training and guidance on resume writing, interview skills, and networking, which helps them to secure their dream jobs.Thus, the scope of Biomedical Engineering at LPU is vast, and students can expect to gain a thorough understanding of this field through a comprehensive curriculum, a range of practical experiences, and exposure to the latest developments in the field. With its focus on research and innovation, industry collaboration, entrepreneurship, state-of-the-art infrastructure, and global exposure, LPU is well-positioned to prepare students for successful careers in Biomedical Engineering.

riya · Answer

It is such a complex field to learn that if you can get through it alive, then your confidence will soar. I’ll explain my reasoning using two perspectives:You have decided that you want a career in medicine. Studying biomedical engineering will give you a broad perspective of the many different topics within BME. You will gain knowledge which is relevant to the following career paths:Medical school - The advancement of technology has led to the development of increasingly complex medical devices. If you become a doctor, you’ll benefit from studying BME because you’ll be more knowledgeable about the interface of these devices and your patients.Engineering - In BME you learn about every type of engineering: computer, electrical, and mechanical. You also learn about physiology and integrate all these disciplines to solve problems that arise in the body. There are limitless problems to solve and the devices you make can make a huge difference in a lot of people’s lives.Research - Research is for those who want to make ground breaking discoveries in the lab. You’ll spend years and years (8–12) in school to finish a B.S. and PHd, and in the end you’ll be an expert at a very specific topic related to BME. You could find the cure for Alzheimers.You’re not sure what type of career you want. If this is you, first consider other fields of study. Talk to your friends, families, and counsellors to receive input and help make a more informed decision. If nothing else seems to stand out, then DEFINITELY study BME. It will be an absolute STRUGGLE, but you will come out smarter and more confident on the other side. Assuming you’re considering BME as a major, here are a few things to keep in mind:Difficulty - This is one of the toughest majors around. You will need to work your ass off for many years to be successful. You will have to sacrifice other things in life in order to make it work. You’ll have lots of nights with little sleep, lots of frustrating homework problems, and lots of test anxiety. It sounds terrible, I know, but I am not writing this to dissuade you. In fact, I write this to persuade you that you can only accomplish big things if you endure big struggles. And from my perspective, BME was definitely worth the struggle.Job security - Engineers seem to be in pretty high demand in today’s economy given the advancement of automation and the need for a workforce that can work well with technology. You’ll be able to pivot within BME to a specialty, such as electrical or mechanical engineering. That way, you’ll be qualified to get a job in software or in mechanical engineering once you graduate. You don’t learn as many of the skills as you would if you majored in software or ME, but you’re exposed to it enough that you aren’t too far away from being caught up with the people who study those majors.Lateral movement - Building off the previous answer, you’ll be able to eventually fish for jobs that aren’t related to BME at all. You’ll develop some skillsets, and in the mean time, test your interests at different jobs. Most kids don’t really know what they want to do when applying for college. So if you decided to study BME, you’ll have more time to experiment different types of work. Sure, it’ll likely be engineering-focused for a while. But since you practice learning difficult material in BME, you’ll be more confident in the future that you can learn any other new skills. Like I said before, BME is one of the most difficult disciplines around.

ankita · Answer

These are the medical equipment's. I'd say *BIOMEDICAL EQUIPMENTS*. You will study about these equipments, every part, every function, everything about it from the base. And also you will design one of this on your own in your projects. Can u imagine??, you will design a device that will save or help thousands of lives. Well, this comes under healthcare companies where you will design new medical devices.There are two categories in medical equipment's. One is diagnostic equipment's which are used to identify patient's problems like scanning (x- ray scan) to check any fractures in the bones.Another one is Therapeutic Equipment's which are used to treat the patient's problems like defibrillators to re-initiate an electric pulse to the heart… Have you seen in movies like when a person is met with an accident, will be given shock waves by the doctors. That's it. That's the defibrillator device.About biomedical engineers work.There is a place for biomedical engineers in every hospitals. Whenever an equipment malfunctions, we will be called to check on that. This is not an easy job. If we make one small mistake, it will lead to a patient's death or injury. This job known as *Service Engineer* in BME- Biomedical engineering.Have you heard about healthcare companies??? … Siemens, GE, Perfint Healthcare, etc are recruits the biomedical engineers. In here you have three jobs,1) Sales Executive/Engineer- you will explain your company's new device to the hospitals (customers) and sell them.2) Service Engineer- your customers will call for you to service/maintain the device . And you will go there and fix them.3) Research and development- here you will think of new ideas, design them and test them. You may search for “*new biomedical technologies*” in online. Awesome, isn't it.If you are interested in creating new devices that helps make people live and breath better, then you have come to the right place(biomedical engineering).Try to get into best RnD(research and development) companies or you can start your own company. The choice is yours.There is another opportunity for biomedical engineers, that is, in intellectual property and patents. Here you have to clear the exams to get the job (central govt job). I heard that biomedical engineers are in demand nowadays.If you are planning to take biomedical engineering, my congratulations and best wishes for your bright future.

riya · Answer

It is such a complex field to learn that if you can get through it alive, then your confidence will soar. I’ll explain my reasoning using two perspectives:-Medical school - The advancement of technology has led to the development of increasingly complex medical devices. If you become a doctor, you’ll benefit from studying BME because you’ll be more knowledgeable about the interface of these devices and your patients.Engineering - In BME you learn about every type of engineering: computer, electrical, and mechanical. You also learn about physiology and integrate all these disciplines to solve problems that arise in the body. There are limitless problems to solve and the devices you make can make a huge difference in a lot of people’s lives.Research - Research is for those who want to make ground breaking discoveries in the lab. You’ll spend years and years (8–12) in school to finish a B.S. and PHd, and in the end you’ll be an expert at a very specific topic related to BME. You could find the cure for Alzheimers.You’re not sure what type of career you want. If this is you, first consider other fields of study. Talk to your friends, families, and counsellors to receive input and help make a more informed decision. If nothing else seems to stand out, then DEFINITELY study BME. It will be an absolute STRUGGLE, but you will come out smarter and more confident on the other side.

Akshita kapoor · Answer

There is a place for biomedical engineers in every hospitals. Whenever an equipment malfunctions, we will be called to check on that. This is not an easy job. If we make one small mistake, it will lead to a patient's death or injury. This job known as *Service Engineer* in BME- Biomedical engineering.Have you heard about healthcare companies??? … Siemens, GE, Perfint Healthcare, etc are recruits the biomedical engineers. In here you have three jobs,1) Sales Executive/Engineer- you will explain your company's new device to the hospitals (customers) and sell them.2) Service Engineer- your customers will call for you to service/maintain the device . And you will go there and fix them.3) Research and development- here you will think of new ideas, design them and test them. You may search for “*new biomedical technologies*” in online. Awesome, isn't it.

ankita · Answer

It is such a complex field to learn that if you can get through it alive, then your confidence will soar. I’ll explain my reasoning using two perspectives:You have decided that you want a career in medicine. Studying biomedical engineering will give you a broad perspective of the many different topics within BME. You will gain knowledge which is relevant to the following career paths:Medical school - The advancement of technology has led to the development of increasingly complex medical devices. If you become a doctor, you’ll benefit from studying BME because you’ll be more knowledgeable about the interface of these devices and your patients.Engineering - In BME you learn about every type of engineering: computer, electrical, and mechanical. You also learn about physiology and integrate all these disciplines to solve problems that arise in the body. There are limitless problems to solve and the devices you make can make a huge difference in a lot of people’s lives.

riya · Answer

Definitely studying in LPU is one of the best decision I made here student have opportunity to get knowledge theoretically and as well as practically, as we talk about the course then, it is such a complex field to learn that if you can get through it alive, then your confidence will soar. I’ll explain my reasoning using two perspectives:You have decided that you want a career in medicine. Studying biomedical engineering will give you a broad perspective of the many different topics within BME. You will gain knowledge which is relevant to the following career paths:Medical school - The advancement of technology has led to the development of increasingly complex medical devices. If you become a doctor, you’ll benefit from studying BME because you’ll be more knowledgeable about the interface of these devices and your patients.Engineering - In BME you learn about every type of engineering: computer, electrical, and mechanical. You also learn about physiology and integrate all these disciplines to solve problems that arise in the body. There are limitless problems to solve and the devices you make can make a huge difference in a lot of people’s lives.Difficulty - This is one of the toughest majors around. You will need to work your ass off for many years to be successful. You will have to sacrifice other things in life in order to make it work. You’ll have lots of nights with little sleep, lots of frustrating homework problems, and lots of test anxiety. It sounds terrible, I know, but I am not writing this to dissuade you. In fact, I write this to persuade you that you can only accomplish big things if you endure big struggles. And from my perspective, BME was definitely worth the struggle.Job security - Engineers seem to be in pretty high demand in today’s economy given the advancement of automation and the need for a workforce that can work well with technology. You’ll be able to pivot within BME to a specialty, such as electrical or mechanical engineering. That way, you’ll be qualified to get a job in software or in mechanical engineering once you graduate. You don’t learn as many of the skills as you would if you majored in software or ME, but you’re exposed to it enough that you aren’t too far away from being caught up with the people who study those majors.

Priya · Answer

R&D- Generally the R&D companies hire employees through campus placements from a small group of colleges. Good luck for that. The health tech industry in Andhra & Telangana is a bright prospect in future when it comes to R&D opportunities.Service- The job i am currently in. You get to learn a lot about the internal functioning of various medical devices. There are plenty of learning opportunities, trainings. The happiness you get after indirectly saving a life can't be measured. You'll be nervous at start but with right guidance service is the most satisfying job.Application engineer- The role of an application engineer is to explain to customer about the working of a specific medical device. Application engineers work hand to hand with sales team.Sales engineer- Sales of medical equipment are handled by the sales engineer. They have targets as well as incentives so it's a double edged sword.Hospital engineer- Every big hospital has a Biomedical department in which there are typically 5–6 engineers who are responsible to attend to emergency breakdown of any medical equipment.There are various areas in which a Biomedical engineer can work. The salary at start is not appropriate for some posts but then again if you work hard & have right skills you can land a good job just after graduation. Don't get demotivated by people who say that Biomedical has no scope, or it's only about research. More than 75% of Biomedical jobs are occupied by electronics engineer just because talented Biomedical engineers switch their fields after graduation.

Ramandeep Kaur · Answer

Biomedical engineering is a vast field which incorporates the knowledge of each & every field of engineering. Our field provides solutions to medical problems using technology.The scope here depends on your interests. But there is always something if you remain interested in this field. Firstly, you have to choose- do you want to go in research area (plenty of opportunities) or you want to directly start working (tough to start, not so if you have the right skills).The opportunities in this field in both research and job wise are endless. There are companies like Philips, GE, Siemens, Allengers etc. Who are in constant need of young talented engineers in this field & if you are good enough, you will definitely end up in a good job.Job ScopeR&D- Generally the R&D companies hire employees through campus placements from a small group of colleges. Good luck for that. The health tech industry in Andhra & Telangana is a bright prospect in future when it comes to R&D opportunities.Service- The job i am currently in. You get to learn a lot about the internal functioning of various medical devices. There are plenty of learning opportunities, trainings. The happiness you get after indirectly saving a life can't be measured. You'll be nervous at start but with right guidance service is the most satisfying job.Application engineer- The role of an application engineer is to explain to customer about the working of a specific medical device. Application engineers work hand to hand with sales team.Sales engineer- Sales of medical equipment are handled by the sales engineer. They have targets as well as incentives so it's a double edged sword.Hospital engineer- Every big hospital has a Biomedical department in which there are typically 5–6 engineers who are responsible to attend to emergency breakdown of any medical equipment.

tanishka · Answer

he scope for biomedical engineering is everything around the improvement of human health and healthcare systems. By blending the power of technology with biomedicine, biomedical engineers have created many life-saving medical devices to increase the scope of biomedical engineering in our lives.

Manan Agg · Answer

B.Tech Biomedical Engineering is an undergraduate program which is of a total of 4 years duration, divided into 8 semesters. The candidates who have passed 12th or any equivalent degree in any Science stream can pursue a course in B. Tech Biomedical Engineering. Through this course, the students are provided with a curriculum of the specialised concept of Biomedical Engineering with in-depth theoretical and practical knowledge of Biomedical concepts. The various areas of concepts which are covered by B. Tech in Biomedical Engineering course include Biology, Biomedical, Technology in Biomedical, Biomedical process, issues with Biomedical and Biology, etc.The selection of candidates for admission to B.Tech Biomedical Engineering course is done either through direct admission or through a national level entrance exam such as JEE Mains. The candidates who wish to pursue a degree in B.Tech Biomedical Engineering must fulfil certain eligibility criteria in order to get eligible for the course. Though the eligibility criteria for admission to B. Tech Biomedical Engineering differs from college to college, there are certain minimum eligibility criteria which the candidates must fulfil for admission.The eligibility criteria required for admission to B.Tech Biomedical Engineering are given below:The candidates must have passed 12th or an equivalent degree from a recognised institute/board.The candidate must have opted for Mathematics and Physics as the major subjects in class 12th along with one of the optional subjects as Chemistry/ Biology/ Biotechnology.The candidate must have acquired a minimum aggregate of 50% (45% for the reserved candidates) in the qualifying examination. The candidates who are appearing for the final exam or waiting for the final result can also apply for admission to B. Tech Biomedical Engineering course.Placements₹ 12 LPAHighest Package₹ 7.23 LPAAverage package of top 10%71Total recruiters66Total super dream & dream offersCORPORATE JOBS SCOPE,DESIGN AND DEVELOPMENT OF MEDICAL DEVICESThis course will provide a detailed overview of medical device development from a realistic industrial perspective using recorded lectures and slides which are all provided. The processes used in corporations to conceive and develop devices will be explored from a research, regulatory, clinical, QA/QC, marketing, engineering, and legal perspective under the umbrella of project management techniques.MEDICAL RADIATION SAFETY ENGINEERINGHigh energy radiation like X-rays are used in medical field and health personnels are exposed. This course teaches about safety/ precautions required with radiation.QUALITY CONTROL AND REGULATORY ASPECTS IN MEDICAL DEVICESAt present around half million different medical device available in the marker and those devices also cost a lot of money to government. Many countries are lacking access to such devices and therefore this course will help medical professionals to identify and regulate the quality and accessibility of medical devices.TROUBLE SHOOTING OF MEDICAL INSTRUMENTSThis course focuses on Engineering concept drives any medical instrument and any operational or manufacturing fault troubleshooting requires an expert who can understand engineering as well as medical science behind it.

Navneet Kaur · Answer

Biomedical engineering or medical engineering is the application of engineering principles and design concepts to medicine and biology for healthcare purposes.After a degree in bio-medical science you can pursue any field of life science including pharmacy, micro-biology, forensic science, forensic medicine, zoology, or any other specialisation for M Sc. You can also consider M Sc Biotechnology with specializations in Genetics, Medical Genetics, and Epidemiology, which are essentially research-oriented specialisations with applications in various areas such as medicine and healthcare, pharmaceuticals, animal science and environment. With global players focusing on research pertaining to drugs, vaccines, diagnostics etc, there is growing requirement for skilled medical researchers, with companies developing biotech products, and large pharmaceutical firms with research facilities. There are also many research organisations/industries where highly complicated research work is being conducted such as the Indian Council of Medical Research (ICMR), Government of India National Biotechnology Board (NBTB), Council for Scientific and Industrial Research (CSIR), Biotechnology Consortium of India Ltd (BCIL), Indian Council for Agricultural Research (ICAR), Defense Research Development Organization (DRDO) and others.

Navneet Kaur · Answer

Biomedical engineering or medical engineering is the application of engineering principles and design concepts to medicine and biology for healthcare purposes.After a degree in bio-medical science you can pursue any field of life science including pharmacy, micro-biology, forensic science, forensic medicine, zoology, or any other specialisation for M Sc. You can also consider M Sc Biotechnology with specializations in Genetics, Medical Genetics, and Epidemiology, which are essentially research-oriented specialisations with applications in various areas such as medicine and healthcare, pharmaceuticals, animal science and environment. With global players focusing on research pertaining to drugs, vaccines, diagnostics etc, there is growing requirement for skilled medical researchers, with companies developing biotech products, and large pharmaceutical firms with research facilities. There are also many research organisations/industries where highly complicated research work is being conducted such as the Indian Council of Medical Research (ICMR), Government of India National Biotechnology Board (NBTB), Council for Scientific and Industrial Research (CSIR), Biotechnology Consortium of India Ltd (BCIL), Indian Council for Agricultural Research (ICAR), Defense Research Development Organization (DRDO) and others.

Poonam Angural · Answer

Biomedical engineering or medical engineering is the application of engineering principles and design concepts to medicine and biology for healthcare purposes.After a degree in bio-medical science you can pursue any field of life science including pharmacy, micro-biology, forensic science, forensic medicine, zoology, or any other specialisation for M Sc. You can also consider M Sc Biotechnology with specializations in Genetics, Medical Genetics, and Epidemiology, which are essentially research-oriented specialisations with applications in various areas such as medicine and healthcare, pharmaceuticals, animal science and environment. With global players focusing on research pertaining to drugs, vaccines, diagnostics etc, there is growing requirement for skilled medical researchers, with companies developing biotech products, and large pharmaceutical firms with research facilities. There are also many research organisations/industries where highly complicated research work is being conducted such as the Indian Council of Medical Research (ICMR), Government of India National Biotechnology Board (NBTB), Council for Scientific and Industrial Research (CSIR), Biotechnology Consortium of India Ltd (BCIL), Indian Council for Agricultural Research (ICAR), Defense Research Development Organization (DRDO) and others.

Bhumika · Answer

YES there are many scope to build your career in biomedical engineering. For more information kindly visit university website,or call on toll free number Tel: +91-1824-404404.

AanchalJhingan · Answer

YES the scope is very good and broad in case you wish to pursue your career in the same. For more information kindly visit university website,or call on toll free number Tel: +91-1824-404404.

Sakunth Kumar · Answer

Dear Student,The job/ career prospects for biomedical engineers are moderate in abroad and India. There are diverse areas and fields, in which biomedical engineers can work. They can work in varied areas like medical equipment manufacturing, work in both governments as well as private sector. Biomedical engineers are easily absorbed in big hospitals and healthcare research institutes. They are employed in hospitals to look after the biomedical equipment.