Tag Archives: ELECTRONICS

LECTURE NOTES ON MECHANICS OF NANOMATERIALS

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LECTURE NOTES ON MEDICAL ELECTRONICS

1. Introduction to Medical Electronics

2. Coupling mechanisms of external noise

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BIOMEDICAL EQUIPMENT SERVICING AND MAINTENANCE TRAINING AT CDAC MOHALI

  1. BACKGROUND & OBJECTIVES

    2. Centre for Development of Advanced Computing (C-DAC) is an autonomous Scientific society of Department of Electronics, Govt. of India.

    Apart from leading edge research in Electronics & IT technology, C-DAC endeavors train manpower in Information Technology, Electronics Product Design, Manufacturing and Repair & Maintenance.

    The institute provides value addition courses to the students of engineering and other professional institutes to meet specific needs of the industry.

    In addition, the information technology and telecom sectors have opened up suddenly those vistas, which require a very large specially trained manpower. Moreover, these sectors are highly dynamic and need training and re-training of the manpower, at a rapid rate.

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50 POWER POINT PRESENTATIONS FOR SEMINARS

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FREQUENTLY ASKED QUESTIONS BY A BIOMEDICAL ENGINEER EVERY NOW AND THEN

1. What is the scope of Biomedical Engineering in the future?
2. How are the job prospects for Biomedical Engineering?
3. What Kind of a role does a Biomedical Engineer perform in a hospital?
4. What is the pay scale for a Biomedical Engineer?
5. What can I gain by attending a conference on Biomedical Engineering?
6. What is Biomedical Research?
7. How to select an area of Specialization?
8. Where can a Biomedical Engineer work other than a hospital?

1. What is the scope of Biomedical Engineering in the future?

Biomedical Engineering offers a very good scope for the future. There are various specializations in Biomedical Engineering such as Biomedical Imaging, Biomechanics, Bio Instrumentation, Biomedical optics, Biosensors, Rehabilitation Engineering, Biomaterials, etc which pose tremendous challenges in research, diagnosis and treatment of several artifacts of the body.  Health care & medical manufacturers also innovate in their own terms to promote industrial research. Hence, there shall be wide scope for clinical as well as industrial research and development. And, the innovations in management and business also throw a vast scope for Entrepreneurship

2. How are the job prospects for Biomedical Engineering?

The U.S. Department of Labor predicts a massive 21% increase in employment opportunities for Biomedical Engineers in the U.S. over the next decade .The growth rate is expected to be MUCH higher than the average growth rate. The significance of providing quality health care to urban as well as rural population raises the scope for further innovations in Biomedical Engineering cross the globe. Hence, Biomedical Engineering is believed to be a promising career for many in the years to come.

Click here to view the statistics.

http://www.bls.gov/oco/ocos027.htm

3. What Kind of a role does a Biomedical Engineer perform in a hospital?

A Biomedical Engineer working in a hospital is referred to as a Clinical Engineer. Clinical Engineers maintain the performance and quality of Biomedical Equipments in a hospital. They are in-charge of all the equipments in various departments in a hospital. Their work involves quality control, troubleshooting and grading of the equipments in a hospital. Clinical Engineers also assist a physician in using certain instruments during surgeries, etc.

4. What is the pay scale for a Biomedical Engineer?

This link gives you an estimate of the wages paid for a Biomedical Engineer according to the U.S. Department of Labor.

http://www.bls.gov/oes/current/oes172031.htm#nat

The wages paid in an industry differ from that paid in a hospital or any other research institution. But, Health care professionals are paid very high compared to others depending upon their experience and skills. Hence, a Biomedical Engineer may be paid less in early days, but upon experience, his/her pay scale will be very good.

5. What can I gain by attending a conference on Biomedical Engineering?

A conference is organized for the updates, suggestions, and exchange of ideas between various people working in the field of Biomedical Engineering. It stands as a platform to interact with different people working on various specializations in Biomedical Engineering. You can get a clear note of the latest research works going on, you can get suggestions from many good researchers around the globe, you can even interact with many professors from various universities, various medical equipment manufacturers, etc. On the whole, a Biomedical Conference helps you to explore the various facets of Biomedical Engineering, and you can get a good learning experience.

6. What is Biomedical Research?

Biomedical research involves the understanding of several problems that exist in the current medical technology, various health disorders of the human body, abnormalities in the human anatomy, and the invention of new ideas that can overcome these difficulties. It also involves the innovation to utilize inter disciplinary ideas, (ideas from various engineering disciplines, such as Electrical, mechanical, chemical, etc) to solve various medical problems. Biomedical Research is classified into sixteen different streams.

To know more, click here.

7. How to select an area of Specialization?

Selecting the area of Specialization is completely an individual task. It depends upon your interest and capability. Before selecting an area of specialization, just explore about the subjects in which you should be thorough to select that specialization. For instance, Bio Instrumentation involves much of electronics, Biomechanics deals with the application of mechanics to body etc. Once you know that just analyze whether your interest matches with that or not. Once you find your interested area, then explore about the recent innovations in it and just carry on.

If you need much more detailed explanation, just e-mail us and we shall reply you as soon as possible

8. Where can a Biomedical Engineer work other than a hospital?

Biomedical Engineers work in hospitals as clinical engineers. Apart from that they also work in Medical manufacturing industries as Product Specialists, etc, in Research organizations as Research Engineers, in medical companies as Service Engineers etc. Hence the work of a biomedical engineer is in Manufacturing Industry, Maintenance and Research & development of Medical devices.
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LECTURE NOTES FROM ELECTRONICS CIRCUIT ANALYSIS BY DONALD A.NEAMEN (SPECIALLY ADDED FOR MDU ROHTAK STUDENTS)

Book overview

This junior-level electronics text provides a foundation for analyzing and designing analog and digital electronic circuits. Computer analysis and design are recognized as significant factors in electronics throughout the book. The use of computer tools is presented carefully, alongside the important hand analysis and calculations. The author, Don Neamen, has many years experience as an enginering educator and an engineer. His experience shines through each chapter of the book, rich with realistic examples and practical rules of thumb.The book is divided into three parts. Part 1 covers semiconductor devices and basic circuit applications. Part 2 covers more advanced topics in analog electronics, and Part 3 considers digital electronic circuits.

CHAPTER 1(INTRODUCTION)

CHAPTER 3(DIODE CIRCUITS)

CHAPTER 4(BIPOLAR JUNCTION TRANSISTOR)

CHAPTER 5(BASIC BJT AMPLIFIERS)

CHAPTER 6(FIELD EFFECT TRANSISTOR)


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