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Young people have always been drawn to careers in computer engineering. But recently, due to the advancement in information technology and applications, the field of computer science is becoming even more lucrative.

After completing engineering from computer science students often get confused over where to start their job hunt. They also struggle with deciding whether to work in the private or public sectors. Fortunately, as the industry is extremely constantly expanding there is a plethora of jobs along with a high pay scale.

In this article, we have compiled a list of jobs that are available for computer science engineers. However, first, we are providing a detailed list of government jobs for computer science engineers that are available in India

Also read: Computer Science Engineering: Emerging Trends and Branches

Best government jobs for Computer Science Engineers

Government jobs bring stability as you receive a regular payment, bonuses, and a pension after retirement. In India, key recruiters such as ISRO, BARC, NPCIL, and IES are hiring BCS graduates.

Let’s have a look at some of the available government jobs after computer science engineering:

1. Computer scientist or engineer at ISRO

The ISRO conducts a Scientist/Engineer exam to select the most deserving candidate for the available vacancies. Candidates who have completed their BCS/ B.Tech with a first-class grade point average of 65 percent or a CGPA of 6.84/10 can take part in the exam.

The annual pay for fresher Software Engineers at ISRO ranges from 3.5 Lakhs to 4.8 Lakhs.

2. National informatic Centers Scientist B

Along with a graduation degree in BSc, there is a specific categorization of candidates at NIC However, applicants can apply between 30- 43 years of age.

The average National Informatics Center Scientist B salary in India is from 12.2 lakhs to 11 lakhs.

3. IT Manager

Besides the skills that an IT manager is expected to have, a Bachelor’s degree in computer science is normally required. A broad major, such as information technology or management information systems, will put you ahead of the competition.

The average salary for an IT Manager in the Government of India is 17,20,504 INR per annum.

4. Data Analyst

To get a job as a data analyst the candidate should have strong knowledge in areas such as data analytics, artificial intelligence, machine learning, and business intelligence technology.

In India, the average beginning salary for a Data Analyst is roughly from1.8 Lakhs per year (15.0k per month) to 11.5 lakhs per year (95.8 lakhs per month).

5. Computer Operator

A computer operator is a wonderful option for recent BCS grads since it allows you to gain hands-on experience in identifying and fixing system issues, executing data processing, and maintaining and repairing computer equipment as needed.

For a beginner, the average Government of India Computer Operator pay is 1.7 Lakhs per annum. The average salaries in the Government of India range from 2 Lakhs to 3.2 Lakhs.

6. Programmer

It is necessary for computer programmers to have a Bachelor’s degree in computer science, mathematics, or information systems, as well as knowledge of at least one programming language. Computer programmers are paid 15600-39100 INR plus a GP of 5400 INR in government organizations in India.

7. Administrative Jobs

Joining an administrative government department gets you the most prestigious and highest-paying jobs in the government sector. You can clear some competitive exams and can join the IAS, IPS, IFS, IES, and many other PSU sector companies. You can also join the Indian army and railway sector after doing your BCS.

Also read: Top 7 Reasons to Pursue a Bachelor Degree in Computer Science Engineering

Private Jobs for Computer Science Engineers

Now let’s have a look at some of the private jobs for computer science engineers available in India:

1. Senior software developer

Software engineers analyze user needs, create programs, test new software, and enhance it. The average salary for an application software developer is 501,874 INR. An entry-level, software developer can earn roughly 345,016 INR per year.

Read more: Software Developer Interview Questions And Answers 2022

2. Software architect

A software architect makes high-level design decisions and develops technical specifications including comprising tools, software coding standards, or frameworks.

The average pay for a system software developer is 589,581 INR. With less than a year of experience, an entry-level system software developer can make roughly 460,000 INR per year.

3. Computer scientist

Computer scientists employ technology to work on space research, searching for flaws in the gene code of deadly viruses and developing software that allows autonomous drones or robots to perform their given tasks.

Freshers (with less than a year of experience) in computer science can expect to earn roughly INR 6 lakh per year while experienced ones can earn up to 14 lakh per year.

4. IT Project manager

An (IT) project manager plans and executes projects to assist organizations to accomplish their IT goals. IT project managers may oversee initiatives to implement new software solutions, scale IT processes, or transfer cloud hosting for a business.

Project Manager salaries in India range from 4.8 Lakhs to 26.0 Lakhs per year, with an average yearly income of 14.2 Lakhs.

5. Data Engineer

Data engineers create systems for gathering, handling, and transforming raw data into usable information that data scientists and business analysts can use. Their ultimate goal is to make data usable so that businesses can utilize it to analyze and optimize their performance.

Data Engineer salaries in India range from 3.3 Lakhs to 20.2 Lakhs per year, with an average yearly pay of 8.1 Lakhs.

6. IT Security Consultant

Security consultants assist businesses and organizations in securing their information technology systems and networks. These individuals frequently collaborate with several clients to assess existing IT operations, do penetration tests, and discuss problems and solutions with managers.

A cybersecurity consultant’s annual pay ranges from INR 5 to 6 lakhs.

7. Cybersecurity Engineer

A cyber security engineer creates and deploys secure network solutions to protect against hackers, cyberattacks, and other persistent threats. They also test and monitor systems on a regular basis to ensure that all of the system’s defenses are up to date and functioning properly.

In India, the average beginning salary for a Cyber Security Analyst is roughly 3.0 Lakhs per year (25.0k per month).

Takeaway

As previously said, there are numerous possibilities that exist in the field of computer science that provides not only a strong start in your career but also tremendous progress in a short period of time. So, if you’re interested in creating new software tools, frameworks, and systems, a career in computer science could be for you.

Make your dream career at NIET

NIET has cutting-edge laboratories as well as the most knowledgeable technical experts. They provide great learning opportunities in order to align their training with industry needs. Furthermore, the institute provides candidates with full placement assistance. If you want to know more about the courses and institute check out the link https://www.niet.co.in/btech-computer-science-engineering.php

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The term “digital” has had a significant impact on our culture without digital advancement we cannot even imagine our daily life. The emerging need for digital need is making it more significant and causing a continual shift toward digital solutions in all sectors such as electronic instrumentation, control, data manipulation, signals processing, communication, and consumer electronics.

Due to the advancement in technology, it is becoming possible to develop such solutions with the help of superior digital system design and modeling methodologies such as VLSI. The industry’s overall growth will be aided by increased demand for chips connected to the fast-rising use of AI.

The field of learning VLSI designing is also emerging rapidly and more and more students want to make their careers in VLSI design as the field provides promising career opportunities and a bright future.

If you want to learn VLSI, then M.tech in VLSI is one of the best courses for you. Today in this blog we are going to give you an insight into all ins and outs of M.tech in VLSI. Let’s have a look.

What is VLSI Design?
Very Large-Scale Integration commonly known as VLSI is the process that involves combining thousands of transistors into one chip to make an integrated circuit (IC). VLSI was first introduced in the 1970s, when intricate transistor and telecommunication systems were being developed.
Prior to the invention of VLSI technology, most integrated circuits could only perform a limited set of functions. An electrical circuit may contain a CPU, ROM, RAM, and other glue logic. VLSI enables IC designers to integrate all of these functions into a single chip.
Today, the number of integrated circuits (ICs) used in fast computers, robotics, communications, graphics, animation, and electronic goods has been emerging dramatically because of (VLSI) designs.

Eligibility for M.Tech in VLSI Design

In order to be admitted to the course, a candidate must meet specific eligibility for VLSI design, including a graduation mark sheet with a 60 percent in the field of B.E/B.tech. No age limit is specified for the course, but applicants should be able to provide proof of a degree from a recognized institution.
In addition, some colleges offer students direct admission based on their graduation grades. While others require to clear a competitive exam such as GATE, TANCET, VITEEE, and CUCET.

M.Tech in VLSI Design Subjects and Syllabus

The M.Tech VLSI Design program is a two-year postgraduate program that emphasizes the principles and engineering aspects of designing and implementing integrated circuit systems. Software architect, software developer, software engineer, desktop support engineer, director of IT, and EDP computer operator are among the jobs covered by the course.

M.tech in VLSI is a two-year program in which a student has two give exams in four semesters during which students learn subjects as mentioned below:

First semester (1st year)

• VLSI Design VLSI Communication Circuits
• DSP Architecture and Systems
• Semiconductor Models Modeling and Physics
• Communication and DSP Laboratory
• Designing using HDL and Programmable Logic
• Design and Simulation Lab Using HDL

Second semester (1st year)

• VLSI CAD Algorithms in Use
• Technology for IC Fabrication
• VLSI Design Testing and Verification
• Analog IC Design Laboratory
• VLSI Design Lab Testing and Verification
• Case Study/Seminar

Third semester (2nd year)

• Hardware-Software Coordination
• ASIC Design Laboratory
• Micro Project
• Part I of the Major Project(Full time)

Fourth semester (2nd year)

• Part II of the Major Project (Full Time)

M.Tech in VLSI Design Course Fees

M.Tech in VLSI design course fees can be varied. The fee structure of the course depends on the reputation and popularity of the university or college in which a student wants to learn. Furthermore, the fee structure of the course may vary depending on whether the campus is located in a rural or urban setting. however, it usually costs around 1 to 2 LPA in India.

Future Scope of VLSI Design in India

In recent times, we have been heavily reliant on computers to make our lives easier. As a result, there is a high demand for VLSI Designers who can design, build, and test engaging visual simulations, shortening product development cycles and lowering costs. The field is constantly emerging so one can say that there would be positive growth in VLSI design careers in the future.
Additionally, Students can also enroll in the college if they intend to continue their studies by pursuing a Ph.D.

Future Scope of VLSI Design in India

A career in VLSI design in India is quite lucrative a candidate with an M.Tech degree can easily get a good job in both the private and government sectors. There is a huge demand for VLSI design jobs in automobile, telecommunication, mechanical, and so on.
However, Freshers and experienced can easily locate VLSI design job opportunities in both commercial and public sector businesses and start their careers.
The following is a list of VLSI design jobs in India to start your M.Tech VLSI Design career as a fresher:

• Assistant VLSI Programmer
• Associate Applications Engineer
• Jr Graphics Hardware Engineer
• Circuit Design Engineer
• Jr Logic Library

VLSI Design Engineer Fresher Average Salary in India

The average yearly VLSI Design Engineer salary in India is 4.5 lakhs, with a range of 1.8 lakhs to 16.7 lakhs. After completing the two-year program, the starting packages of VLSI design jobs salaries for M.Tech graduates are also quite good. The typical VLSI design fresher engineers’ salary in India starts at around INR 5 – 6 LPA or more. Salary packages for postgraduate applicants increase as their skills and experience grow throughout years of work and practice.

Why Choose NIET for M.Tech in VLSI Design Course

If you are looking for institutes that are providing the best M.Tech in VLSI then you should register yourself at NIET. NIET is one of the leading institutes providing a wide array of courses including B.Tech, M.Tech, M.Pharm, B.Pharm, MCA, PGDM/ MBA, and so on.
NIET, the first private educational institution in Uttar Pradesh to be granted autonomy by the University Grants Commission (UGC), develops its curriculum to meet the demands and trends of the modern world, preparing students for a wide variety of careers.
The institute has a first-rate reputation, from its curriculum to its faculty. Additionally, NIET offers excellent job placement opportunities as well as top-notch educational facilities.
If you want to know further click the link https://www.niet.co.in/mtech-vlsi-design.php

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Best B.Tech Colleges in Greater Noida

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Best Private College for B.Tech CSE in India

Choosing an engineering college in Greater Noida is about more than just its prestige. It also has to do with the quality of education you’ll receive, the opportunities you’ll get, and even how much you’ll pay while studying there! This guide will take you through everything you need to know before making your final decision, so check it out today!

Know your career goals

Don’t be afraid to ask yourself and answer honestly, what do I want? It would be best if you were precise about your future job. Think of how your life would be during and after college. Opt for the right course for a better job opportunity. Choosing the right path that aligns with your values and interests could save you a lot of heartaches later on. Look for a course that lets you get involved, volunteer, or hold leadership positions. That will help you gain valuable experience and provide networking opportunities.

Select an appropriate course

To get an excellent start on your engineering degree, you must pick an appropriate course. The best engineering institute in Greater Noida offers many different specializations. However, it would be best to research which courses have high job placement rates and income potential. Then, decide what you want to study.

For example, petroleum engineers currently earn around ₹10,71,776 per year. In contrast, civil engineers earn just over ₹3,08,982 per year. The latter is almost half as much as they could potentially make by pursuing another specialization.

Check out the facilities at colleges

You’re about to spend a lot of money on tuition, so it is wise to spend some time checking out the best Btech colleges in Greater Noida. It is essential to ask yourself what qualities make the best engineering college. Of course, it has to have good facilities—i.e., quality labs, libraries, and other learning spaces.

Research college ratings and reviews

Choosing an engineering college is a huge decision. The path you choose can impact your future career and life goals, so it’s essential to research colleges thoroughly before deciding. There are many ways of selecting an engineering college, including reviews of college alumni, rankings, admission statistics, and average salaries after graduation.

Find a suitable location

The location of your college should be one of your primary considerations when looking for an engineering college in Greater Noida. You should pick a college located in a convenient place so that you can maximize the array of activities you can do in your free time outside of class. Don’t forget to make sure that it is close enough to the city. Or otherwise, you may have to go far when you need resources or tools for school projects.

Attend pre-admission workshops

Colleges usually offer a handful of pre-admission workshops, which can help you nail down your list of courses and learn about application deadlines. These events are a great way to meet with college representatives from nearby schools and make sure you’re on track for submitting your applications by deadlines. These workshops are free and offered year-round, so there’s no excuse not to attend one.

Why Choose NIET in Greater Noida?

Noida Institute of Engineering & Technology (NIET) is arguably the best engineering college in Greater Noida. NIET has a strong foundation, and its infrastructure is second to none. It is the first private institute in Uttar Pradesh to get Autonomous status by UGC. The Institute is ranked 43rd Pharmacy and 171st in NIET Engineering PAN India by NIRF. The institute is also accredited by NAAC (A Grade, 3.23) and NBA (CSE, ECE, ME, IT, Biotechnology, B.Pharm, MBA and MCA),  It is developing as the Center of Excellence imparting technical education and generating competent professionals with a high degree of credibility, integrity, and ethical standards. We aim at recognizing, respecting, and nurturing the creative potential of each student.

It has the best record of placement and faculty, based on the reviews made by the former students of Noida Institute of Engineering & Technology (NIET).

The institute has also tied up with many MNCs across the globe and has well established labs namely; Mercedes-Benz ADAM Lab, Apple University Program Partner, Cisco Networking Academy, Automation Anywhere, UI Path Academic Alliance, PTC Centre of Excellence, Amazon Web Services, Pearson Testing Centre, Cambridge English Language Assessment Authorized Centre, Oracle Workforce Development Program, Dell EMC Academy, Delta Centre of Robotics, IBM Watson IoT Lab, Paloalto Academy, Pega COE, Salesforce Academy, BMW Skill Next Program, KPIT Sparkle, ARC-Advanced Robotic Control Lab (Indo-Euro Sync, Germany), Wipro GE, College of Engineering, Pune, SAP Academy , INTEL Intelligent Systems Lab, VMware lab, DLT lab to name a few. Dedicated Centers of Competence have been established by the Institute for each one of these tie-ups to facilitate education and outreach the study of engineering within a broader technological and interdisciplinary context. Lately, NIET has tied up with CAPGEMINI to set up PLM Center of Excellence (COE) by CAPGEMINI in the college campus. These Innovation labs are dedicated to the technical advancements of knowledge to prepare students as per the latest industry requirements.

Also Read About : Best B.tech Colleges in Greater Noida

Best Placement College in Delhi NCR UP

Best MBA College for Placements in NCR

Read Related Blog: https://www.niet.co.in/blog/2022/05/19/information-technology-engineering-future-scope-in-india/

Electronics and Communications Engineering (ECE) mainly involves designing, researching, developing, and testing electronic equipment utilized in various systems. The Electronics and Communications engineers even oversee and conceptualize the manufacturing of broadcast and communications systems.

This engineering stream deals with basic electronics, analog transmission, microprocessors, digital and analog communication, solid-state devices, analog integrated circuits, satellite communication, microwave engineering, antennae, and wave progression. The ECE branch also deals with the manufacturing of electronic circuits, devices, and another communications equipment.

If you are good at electronics communication and circuits, ECE is a great choice. This blog covered the top 50 interview questions for both freshers and experienced Electronics and Communication Engineering graduates.

Top Electronics and Communication Engineering Interview Questions and Answers 2022

Below is a list of 50 interview questions for Electronics and Communication Engineering that have been divided on the basis of freshers and experienced graduates.

A) Electronics and Communication Engineering Interview Questions and Answers for Freshers

Here are the top 25 interview questions and answers for Electronics and Communication Engineering freshers’ candidates.

1. What is Electronic?

Ans- The study and utilization of electrical devices which operate by controlling the electron’s flow or other electrically charged particles.

2. What is communication?

Ans- Communication means signal transfer from the transmitter that passes through a medium; then, the output is obtained at the receiver.

3. What are the two types of communications?

Ans- Analog and digital communication.

4. What is sampling?

Ans- The process of obtaining a sample set from a continuous function of time x(t) is known as sampling.

5. State the sampling theorem

Ans- The sampling theorem states that, while taking the samples of a signal, it has to be taken specific care that the sampling rate is equal to or greater than the cut-off frequency along with the minimum sampling rate.

6. What is the cut-off frequency?

Ans- The frequency at which the response is within -3dB with respect to the maximum response.

7. What is the passband?

Ans- The passband is a range of wavelengths or frequencies that can pass through a filter without being attenuated.

8. What is a stop band?

Ans- A stopband is a band of frequencies happening between specified limits, where a circuit, like a filter or a telephone circuit, does not allow the signals to pass through.

9. Explain RF?

Ans- RF is a Radiofrequency which is a rate or frequency of oscillation within the range of about 3 Hz to 300 GHz.

10. What is modulation?

Ans- Modulation is the procedure of varying a few characteristics of a periodic wave with external signals.

11. What is demodulation?

Ans- Demodulation is a procedure of removing the modulation from a particular analog signal to get the original baseband signal back.

12. Name the modulation techniques.

Ans- For Analog modulation, the techniques are known as AM, SSB, FM, PM, and SM, and for Digital modulation, the techniques include OOK, FSK, ASK, Psk, QAM, MSK, CPM, PPM, TCM, and OFDM.

13. Explain AM and FM.

Ans- AM, also known as the Amplitude modulation, is a modulation type where the amplitude of the carrier signal is varied in compliance with the information-bearing signal.
FM, also known as the Frequency modulation, is a modulation type where the frequency of the carrier signal is varied in compliance with the information-bearing signal.

14. Where do we use AM and FM?

Ans- AM is utilized for video signals, for example, TV, and ranges from 535 to 1705 kHz. While FM is utilized for audio signals, for example, Radio. This ranges from 88 to 108 MHz.

15. What is a base station?

Ans- A base station is a radio transmitter or receiver that serves as the hub of the local wireless network. It might also be the gateway between the wired networks.

16. What is a diode?

Ans- A diode is a two-terminal device. It has two active electrodes in between which the interest signals may flow, and most are utilized for their unidirectional current property.

17. What is a repeater?

Ans- A repeater is a kind of electronic device that receives a signal and retransmits it at a higher level so that signals can easily cover longer distances without much degradation.

18. What is an Amplifier?

Ans- An Amplifier is an electrical circuit or electronic device that is utilized for boosting or amplifying the power, current, or voltage of an applied signal.

19. Example for negative feedback and positive feedback?

Ans- An example of negative feedback is Amplifiers, and positive feedback is Oscillators.

20. What is Oscillator?

Ans- An oscillator is a kind of circuit that creates a waveform output directly from the current input. The two main types of oscillators are relaxation and harmonic.

21. What is an Integrated Circuit (IC)?

Ans- An integrated circuit (IC), also known as a microchip, is a kind of electronic circuit that is etched onto a silicon chip. The main benefits of IC are that it is low power, low cost, high performance, and very small size.

22. What is crosstalk?

Ans- Crosstalk is a type of interference that is caused by signals in the nearby conductors. The most common type of example hears an unwanted conversation over the telephone.

23. What is a resistor?

Ans- A resistor is a type of two-terminal electronic component which opposes an electric current through the production of a voltage drop in between its terminals; in proportion to the current, which is in accordance with the Ohm’s law:
V = IR.

25. What is an inductor?

Ans- An inductor is a type of passive electrical device that is employed in electrical circuits for its property of inductance. This inductor can take several forms.

Also read: Future Scope of Electronics and Communication Engineering in India

B) Electronics and Communication Engineering Interview Questions and Answers for Experienced

Here are the top 25 interview questions and answers for Electronics and Communication Engineering experienced candidates.

1. What is Capacitor?

Ans- A capacitor is an electronic or electrical device that can store energy in the electric field between plates, also known as a pair of conductors.

2. What is a Rectifier?

Ans- A rectifier changes the alternating current into a direct current. This procedure is known as rectification. The three main types of rectifiers are the full­wave, half­wave, and bridge.

3. What is Multiplexing?

Ans- Multiplexing, also known as muxing, is referred to as a process where the multiple analog message signals or digital data streams come together into one particular signal over a shared medium.

4. What are the three main divisions of the power system?

Ans- The three main divisions of the power system include the transmission system, generating system, and distribution system.

5. What is an Instrumentation Amplifier (IA)?

Ans- An instrumentation amplifier or IA is a differential op-amp circuit that provides high input impedances with the ease of gain adjustment by varying a single resistor.

6. What do you understand about the impedance diagram?

Ans- The equivalent circuit of various components of the power system is drawn and interconnected. This is known as the impedance diagram.

7. What is the requirement for the load flow study?

Ans- The load flow study of a particular power system is crucial to deciding the best operation existing system. It is also needed for designing the power system.

8. What is the requirement for base values?

Ans- The power system components may operate at various voltage and power levels. It will be convenient for analysis of the power system if the voltage and current ratings are expressed with reference to the common value known as the base value.

9. What is Power Rating?

Ans- The power rating of a diode is mainly defined as the maximum value of power that can be easily dissipated without failure, which means Pd= V f x I f.

10. What is a rheostat?

Ans- A rheostat is a variable resistor that is utilized to control the flow of electric current by manually decreasing or increasing its resistance.

11. What do you mean by demodulation?

Ans- Demodulation is the act of modulation removal from an analog signal to receive the original baseband signal back.

12. What are GPRS services?

Ans- GPRS services are mainly defined to fall into one of the two categories:
PTP (Point to point) and PTM (Point to Multipoint)

13. What is op-amp?

Ans- An op-amp, also known as the operational amplifier, is a DC-coupled high-gain electronic voltage amplifier with various differential inputs.

14. What is a Photodiode?

Ans- A photodiode is made specifically to detect light quickly in a solar cell for the collection of energy from light. They are both silicon diodes but modified to meet their various requirements.

15. What is a solar cell?

Ans- A solar cell, also known as the photovoltaic cell, is a type of electrical device which converts the energy of light directly into electricity through the photovoltaic effect, which is a chemical and physical phenomenon.

16. How do you make a memory card for a mobile phone?

Ans- A memory chip stores bits and is mounted on a card with electrical contacts so that the computer or camera can send the data that needs to be stored.

17. What is handover?

Ans- Handover in mobile communication mainly refers to the process of call transfer from one network cell to another without disrupting the call.

18. What is CDMA?

Ans- CDMA, also known as the Code Division Multiple Access, is mainly known for utilizing the digital format.

19. Explain the concept of frequency reuse?

Ans- Frequency reuse is a technique for utilizing a specified range of frequencies more than once in the radio system so that the system’s total capacity is increased without increasing the allocated bandwidth.

20. Explain Bluetooth?

Ans- Bluetooth is mainly designed to be a personal area network, where the participating entities are mobile, which requires sporadic communication with others. It is Omnidirectional, i.e., it does not have a line of sight limitation like the infrared does.

21. What are the functions of the base station system (BSS)?

Ans- The functions of BSS are as follows:
● BTS and TC control.
● Radio path control.
● Connection establishment with MS-NSS.

22. What is an analog-to-digital conversion of signals?

Ans- Analog-to-digital conversion of signals is defined by the specification of its value only at discrete times, known as sampling instants.

23. What is the main difference between latches and flip flops?

Ans- Flip flops have clock signals, while latches don’t need any kind of clock pulse.

24. What is the difference between voltage and potential?

Ans- A Voltage is referred to as the potential difference between the two points, whereas potential means its force.

25. What is the effect of threshold value on transmission power increased or decreased in telecommunication?

Ans- When the transmission power increases the sensitivity of the antenna, the threshold increases or decreases.

Final Thoughts

Getting a dream job after completing BTech or Mtech in ECE may seem difficult before, but if you are steadfast enough in achieving your goal, then you will definitely get your dream job. Whether you are applying for a government or private job, it is extremely vital to check the website of the potential employees to understand the job responsibilities, skill requirements, and other additional insights about the vacant positions.

Also read: 10 Fantastic Jobs Where An ECE Engineer Will Boost Your Career

Ensure 100% placement opportunity by the NIET CMC team

If you are on the lookout for the ultimate interview questionnaire guide, then this blog is something that you require. But before that, it is crucial for you to complete the course and get well-prepared for your dream job.

NIET CMC Team is constantly trying to provide its students with the best placement assistance. The team also takes special care of students to get their dream job. The dynamic placement team of NIET leaves no stone unturned to ensure job opportunities for the students in the corporate sector.

As we move into 2022, the demand for the rapid and constantly improving digital experience is bolstering. To match the demands of the market, brands are now adopting the DevOps culture for streamlining the deployment, development, management, and maintenance of software.

This blog covers everything that you should know about DevOps Technology, what are its seven components, the top DevOps best practices of 2022, and the benefits of DevOps. Read to know more.

What is DevOps Technology?

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Pharmacy is the branch of science that deals with the research, development, and distribution of drugs and medicines. The field of Pharmacy prepares the students for the medical line. Under the supervision of skilled pharmacists, they prepare medications and provide medicines and other related assistance to the patients.

They also manage the Pharmacy and other clinical business operations.

If you are interested in making your career in the field of Pharmacy, then the first and foremost thing you should do is start your career in Pharma D or Diploma in Pharmacy course. This blog covers what D Pharmacy is all about, the top jobs after D pharmacy, the salary of a D Pharma graduate in India and abroad, and the top recruiters for D Pharma graduates in India. Keep reading.

What is D-Pharmacy?

D pharmacy, also known as Diploma in Pharmacy, is a diploma level course for the aspirants who are willing to study Pharmacy and opt for a career in the same. It is a two-year full-time diploma course specifically designed to prepare individuals to work under the supervision of licensed pharmacists in hospitals, medical centers, and pharmacies.

To enroll in this program, a candidate needs to complete their 10 + 2 level with Physics, Chemistry, and Biology as the main subjects.

Top 7 Jobs after D-Pharmacy and Salary in India and Abroad [Career Opportunities]

Here are the seven job opportunities for D-Pharmacy candidates:

1. Pharmacist

The Pharmacists are responsible for preparing medication by interpreting and reviewing physicians’ orders and detecting therapeutic incompatibilities. A Pharmacist prepares medication by compounding, packaging, and labeling the pharmaceuticals. They control medications by monitoring the advising interventions and drug therapy.

Skills required to become a Pharmacist

• Attention to detail
• Excellent communication and interpersonal skills
• Strong skills in science and mathematics
• Management skills
• Ability to multitask

Role of a Pharmacist

• Dispense Prescriptions
• Communicate with Prescribers
• Ensure Patients’ Safety
• Counsel Patients
• Work with Patients on General Health

2. Scientific Officer

The Scientific Officers oversee a company’s entire scientific function, which includes basic and applied research projects and the development of new technology, processes, and products.

Skills required to become a Scientific Officer

• Team Building
• Supervisory Skills
• Flexibility
• Assertiveness
• Monitoring Others

Role of a Scientific Officer

• Fulfill leadership roles in the research or development departments
• Provide scientific and technical guidance
• Evaluating the validity of a proposed project
• Involvement in major projects

3. Medical Transcriptionist

The Medical Transcriptionist utilizes transcribing machines with foot pedals and headsets to listen to the recording by healthcare professionals. They dictate various medical reports and final medical summaries.

Skills required to become a Medical Transcriptionist

• Knowledge of medical terminology
• Typing accuracy
• Punctuation, grammar and syntax
• Multitasking skills
• Analytical and problem-solving skills
• Strong listening skills

Role of a Medical Transcriptionist

• Transcribe physician’s dictation of medicine
• Operate dictation, word processing, and transcription equipment
• Receive incoming lab orders
• Review and edit transcribed reports

4. Pathological Lab Scientist

The Pathological Lab Scientist utilizes lab equipment to analyze different samples and specimens that usually come from human subjects to find the abnormalities and understand the cause.

Skills required to become a Pathological Lab Scientist

• Patient care
• Diagnosis of treatment
• Effective communication skills
• Expert in anatomy
• Understanding of health and safety

Role of a Pathological Lab Scientist

• Performing specimen analysis by utilizing laboratory tools
• Looking for abnormalities in samples
• Suggesting potential treatment options
• Writing pathology reports
• Undertaking research to improve testing methods

5. Clinical Research Associate

Clinical research is one of the most competitive fields. As a Clinical Research Associate, one needs to run clinical trials for testing drugs and noting their effectiveness, benefits, and risks. They are also responsible for ensuring that these drugs are safe for consumption and ready for mass production.

Skills required to become a Clinical Research Associate

• Great interpersonal & communication skills
• Excellent written & verbal skills
• Strong customer focus
• Have a keen eye for detail
• Project management skills
• Presentation skills

Role of a Clinical Research Associate

• Write and develop trial protocols
• Design case report forms (CRFs)
• Manage regulatory authority applications
• Identify and assess the suitability of facilities
• Liaise with doctors and consultants for conducting trials

6. Production Executive

A Production Executive is mainly responsible for determining the most efficient usage of the available resources. This includes labor and equipment for meeting the production goals. They also set budgets, determine the supplies and equipment required, assign job duties, and build the production schedule.

Skills required to become a Production Executive

• Product Knowledge
• Market research and intelligence for tapping competitor analysis
• Creativity and analytical skills
• Good communication skills
• Liaise with cross-functional teams
• Team building
• Sales management skills

Role of a Production Executive

• Provide training, product knowledge, direction to the field sales team
• Product Management in the pharmaceutical industry
• Developing brand plans or strategies for products
• SWOT analysis of product line

7. Analytical Chemist

An Analytical Chemist conducts laboratory research, performs processes and product development, and designs various instruments utilized in analytical analysis.

Skills required to become an Analytical Chemist

• Familiarity with GC and HPLC
• Observational and analytical skills
• Problem-solving skills
• Organizational and time management skills
• Ability to work independently
• Technical abilities to work with complex equipment

Role of an Analytical Chemist

• Analyze raw materials and substances
• Provide analytical troubleshooting support
• Record data and interpret findings
• Assist in ensuring compliance

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