cabling technician certification

 structured cable technician

Certified Cabling Test Technician Training Program

You need to train and certify your existing employees to stay competitive in the installation and certification of high-speed structured cabling systems. Investing in the Fluke Networks Certified Cabling Test Technician™ (CCTT) two-day training and certification program will not only improve cabling technician installer skills, but also their effectiveness and productivity on the job in testing, certifying and troubleshooting structured cabling systems.

Real World Training and Certification

The Fluke Networks Certified Cabling Test Technician™ (CCTT) course consists of two days, each comprised of three parts -- classroom training, hands-on labs and exam/certification exercises.

Day One – Copper. DSX Series CableAnalyzer™ testing, Versiv™ introduction and common settings, Exporting configuration and results, Copper test limits/standards, Adapter types, Configuring for a twisted pair test, Making a measurement and reviewing the result. New test parameters: DC Resistance Unbalance, TCL, ELTCTL. DSX diagnostics HDTDX and HDTDR. Single test. Patch cord certification. Alien Crosstalk

Day Two: Fiber. CertiFiber™ Pro testing, Basic fiber theory, Encircled flux. Configuring the CertiFiber Pro, Fiber inspection, Automated analysis. Setting a reference for a duplex link, LC to LC duplex. Creating a custom test limit. ISO/IEC 14763-3. Understanding how the different connector losses differ from other standards. Setting a reference for a simplex link. SC/APC to SC/APC

Technicians who complete this course

• Will fully understand the standards and technology that drives high-performance structured cabling systems.
• Can demonstrate their understanding in a real world scenario using the cable analyzer to test, troubleshoot and achieve optimal performance of new high performance network cabling installations.
• Apply their training in a wide variety of applications.
• Learn how to take advantage of the powerful diagnostics and analysis capabilities of the cable analyzer to complete cabling certification projects professionally, on-time and within budget.
• Qualify for seven BICSI continuing education credits per completed day.

Cable Technician Job Description

 network cabling salary

Cable Technicians install, repair, and maintain residential cabling for internet and television services. The duties of a Cable Technician include installing feeder lines that provide cable access to homes and businesses, laying ground cable, and setting up associated equipment for customers.

Cable Technician Job Description Template

We are looking to hire a reliable and organized Cable Technician to install, maintain, and repair television and internet cable systems for residential and business clients. Cable Technicians are responsible for installing data and voice cable systems for residential television systems, home routers, and other cabled devices. Duties may include digging and setting ground cables, working on poles, installing equipment, and troubleshooting any problems with the cable system.

To ensure success as a Cable Technician, you should have a strong knowledge of electrical systems, home entertainment systems, and cable technology. You should be able to work in cramped spaces, at heights, and interact with clients in a friendly and professional manner. Ultimately a top-notch Cable Technician will provide efficient, high-quality services to company specifications.

Cable Technician Responsibilities:

• Installing, maintaining, and repairing cable infrastructure.
• Performing maintenance on existing cabling systems.
• Testing newly installed or relocated cables according to company specifications.
• Identifying and removing redundant cabling.
• Installing of televisions, routers and internet technology devices.
• Troubleshooting issues with cable network.
• Installing of cable support structures such as j-hooks, cable racks, and innerduct.
• Repairing cable poles and towers.
• Ensuring all cables are neatly tied and bundled according to safety regulations.
• Completing paperwork such as timesheets, checklists, vehicle inspection reports and service orders.

Cable Technician Requirements:

• High school diploma or GED.
• Previous work experience as a Cable Technician.
• Strong knowledge of mathematics, science and electrical systems.
• Ability to install complex internet and television equipment.
• Ability to work in cramped spaces.
• Strong communication and interpersonal skills.
• Ability to diagnose, troubleshoot and fix any problems that may arise.
• Ability to work at heights.
• Ability to identify independent colors and learn color codes.
• Valid driver's license.

The Components Of Structured Network Cabling Systems

 structured cabling technician

Cable Technicians install, repair, and maintain residential cabling for internet and television services. The duties of a Cable Technician include installing feeder lines that provide cable access to homes and businesses, laying ground cable, and setting up associated equipment for customers.

Whenever you take a look through any of the different cabling catalogs you will see an abundance of various types of components that can be used within structured network cabling systems. You’ll read all sorts of technical jargon that describes their different features and also see strange terms like patch cabling and raceways.

But what do these all fancy terms mean and what part do these different components play when creating structured network systems?

 

Below we have outlined some of the main components that may be used when designing and installing your next network cabling system.

The Main Sub-Systems Of A Cabling System

There are six main sub-systems that are included within a structured cabling system and these include the entrance facility, main equipment room, the telecommunications rooms, individual work-stations along with backbone and horizontal cabling.

The entrance facility is the point where all the outdoor cables from the different service providers connect to the buildings backbone cabling system. The backbone cable then connects these to the equipment room and each of the telecommunication rooms.

The equipment room is the main frame and central distribution centre for the entire building and contains all the different types of equipment to be used such as the power supplies and protection, file servers, data processing equipment, phone systems and LAN equipment.

The backbone cabling connects the equipment room to the telecommunications room on each of the floors of the building and this is usually structured by using a star topology.

The telecommunications rooms contain telecommunication equipment, cable terminations and cross-connects and this is where the horizontal cable comes into play. It has the role of horizontally connecting all the different outlets or workstations on that floor to the main frame.

Both Horizontal Cabling & Backbone cabling can use UTP, STP, Coaxial or Fiber-Optic cable but as Backbone cabling runs between the equipment room and telecommunications rooms on each floor  it needs extra strength and must also meet certain ANSI/TIA/EIA specifications such as specific fire hazard ratings.

how much does a cable technician make

  how much does a cable technician make

Cable Technicians install, repair, and maintain residential cabling for internet and television services. The duties of a Cable Technician include installing feeder lines that provide cable access to homes and businesses, laying ground cable, and setting up associated equipment for customers.

Cable Technician Job Description Template

We are looking to hire a reliable and organized Cable Technician to install, maintain, and repair television and internet cable systems for residential and business clients. Cable Technicians are responsible for installing data and voice cable systems for residential television systems, home routers, and other cabled devices. Duties may include digging and setting ground cables, working on poles, installing equipment, and troubleshooting any problems with the cable system.

To ensure success as a Cable Technician, you should have a strong knowledge of electrical systems, home entertainment systems, and cable technology. You should be able to work in cramped spaces, at heights, and interact with clients in a friendly and professional manner. Ultimately a top-notch Cable Technician will provide efficient, high-quality services to company specifications.

Cable Technician Responsibilities:

• Installing, maintaining, and repairing cable infrastructure.
• Performing maintenance on existing cabling systems.
• Testing newly installed or relocated cables according to company specifications.
• Identifying and removing redundant cabling.
• Installing of televisions, routers and internet technology devices.
• Troubleshooting issues with cable network.
• Installing of cable support structures such as j-hooks, cable racks, and innerduct.
• Repairing cable poles and towers.
• Ensuring all cables are neatly tied and bundled according to safety regulations.
• Completing paperwork such as timesheets, checklists, vehicle inspection reports and service orders.

Cable Technician Requirements:

• High school diploma or GED.
• Previous work experience as a Cable Technician.
• Strong knowledge of mathematics, science and electrical systems.
• Ability to install complex internet and television equipment.
• Ability to work in cramped spaces.
• Strong communication and interpersonal skills.
• Ability to diagnose, troubleshoot and fix any problems that may arise.
• Ability to work at heights.
• Ability to identify independent colors and learn color codes.
• Valid driver's license.

What is the average salary of a B.Tech graduate?

 engineering starting salary

Their high earnings are commensurate with the role’s required technical skills, which are extremely high in demand. Furthermore, many industries are becoming more technical in nature, which also drives up the need for engineers with both unique technical skills and soft skills.

Although the national unemployment rate is at an all-time low, many industrial employers report being unable to fill a high number of open engineering positions. Known as the skills gap, hiring managers and CEOs attribute this disparity to a lack of qualified candidates. Engineers are well paid to aid in recruitment and to recognize their unique skill set in the industry.

The Impact of Continuing Education on Salary

Once they're out of school and working, one of the biggest challenges engineers face is keeping up with the fast-paced evolution of technology and industry.

To maintain relevancy and sharpen their competitive edge, many engineers spend a portion of their careers expanding their knowledge and skillsets through continued training and education, including college courses, seminars, and conferences.

While even just a bachelor’s degree in engineering is a worthwhile investment, higher degrees carry greater earning power. For example, according to PayScale, the median salary for a mid-level mechanical engineer with a master’s degree is $97,000, with an average salary of $93,000, and a range of $75,000 to $127,000.

There are also a wide variety of certifications and licenses that engineers can obtain, such as a Professional Engineer license, which yields a median salary of $96,000.

Future Outlook

In the Architecture and Engineering section of their Occupational Outlook Handbook, the USDL predicts that engineering jobs will increase by 7% between 2016 and 2026, meaning that not only is the engineering field a massively lucrative one, it’s also teeming with opportunity.

 

How can I make more engineering money?

 engineering pays

Professional registration will help to maximise your earning potential, making it easier to get good jobs and promotions. Chartered Engineer status requires an engineering degree, ideally a master’s, and around five years of professional experience.

But experience isn’t just valuable for getting accredited: the more experience you have, the more you’ll earn. Try to get as much work experience as possible before you start full-time work, and once you are in a job, keep your eyes open for opportunities to develop and demonstrate your potential. Leading projects and working independently will make you more attractive to employers, and help you demand a higher salary.

What will affect my earnings?

Different types of engineers make different amounts. Below are average UK salaries for four main engineering specialisms, as reported by TotalJobs.

Electronic | £32,500
Mechanical | £37,500
Civil | £47,500
Chemical | £42,500
However, there are also differences within these sectors. For example, chemical engineers can make more working in the oil and petrochemicals industry than they can elsewhere.

What you make will also depend on where you live. For example, salaries are generally higher in London – but so are prices!

mechanical engineer Average salary per hour

  mechanical engineer payment

The median pay for mechanical engineers in 2017 was $85,880 per year, or about $41 per hour, according to the Bureau of Labor Statistics, and the typical entry-level education required is a bachelor’s degree. There were 288,800 mechanical engineering jobs in the U.S., with a projected job growth rate of 9 percent through 2026, in 2016, the last year the BLS counted.

Not a bad salary or growth prospects, but there are always ways for mechanical engineers to increase their salaries. Most approaches require planning and a significant investment in time, money, and education, as well as excellent communication and sometimes negotiation skills.

Here are a few of the best ways to start boosting your engineering salary.

1) Earn a Master’s Degree

A master’s degree is increasingly required to advance into higher-paying supervisory and management roles. It sharpens your technical skills and can establish you as an expert in a hot field, such as additive manufacturing and 3D printing. “Becoming a technical expert in a particular industry or product will command a higher salary than being a generalist engineer,” says Tom Goettl, vice president and principal recruiter for Konik PrimeStaff, a leading engineering recruiting company based in Edina, MN.

For You: An Engineering Education Should Never End

2) Earn an MBA

If you are interested in management opportunities, a Master of Business Administration degree might be the best approach. An MBA is ideal for mechanical engineers with an aptitude for business management. “The skills that come with an MBA enable engineers to be promoted into business oversight roles,” Goettl says.“They will learn, for example, how to tie profit and loss statements from the entire company into an engineering department and how every department’s performance affects the company bottom line.”

He does caution that management is not always a good fit for engineers.

“Many great engineers move into management roles only to learn afterwards that they dislike holding others accountable, or coaching and leading teams,” he says.“You don’t want to spend the rest of your career in a role you’re not passionate about simply because the pay is a bit higher.”

Scope of Mechanical Engineering

  engineering pays

Mechanical Engineering is one of the evergreen branches of engineering which over time, has contributed to several innovations. Considered to be one of the oldest branches of engineering, mechanical engineering deals with the concepts of thermodynamics, fluids, mechanics and structural analysis. The scope of mechanical engineering is vast even today. These concepts are used in designing some of the best and most efficient state-of-the-art motor vehicles, manufacturing units, aircrafts as well as other industrial machinery. Apart from the machinery and vehicles, mechanical engineers significantly contribute towards the development of power equipment, engines and complex machinery systems. Not only the design and manufacturing, even the maintenance and testing of such machinery and equipment are considered as responsibilities of mechanical engineers.

However, this evergreen branch of engineering is facing an alarming question – whether it is still the right stream for students who love machines or not. Due to the lack of job offers or placement opportunities for the huge number of graduates, people have started doubting their decision to take up mechanical engineering as a stream.  So here, we are going to discuss the scope of mechanical engineering and its future prospects.

What is Mechanical Engineering?

Mechanical engineering is the branch of engineering which deals with the design, manufacturing, maintenance and testing of machines. It is also considered as one of the most diverse and versatile disciplines of engineering. Mechanical engineering also includes the application of mechanics, material science, applied mathematics and physics.

With the rise of modern technology, mechanical engineering has witnessed newfound importance with more and more students opting to learn less explored domains of robotics, mechatronics, nanotechnology, etc.

New trends and future scope

The scope of mechanical engineering no longer remains limited to just manufacturing and testing of huge machinery and equipment. With technology making new advancements, there are several new domains in mechanical engineering which are being taken up by passionate engineers. These domains include robotics, new materials, nanotechnology, computer-aided design, geomechanics, etc. The two highly pursued domains are robotics and mechatronics, both of which combine the knowledge of mechanical engineering with other streams to deliver state of the art products.

Robotics – Robotics is an interdisciplinary stream of engineering that combines mechanical engineering, electrical engineering and computer science with an aim to design and develop robotic systems along with computer systems to control them. With the AI revolution already started, Robotics as a stream has been on the rise and is expected to grow in both reach and demand in the coming decade.

Mechatronics – Mechatronics too, is an interdisciplinary branch of engineering which usually combines mechanical engineering, electrical engineering and Information technology. A mechatronic engineer is responsible for designing complex engineering systems, can assist in process automation and also test the systems in use in the processes.

From automobiles to heavy-duty lifting machines and even the modern aircrafts that defy speed barriers, a variety of modern systems are being designed under the supervision of expert mechanical engineers. You will not find mechanical engineers limiting themselves to the manufacturing industry anymore. Mechanical engineers are being welcomed in various industries with open arms and high compensation packages, provided that the candidates are skilled and proficient.

The current market scenario and scope

According to the portal payscale.com, the average salary of mechanical engineers falls below Rs. 3.4 lakhs per annum. A few skills are able to add value to this compensation package. For example, knowledge of robotics or robotics process automation and a sound understanding of electrical systems can make a recruiting firm provide you with a better pay package, as per their need. Even though the pay package is lower as compared to computer science, mechanical engineering is expected to rise again.

best engineering majors for the future

 best engineering majors

When deciding on a career path, it is difficult to know whether that industry will continue growing, become over saturated, or even redundant. The trend is toward information technology and automation, which will remain the case for the foreseeable future. Traditional fields, such as civil and petroleum engineering, are still high in demand, but the fastest-growing fields are those in the IT sphere. Take a look at some of the engineering jobs that are most in-demand and show the greatest salary potential for 2019 and beyond.

1. Data Science & Machine Learning

Software engineering has seen continuous growth over the past few years, with no signs of it stopping. Data science is a branch of software engineering that involves creating meaningful information based on large amounts of data. These large datasets are known as big data and can come from a variety of sources, such as e-commerce, medical or financial sectors. This field uses both statistics and software engineering to gather, analyze and present the gathered data in such a way as to allow the end user to optimize their specific services. Machine learning is a subset of data science that is used to make predictions of what might happen in the future based on data of what happened in the past. Machine learning algorithms will make predictions, test whether these predictions were accurate, and then optimize the algorithm to improve the accuracy of the prediction going forward. The more varied the volume of data available the better the predictions. A bachelor’s degree is not always necessary to begin a career in data science as there are various short courses that cover the required topics. However, a strong background in both mathematics and coding is necessary.

2. Automation & Robotics Engineer

Robotic systems are already good at performing menial repetitive tasks that don’t require the dexterity and attention to detail provided by a human worker. However, with constant advances in computing, energy storage and materials, robots are beginning to move from single arm welding and assembly robots to complex humanoid robots. A striking example of this are the Boston Dynamics robots. A robotics engineer is involved in every aspect of the design, development, testing and implementation of robotic systems. Robotics engineers are typically either mechanical, electronics or mechatronic engineers. With the relentless march toward automation, the only jobs safe from automation are those within automation.

3. Petroleum Engineer

Petroleum engineers work on drilling methods, design of drilling equipment and implementing & monitoring the drilling plan for the extraction of crude oil. Petroleum engineering has been in demand for the past few years and is set to continue growing in demand over the coming decade. Despite the push for electrical vehicles and clean energy, oil is still highly in demand as it is used in many different industries. Many petroleum engineers are expected to retire in the coming years, creating more demand than supply, thus it is a perfect time to get into the field.

4. Civil Engineering

Civil engineers build the infrastructure on which the world runs. As such, civil engineering is likely to be in demand for the foreseeable future. There are various branches of civil engineering, which make it a great field to be in. The main civil engineering fields include structural engineering, environmental engineering, road/highway engineering and transportation engineering.

5. Electrical Engineering

Electrical engineering shows continued demand. It is a broad field that includes power engineering, instrumentation engineering and electronic engineering, to name a few. The broad range of possible career paths within electrical engineering means that they will always be demand.

6. Alternative Energy Engineer

There has been an international push toward clean and renewable energy. For example, the demand for solar energy technology has increased dramatically, resulting in ever decreasing panel costs. This is creating a feedback loop that is further pushing up demand. There is no doubt that alternative clean energy is the future. Despite coal fired power stations still making up the majority of global energy production, its growth has stagnated while alternative energy has grown. An energy engineer needs to start off with at least a bachelor’s degree in mechanical or electrical engineering. A master’s in energy engineering for the specific desired field can further improve job prospects

These Are the 10 Highest-Paid Engineering Degrees

 

What is the best type of engineer to become?

 what type of engineer should i beIt’s widely acknowledged that STEM (science, engineering, technology and math) graduates go on to have lucrative careers. There are all types of engineering sectors that are in high demand. So, if you’re a whizz at any of these subjects or are drawn to learning more about them, you could turn your passion into a pretty high flying profession.

How much money do engineers make you may ask?

As a petroleum engineer with a well-established career for example, you could be earning in the realm of $175,500 per year. Nuclear engineers are looking at a salary of around $127,500 midway through their careers and marine engineers at $123,200.

The U.S. is known for producing some of the best engineers in the world, who gain top degrees at some of the most prestigious American universities. Though a bachelor's degree is the standard engineering qualification, for particular engineering jobs some employers may require a master’s degree or, occasionally, a doctorate. All engineers, in any discipline however, must pass a licensing exam if they offer services directly to the public.

Want to know how you can get in on the action? Read on to learn about 10 of the highest engineering salaries and most interesting engineering degrees and where you can go to study them.

[Engineering salary data comes from Payscale].

10. Civil Engineering
Entry salary: $62,100
Mid-career pay: $99,000
Average salary: $66,500

Best places to study: University of California – Berkeley, Georgia Institute of Technology, Stanford University, University of Illinois, Massachusetts Institute of Technology.

What does it involve? Civil engineering graduates are in high demand and are expected to continue growing by 6% starting back in 2018 through 2028 according to the US Bureau of Labor Statistics. Every big (and small) city needs roads, bridges and transportation facilities, and this is where civil engineers come into play.

Civil engineers build all sorts of infrastructure and they can also do their bit for the environment too by designing and implementing environmentally-friendly projects. Depending on where you’ve studied, where you decide to work and what projects you take on, being a civil engineer can be a great career that combines giving back to the community with a decent paycheck.

9. Biomedical Engineering
Entry salary: $65,700
Mid-career pay: $103,500
Average salary: $66,600

Best places to study: John Hopkins University, Duke University, Massachusetts Institute of Technology, Stanford University, Georgia Institute of Technology.

What does it involve? Biomedical engineering (BME), also known as bioengineering, involves applying engineering principles and design concepts to medicine and biology for healthcare purposes. Also included under the scope of a biomedical engineer is the management of medical equipment within hospitals, the development of biocompatible prostheses, various diagnostic and therapeutic medical devices, common imaging equipment such as MRIs and EKG/ECGs, regenerative tissue growth, pharmaceutical drugs and therapeutic biologicals. Biomedical engineers can choose to work in hospitals, engineering firms or medical supply companies.

8. Mechanical Engineering
Entry salary: $70,900
Mid-career pay: $106,800
Average salary: $70,800

Best places to study: Massachusetts Institute of Technology, Stanford University, University of California – Berkeley, California Institute of Technology, Georgia Institute of Technology.

What does it involve? The work and salary of a mechanical engineer varies greatly and can include anything from small assignments to the development of large plants and vehicles. Mechanical engineers are needed in most industries and can be involved in all aspects of a project from research and development to manufacturing, management, and production.

IS Robotics Engineering a good career?

IS Robotics Engineering a good career?

 robotics engineer salary

Robotics is inter-disciplinary engineering with ample opportunities to get placed in some of the best organisations in both India and abroad. From manufacturing units to experimental robotics for medical, military and automotive industries, the future of robotics engineering finds tremendous opportunities for its budding professionals.

Robotics Engineering is a field of engineering that deals with the design, building structure, and the applications of robots and computer and their manipulation and processing. Robotic science has a tremendous scope as a career option as robots play an important role in the industrial sector. They help in speeding up the process of manufacturing and finds tremendous application in the fields of nuclear science, exploration of the sea, designing of bio-medical equipment, etc. A robotics engineer takes care of all the aspects of creating a robot such as robot designing, maintenance, testing, and proper functioning, etc.

Skills required for Robotics Engineers

A robotic engineer uses all his knowledge to integrate robots and their modern technology for application in different sectors including manufacturing and quality control. Some of the skills sets that are required by these professionals are:

• Knowledge in the designing of robots
• Ability to assemble and disassemble robots
• Conduct research work in robotic science
• Testing robots
• Programming them to perform different tasks
• Robots repair services
• Inspection of components that are involved in robot production
• Determine any malfunctions in the robot
• Keeping written records and reports
• Train technicians
• Serve as a strong technical support
• Analyse the prototypes

Academic programs in Robotics Engineering

Robotic engineering courses are available in different modalities and students who wish to pursue the degree in India can opt for Mechatronics Engineering, B.Tech in Automation and Robotics, BE in Advanced Robotics, etc.

Postgraduate and doctorate courses include M.Tech in Robotics, M.Tech in Automation and Robotics, M.Tech in Intelligent Systems and Robotics, M.Tech in Mechatronics and PhD in Robotics.

At the masters and the doctoral levels, the candidates have to take up below-listed specialisation as their core subject:

• Micro-robotics
• Digital electronics and microprocessors
• Bio-cybernetics
• Automation
• Signal processing
• Robot manipulators
• Computer integrated manufacturing systems
• Robot motion planning
• Artificial intelligence
• Air traffic management systems
• Computational geometry

Eligibility Criteria

The eligibility criteria to apply for a B.Tech degree in Robotic Engineering is completing XIIth standard in science stream with subjects, inlcuding Physics, Chemistry and Maths. To apply for the post-graduation degree in Robotics, the student must have a Bachelor’s degree in any one of these streams of engineering, namely mechanical, electrical, electronics, instrumentation and control, electrical and electronics engineering, etc.

Some colleges and universities may conduct a common entrance test at both under-graduate (UG) and post-graduate (PG) levels before offering admission to the candidates. These entrance examinations are IIT JEE, SRMJEEE (PG), GATE, TANCET

 

 robotics engineer salary

Robotics is inter-disciplinary engineering with ample opportunities to get placed in some of the best organisations in both India and abroad. From manufacturing units to experimental robotics for medical, military and automotive industries, the future of robotics engineering finds tremendous opportunities for its budding professionals.

Robotics Engineering is a field of engineering that deals with the design, building structure, and the applications of robots and computer and their manipulation and processing. Robotic science has a tremendous scope as a career option as robots play an important role in the industrial sector. They help in speeding up the process of manufacturing and finds tremendous application in the fields of nuclear science, exploration of the sea, designing of bio-medical equipment, etc. A robotics engineer takes care of all the aspects of creating a robot such as robot designing, maintenance, testing, and proper functioning, etc.

Skills required for Robotics Engineers

A robotic engineer uses all his knowledge to integrate robots and their modern technology for application in different sectors including manufacturing and quality control. Some of the skills sets that are required by these professionals are:

• Knowledge in the designing of robots
• Ability to assemble and disassemble robots
• Conduct research work in robotic science
• Testing robots
• Programming them to perform different tasks
• Robots repair services
• Inspection of components that are involved in robot production
• Determine any malfunctions in the robot
• Keeping written records and reports
• Train technicians
• Serve as a strong technical support
• Analyse the prototypes

Academic programs in Robotics Engineering

Robotic engineering courses are available in different modalities and students who wish to pursue the degree in India can opt for Mechatronics Engineering, B.Tech in Automation and Robotics, BE in Advanced Robotics, etc.

Postgraduate and doctorate courses include M.Tech in Robotics, M.Tech in Automation and Robotics, M.Tech in Intelligent Systems and Robotics, M.Tech in Mechatronics and PhD in Robotics.

At the masters and the doctoral levels, the candidates have to take up below-listed specialisation as their core subject:

• Micro-robotics
• Digital electronics and microprocessors
• Bio-cybernetics
• Automation
• Signal processing
• Robot manipulators
• Computer integrated manufacturing systems
• Robot motion planning
• Artificial intelligence
• Air traffic management systems
• Computational geometry

Eligibility Criteria

The eligibility criteria to apply for a B.Tech degree in Robotic Engineering is completing XIIth standard in science stream with subjects, inlcuding Physics, Chemistry and Maths. To apply for the post-graduation degree in Robotics, the student must have a Bachelor’s degree in any one of these streams of engineering, namely mechanical, electrical, electronics, instrumentation and control, electrical and electronics engineering, etc.

Some colleges and universities may conduct a common entrance test at both under-graduate (UG) and post-graduate (PG) levels before offering admission to the candidates. These entrance examinations are IIT JEE, SRMJEEE (PG), GATE, TANCET