Sunday, February 28, 2021

What is a senior technician?

 senior data technician

Ensures that facilities, layout and machinery used to produce new and existing materials and goods run to their maximum efficiency and output. This includes total preventative maintenance, managing breakdowns of mechanical, electrical and robotic equipment (including software programming). May include training and assessing of other technicians and apprentices. Overall Purpose of the Role: Install, maintain, improve and repair equipment, plant, services and building installations to set levels effectively in compliance with best practices ensuring production efficiency can be met within a safe well-presented facility. Respond to technical issues affecting production and maintain electrical and mechanical services through Planned Preventative Maintenance (PPM). Responsible for multiple highly complex major projects requiring innovative original solutions where results are key to successful completion of major projects. Work mostly independently with minimal supervision and work is reviewed at project milestones and/or on completion by Senior Management. Key Responsibilities: General and Task Management  Attend breakdowns, identify fault and problem solve, with minimal downtime to production  Carry out diagnosis of faults, the maintenance and repairs to all types of plant and equipment in a safe, timely and professional manner and return equipment to operational service  Estimate length of time required to complete a job and likely consequences of failure to complete work within required timescales  Identify and escalate any activity that has the potential to cause harm or damage  Report breakdown root causes, equipment faults and concerns to management

Ensure all work is undertaken to a high quality standard and adheres to all quality standard regulations  Ensure company targets are met in respect of quality of parts produced  Identify spares requirements and log usage  Assist in the development of planned preventative maintenance (PPM) schedules  Carry out PPM schedules as necessary and planned work orders as required and provide feedback to develop the system  Assist with the moving, installation, repositioning of machines and equipment  Make full use of the computerised maintenance management system  Plan and prioritise workload to support production and ensure efficient use of working time  Fill in job tickets/log completion of work on the computerised maintenance management system  Operate Fork Lift Truck and lifting equipment  Work within 5S (Sort, Set In Order, Shine, Standardize, Sustain) methodology to maintain workplace to a high standard  Ensure all personal protective equipment is identified, always available, correctly used and all associated problems are reported to management  Ensure all lost time, minor and trivial accidents are reported  Promote environmental issues and ensure all company procedures are understood and followed  Ensure a safe working environment exists for self and colleagues, ensuring all health, safety environmental and quality management procedures are followed and achieve the company’s and departmental KPI targets  Keep up with current and developing manufacturing and engineering trends regarding maintenance  Undertake special projects as required  Quality control of work by appropriate reviews  Conduct benchmarking studies to determine best practices/designs and future trends  Plan projects or subtasks so they may be tracked and presented  Actively utilise continuous improvement methodology to progress the maintenance function  Write reports and present progress at project meetings  Achieve goals within budget  Undertake continuous training and development  Perform root cause analysis and resolve problems  Independently determine approach and assigned tasks  Understand and operate within basic cost/budget measures People Management  Train and mentor apprentices and less experienced technicians  Provide leadership and assistance to less experienced technicians and apprentices  Support training needs of the department and provide expertise to apprentices and trainees  Provide a communication point for the team and provide a proactive feedback process between the technicians and management  Champion high team standards Relationship Management  Assist visiting specialist engineers when necessary  Work, liaise and utilise good effective communication with a range of internal departments, external suppliers, service providers and customers.  Ensure that contractors are utilised in accordance with company procedures  Attend various meetings and action/communicate instructions  Act as first point of contact for production and help provide a proactive feedback process between maintenance and other departments Self Management  Support, comply and ensure complicity with Health & Safety regulations, the Company Handbook, Quality and Environmental standards, and all other Company policies and procedures  Embraces personal challenge  Confident, rounded thinking  Is self aware  Is resilient, optimistic and open to change  High levels of motivation and action orientated  Engages interest and participation of others and has a collaborative approach to working together.  Proactively contributes to the team Skills and Attributes:  Exercise substantial initiative/judgement in work methods and interpreting goals  Work independently and is reviewed infrequently with minimal supervision  Self-supervising within the guidance and expectations of divisional management  Ability to coach, counsel and manage people  Excellent verbal and written communication skills  Communicate with clarity and demonstrate excellence in approach to work and people activities  Excellent organisation skills  Excellent problem solving skills  Ability to manage a wide variety of activities at the same time  Ability to plan, analyse and challenge  Able to work cross functionally and collaboratively with many stakeholders.

Wednesday, February 24, 2021

FIBER TECHNOLOGIST

 fiber technologist

Job Description:

  • 1) Studies nature, origin, use, improvement, and processing methods of plant, animal, and synthetic fibers: Analyzes wool, mohair, cashmere, camel's hair, alpaca, bristles, feathers, and similar animal and fowl fibers, plant fibers, such as cotton, linen, and jute, and synthetic fibers and products made from these fibers.

  • 2) Applies principles of science to improve growth and quality of fibers.
  • 3) Conducts experiments in blending fibers and develops improved manufacturing methods for converting fibers into articles, such as cloth, felts, rugs, mattresses, and brushes. 
  • 4) Conducts tests on fibrous structures for quality control, such as tensile strength and stability to heat, light, and chemicals.
    5) May be identified according to fibers studied.

    WHAT DOES A FIBER TECHNOLOGIST DO?

    Fiber Technologists are responsible for the installation, repair, and maintenance of fiber optic cables. Their duties include organizing maintenance schedules, conducting fiber optic system installation, replacing old fiber optics cables, troubleshoot fiber optic issues, and manage fiber splicing. They are responsible for undertaking fiber optic inspection, creating sensor indicators, fulfilling cable requirements, and implementing cabling for premises. Fiber Technologists also manage system records as well as track devices' signal strengths.

    Here are examples of responsibilities from real fiber technologist resumes representing typical tasks they are likely to perform in their roles.

    • Manage the OSP splicing department for the past year successfully with limit time, tools, and under train techs.
    • Open and close department independently and also assist surgical staff by managing QC and providing radiopharmaceuticals as needed for procedures.
    • Assist in the electronic balancing and testing of the ISP and OSP.
    • Engineer broadband optical transmission systems using DWDM.
    • Learned to splice and solder complex PC boards.
    • Configure network topologies troubleshooting Pc's and connections.
    • Build out data centers and terminate cat5 and coax cables
    • Used fusion splicer to repair breaks find by OTDR tests.
    • Terminate cable using LC and SC connectors to create network capabilities.
    • Install and troubleshoot electronic cctv and access control point security systems.
    • Prepare and present PowerPoint lectures for colleagues and Kenyan medical personnel.
    • Resolve problematic issues with wire and wireless network systems and LAN architectures.
    • Design and supervise the installation of conduit and raceway systems for MDU buildings.
    • Set gain lock and bandwidth by adjusting erbium and voltage on laser pumps.
    • Create weekly PowerPoint presentations of all work orders, tools, and maintenance statuses.
    • Analyze fiber-test data, OTDR traces, and power meter for true-wave and single-mode fiber.
    • Run new Ethernet and coax cabling as needed to provide the service to all install devices.
    • Service cable, telephone, and high speed Internet for customers in person and by telephone.
    • Provide expeditious response time to field technicians regarding emergency locates.
    • Perform diagnostic MRI examinations in outpatient setting
    • Correct in-field problems ranging from re-engineering distribution layouts, to emergency service outages requiring completion as quickly as possible.
    • Relocate employees locally within Nortel facilities ensuring constant network connectivity.
    • Have mounted snow shoes and match cables to strand on Ariel jobs.
    • Splice fiber from main outdoor ariel or underground splice case to various business facilities.
    Fiber Technologist Traits
    Physical Strength
    Physical strength refers to one's ability to lift, carry and move physical objects.
    Teamwork is when a group of people can work well together to achieve a goal successfully.
    Color Vision
    Color vision involves being able to determine between different colors.

Tuesday, February 23, 2021

fiber optic cable installation training

 fiber optic cable installation training If you’re eyeing to pursue a career in the field of fiber optics, it is undeniable that there are a lot of skillsets you have to develop. Other than getting some experience in the field, it’s also useful that you apply for further fiber optic certifications in order to achieve this.

The certifications you get from the FOA are more than just credentials to entice employers to hire you, it is an instrument that you can use to hone your knowledge and expertise in this field. As a matter of fact, these certifications are designed to show you the growth of your knowledge, skills, and abilities (KSAs) in fiber optic applications.

To help you understand the relevance of these certifications, here’s a list of frequently asked questions about fiber optic training certifications that probably crossed your mind:

FAQ #1: What Is the Essence of Training Employees in Fiber Optics?

At present, many organizations of all types and sizes require their employees to undergo training programs in fiber optics. This is because of its ability to make the process of communicating and transmitting digital data easier and faster. Aside from that, it was also prevalent how fiber optic training certifications also increased fiber optic technicians’ productivity and performance in the field.

What Happens When You Connect Slow Devices to Gigabit Ethernet?

Now that you’re aware that devices have different speed capacities, you must be curious what will happen to the device when you connect a slow one to the Gigabit port. To begin this discussion, it’s important that you understand that this does not instantly upgrade your device to use Gigabit internet. As a matter of fact, the connections to these devices will still function normally. The only difference you will see when you connect slow devices to Gigabit Ethernet is its performance—it will evidently perform at a lower rated speed.

While Gigabit Ethernet cables are composed of copper wire strands, fiber optic cables are made up of optically pure glass strands that are as thin as the human hair. Through these glass strands, the light that the fiber optic technology generates will be able to bounce repeatedly off the walls or the cladding and travel through the cable.

Common Uses of Optical Fiber Cables

To help you get a good grasp of how fiber optic technology is used all around the world, here is a list of the most popular uses of fiber optic cables:

  • Internet Connection

It is well-known across in the field of fiber optics that fiber optic cables have the capacity to transmit a large amount of data at high speed. Because of this, the technology became widely used across business organizations for internet cables. Unlike the traditional copper wire cables, fiber optic cables can carry more data. Hence, fiber optics became a popular choice for companies that wanted to acquire high-quality internet.

  • Cable Television

Over the years, optical fiber has been used by organizations to transmit cable signals all around the world. Fiber optic cables provide its end-users higher bandwidth and faster network speed. For this reason, this innovation became an ideal choice for entities that want to transmit high definition television signals.

  • Telephone

In the past, the task of calling telephones outside or within the country was never as easy as it is today. It was because of the emergence of fiber optic technologies that faster connections and clearer conversations became possible without the worry of lags on either side. With that said, it is a known fact that fiber optics revolutionized the telecommunication industry.

  • Computer Networking

With the help of fiber optics, networking between multiple computers within a single building or across nearby structures became easier than ever. Those that made use of the technology were able to see a marked decrease in the time it took for their computers to transfer files across several networks. Because of that, this technology became commonly used by organizations to enhance their site’s computer networking.

  • Surgery and Dentistry

Apart from the ones mentioned above, fiber optic cables were also widely used in the field of medicine and research. Over the past few years, optical communication has been widely used to aid doctors that are practicing surgery and dentistry. Most of the time it was an essential part of non-intrusive surgical methods like endoscopy. Moreover, fiber optics is also maximized by users that perform microscopy and biomedical research.

  • Automotive Industry

It is beyond any doubt that fiber optic cables play a significant role in the lighting and safety features of modern automobiles. With this technology, organizations gain the ability to conserve space and provide superior lighting in vehicles. As a matter of fact, it is renowned among technicians that fiber optic technology is great for both interior and exterior lighting. Moreover, fiber optic cables were also able to prove its worth to business owners by transmitting signals between different parts of the vehicle at lightning speed. For this exact reason, this technology became invaluable for company owners that wanted to implement safety applications.

Monday, February 22, 2021

Finding the Perfect Job in Fiber Optics

 fiber optic jobs in ky Fiber optic technicians are critical to the operations of broadband communications by installing the cables that transmit the information over long distances. Fiber optics work by information being turned into light which travels very fast until it reaches its destination when it is then transformed back into data when it reaches its destination.

A lot of the work performed by a fiber optics engineer is maintenance and troubleshooting. If you have an aptitude for finding and fixing problems, networking, IT, or working with tools, those skills will come in handy when you apply. Sometimes technicians have to work in foul weather, up high on poles or under houses and in crawl spaces. If none of this bothers you, you might find being a fiber optics technician to be the perfect job. Fiber optic technicians have to be comfortable working in tight spaces, using ladders, and handling heavy tools.

Often, technicians get to know the communities they work in very well and make some great connections and friendships. Seeing the same close-knit group of customers frequently makes for a pleasant working environment and a rewarding experience. If you like friendly encounters with customers, a fiber job might be right for you.

How Fiber Optics Affect Our Lives

Optical fibers are thin strands of glass that are bundled together to form a cable. Data is transmitted through these cables inside light, which travels very fast. Fiber optic cable is one of the fastest mediums for communicating data over the internet.

Fiber optics were initially invented for the medical industry and endoscopy. There are various types of fiber, and it is used in a variety of industries around the world. The military uses fiber optics, as does the medical industry. It is also used in broadcasting and computer networking.

Due to the versatility of fiber optics, the career opportunities are endless. If you are interested in medicine and the development of new devices, and you have a background in fiber optics, there will be a job for you. If instead you are into networking and IT services, broadband might be the best fit for your fiber optic skills to shine.

Thursday, February 18, 2021

optic fibre tech jobs

 optic fibre tech jobs Fiber optics play a big part in the infrastructure that runs a lot of the world’s connectivity. We all need the internet, and fiber optics is one of the fastest modes of transport for information and telecommunications. Therefore, fiber optic technicians and engineers are in high demand right now and careers in all kinds of industries are just waiting for you.

If you have been dreaming of a career in fiber optics, now is the time to get your foot in the door. Right now, fiber optics offers many rewarding opportunities with different types of companies from internet providers serving broadband communications, to medical device manufacturers and military operations. Fiber optic cable is used in hundreds of industries around the globe.

Depending on the industry and the company, fiber optic engineers earn a good, stable salary with the median being around $55,000 a year. If you get in with a good company and the work is more complex and detailed, that figure will increase. There are tons of great benefits working with fiber. A standout is that you don’t need a high-level college degree, just specialized skill experience. You can gain a lot of experience as an apprentice to a master engineer for 3–5 years before beginning your career. This experience looks great on your resume and shows your commitment to the industry and career path.

Finding the Perfect Job in Fiber Optics

Fiber optic technicians are critical to the operations of broadband communications by installing the cables that transmit the information over long distances. Fiber optics work by information being turned into light which travels very fast until it reaches its destination when it is then transformed back into data when it reaches its destination.

A lot of the work performed by a fiber optics engineer is maintenance and troubleshooting. If you have an aptitude for finding and fixing problems, networking, IT, or working with tools, those skills will come in handy when you apply. Sometimes technicians have to work in foul weather, up high on poles or under houses and in crawl spaces. If none of this bothers you, you might find being a fiber optics technician to be the perfect job. Fiber optic technicians have to be comfortable working in tight spaces, using ladders, and handling heavy tools.

Often, technicians get to know the communities they work in very well and make some great connections and friendships. Seeing the same close-knit group of customers frequently makes for a pleasant working environment and a rewarding experience. If you like friendly encounters with customers, a fiber job might be right for you.

How Fiber Optics Affect Our Lives

Optical fibers are thin strands of glass that are bundled together to form a cable. Data is transmitted through these cables inside light, which travels very fast. Fiber optic cable is one of the fastest mediums for communicating data over the internet.

Fiber optics were initially invented for the medical industry and endoscopy. There are various types of fiber, and it is used in a variety of industries around the world. The military uses fiber optics, as does the medical industry. It is also used in broadcasting and computer networking.

Due to the versatility of fiber optics, the career opportunities are endless. If you are interested in medicine and the development of new devices, and you have a background in fiber optics, there will be a job for you. If instead you are into networking and IT services, broadband might be the best fit for your fiber optic skills to shine.

How to Structure Your Resume for a Career in Fiber Optics

If your goal is to work in fiber optics, a good resume is vital. First, you will want to make sure you tailor your resume specifically to the industry in which you are applying. You may be interested in a few different areas, so spend time customizing each copy of your resume to fit the job description.

Your resume introduction is the first impression you will make. Take the time to make it great. Right from the first sentence, highlight the ways you can serve your new employer with your skill sets. Be concise but also clear, and focus on your strongest experience and abilities.

Instead of starting with a broad and generic career objective, instead, list your unique skills and how they will serve you well in this new position. Don’t be shy, include any personal skills or hobbies that will aid you in doing your job and fit nicely with a fiber optics career path.

Electrical Engineering and Fiber Optics

Electrical engineering has been shaping our modern world for decades. From its humble beginnings in 1830 when Michael Faraday invented a crude, electric generator to light bulbs in 1878 and then TV and satellites, electrical engineers have blazed a trail for the future.

The 1980s and the explosion of the internet and mobile devices opened up a lot of exciting opportunities in engineering. 3D imaging, flexible smartphones with holographic displays and other significant advances being invented right now are paving the way for even more careers in technology.

Fiber optics play a big part in so many areas of our lives and the need for skilled, qualified technicians is expanding right along with it. Right now is the perfect time for a career in fiber optics. If you are unsure about how to start, find someone working in the fiber optic field and ask them to mentor you so you can learn the ins and outs before hitting any interviews. Ask questions and gain as much knowledge as you can before you start on this career path.

If you are in good physical shape, and enjoy hard work and learning new things, fiber optics is a fantastic career that will take you to new heights of expertise. Technology is evolving at a rapid pace, and along with it you will get to learn more about the ways fiber is changing the world in which we live.

Wednesday, February 17, 2021

Fiber Optics Technician: Job Description

 fiber optic cable jobs In the current corporate environment, having a reliable network infrastructure can significantly improve the productivity and service efficiency of any business. One of the grave mistakes that you can ever make is to suspend the testing of the foundation of all networks – copper and fiber optics cabling.

DCIC certified employees will ensure that cabling systems are properly installed and can perform as expected. What’s more, your trained and certified employees will also be able to use specialized test equipment.

The DCIC (Data Cabling Installers Certification) is an introductory and vendor-neutral certification from Evolving Technologies Association (ETA), and it is meant for skilled technicians who are experienced in the installation of category 5 copper data cabling. Because cabling is the leading cause of more than half of all network failures, having DCIC certified professionals can significantly reduce network failures.

How certifying your Employees can benefit your Business

Faster Installation

Who is more suited for the cable installation and connectivity of other network components than your DCIC trained technicians? Your technicians have undergone training on how to install them for high-performance results. By investing in their training, your technicians will be able to complete installation tasks much faster and efficiently. And this will help save on time, and you can embark on your next project.

Less Human Error

When your employees receive the DCIC hands-on training and certification, they will learn the right ways to connect and install cabling infrastructure, and this will minimize errors that will cost your business money to rework. Even a simple task as pairing correct connectivity solutions with the right cable can be done incorrectly if a technician isn’t trained and certified on how to do it correctly.

Keep Up with Technology

Your technicians will acquire training as per the latest standards and technology. This means that they will learn new ways to reduce costs and save on time during installation. What’s more this training will help keep your technicians up to date on the recent changes.

Qualify for Product Warranties

When your employees complete the DCIC training and certification, your business may be able to easily access warranties that your competitors may not be able to access. Most certified installers are allowed by manufacturers to offer clients product warranties and a lifetime application assurance. This will go a long way in attracting clients who will also trust you because you guarantee them that the installed systems will exceed the industry standards.

Certifying your Employees is Less Expensive than Conducting Repairs

By certifying your employees, you will help prevent expensive installation problems. Certifying your employees is insurance against issues that may arise in future. Without certified employees, you risk conducting costly repairs that must be made on live networks or worse, on networks that are suffering outages. A recent report by Gartner Group revealed that network downtime costs approximately $300,000 per hour.

5 Benefits of Employees Having Advanced Certification

Any successful business owner will tell you that the secret to building a growing and thriving business is to invest in employee training and certification. Your employees aren’t the only ones who will benefit. Your business will also benefit. Some of the benefits of investing in employee training and certification include:

  1. Complete projects efficiently – Trained and certified employees can provide your business with a solid foundation. The knowledge and skills they acquire will enable them to complete projects quickly.
  2. Higher quality – Your certified employees will adhere to some professional standards, and you can rely on them to produce high quality work consistently. This peace of mind is worth investing in employee training.
  3. Increases productivity – Studies by various organizations, including CompTIA have revealed that certified employees tend to be more productive. This is because recognized certifications prepare employees to deal with day-to-day challenges better and get the most from new technologies.
  4. Increases your clients’ confidence – By investing in employee certification, you will show your clients that your company takes care of its employees. Therefore, your clients will feel safer working with certified individuals.
  5. Happier employees – When you assist your employees in acquiring their certifications, you prove to them that you want to mold them to become better professionals. According to a Gallup report, most employees prefer working for employers that are committed to helping them develop their skills. Therefore, such employees will be less likely to leave your business and work for your competitors.

Take the Next Step

Instructor-led employee training leading to DCIC certification usually has hands-on work. This will highly benefit your employees because they will learn and also experiment with new technologies in a safe environment. This will help them gain knowledge quickly that they can apply in your business. To invest in your employee DCIC certification, visit Infotec today to sign up!

For  more: fiber optic cable jobs

Tuesday, February 16, 2021

Is Computer Engineering harder than electrical engineering?

 computer engineering vs electrical engineering

I'm somewhat qualified to answer this. I completed a EE degree just as the computer engineering degree was beginning to be offered at my school. I qualified for either degree with no extra courses as I had taken the EE computer track.

The extra courses I had taken that completed the computer engineering curriculum I had an easy time with. The courses that weren't on that curriculum were E&M, control theory and complex analysis, among a few others. Those courses are really hard.

I selected to keep my degree as a EE. At the time I thought it symbolized a bigger accomplishment and would not impede any job options. Now I know it really didn't matter which degree I was assigned, but how much I took from all those courses.

Before knowing the hardness of both these branches of engineering, it is very important for all of us to know about them. Thus we are here with this answer with the help of which you will be able to know about them will be able to know which one is harder and better for you and your career. Thus have a look at the information present in this answer.


Computer science engineering: this branch of engineering deals with the primary elements related to different types of computer programming and also the networking part of the computers. This branch is much more than just understanding programming languages and being able to write software. This branch of engineering closely associated with hardware, how hardware is designed, and basics. As you will develop software. It involves cognitive sciences and Neutral networks. It imparts practical and theoretical knowledge related to computers such as analysis of algorithms, programming language, program design, software, and computer hardware.


Electrical engineering: this branch of engineering deals with the technology of electricity. The graduates of electrical engineering work on large power plants as well in small hardware companies such as designing, manufacturing, and operating power plants; electrical motors; industrial machinery; computer chips and ignition systems for automobiles; space crafts; air crafts and various other engines. In this branch, there are many hard subjects and complex theories. This stream involves the study and application of electricity and electronics. It deals with the generation, transmission, and distribution of electricity

By knowing both these branches, you might be able to know which one is according to your interest suits you for your career. But according to us the electrical branch is harder. And let us tell you that the internet has improved the accessibility of knowledge, it is much harder to gain a practical understanding of EE because you don’t have the facilities and parts to build circuits to test the theoretical concepts. But it does not mean that computer science engineering is easy. It simply means that the concepts of CSE are much more accessible because it is all software-based for which you just need to download the IDE and libraries to start coding.

But the hardness of both these streams depends on your ability and interest. This simply means that if you are able to solve all the algorithms of the CS branch then it will be easier for you and if you are able to solve the circuits and many more things of the EE branch then it becomes easier for you. Thus choose according to your ability and interest.

Gateway Education offers a wide range of technical and professional courses that help the students in making their career shine. We have colleges and institutes that have a great staff of trainers and faculty that are providing students with the best of their knowledge and experience and this provides opportunities to the students to take their career to new heights. Also, our placement cell is best among the other colleges that provide the students to get placed in top MNCs. For more information and details kindly visit the official website of Gateway Education.

Monday, February 15, 2021

computer science and engineering

 computer science and engineering

Computer Science Engineering (CSE) encompasses a variety of topics that relates to computation, like analysis of algorithms, programming languages, program design, software, and computer hardware. Computer Science engineering has roots in electrical engineering, mathematics, and linguistics.

Computer Science vs Computer Engineering: Roles and Responsibilities

One strategy for determining which path is right for you is to consider your career goals. For instance, if you are looking to work in cybersecurity or as a systems administrator, computer science may be a good fit for you. If your goal is to eventually become a software architect or developer, a degree in computer science or computer engineering will equip you for the job. Advanced computer science curricula thoroughly cover how networks and systems security protocols work while teaching programming and appropriate mathematical concepts.

Computer scientists typically have an understanding of:

  • programming languages such as Java, SQL, and Python;
  • how to run, maintain, and fix Linux and Windows operating systems;
  • data structures and algorithms;
  • basic cybersecurity and cryptography;
  • knowledge of designing, coding, and testing software;
  • how computer networks work and how to manage them.

Some common skills a computer engineer utilize include:

  • A complete understanding of how computer hardware and architect works;
  • knowledge of designing, coding, and testing software;
  • flexibility to work with a wide range of software, which can be highly specialized depending on the company and/or industry;
  • ability to build your own PC systems and repair/maintain device drivers.

CS vs CE: Market Outlook

The technology industry is booming with growth and opportunity. Careers in computer and information science are predicted to grow 19 percent by 2026, and computer hardware engineer jobs are expected to increase 5 percent in the same timeframe.

The salary for both computer scientists and computer engineers is also highly attractive for prospective professionals. Computer science majors can earn 40 percent more than other college majors, and all occupations in science, technology, engineering, and mathematics (STEM) pay more than non- STEM careers by 12-30 percent across all education levels. On average, computer scientists can earn $118,370 per year and computer engineers make $114,600 per year.

Not only do these career paths boast lucrative salaries and stable job growth, but earning a degree in either field can pave the way for many different career options. For example, you can advance from traditional database management or IT jobs and pursue data analytics or cryptocurrency positions with a computer science degree, as you learn how to apply statistical methods to large datasets with computational methods.

Other booming fields that are hiring both computer scientists and engineers are the artificial intelligence (AI) and the virtual reality (VR)/augmented reality (AR) industries. The AI market is forecasted to be a $3.9T market in the future and needs computer scientists to program and code intelligent machines. Computer engineers are also needed to program and engineer the hardware of AI machines.

The VR/AR industry is predicted to be a $9.9 billion field by 2022 and has seen a 93 percent increase in job demand in the past year. Virtual reality isn’t just a glorified gaming system, but instead is revolutionizing health care, architecture, military and defense, and education. A degree in either computer science or engineering will be valuable for anyone wanting to break into this industry

Sunday, February 14, 2021

Typical Pay for Computer Hardware Engineers

 computer engineering degree jobs

Typical Pay for Computer Hardware Engineers

The median annual wage for computer hardware engineers was $115,080 in May 2016. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $66,870, and the highest 10 percent earned more than $172,010.

In May 2016, the median annual wages for computer hardware engineers in the top industries in which they worked were as follows:

Semiconductor and other electronic component manufacturing$124,220
Research and development in the physical, engineering, and life sciences123,050
Computer and peripheral equipment manufacturing120,530
Computer systems design and related services116,840
Federal government109,770

Most computer hardware engineers work full time.



 

What Computer Hardware Engineers Do All Day

Computer hardware engineers research, design, develop, and test computer systems and components such as processors, circuit boards, memory devices, networks, and routers.

Duties

Computer hardware engineers typically do the following:

  • Design new computer hardware, creating schematics of computer equipment to be built
  • Test the computer hardware they design
  • Analyze the test results and modify the design as needed
  • Update existing computer equipment so that it will work with new software
  • Oversee the manufacturing process for computer hardware

Many hardware engineers design devices used in manufactured products that incorporate processors and other computer components and that connect to the Internet. For example, many new cars, home appliances, and medical devices have Internet-ready computer systems built into them.

Computer hardware engineers ensure that computer hardware components work together with the latest software. Therefore, hardware engineers often work with software developers. For example, the hardware and software for mobile phones and other devices frequently are developed at the same time.

Thursday, February 11, 2021

computer science vs computer programming

 computer science vs computer programming

When debating your options for earning a living, pursuing a career in technology certainly sounds appealing. For one, the Bureau of Labor Statistics notes that employment in computer and information technology occupations is projected to grow at a rate much faster than the national average.1 Pair that strong growth projection with solid earning potential—the BLS reports the 2019 median annual wage for all computer and IT occupations as $88,240—and it’s easy to understand the draw.1

While these statistics satisfy some of the basic criteria you have for choosing a career path, you still have a lot of research to do and questions to resolve. For instance, figuring out the difference between computer programming and computer science—and whether or not those distinctions will actually matter in your day to day work.

We’ve asked tech pros to help weigh in so you can have a clearer understanding of computer science versus computer programming. This includes comparing similarities, differences, and exploring how these two closely related subjects intertwine. Ready to get started? Let’s dive in.

Computer programming vs. computer science: What’s the difference?

In a nutshell, computer science deals with the theory of computer processes, while computer programming is the practical application that brings those ideas to life. Here’s another way to think of it: computer scientists find and analyze problems to brainstorm the solutions that take shape in computer programming.

Computer science includes studying cutting-edge technology like artificial intelligence and computer-human interactions, as well as database systems and software engineering, according to Sreejith Omanakuttan, open source team leader at Fingent. “Computer programming, on the other hand, focuses on designing, creating, writing and testing code for software applications and operating systems,” Omanakuttan says.

The CompTIA A+ certification

 comptia a+ jobs The CompTIA A+ certification exam with exam code 220-1002 is a part of CompTIA’s new A+ core series (Core 1 and Core 2). Th...