Future of Embedded Systems- Offering An Excellent Career in the Future

Perhaps all of us have noticed that the world around us is getting smarter day by day. You can find yourself surrounded by electrical appliances made of highly intelligent systems. Do you know the advanced technology working behind those machines? It’s ‘embedded’ technologies.

With growth and advancements in the field of electronic systems, starting from wireless communications, cognitive devices, and robotics, we are equipped with mobile phones, laptops, tablets, etc.

Before moving into the details of embedded systems, let us discuss their applications in the following areas:

Ubiquitous Computing- This is a branch of engineering that teaches you about interconnected and integrated devices that we interact with every day. These objects can be your toasters, fans or electronic coffee mugs. As of late, ubiquitous computing targets smartphones and tablets but sooner or later, your game console will be able to talk to your smartphone and enable you to play the game you want!

Intelligent Devices- Gone are the days when humans were the only organisms on earth to think actively. Today, even machines have the capability to think and act like us. Intelligent devices are the systems which can think on their own. For example, iLumi, a bulb that can be operated with Android Operating system. Just enter your home, and switch on your lights with just a single click.

Internet of Things (IoT)- This concept was introduced more than a couple of decades ago. Since then, it has never failed to amaze us with various devices connected to each other through the internet. Physical devices such as home appliances and manufacturing systems are the best examples.

Your smartphone tells you about your sitting posture, you can monitor your machines from far away and direct your team of mechanics to do the necessary changes. Manufacturing companies have realized the importance of such a system and have started partnering with consulting firms which provide IoT services.

Cyber-Physical Systems- These systems play a vital role in the world of Internet of Things (IoT). They are supported by powerful computation and fast communication. That is why they have the capability of integrating the physical world with the cyber world. These systems are used for tasks which should be done with ultimate precision such as the implementation of robotic arms, space exploration and exploration of places in the earth where humans cannot reach physically and creating and deploying energy efficient systems.

Career in Embedded Systems:

In one more decade, embedded systems are going to be everywhere. Starting from every floor of your building to everyone’s pocket, embedded systems are going to be everywhere. Public transport, coffee mug, home, office, airplanes, and cars are just a few examples.

If you are interested in electronics and electrical engineering, this will be an ideal career for you. After completing engineering, you can go for a specialized certification course, receive project-based training and kickstart your career. Sooner or later, you will get a chance to deal with world’s most complicated and advanced systems.

AECTL is the Embedded SystemsTraining Institute in Rajajinagar, Bangalore for freshers and Professionals offer comprehensive certified job oriented Professional Diploma Courses with excellent placements. To know more about about courses, visit @ www.aectltraining.co.in/embedded/placement/

Visual Effects Industry- How to Become an Eminent VFX Artist?

Apart from few documentaries, almost all movies, soap operas, advertisement and short films use visual effects (VFX) to make it visually appealing. While VFX scenes are mostly known for the eruption of tall buildings, giant robots, massive explosions and tsunamis, they can also be used for simple tasks like changing backgrounds to create simple magic. Today, VFX is widely used across various mediums and its power is utilized to create magic on the screen.

Visual Effects as a Career

VFX offers one of the most lucrative careers in most of the countries, including India. Digital artists from all over the world can get a highly paid job and freelance projects quite easily and make ‘extra’ money. Not only this, VFX offers you an entertaining platform to work. You feel excited about a movie release and creating magic on a 70 mm screen. You can boast of your skills when you get credits at the end of the movie.

This is an exciting career path for many. In fact, software engineers have started getting into VFX after spending few years in software development. This makes it the most demanding and competitive industry. Therefore, you should have extraordinary skills to establish yourself as a Visual Effects Artist today.

Become a VFX Artist: The Career Path

As you do not need to qualify yourself as a ‘graduate’ like in the other career profiles, the best way to start your career as a VFX artist is to get into a job while you are studying. You can join as an intern. You may not earn much during this stage in India but it will definitely boost your profile and increase your chances of landing up a highly paid job later.

The education and required experience may vary depending on the employer and region. There are no specific educational requirements to become a good visual effects artist but it is advisable to be keen to learn more.

Minimum qualifications to land up your first VFX job include the following:

•          A Bachelors degree in Software Engineering, Fine Arts, Animation, or any visual art courses.
•           A knowledge in a technical area, such as physics, mathematics, etc.
•              Expertise in software such as Autodesk Maya,  Nuke, Adobe After Effects, etc.
•              A strong demo reel or portfolio.
•             Strong knowledge of 2D and 3D computer graphics as used in media production houses.

VFX artists work in the post-production department of a movie-making process. They need to ensure that the effects and dynamics are seamlessly integrated with the scenes. This technology is becoming more specialized with the increasing use of technologies. So, only the keen learners can establish themselves as eminent digital artists in the industry.

Start learning and never stop.

Visual effects #VFX #Training in Bangalore with 100% placement @ #AECTL.

Website: http://www.aectltraining.co.in/

Phone: 9535280019

Sync your Passion in Embedded Systems- Go For a Specialized Course

Embedded systems engineer require a certain set of formal education in terms of degree, job responsibilities and certification options. Though it is a bright career path, it is imperative to check whether it is good for you.

 Embedded systems engineering is a separate branch of engineering studies. Aspiring engineers can pursue a bachelor’s or masters’ degree with specialization in this discipline. A number of organizations provide networking, professional certifications and continuing education programs to interested candidates. They also assist you to land up your first job in this field.

Important Information

Embedded systems engineering is a new branch of engineering studies and applications that merges electrical and software engineering. The embedded engineers work on both hardware and software parts for remote controls, electronic medical equipment, industrial control systems, systems of military operations, mobile communication devices, and other electrical appliances.

A prospective engineer should have a bachelor’s degree in a relevant discipline. Some schools and organizations offer related courses or certification programs in embedded systems engineering.

If you are having completed a graduate program in electrical or software engineering, you should go for a certification program.

Salary and Career Information

The US Bureau of Labor Statistics (BLS) has predicted that software engineers will see 17% more growth than electrical and electronic engineers in the current decade (2014-2024). They should qualify for ‘embedded engineering’ to be entitled to a great career in the field. The annual median salary is currently around $78,000 and is expected to grow by the end of the decade.

Embedded Courses

Students passionate about learning embedded technology can go for it after pursuing a graduate degree in a related discipline. Various institutes offer this course with excellent internship programs. Training programs are available for fresher’s and working professionals, who want to make their career in the industry. Such courses are a combination of practical training, strong evaluation and industry coaching.

The courses begin from the fundamentals of embedded system and the interaction of hardware and software systems. Once the students have cleared their fundamentals, the course advances towards basics of hardware design including ASIPs, ASICs, and FPGAs.

Then the students learn about the important issues related to design for less power consumption and the techniques to solve them.

Later, the students are introduced to advanced topics such as specification models and languages, mapping those specifications to hardware and software parts, and hardware-software partitioning. Students also get to learn about design verification methodologies adopted in embedded system practices.

If you are a tech-savvy and passionate about embedded systems you can follow the aforementioned career path to be a successful engineer in the future. Join in AECTL Embedded training institute in Bangalore and become an engineer. To know more contact us @ 9535280019 or visit @ www.aectltraining.co.in/

5 Classifications of Animation You Should be Aware of - AECTL

Animation is not a new concept. In the world of multimedia, films, and games, all the kids and adults are aware of it. But, are you aware that there are different types of animation?

Yes! This article will guide you through the different styles and techniques used in the world of animation. Though it will not teach how to animate, in the end, you will be aware of the type of career you can choose to be a successful animator.

Here you go:

         •        Traditional Animation- It is the oldest type of animation technique. Also known as cel animation, in this technique the artist uses hand-drawn images to develop the story i.e. sequential drawings that make the movement in a character. If you have seen one of those ‘flip-books’, this technique will sound familiar but here, the artists today use a light-box to create the drawings. This technique was used in the old Disney movies.

         •        2D Animation- This involves traditional hand-drawn animation techniques but here the artist uses different technologies and software to make the animation smoother and more interactive. Most commonly used software is Adobe Flash/Animate. However, you can use Photoshop, After Effects and few other software also.

2D animation is used not only in movies but also in games.

         •        3D Animation- This one is the most common mode of animation. A series of images or frames are used to create the animation. The animation in a 3D software is done by posing the character into different keyframes, which automatically takes the in-between frames also. You can view the animation by clicking the ‘Play’ button.

The animator spends several hours playing with curvy and linear modes of animation. This is the latest technology used for many movies and high-end games. Popular software is Autodesk Maya, and others in the list include Autodesk MotionBuilder, Cinema 4D, 3DS Max, and so on.

         •        Motion Graphics- Classified as an ‘animation’ technique, motion graphics differ from other types of animations. Have you seen animated logos, greeting cards, glitter texts, particles, and dynamic websites? All of them are classified under this type. It is usually done for promotional and commercial purposes. Most commonly used software are Adobe After Effects, Photoshop, Flash, and Cinema 4D.

         •        Stop Motion- This technique is just like traditional animation apart from the fact that it utilises photographs of the object to be animated. You have to keep clicking different photographs in different positions of the object. When all of them are played one after the other, it shows the movement of the object.

         •        Motion Capture- This is another latest technology which involves a real human in a suit that’s connected to the electronic image or graphic character. The character moves in the way the human does.

If you want to become an expert in animation, you must be aware of these techniques and master one of them. To know more about animation course details, visit @ www.aectltraining.co.in/animation/placements/

Why Embedded Systems is called the Technology of Tomorrow

In the recent technical world, embedded technology has been a matter of discussion these days. When it comes to career and studies, embedded technology has great benefits. Many engineering projects, modern appliances, and sophisticated electronic systems use some kind of embedded systems, which increases its importance. All the embedded systems consist of two parts: the hardware and the software. The software part can be used to control the hardware and do the required task.

Embedded systems are used in several devices such as automobiles, traffic lights, cameras, wireless network routers, mp3 audio players, and so on. It is an important subject for electrical engineering students, as it is a part of every undergraduate-level courses. One or two courses in electrical engineering definitely contain embedded systems.

A Brief History of Embedded Systems

Some scientists claim that the first embedded system was used in Apollo missions, i.e. Apollo 7, which landed on the moon in 1969. Since then engineers began using it in some other devices as well. After a couple of years, Intel launched a microprocessor which was powerful enough to control any embedded system. It was during the 80’s that embedded systems saw a dramatic evolution. There were great improvements in terms of memory capacity, operating systems, performance, software development tools such as compilers, and so on.

Today, embedded systems are used in the aeronautics industry, sophisticated electronic appliances, military applications, robotics, and various means to enhance people’s standard of living in every possible way.

Benefits of Embedded Systems

As mentioned before, embedded systems can be used in a variety of applications. Multimedia products such as smart phones, printers, video-game consoles, home entertainment systems, washing machines, refrigerators, microwave ovens, refrigerators, blue ray players, televisions, air conditioners and digital cameras use some type of embedded systems. These appliances are used to upgrade human lifestyle. In fact, today we cannot imagine a life without them. Embedded systems have become an integral part of our lives.

Apart from usage in day-to-day appliances, embedded systems are used in automobiles to produce high-end electric motors. As a result, this technology gave birth to automotive safety systems such as electronic fuel injection systems, anti-lock braking systems and the most popular, Global Positioning Systems (GPS).

On the other hand, there are applications in medical science as well. Pieces of equipment like MRI scanners, heartbeat and blood pressure monitors, ECG, etc. utilise embedded systems.

Today, most of the applications run with artificial intelligence (AI) technology and it would not be possible without embedded systems. Emerging engineers in this technology have undoubtedly a bright future. However, perseverance and hunger for knowledge can establish you as an ardent embedded systems engineer.

Want to get well trained in embedded systems and to get placed in top MNC’s, then, just click on http://www.aectltraining.co.in/

Top 5 Advantages of Using Animation Technology in Classroom Studies

Animation technology is slowly getting popular because of various benefits including communication, self-expression, story-telling, etc. It is a great way of conveying ideas and expressing yourself. With growing software development in the market and advancement in technology, animating objects has become amazingly easy. Now, it is used in classrooms for teaching and presentational purpose.Though animation has various advantages, many people believe it is a time-consuming, and tedious process. In fact, sometimes spending more time perfecting something is a waste of time for students, as it does not have huge educational value. But, there are many brilliant reasons to use animation tools in teaching environments and this article presents few of them. 

1. Communication: Easy animation tools have given a sigh of relief to the students who struggle with grammar and spellings. It not only boosts the creativity of the students but also gives them a chance to focus completely on the story. Students who find using traditional pen and paper method difficult to convey their stories greatly benefit by using animation tools.Domo is an exciting animation software designed for students. It is a great tool to get started as it provides a user-friendly, cartoon environment to create stories. There will be readily formed characters, props and environment selection tools that help the students easily develop stories. Another such tool is Myths and Legends, which enables students to create animations on popular historical stories and myths.

 2. Building Bridges: With the growing use of animation on the websites creating animation is no more a solitary pursuit. Now, animation involves sharing your ideas with your peer group and connect with them. The power of collaboration among students around the world through animation cannot be understated. It can also bridge the ‘language-gap’ among the students who otherwise struggle to communicate with words. 

3. Self-expression: Self-expression is a huge challenge for many students. Traditional methods like drawing and painting also have limitations because all the students aren't skilled enough to use them. Animation tools solve this issue by giving the students pre-built characters and environment which they can easily use while retaining the creative-reins to create wonderful stories. 

4. Technical Skills: While there are animation tools which provide characters and props by default, there are advanced tools for older students which utilize algebraic expressions and calculus functions to create 3D animations. This enhances their technical skills while teaching them a myriad of computer tools. Some tools like Anim8or come with a guide as well, so that the students do not have to be experts to begin. Animation technology is already dear corporate employees and professional storytellers as it enables them to express things in a user-friendly manner. With its usage in educational purpose, there will a brighter realm of skilled students in the future.

If you want to become expert in animation technology, visit @ www.aectltraining.co.in/ or contact @ 9535280019

Visual Effects Animation- All You Must Know to Build a Career - AECTL

Visual effects (VFX) is a booming industry. With the growing usage of best-in-the-class technology and skills this industry offers the employees a great package. However, you must be aware of the skills you need to excel as a visual effects artist or effects motion expert.

People who are new to this industry often find it hard to understand how it functions. Everybody understands the industry at their own pace. This article provides the necessary information about the industry you need to know as an entry-level technical artist.

What does an effects animator do?

Effects animators are responsible for merging computer generated images or characters with the animated films and real-time footages. They work under the supervision of a VFX expert, also known as visual effects supervisor to determine the best approach to solving effects issues and develop the finished project.

Effects Animation Jobs

Effects animation is a part of the post-production department. The effects animators develop effects based on the concept art or design received from the art department, which works at the pre-production level.

They use 3D lighting, effects and compositing tools to achieve the desired results. Apart from VFX supervisors, effects artists work in collaboration with compositors, technical directors, designers, and art directors to create a realistic look.

This is why the artists working in the effects department are expected to have a thorough knowledge of tools and technologies involved in the production of an animation movie. The major tools are Renderman, Mantra, Nuke, Houdini, Adobe After Effects, Eyeon Fusion, and so on.

Effects Animator Salaries

Salaries of the effects animators vary depending on the company size, region, experience, role, and so on. Dreamworks and Disney usually pay higher salaries other than the lesser known companies. Glassdoor and SimplyHired reported that the salaries of effects animators range between $47,000 to $153,000 per annum.

Besides they can work as freelancers to earn more. To become a successful freelancer you need good contacts, reputation, and market knowledge. You should have a well-organized portfolio online. It should showcase your best works and the uniqueness of your skills.

Employment Trends for Effects Animators

Growth in this department is much better than any other departments in the industry and related workers category. The Bureau of Labor Statistics issued a report for this decade which clearly states that there is 14% growth in this industry. Wages and employment opportunities will also grow by 14%, which is quite a better figure when compared to the growth in the last decade, which was 11%. The best part is, a steady rise is still being observed in these statistics.

If you are planning to become a effects animator, rest assured, you are going to have a great career ahead. So, do not miss this opportunity and get started, right away.

AECTL is the best 3D Animation Institute in bangalore cover all the training's relating to modern day visual designing and  also provides 100% placement assistant to the students after they complete their courses. Since 2009, AECTL has been successfully placing students in top MNCs. To know more visit @ www.aectltraining.co.in/animation/