The Engineering Projects

Smart Buildings Boost the Need for Intelligent Gas Sensors

The global smart building market is expected to reach approximately $33.5M by 2022, indicating a vastly growing need for safe and secure building environments. These sensors continuously monitor environments to ensure that the air quality, temperature, and ventilation in a building are accurate. They can identify scores of potential threats - including harmful gases and gas leaks. According to one recently published report, the need for more sophisticated and intelligent gas sensors in the smart building of the automation industry is critical - this is because consumers demand security where tighter governmental regulations are calling for better and safer indoor air quality.

How Gas Sensors Improve Building Safety?

Gas sensors play a vital role in building safety. They are designed to detect and monitor gas leakage and toxic gases. This is achieved through safety inspections that focus on testing air quality in different parts of the building. New health and safety regulations passed by governments across the globe mean that gas sensors boasting high sensitivity to gases are becoming an important part of safety systems.

These sensors are electronic devices with the ability to detect the existence of (and particular concentrations of) different gases in the environment. Based on the concentration of gases in the atmosphere, the sensors show the different resistance levels of various substances used in the device to check for fluctuations in output voltages. Depending on the readings obtained, we can identify the type and concentration of different gases.

What Type of Gas Sensors Are Used in Engineering?

Gas sensor technologies are used to boost engineering safety - including non-dispersed infrared sensors for carbon dioxide detection and miniaturized photo-ionized detectors for measurement.

In the past, buildings used to contain different sensors, occupying significant space. A need has therefore arisen for more compact, robust, powerful, and reasonably priced sensors that can ensure safety in different sectors - including the health, oil, gas, and automation industries.

Detecting Combustible Gases

Modern-day gas sensors can detect a wide array of gases - including combustible gases such as methane, butane, propane, hydrogen, and more. These sensors can detect the presence of toluene, ozone, nitrogen dioxide, and other gases, offering a reading in the range of 0 to 5 parts per million.

The components used in the sensors can respond to changes in physical or chemical properties. The latter is converted to electric signals by transducers; the sensors measure the concentration of different gases through analytic reactions between the sensing material and target gases. Various types of sensors exist; for example, optical gas sensors measure the amount of light scattering caused by different type of gases. The type of sensor used depends on its intended application. For instance, catalytic sensors are better and therefore preferred for combustible gas detection, while carbon nano-materials are usually chosen for environmental monitoring. These materials have different advantages as well in terms of sensitivity, cost, response time, weight, and stability.

New Chemistry for Ultra-Fine Gas Sensors

Engineering teams are constantly on the lookout for more efficient, lighter sensors capable of fulfilling more than one role. On July 1, 2020, scientists from Ruhr-University Bochum announced that they had developed a new process for zinc oxide layers that can be utilized both ways i.e. as a protective layer on plastic and for sensing the presence of toxic nitrogen gas. These layers can be laid down via atomic layer deposition, which contains chemical compounds (or precursors) that ignite when they come in direct contact with the air. The Ruhr-University Bochum team created a new manufacturing process using a non-pyrophoric zinc precursor that can be made at temperatures that are low enough for plastics to be coated. These zinc oxide layers can do many functions all in one fell swoop - including that of protecting degradable goods.

How are Ultra-Thin Zinc Oxide Layers Made?

In the manufacture of sensors for nitrogen dioxide, a fine layer of nanostructured zinc oxide is applied to a sensor substrate that is then joined to an electric component. The Ruhr-University Bochum scientists have used atomic layer deposition (ALD) to join the ultra-fine layers to the sensor substrates. ALD processes are usually used in engineering to make tiny electrical parts using ultra-thin layers. Some are just a few atomic layers thick, yet they are robust and highly efficient. For this process, specific precursors that can form such fine layers are required. Up until now, these layers were made using highly reactive, and highly pyrophoric zinc precursors via ALD.

Working in a Safer Fashion

The new method allows teams to work safely by avoiding highly ignitable compounds. It relies on very safe, low temperatures that enable the deposition of the layers onto plastic. It is therefore of great use in the production of gas sensors as well as in any industry in which goods need to be protected from oxidation through the use of plastics. The food and pharmaceutical industries are two sectors that can potentially benefit from these gas-protected plastic layers. The gas sensor market is predicted to grow exponentially every day. Continuous monitoring of gas levels is key to ensuring the health and safety of those living and working in buildings where they need to deal with toxic and sensitive gases every day. Trends dominating this product include a need for greater customization, lower-cost sensor technology, and smaller-sized sensor packages. Due to the high demand for smart buildings over the years, the desire for continuous and accurate gas measurement is increasing daily. These sensors are high in demand in different areas including the Asia Pacific Region, the Middle East, and North America. Moreover, several new chemical processes are required for the creation of ultra-thin and efficient gas sensors.

This is achieved by atomic layer deposition using precursors that require low heat and can protect the integrity of the plastic. A small amount of fine nanostructured zinc oxide is applied to a sensor substrate before connecting it with an electric component. This new intelligent gas sensor technology is used in the gas and packaging industries.

10 Ways To Get Rid Of Your Homework Problems

Hello friends, I hope you all are doing great. In today's tutorial, I am going to show you 10 ways to get rid of your Homework problems. The child puts off or stops doing something, preferring to switch to other activities because they do not see the importance of the task or have difficulty in understanding, organizing or motivating it. Grunting does not help in this case. "Homework is an obligation. Children have their own opinions about it and many of them think it's better to have a reputation as a forgetful and irresponsible child than to admit that they don't know how to do the task," says Rick Wormeli, an education consultant and author of Fair Isn't Always Equal. However, with a little creativity, parents will be able to help their child overcome the barrier and learn how to do tasks more effectively. We offer 10 ways to encourage your child to start doing their homework with more confidence and less resistance. You should also have a look at Tips on Completing your College Homework.

1. Set the schedule and prevent bad habits.

"The perfect class takes five minutes a day, but it's important to do it properly" said Dawson. "I usually ask my son, 'You've had ten algebra exercises. How long do you think it'll take you?" Set the best rhythm with a well-thought-out schedule and rest breaks.  Give the child the right conditions for the class. For example, one child has the need to work next to the parent in the kitchen, while another child works best in her own room. Some people need a clean, unobstructed place to study that contains everything they need. And somebody feels comfortable in a creative mess. Some children follow the schedule, others need a to-do list. Break bad habits, interfere when the child starts talking on extraneous topics during the class or does not go to bed on time, because he decided to play or to start doing homework lately and finish it by midnight.

2. Name and tame the inner voice

Teach the child to notice when he has thoughts of defeat. When the inner voice whispers: "You're bad at math," the child can come up with a name for the voice, like Jack. Ask the child to choose another name for the inner voice that claims to be good at something. Then say, "It's not your fault, it's Jack." Ask the child questions: "What does Jack need to feel more confident about himself? What would a positive voice advise Jack to do?" When the problem is solved, the child will have experience in solving it, says Ana Jovanovic, psychologist and coach of the online training portal Nobel Coaching in Potomac, Md. This approach will help to understand that weakness is only part of the personality. Ana asks her students to give names to their schedules so that it would be harder to reject them. And her pupils are happy to use it, for example: "What should I do today? I have to ask Mike."

3. Lucky clothes

Let your child choose a special outfit for their homework, it may be an accessory or clothes, such as a hat to help them think or all-seeing glasses. The journal "Child Development" published an experiment, where researchers noticed that the child's stamina increased when he pretended to be a superhero.

4. Let the school be the evil one

When your homework starts to ruin your life, it is time to contact your teacher or school counselor. Jennifer Goodstein, sixth-grade teacher and CEO at Bethesda, Md. says she asks her parents to email her when a child loses emotional self-control. "We can take on the role of villains and say, 'okay, Brandon, you had a fight with Mom so you have to do your homework at school,'" says Jennifer. And then she makes a schedule for extra classes at school.

5. Trust, but check

"Let your child choose whether to do it for themselves or ask the teacher for help, but make sure he or she does it," says Kim Campbell, an eighth-grade teacher, and consultant for the Association for Middle-Level Educators in Minnetonka, Minn. If a child decides to ask the teacher for something, let them know what will happen if they do not. For example, you could say to him, "You have to do it by yourself until Tuesday, otherwise I will write an e-mail to the teacher".

6. Don't forget to relax

"When I see the kids falling asleep at classes, we do 20 jumps, play rock-paper-scissors or pretend we're in the ocean and have to swim away from the sharks fast," says Campbell. Even a normal washroom break can help. To improve concentration, she recommends letting the kids take a little walk, play with a ball or ride a bike before going back to work. When a child starts kicking a wall, parents can offer simple tasks to help them think, such as mixing dough, blowing bubbles or slow breaths and exhales.

7. Set up an awards system

Awards work better when they're received instantly. "You get an award for working well within a week (not a month)," Campbell says. "Some parents make it a condition of receiving an A's within a quarter, but the long-term goals don't work. The award may be something small, like stickers to decorate notebooks. Ana Jovanovic notes that personalized study equipment helps children with their studies.

8. Change the approach and ensure communication

"My eldest son was assigned to make a diorama, and he didn't have very good fine motor skills, so it was hard for him to do the job," says Rick Wormeli. "This assignment was more about fixing small toys on a shoebox than science, so he asked the school to modify the assignment." Expand your life experience with your child, travel, play sports, watch popular media, and stay up to date with current events.  Parents can also make the most of modern technology. Your child can learn with friends online or use various card applications to create cards for better memorization. You can teach them to break down voluminous topics into small exercises or talk about essay ideas together. Finally, you may let him use paper writing service.

9. Pick a role model object and nurture character resilience

Ask your child to name a person who admires him, whether he is a professional athlete or a favorite writer. And when a child falls in love, ask what his idol would do if he were him. Watching movies also helps to see the whole picture. For example, "The Puzzle" can help children appreciate the benefits of negative emotions. "When you are sad, you are likely to ask for help and that way you can contact other people," says Jovanovic. She encourages parents to challenge their children when they say that they are stupid or useless. "At times like this, I say, 'Convince me that you can't do that. Show me where you failed." Then she asks the child what would be different if they told themselves they could do it. To increase your endurance, praise the effort and emphasize that the child has just not yet mastered the skill. You should read this Guideline for writing an excellent Homework Paper.

10. Do not push too hard

Too much pressure makes the baby back off. "At a time when you are just beginning to understand who you are, you are already being told who you should be," says Jovanovic. "When the gap between who you want to be and who your parents want you to be, increases, you start a revolt. You should also have a look at these Best sites to get Engineering Homework Help "Children at this age are learning about a social world that's much more complicated than their parents realize," Dawson said. "From a human development perspective, it's probably just as important as a math problem.”

The Future of Cloud Development

Hello friends, I hope you all are doing great. In today's tutorial, I am going to show give you an overview of the future of Cloud Development. As one of the fastest-growing innovations of modern technology, cloud computing has revolutionized our relationship with the internet and the ways we’re able to connect and share resources with others around the globe. As tech companies are rapidly discovering even more ways to utilize all of the cloud’s advantages, the future of cloud development is sure to bring further advancements as an integral part of our everyday lives.

Where it is and where it’s going

Cloud development has taken off because of its ease of use, security, scalability, and reduction of costs. Many companies have been growing more reliant on the services provided, and the explosive growth in the cloud market has benefited them. Industries incorporating cloud tech will see far greater flexibility and efficiency in their IT operations. Once bound by hardware limitations and costs, cloud computing has been removing barriers every step of the way. Many previous obstacles such as latency and conversion time have been cleared as internet speeds have gotten faster and developers have gotten better grasps of how to utilize the technology. A cloud development service company helps businesses transition their currently implemented services into a cloud environment. As more companies take advantage of these features, cloud tech will eventually overtake the use of local resources by a large margin. Financially, cloud service development will see huge gains as many companies are already investing billions upon billions of dollars into their cloud infrastructures, and those numbers are only growing.

How it’ll change and grow

With the rise of artificial intelligence, machine learning, and other advanced computing services, the complexity of running these resources will quickly outpace the ability for regular computers to match. Cloud computing and software as service platforms that meet these needs will eventually become a necessity for production and development cycles. Cloud services are already a huge part of our daily lives. If we want to check an email for work, we use a cloud email service. If we need a ride to our favorite hang out spot, we can use a cloud service like Uber or Lyft. If we want to kick back and unwind with friends, we have cloud gaming and movie streaming services. Most of these innovations have snuck up on us over the past several years, so imagine where we’ll be once even more time passes.  You should also have a look at 3 Reasons to Switch to Cloud Storage. In about 10 years, we could see cloud services becoming an indispensable part of our daily lives. It’s likely that pretty much every company will utilize the cloud in some capacity. Similar to how computers and smartphones themselves became an integral part of our society, the adoption was gradual while people began to understand how they truly revolutionized their routines, but once they arrived, they exploded in popularity and we never looked back. Cloud services are similar in that they are rapidly growing tools that are opening new possibilities. Soon we’ll begin to see the development of new applications and services take off that would never have been possible with desktop-bound computing. It’s likely that before we even realize it, that future will be here.

Three Industries With High Quality Assurance Standards

Hello friends, I hope you all are doing great. In today's tutorial, we are going to discuss Three Industries With High Quality Assurance Standards. If someone asked you to bet $1 million on which industries had the highest quality assurance standards, the smart money would bet on the industries that are most heavily-regulated. How do you know if an industry is heavily-regulated? See if there’s a government bureau named after that industry. Another good indication is if lives and public health hinge on the industry doing its job correctly. Or, just work in a heavily-regulated industry. You won’t be able to walk from point A to point B without quality assurance implications. Successful enterprises in heavily-regulated industries approach “quality standards” in three tiers:

• Quality Assurance (QA): The high-level proof submitted to the public, and—more importantly—regulators that your products are of sufficient quality.
• Quality Management System (QMS): A series of processes that delivers quality assurance by implementing quality control.
• Quality Control (QC): The “boots-on-the-ground” act of rooting out and eliminating problems that might hinder quality production.

Most heavily-regulated industries have established, often international quality assurance standards to meet, as well as time-tested quality management systems to implement quality control. Here are three industries with high quality assurance standards.

Pharmaceutical Industry

The pharmaceutical industry is heavily-regulated for good reason. Governments have a public trust to make sure products they consume are safe and do what they are supposed to do. A faulty drug formulation could hurt or kill consumers or contribute to a public health crisis rather than alleviate it, with lawsuits following close behind. The key regulatory agency for pharmaceuticals in the US is the FDA (Food and Drug Administration). Pharma companies typically must comply with multiple sections of FDA 21 CFR (Title 21 of the Code of Federal Regulations). Pharmaceutical quality assurance focuses on:

• Public Safety: Medications can change someone’s life for the better or cause serious harm. Quality controls to protect public safety include strict attention to document control, employee training, laboratory OOS, corrective and preventive action (CAPA), internal audits, and managerial review.
• Professional and Consumer Confidence: Edelman’s 2019 Trust Barometer rated the public trust in the pharma industry at 57%, worse than any other healthcare vertical. Robust attention to quality assurance is necessary now more than ever to regain consumer and professional confidence.
• Production Efficiency: Production efficiency allows safe products to be produced at a lower cost, increasing profits and fostering affordability severely lacking in the industry. Companies can improve production efficiency through automated data collection and holistic data integration.

Medical Devices Industry

The FDA and its international counterparts also keep the medical device industry on a short leash, as much if not more so than the pharma industry. “Medical devices” is actually a fairly broad category of healthcare-related devices, covering such categories as:

• Physical Devices: Medical devices that live at or come from a hospital, like MRI machines, pacemakers, and defibrillators.
• IoT Devices: Short for “internet of things,” IoTs are a class of physical device that perform functions via the internet. Examples include blood glucose monitors and dissolving EEG monitors that transmit data by wireless signal or into the cloud.
• SaMD: SaMD--“Software as a Medical Device”--refers to software that performs the function of a medical device, regardless of the device it is in (i.e. smartphones, smart watches, tablets, etc.) Examples include software that uses the microphone or accelerometer in a smartphone to record breathing data or tremors.

While not always “consumable” in the way medications can be, medical devices have risks of their own, like radiation from an X-ray machine. Some hospitals even use sophisticated robots to perform heart surgery. Quality assurance is obviously paramount for a device like this. Other medical devices, like pacemakers and blood glucose monitors, are implanted in the body, where they could do significant harm if not manufactured to exacting quality standards. Key quality assurance guideposts to keep in mind include:

• Corrective and Preventative Actions (CAPA): Procedures to correct quality management failures.
• Complaint Procedures: How to receive, document, and respond to customer complaints, including tracking and close-out procedures.
• Reporting Procedures: Including written procedures for reporting data and key descriptions in compliant form.
• Nonconforming Product Procedures: Nonconforming products and materials are commonplace and acceptable if appropriate controls are applied.

Aerospace Industry

The aerospace industry sits at the intersection of multiple regulatory purviews, resulting in one of the heaviest compliance burdens of any industry. Millions of consumers who depend on commercial aviation and medivac helicopters are counting on the industry’s compliance and safety. Regulatory agencies with oversight over the aerospace industry include the Federal Aviation Authority (FAA), the Department of Defence (DOD), the National Aeronautics and Space Administration (NASA), and the Environmental Protection Agency (EPA)--and that’s just in the US. The key quality assurance control that applies to aerospace manufacturing is AS9100, also known as AS9100D due to Amendment D. This standard was created by the International Organization for Standardization to adapt quality assurance control standard ISO 9001 to the  specific needs of the aerospace industry. Dickson states that the standard is quite comprehensive, noting that it covers company policies, procedures, and documentation. Not only do aerospace manufacturers have to comply with AS9100D, but so too do their suppliers and subcontractors. International agencies, like the EU, often adopt versions of the standard that are basically identical. AS9100 is also divided into three standards:

• AS9100: Aerospace design, development, and manufacture.
• AS9110: Aircraft maintenance organizations.
• AS9120: Distributors of hardware, electronics, and other materials.

Aspects of AS9100 to be aware of include:

• Development and Design: Standards for new products.
• Purchasing: Selection of vendors, purchasing procedures, validation and verification.
• Traceability: Being able to trace processes to the accountable party.
• Risk Management: Reducing QC risks where possible, accepting and managing risks where not.

At the end of the day, burdensome as quality assurance may be, the industries that require extensive QA typically do so from a position of public trust. QA failures are often high-profile and disastrous in this industry, undermining their credibility at times when they need it the most to keep innovating and improving the landscape of human experience. Understanding quality assurance standards for heavily-regulated industries serves as an excellent guide even for industries that don’t depend on them. The compliance burden may be less weighty, but public trust and a reputation for quality never hurt any business in any industry.

5 Engineering Career Paths Worth Considering

Hello friends, I hope you all are doing great. In today's tutorial, we will have a look at 5 Engineering Career Paths worth considering. If you’re an engineering student or graduate and you later realize that this field isn’t what you had expected it to be, then all is not lost. As a matter of fact, there are a number of career paths available for engineering students and graduates from around the world. First and foremost, being an engineer isn’t just about doing one job. Truth be told, engineering focuses on a wide range of careers.  Even though every engineering career shares a set of crucial general skills, they eventually branch out into several other types of fields that require very unique and varying skill sets. Put simply, the skills that you learn as an engineer will be valuable in various other fields. You can either go to different specializations of engineering or even look for a similar job at a different company if the current place you’re working in is not up to your liking. Fortunately, engineering also involves problem-solving skills, training, and analytical prowess which you can apply somewhere else without having to take an extra course from a college or vocational school. But before we show you some of the most prominent engineering career paths there are a certain number of prerequisites that you need to keep in mind.

1. Start from The Bottom

No matter what discipline you are in, you’re always going to start from the ground up, which is as a junior level engineer.  This is an entry-level spot where you learn the ups and downs of the engineering industry from your senior engineer. A junior engineer’s responsibilities will depend on a certain branch of engineering, but it usually focuses a lot on gathering and deciphering data, engaging in fieldwork, testing products, and helping out in documentation and reports.

2. Get Your Professional Engineer License

The next thing for you to do is to acquire a professional engineer license.  With it, a vast sea of opportunities can open up for you.  It’s also something that you can look towards when giving your career an early start. As a licensed professional engineer, you will legitimately be allowed to practice engineering in your territory or province, as well as take legal responsibility for your job.  The credibility that you get with having a license will offer you astounding benefits if you wish to start your own business or even start work in consulting later on. Now let’s look at several career paths for engineering that you can opt for:

Best Engineering Career Paths

Let's now have a look at few Best Engineering Career Paths:

1. Fashion Engineer

Yes, believe it or not, becoming a fashion engineer is indeed an engineering career path.  There are quite a handful of engineers who are interested in the fashion industry.  This field of engineering, especially that of the ever-growing modern fashion landscape, values those who possess skills in science and math. In fact, several renowned fashion brands like Louis Vuitton and Nike are trying to figure out how to implement technology into their clothing line up, echoing in a new era of smart wear.  Think about how cool it would be to be part of a group that builds plausible 3D printed clothing solutions. Besides that, you might also be able to lend a hand in developing machines that can make clothing as well.  So, if you’re someone who is into fashion, and also loves engineering, then this is the right career for you.

2. Civil Engineering

Civil engineering involves planning, designing, constructing, and maintaining infrastructures of various shapes and sizes.  Apart from covering a wide set of structural and civil engineering disciplines, civil engineering can act as its own career path and discipline. This field involves being able to plan, design, and maintain structures both on a small and large scale.  Civil engineers can design an entire building or else be involved in developing a whole transport system A civil engineer should also be mindful of real-life considerations or concerns.  What this means is that civil engineering can be intertwined with financial, environmental, ethical, and legal issues.  It’s the kind of engineering where one will always be involving theoretical problem solving with a real-world, practical application, that is inspired by the needs of the entire community. If you’re interested in construction management, which is a key component of civil engineering (many engineers do both over their careers), then you can learn more about it here.

3. Mechanical Engineering

Mechanical engineering is the study of energy, force, and motion. Mechanical engineers sought to control these elements by using a mix of human and economic resources, and material to develop mechanical solutions that satisfy the wants and needs of society.  Mechanical engineers have the following common responsibilities:

•  Product design
•  Manufacturing
• Research and development
• Energy
• Systems management

In many of these areas, mechanical engineers seek to create or harness energy in machines like air conditioners, refrigeration equipment, and boilers.  Product design involves designing as well as manufacturing physical products like personal computers, dishwashers, and engines.

4. Electric and Electronic Engineering

Another interesting engineer career path is electronic or electrical engineering.  Both of these are focused on applying electrical power.  Electrical engineering is more about the production and supply of electrical power, whereas electronic engineering focuses more on smaller electronic components like the ones used within computers. To understand how much electrical and electronic engineering has impacted the world, you should know that it has led to the creation of radio, universal electrical power, medical imaging, or television technology.

5. Environmental Engineer

Environmental engineers specialize in chemistry and biology to understand and develop solutions for environmental issues.  This is especially essential considering the world is constantly plagued by climate change.  Environmental engineer services are of great importance in areas of recycling, reduction of water and air pollution, as well as waste management. And thanks to governments and companies coming up with the latest and innovative green initiatives, there is an exceedingly high demand for environmental engineers.  What’s more, is that there’s usually plenty of traveling involved for environmental engineers who can go anywhere around the world and visit exotic locations.

How Technology and Human Resources Can Relate

The world of human resources stretches further than hiring and keeping employee relations copasetic. There’s so much to keep track of, day in and day out. Technology lends a hand to its friend, human resources. But with ASP.NET development services, your daily human resources task just got a whole lot easier. We’ll be examining the relationship between these HR management systems and daily tasks. Time and attendance, onboarding, and payroll management can all be integrated into one software system with asp.net development services.

Track Time and Attendance in Real-Time

Time and attendance can be tracked in real-time by logging into your HR system and approving clock-in times, based on when your employee was scheduled. The system can tell you when your employee was scheduled when they clocked in and out. It presents it all nicely for you on the screen so you can fix missed punches or late starts.

Identify Tardies and Trends

Tardies are also recorded. Managers can easily see which employees were late that day. They can then document the individual without dispute if the company reprimands for late starts. Historically late individuals are easy to catch when their start times are so plainly laid out! Suggest leaving a few minutes early if you notice you have an employee who is always three minutes late to clock in.

Assign Job Codes for Accurate Pay

Gain even more precision by assigning job codes to each position. The HR software automatically identifies job codes to their respective pay when the employee clocks in under a certain job. Make sure employees are clocked in under the correct job code so that you can accurately pay them for their work.

Recruit Talent and Track Interview Process

By utilizing a software system that does the heavy thinking for you, the recruiting and interview process is far less complicated. The software can identify candidates based on criteria and skills. And if you decide to move forward with them, both parties can easily keep track of progress with notifications and updates via email and other methods of communication.

On-Board New Hires

New hire paperwork is tedious but so important! Again, here we’re going to let the computer do all of the heavy thinking. Let your new employees fill out tax documents, read over manuals, and perhaps even start some training online. These new asp.net development services are a breath of fresh air and leave plenty of time for your HR manager to focus on other tasks like thorough interviews or more energetic orientations.

Labor Law Integration

While the new hire process is important, labor laws might take the win. But there’s so many of them, how can one manager keep them all straight? Software specifically designed for this in mind can tell you when you might be stepping on some toes. For example, when building your schedule, warnings will let you know if you haven’t allotted enough time between shifts, legally, for your employee. Human resource management is a key component of running a business that sees success. And a true leader knows when to allow others to do their job. By implementing asp.net development services into your business and HR practices, you’re being a true leader. Allow the relationship between technology and HR flourish.

Choosing the Right Storage System for Warehouse

Hello friends, I hope you all are doing great. In today's tutorial, I will show you How to Choose the right storage system for warehouse. A warehouse is a place where businesses or companies store the products before delivering to their customers. The key elements in warehousing are management, operations, and systems. These are critical factors in planning, building, and maintaining the warehouse. One major part of warehouse management operations and systems is the storage.  The racking system in a warehouse is crucial to ensure business operations run smoothly.  If you are building a warehouse, make sure the shelving is maximized. You also have to consider the adaptability of the shelves based on the needs of operations. Another factor to consider is the durability of the shelving options and how well they can stand versus the products they need to hold.  Last, but not the last is safety for the employees and the warehouse as a whole. The quality of materials to be used should also not be sacrificed.

Study the Different Types of Shelving

What products would you need to store? What are their corresponding weights? Are you storing homogenous products?  Are you storing products with different shapes and sizes?  How often is the projected pull out of each item? Which goods are faster-moving? Are there seasonal products? Which goods are slower-moving?  Do the products need special storage? How about expiry dates? There are so many questions to answer.  Several factors should be considered in planning the storage system of a warehouse. Planning and analysis of the products and business needs is key in the initial stage.  This also involves studying the different options available suited for your needs. Check out different types of shelves, their advantages, disadvantages, and adaptability. For example, if you need to store large fast-moving goods, an industrial warehouse racking system may be suited. Always remember that the goal in a warehouse is optimal efficiency, which can mean reducing the time it would take to tick and complete an order. A systematic and a right shelving solution should help improve the inventory storage, workload distribution, and order fulfillment. Hence, depending on your business and products to store and goals, below are some shelving options you can consider:

Shelving Option 1: Pallet Racking

Does your warehouse have continuous product movement? Perhaps, the pallet racking system is the solution for you. This storage system provides easy access to the palletized goods. Access can be done simultaneously. This results in better productivity and efficiency for your warehouse operations. On the other hand, in the selective racking method, the pallets are loaded or unloaded coming from the front of the racking system.

Shelving Option 2: Push Back Racking  

Push back racking is suited for warehouses that need to access large different SKUs (stock-keeping units) simultaneously. This storage solution aims to maximize the capacity for storage.  The push back racking follows the last-in, first-out system. This means that the goods which are placed will also be the ones to be retrieved first.

Shelving Option 3: Cantilever 

The advantage of cantilever is the easy retrieval and storage of goods that have different sizes, shapes, and weights. The cantilever shelving provides easier access, selection, and adjustability. This can be customized based on your preference.

Shelving Option 4: Drive-in Rack

If you intend to store huge quantities of homogenous products, then you may consider a drive-in rack. In this method, the forklifts load and unload the products by entering through the front. The forklift then moves back once the products are already in place. This type of shelving follows the last-in, first-out management of goods.

Shelving Option 5: Long Span Shelving  

The long span shelving is highly flexible as it serves different types of applications. This uses a clip-together shelving system, which is best for storing small or heavy products. Given the easy clip-together system, the shelves can be adjusted. They can support a mezzanine floor system. The versatility of the long span shelving allows adding accessories like tool racks, crates, or security cages.

Bend-Tech’s Steel Racking

Warehousing is not an easy task. This requires careful planning to ensure operations are optimized. The shelving system is a crucial factor. The right shelving system ensures maximum efficiency for your operations.  We suggest that you study and carefully plan out the storage solutions. This is to avoid mistakes that may be costly. Getting a wrong type of shelving solution will only hamper or reduce operational efficiency. Need advice on what type of shelving solution for your warehouse? We can help analyze your storage requirements that are best suited for your operations. We offer bespoke solutions. No warehouse is too big or too small for us. We are open to any type of requirement. Whether or not you have an idea of what type of shelving solution you want, do let us know. We can sit down with you to listen. Walk us through your requirements, the products that need to be stored, the dimensions of the goods, product considerations, and warehouse size, and other needs.  Our well-trained engineers will be glad to assist you. We can do any type of Bend-Tech’s steel racking that we would agree on. All our metal storage racks are fully-engineered and built for industrial conditions.  They are all certified and meet Australian standards.  Rest assured that you will have high-quality shelving solutions. We service different parts of Australia. We have offices in Perth, Newman, Brisbane, Kalgoorlie, Mount Isa, and Sydney.

A Tour to NextPCB – Fabrication House

Hello everyone, I hope you all are doing great. In today's tutorial, we will have a look at another competitive Fabrication House named NextPCB. Recently, I was working on a project, where I need to design some PCBs and this time, I thought of trying NextPCB. If anyone ask me, about my experience with NEXTPCB in one word, then I would say splendid !!! So, let's have a look at why we should select NEXTPCB for our next PCB order:

Quick Review about NextPCB

• NextPCB, based in China, is working in PCB manufacturing field for 15 years.
• They not only design single PCB, but also fabricate PCB Assembly & PCB Stencil.
• NextPCB manufacturing materials are certified by IATF 16949, ISO9001, ISO14001, UL, RoHS and REACH.

• They work on all types of PCBs i.e. single layer, double layer, multi-layer, through-hole, surface mount etc.
• They are following modern techniques and are thus proved quite innovative in PCB assembling.
• They provide a quick delivery response as fast as 24 hours.
• They provide a dedicated 24/7 customer service, and you can also use online chat on their official website.
• They have a great Quality assurance team, which makes sure that your product has all quality testing approvals.
• Their no order size restriction i.e. you can order single PCB or can design hundreds.
• They have a user friendly website, which is quite handy as it has a lot of features i.e.
  • You can calculate your final price.
  • You can easily order PCBs and can also track them.
  • Can you customer support.
• Currently, there's a sale running on their site i.e. You can order 10 pieces of 4-layer PCB for $12.

NextPCB Price Packages

• On their website, they currently have four packages available, which are:
  • Price: $12 for 10 pieces of 4-Layer PCB.
  • Trial PCB Order is free of cost, you can order 5-10 pieces of 1-2 layer PCBs. (It's the best one)
  • Price: $4.5 for 10 pcs of 2-Layer PCB.
  • Price: $28 for 10 pcs of PCB Assembly Trial.

NextPCB Instant Quote

• I have found this calculator on its official site titled PCB Instant Quote, which is really helpful that's why mentioning here.
• Using this calculator, you can get the final instant quote of your order.
• It's rich with features so you can add all your requirements in it and then calculate the final cost.
• They have provided this calculator for single PCB, PCB Assembly & PCB Stencil, as shown in below figure:

NextPCB PCB Assembly Capabilities

• NextPCB provides competitive price with PCB Assembly Service.
• NextPCB uses AOI & X-Ray testing to guarantee the quality of assembly project.
• NextPCB is capable of small production and mass production for PCB Assembly, which start from 5 pieces.
• They provide fast delivery with DHL.
• Few of it's PCB capabilities are as follows:
  • PCBs with up to 16 layers
  • Min.Trace/Space 3.5mil(3.5mil)
  • PCB Materials Fr-4, Aluminum, Rogers, Arlon, Polyamide
  • Qty req 5-1000+
  • PCB Max. Dimension 510*590mm
  • Board Thickness 0.6-2.5mm
  • Dimension Tolerance ±0.2mm
  • Min. hole size 0.2mm
  • Outer Copper Weight 35um/70um/105um
  • Inner Copper Weight 0.5OZ/1OZ
• Please have a look at the below table, for few more features:

Why NextPCB ?

We have discussed almost everything about NextPCB i.e. what they offer, what are there packages and whether they have the capabilities to handle bulk orders. So, now let's have a look at why we should select NextPCB:

• As it's a fabrication house so they can provide you both simple PCBs or complete PCB assembly.
• Their manufacturing materials are highly certified, as I mentioned in the start, thus they offer various verification methods i.e.
  • X-Ray.
  • In-Circuit.
  • Optical.
  • Visual.
  • Functional.
• They have a team of professional engineers, who performs all these testings on your PCB or PCBA and thus provides you the best result.

I hope I have provided a detailed overview of NextPCB, and now you must have the idea why I am so impressed by their services. So, that was all for today, will meet you guys in next tutorial. Take care !!!

Top PCB Designing Software in 2020

Hello friends, I hope you all are doing great. In today’s tutorial, we will have a look at Top PCB Designing Software in 2020. The printed circuit board has become very common to us from your handheld device like mobile to GPS (global positioning system) this circuit board is used. There are many types of the printed circuit board, that used in different electronic and engineering projects according to their specifications. Due to the general use of this circuitry board, there are many software has been developed for designing of PCB. These software provide different features and designing techniques for printed circuit board production. In today's post, we will have a look at different PCB designing software and features and related parameters. So let's get started with Top PCB Designing Software in 2020.

Top PCB Designing Software in 2020

• There are numerous designing software available in the market to design and construct PCB. These software provider companies offer different techniques for PCB and customer can also give information according to their requirements.

• According to your circuit requirements for which you are using PCB, the circuit board can be constructed like single layer, double layer, etc.
• These are some PCB designing software are listed here.
  • Allegro Cadence
  • PADS
  • OrCAD
  • Kicad
  • Altium Designer
• Let's discuss these software with details and discuss their features, advantages, and disadvantages.

PCBWay

• PCBWay is very cost-effective and high-quality PCB manufacturer, its headquarter is located in china.

• The main thing that attracts me to use the services of this manufacturer is, it provides PCB prototyping, less volume production and PCBA all in one package.
• Nowadays there are many engineers, industries and students are using PCB in their projects manufactured by the PCBway I am also one of them. You can see in a given figure the PCB that I purchased from PCBWay.

• I am impressed with the quality of the boards, the delivery time and response to all my questions. Best price excellent service and speedy delivery. When I need another board I will certainly use this supplier.
• PCBWay strives to be the easiest manufacturer for you to work with. PCBWay – PCB Prototype the Easy Way!
• The main products provided by the PCBWay are HDMI, Server board, lift CPU Main control board, punch CPU,

  Industrial Motherboard, Lenovo, DSP board, GPRS Communication Products, wifi Module.

Allegro Cadence

• This PCB designing software provides a lot of features for the printed circuit board construction. This software has a lot of units that are linked to one another.
• Every unit sport the operation of other unit operation, in simple words working of every part, rely on other parts.
• This software is not good to observe the hardware execution needs. But can operate well in if used in different machines with the five hundred twelve megabytes random access memory.

• If your personal computer or that you using for your work is a single option than the Allegro is the finest option for your computer.

Advantages

• These are some benefits of Allegro Cadence software.
• It is the best choice for less execution hardware.
• This software is used to solve the complicated projects designed on PCB.
• It is used for such projects that use large no of components.
• It also offers compatible management environment.
• For auto-routing of arbitrary signals, it offers router technology

Disadvantages

• Its one drawback is that its operation is complicated and require special arrangements for operation.

 PADS

• One of the cheapest and easily available printed circuit board designing software is Pads.
• It is the best option for such technicians and designer that run their small company on their behalf and for a group of some designers.
• The main thing is that almost all small organization use this designing software for the PCB, due its less cost.

Advantages

• These are some advantages of Pads software.
• Its price is very less as compared to other designing software.
• Its installation and usage are also very easy.

• In operation is very simple you can easily lean it
• If we compare with other less cost designing software then it will be the best solution for you.

Disadvantages

• Its drawback is that it is not good for multiple layers of circuit boards.

OrCAD

• This software offers fundamental functions and capacities required for the designing of different printed circuit board projects.
• But such projects that have large dimensions and complicated design not use this software.
• The standards of this software offer complete functions for the uncomplicated circuit boards without particular conditions for placing speed signals or differential pairs.
• The main feature this software provides is that complicated higher operating speed printed circuit board cand be manufactured without any separate functions.

Advantage

• These are some advantage of this software.
• The installation and uses of this software are very simple.
• It offers a favourable user interface.

Disadvantage

• It is not helpful for complicated and large sizer projects.

Kicad Software

• This software is used C++ language for its operation. This software has numerous tools and services for designing the printed circuit board.
• This software also consists of various libraries that have many electronic components.
• This software has the ability to uses these electronic components to make three-dimensional models.
• By using this software you can design different dimensions of circuits according to your requirements.
• It also provides a feature to vary the design of a circuit at any point from start to end.
• Its quality is less than more advanced or paid software but still enough that we can easily understand it, but the three-dimensional formats like .iges and * .step  are not supported by this software.
• By providing different features it has some difficulties like it is difficult to understand and need special documentation for learning.

Advantages

• These are some advantages of this software.
• it is the best option for less performance hardware.
• It provides the edit options for designing.
• It is free software.
• In this software, we can construct our design in three dimensions way.

Disadvantages

• These are some drawback of this software.
• It is not good for complicated designing.
• it provides a non-friendly user interface.

Altium Designer (PROTEL)

• This printed circuit board software is the oldest designing software, using from almost the last thirty years.
• This software with time become etalons different electronic designing tools and provides different features to other manufacturers.
• Nowadays this software providing a more advanced solution known as Altium Designer. Having older features it also providing new features to customers.
• Many engineering universities teaching about this software, how to use it and its practical implementation.

Advantages

• These are some advantages of this software.
• It is the best software for single and double layer PCB boards.
• Its operation is high speed.

Disadvantage

• The use of this software for such PCB that has more than four layers.

That's all about Top PCB Designing Software in 2020 if have mentioned each and everything related to this article. If you have any question ask in comments. Thanks for reading.

3 Engineering Gadgets To Invest In This Year

Hello friends, I hope you all are doing great. In today's tutorial, we will have a look at 3 Engineering Gadgets To Invest In This Year. At present, there are more than 1.6 million engineers employed in the USA, according to the U.S.  Bureau of Labor Statistics. As we become increasingly reliant on technology, engineers will become progressively more important, and more students will study towards a suitable qualification. Although the engineering field is immensely diverse, there is one thing that every engineer is in need of – a set of useful tools and gadgets to help them solve problems, create prototypes, create advanced technologies, and even explore new worlds. Here is a closer look at three  engineering gadgets well worth investing in this year.

Flexible borescopes are surprisingly versatile

A flexible borescope gives an engineer  visual access to remote areas that are normally unreachable by both hand and eye. They are ideal for troubleshooting problems before spending unnecessary time (and money) on opening up a machine or engine. At present, some of the most common borescope applications include aircraft turbines, large diesel engines, wind turbines, bearings and gearboxes, heat exchangers and boilers, and electronic assemblies. Rigid borescopes are also being increasingly used in arms manufacturing, quality assurance inspections, and routine maintenance inspections, making them the perfect addition to any engineering toolkit. While the market is slowly becoming inundated with a range of borescope brands, it is essential to not part with any money unless you have conducted sufficient research into the various makes and models available and what each brings to the table. Flexible borescopes can have a price tag of anywhere between $100 and $60,000, all depending on their features and durability.

Pocket oscilloscopes are ideal for engineers on the go

Although benchtop oscilloscopes feature in most engineering labs, an increasing number of engineers and engineering students are embracing the value of a portable tool. Portable oscilloscopes are typically equipped with built-in batteries that eliminate the need of an external power supply. They are, obviously, a lot smaller than their desktop counterparts, making them the tool of choice for the engineer on the go. When looking for a quality pocket oscilloscope, seek out one that is not only sturdy but boasts a varied range of features as well. Apart from responding exceptionally well to touch and taking precise measurements, an investment-worthy device will also boast various menus and measurement modes, despite often being as  small as a deck of cards. Pocket oscilloscopes typically retail for anywhere between $100 and $1,000.

3D printers brought on a sea of change

3D printers are still considered to be one of the most innovative pieces of engineering equipment available today, despite dating back all the way to 1983. Despite being in existence for nearly 40 years, these printers remain somewhat of a novelty to many. For engineers, however, 3D printers have become a staple tool that enables them to create models, prototypes, and various products out of materials including metal and plastic. Prior to the wide-spread use of this technology, engineers often had great difficulty conveying the potential of their product design to potential clients. While industrial 3D printers are being used increasingly in manufacturing centers, smaller desk-top printers are ideal for in-office or at-home use. Regardless of the branch of engineering you are involved in, you will be in need of a range of tools. Having the right tools on hand will not only make your job easier, but will also allow you to develop your skills on an ongoing basis.