CategoryIndustrial Mechanical

Mechanical Electrical and Civil

Mechanical, Electrical and Civil are the most common and sought after forms of engineering among the students. We live in a nation where every other household plans to get an engineer out of its next generation. Most of these aspiring engineers, generally inspired with the pressure from society wish to become mechanical, electrical or civil engineers. This is certainly not because they are more passionate about these but because these are the most common engineering streams known to all. This calls for a better understanding of this field and a clear vision to decide among the different forms of engineering.

The world of engineering has a lot for you beyond mechanical, electrical and civil. Our society equally needs engineers in other segments like chemical, production, industry, structure and automation. These are among the new age trends that people deny to see. So, let’s illuminate the world out there with these branches of engineering that are worth investing one’s 4-5 years of academics tenure and finances.

Chemical Engineering:

Chemical engineering is a profession that can get you placed in manufacturing, food processing and chemical process industries such as fertilizer, pesticides, specialty chemicals, dyes, paints and lubricants. The academic course for this stream mainly involves the study of biotechnology, nanotechnology, mineral processing and a lot more. The operations of these professionals also include extracting chemicals from waste materials and developing chemical processes to convert raw materials into valuable forms. The students pursuing this course have to study the core principles of mathematics, biology and chemistry.

Production Engineering:

Management technology and management science go hand in hand under this arm of engineering. Under this profile, a person has to meet the production challenges utilizing the best of his knowledge about engineering practices. The study of chemical engineering surrounds application of castings,machining processing, joining processes, tool design, machine tools and a lot more. Students pursuing this course can get into Automobile Companies, Manufacturing Industries, Food Processing Industries, Railways, Process Industries, Research Organizations and even Public Sector organizations.

Industrial Engineering:

Industrial engineering is among the professions that ensure promising career and growth. As per the existing trends, industrial engineers have the scope of getting hired by varied industries. These professionals are generally involved in development, improvement, implementation and evaluation of integrated systems of people, money, knowledge, information, equipment and energy. These professionals while pursuing their studies are made to understand and evaluate the principles and methods of engineering design.

Structural Engineering:

Structural engineering involves designing of structural components and systems. The structural designers aim to achieve design goals along with the comfort of users. They also monitor everything in structure starting from initial stages to the completion. This also treated as a specialization in civil engineering but is also pursued individually by students as per their interests. Structural engineers can also be hired as Forensic, Seismic or Humanitarian Engineers.

All these branches of engineering are surely in trend and offer great career prospects. Whether in terms of job opportunities or growth prospects, these are the courses that you can invest your time and finances in. You just need to gather the right information about these and the world out there would seem affirmative.

Safe Mechanics for Industrial Engineering and Stage

When building stages and utilizing lifts on the job, there needs to be a sense of security. This sense of security will benefit all employees and keep businesses’ money away from any liable lawsuits. All that injuries on the job do is prolong projects. Mechanical lifts need to be able to withstand the product load and multiple workers standing at once. Personally, I feel strong when I can help a friend move. Now a day, though, my strength has plummeted. Good thing my job doesn’t include heavy lifting. Mechanical lift systems include many benefits, such as, space saving storage, simple and lightweight designs; handle 10 tons per lifting column, and constant force and lifting speed. Each application is specified to assist the automotive industry and electrical industry.

From industrial to the theater setting, lift products are there for advantageous reasons. Stage engineering comes together with architecture to create interiors of beauty. Engineering and designers come together with their technical advancements to get the job done. Using lift tables and rigid chain products, lifts are present in theater and auditorium environments. Lift tables are frequently used in these settings for orchestra pits, stage platforms, scenery lifts and choral risers, for example. You would think that in a construction zone of any type, there would be noise coming from the machinery used. Yet, if you find the right supplier of lift tables and mechanical lifts in general, a main advantage would be the silence of the lift. Because of the low-noise motor drive, the lack of noise allows the chain to be operated during the performance. Back to security. Accidents do happen and are unpredictable. In the event of an accidental impact, lift tables can secure the current position. Among the other advantages of lift tables are precision, speed and low maintenance. Low maintenance simply means apply lubrication as necessary.

Ready to design your own motor drive system? There is that potential; with some factors to think about, like compatibility with suppliers products, proper load calculations and transmission components, taking into account offset loading, included drawings of an emergency stop control among other factors. After using other stage and platform lifts, you begin to gain an understanding of how they work and what works for your projects. While designing is an opportunity to make headway to your personal needs, certainty and confidence in your design capability is a must, if that wasn’t obvious.

Function and use of Mechanical Seals

Many construction projects connect and rotate shafts using seals. Many construction engineers have long recommended the use of mechanical seals in securing machines that have rotating shaft and parts. They provide a stable and long-lasting connection between several moving parts continuously.

Other alternatives can also be used but most of them do not really provide the convenience and cost-efficiency that a seal gives you. But if you are budget conscious and won’t mind the constant check-ups and maintenance, then you can always find gaskets, gland packing and other similar gasket type sufficient for your project’s needs.

How a Seal works

Mechanical seals provide support to connecting parts of a machine or installation. They join parts together and keeps what is flowing within securely inside. A normal seal is usually composed of a sealing face that is made form soft material that will be in contact with the hard material that it will connect. This sealing face will wear out in time, depending on how strongly the mechanical seal was made.

Most seals are also lubricated so it will be easier for them to be installed. This also means that seals normally come with oil feed line and oil scavenge line. The scavenge line can usually be found at the bottom of the seal housing. These parts should be checked regularly as they indicate whether the seal needs replacing or is still functioning properly.

Things to Remember When Installing Mechanical Industrial Seals

While it is definitely not a complicated task at all to install a seal in your machines, it may be good to keep in mind that careless installation of seals can have dire consequences. Some of the biggest problems you may encounter are leaks as well as the fast deterioration of your mechanical seal.

Seal manufacturers usually put specific installation instructions in their products for their clients’ perusal. You need to read these instruction manuals carefully so you can see the specifications of the particular set of mechanical seals you are buying. Some of them may not work reliably in extreme temperatures or they may require a certain set of oil for you to properly use.

When it comes to oiling your seals, some manufacturers recommend the use of petroleum jelly before you install the mechanical seal. Others suggest using compressor oil or some light mineral oil. Using lubricants will make it easier for you to slide the rubber-sealing boot into the shaft when using and it also helps in bonding the seal to the shaft easily.

JA Harrison, UK’s Leading Mechanical Industrial Seals Manufacturer

One of the most well known providers of mechanical seals in the UK and all over the world is the JA Harrison Company. It has been in operation since 1900 and up to today has continued to churn out quality seals and other industrial products to its clients from all over Europe and the world.

Things that must be mastered by a mechanical engineer

Many mechanical engineering entrepreneurs will ask for at least two years of experience in the industry, depending on the company. Mechanical engineers must spend some of their time reviewing mechanical designs and processes and providing suggestions for improvement and improvement.

Mechanical engineers also have to set up new systems from scratch and take them through to the final stage. This includes monitoring progress along the way and adapting designs that show signs of weakness or malfunction.

Some of the more general responsibilities of a mechanical engineer have been mentioned above. However, some employers will ask for very specific skills and in order to prepare you for this some of them are listed below:

• Industrial Fire Protection knowledge.
• Materials handling.
• Equipment sizing.
• Equipment designing.
• Product reliability tests.
• Mathematical modelling and Computer Aided Design.
• Putting together product specifications.
• Testing mechanical engineering theories.
• Explaining how to solve complex problems to other team members and clients.
• Project management.
• Training up other mechanical engineers.
• Development of new materials and technologies.

If you are thinking of becoming a mechanical engineer then you will need to obtain several qualifications and get yourself some solid experience. You will need to get a high quality honours degree in order to get noticed by employers. However, don’t be put off because good work experience is equally valued by employers.

If you want to become a chartered engineer then you will need to get an accredited MEng degree. There are some other courses you can take that essentially mean the same thing, but before you do any courses make sure that they are accredited by and engineering industry expert. Some employers will also ask for a relevant masters degree or equivalent. There are lots of different training courses available that will help you to top up your skills and enhance your CV.

If you are looking for an engineering job and feel you have the relevant qualifications and experience, try searching online for engineering jobs or contacting a high quality engineering recruitment company.

take advantage of assembly opportunities.

Do you want to know more about mechanical assembly? Push-pull cables, pull-pull cables, safety cables, lanyard cables, and others are used in various applications. Designers and engineers recognize the potential of cables and take advantage of assembly opportunities, in their work.

What are some unique benefits of using cables?

– Flexible
– Great strength-to-weight ratio
– Quiet
– Long life
– 3-dimensional movement
– Cost effective
– Little to no maintenance

Since cables are used in so many industries, it is plausible to assume they can perform a lot of functions. Here are just a few feats made possible by applying cables:

– Braking
– Connecting
– Positioning
– Lifting
– Supporting
– Rotating

A mechanical assembly service can assemble mechanical parts, components, equipment, and systems. The services can differ in regards to production capabilities and limitations, materials used, certifications and standards, and others.

Material capabilities for some services include aluminum, brass, bronze, steel, stainless steel, titanium, plastic, glass, ceramics, and composite material.

Mechanical assembly services contribute to a variety of industries including aerospace, automotive, commercial, industrial, medical, military, and others.

Markets and products vary within the mechanical assemblies industry. Services can supply and contribute to:

– Push/pull controls
– Steering systems
– Engine controls
– Hood release cables
– Tailgate cables

Cable manufacturing services often work with other businesses in order to make a final product for consumers. For instance, a manufacturer may be in need of control cables in order to complete a motorboat design. The manufacturer may contact a cable manufacturing company and provide exact specifications and desired abilities. This is done quite often within automotive companies, medical companies, and beyond.

Since our founding, CMA has been committed to three core values; to provide a quality product by working in partnership with our customers through the entire design process while providing excellent customer service.

In addition to our exceptional quality, design assistance and outstanding customer service, in our 30-plus years of designing and manufacturing mechanical cable assemblies, CMA’s design engineers have developed an extensive line of standard components to help reduce your design time, assure product performance, minimize tooling costs and reduce total product cost.

Beginner’s Guide to Electro-Mechanical Assembly

When you run an industrial business, personal business, or just your own private home, you will definitely be dealing with various groups of electro-mechanical components. Whether intentionally searching for this formation or being forced to deal with such a structure, it can be frustrating trying to understand this complicated mechanism. Fortunately, there are some preliminary guidelines that can help you get to know an interesting, but complicated, world.

Structure

Electro-Mechanical Assemblies come in many different shapes, sizes and materials. Most begin with a basic conductor, which sends signals from one part to another. The conductor can be made of metal or copper and is usually insulated by another type of metal or copper or plastic. The insulator is often encapsulated by a jacket shield, protecting the wires from outside elements. Clips, harnesses and other routing materials can shape and direct the formations, depending on the function.

Function

Speaking of function… there are so many different uses for electric components. They often transmit signals, and can receive and send, depending on their rudimentary make-up. Some are used for personal computer systems, others are involved in larger off-shore oil rigs. The military is a large industry that requires the use of all types of assemblies to set up bases and posts across the world.

Industrial uses are by far the most common, but even personal households require electro-mechanical assemblies to function in the modern world. With computers and complicated cable systems and air conditioning units, there are so many different uses for these systems.

Environmental Effects

Cable assemblies must often be adapted to the different environments in which they will be placed. Environmental factors can damage wires and conductors. A customization process can offer protection against different elements. A different material could protect against things like intense vibrations, direct sunlight, salt water, moisture in the air, and dust. All of these factors can erode wires, if the wires are not properly insulated. Hooks and fasteners can promote stability, while special chemical coatings can prevent rust and erosion. A good customization company can help you determine which adaptations should be made to your electro-mechanical assemblies.

Types of assemblies

There are many different setups and wires and cables. Some of the most common, however, include mast cable assemblies, wire harnesses, coaxial cables and ribbon cables and multi-conductor cables. Most of these function as they sound, but some are a bit more complex.

Mast cables derive their names from ships. These large antenna-like structures are utilized for communication systems, like broadcasting a news report or sending messages from ships to harbors. Wire harnesses are structures that bundle different wires together to create stability. They either hold a cable in place or direct a cable around an application.

Multi-conductor cables involve several conductors encapsulated in multiple jackets, but held together with various clips and hooks. These are often color-coordinated to aid in the identification and installation of these wires. Electro-mechanical assemblies are vital to the modern world and its inner workings, that there are hundreds of different types.

B Tech in Mechanical Engineering

Program B Tech in mechanical engineering relating to matters involving the latest technology and top-class laboratories equipped properly. During the course, students are given education and training to do beginner-level works such as a mechanical engineer. Because conceptual understanding of the technical background leads to the desired foundation, academic projects and well-planned courses in advance.

Objective Behind of Going Mechanical

They are designed in a manner that endows students with such capabilities that let them apply their knowledge of mathematics, science and engineering to work effectively by imparting technical and leadership skills. Finding a firm ground in principles of mechanical engineering, the students who take up an undergraduate course in this stream are ready to follow the ethical approaches to this discipline with respect to the society and environment.

Scope and Opportunities in Hand

This programme trains scholars in different areas of mechanical engineering including design, thermal, industrial and production to put emphasis upon the industrial needs. The career opportunities in this field are galore as an aspirant can become an analyst, coding scientist or work as an engineer for development, design, advance manufacturing and mechanical design after finishing with the study.

Course Structure and Topics to Discuss

Students who take up b tech in mechanical engineering as their area of study may need to go through a plethora of subjects at the undergraduate level. The topics cover engineering mechanics and graphics, computer science, communication workshop, material science, workshop technology, environmental science, basic electrical and electronics engineering. Furthermore, aspirants are imparted knowledge about subjects including thermodynamics and heat engines, strength of materials, fluid mechanics, manufacturing technology and design of machine elements.

Subject Areas to Focus Upon

Special emphasis is laid upon teaching programming languages and Data Base Management System, refrigeration and air conditioning, kinematics of machines, applied numerical techniques and FEM as well as production and operations management. Aspirants also get acquainted with heat transfer processes, microprocessor based control system, fluid and turbo machinery, operation research as well as quality, reliability and safety.

Make Elective Choices for Future

The course concludes with topics, such as alternative energy sources, mechanical vibrations, entrepreneurship development, CAD/CAM and power plant engineering. To gain further expertise, students can also pick from electives like finite elements analysis, energy management, advanced manufacturing technology, computational fluid dynamics as well as product design and development.

Getting Down to Practical Training

For practical exposure, aspirants may take up practical laboratory work in engineering graphics, electrical and electronics, manufacturing technology, fluid mechanics, machine drawing, material testing, programming languages and DBMS. At an advanced level, aspirants can learn about engine testing and emission measurement, heat transfer, fluid machinery, theory of machines and RAC in the laboratory.

Your scope of work as a Fresh Mechanical Engineering Graduate

As fresher mechanical engineering work, the need to identify their interest in, develop skills related to their interests and further identify the employment sector, from where they want to sail for high-flying careers in this respectable career domain.

As a mechanical engineering job fresher, one needs to identify their interests, develop skills pertaining to their interest and further identify the job sector, from where they want to set sail for a high flying career in this esteemed career domain.

The crux of this article is to help you identify the job sectors, where your skills, which you have developed keeping in mind your interests and your future career goals. All these sectors are deep seated in the job market of Indore; churning opportunities that will serve you with a platform to prove your worth and establish a reputation as a professional which will give you an upper hand, when applying for future job openings.

Pithampur, a suburb of Indore, located 22 kilometers from the city, is also known as the “Detroit of India’, as major automobile and component manufacturers are located here. This suburb also has an industrial SEZ, where large and small scale industries are based. Many domestic and international companies are repute are based here, which create opportunities for mechanical engineering graduates at various levels. Some of the job domains, where you can look for jobs as a fresher from this domain of engineering are:

Automobile manufacturing: Automobile sector is broadly dependent upon the skills of a mechanical engineer, hence, fresh graduates are always in demand. Some of the prominent automobile and auto components manufacturers based here are; Mahindra 2 Wheelers, Ruchi Group Of Industries, New & ReCon Parts, Cummins, India, Mahle Engine Components (I) Pvt Limited, Crompton greaves, Flexituff International Limited, Anant Steel P. Ltd., L&T CASE Equipment, Eicher Motors, Caparo, JBM Auto Ltd, Force Motors Ltd, Man Force Trucks, AVTEC Ltd. Finding an opportunity with any of these employers is not a mammoth task, specially for fresh graduates.

Pharmaceutical Manufacturing: Pithampur also serves as a home for pharmaceutical companies. Major pharma players have established production facilities in this town. Mechanical engineers provide assistance in production operations, plant maintenance, and project management, hence your job scope as a mechanical engineer in this domain are bright and promising. IPCA, Lupin, Syncom, Mission pharma, Piramal healthcare, Sonic Biochem Ext. Ltd, Symbiotech Pharma Lab Ltd; are some of the prominent employers from this job domain.

Iron & Steel Manufacturers: Considerable number of companies from this domain are located here. Since you are armed with the skills essential for this job domain, fresh mechanical engineers are widely absorbed for entry level roles, and the learning environment that they offer is unmatchable, allowing you to learn the ropes of your job in no time. Anant Steel P. Ltd., Rathi steel, Peb Steel Lloyd; are the prominent employers from this region located here in this jobs hub.

Other than the above mentioned job domains, lucrative and forward looking job opportunities are also present in organizations from; chemical processing, distilleries, food processing, manufacturing and textile.

Insights about the Gears industry

Industrial gears are machines that cause torque / movement in the mechanical system attached to it. This is a rotating machine shaped like a tooth that forms a pair with a tooth-shaped circuit from a mechanical system. Such arrangements that give motion to the whole system are referred to as “Gear”. The main goal is to convert mechanical energy into several forms of motion and to change the speed and direction of that motion.

When many gears work simultaneously in sync, it is termed as transmission. A transmission generally contains gears which are different in size. If two different gears of different sizes are in transmission, then the smaller gear will move more swiftly than the bigger one. Although, the torque generated by the bigger one is more than that of the smaller one. A transmission is very much similar to a cross belted pulley motion with two wheels. Though in case of gears we have an advantage – gears do not slip due to their tooth shaped structure. Gears are an obligatory fixture in all of the automobiles and machines that need motion to perform some action.

Types:

There are many types of industrial gears, namely: Spur, Helical, Skew, Double helical, Bevel, Spiral bevel, Hypoid, Crown, Worm, Non-circular, Rack and pinion, Epicyclic, Sun and planet, Harmonic gear, Cage gear and Magnetic gear. These different types of industrial gears serve different purposes across almost all the industries.

Typical Characteristics:

Gears must ensure certain qualities and perform well under peak work hours. Let us look at the most coveted qualities in industrial gears.

1. High tensile strength to bear heavy load – The material used for manufacturing purposes should withstand high pressures.

2. High endurance for peak load hours – During the peak hours when the load is surmounting for a particular period of time, the industrial gear should exhibit great endurance qualities to cope up with the harshest conditions.

3. Robust – Robustness is a major plus for any mechanical device. It becomes an indispensable trait in case of industrial gears as they are prone to much wear and tear.

4. Great grip or high coefficient of friction – Tooth shaped structure ensures high coefficient of friction.

Applications:

Industrial gears are used in various industries due to their utility, to mention a few:

1. Power plants

2. Mines

3. Steel industry

4. Elevators

5. Wind turbines

6. Mill heads

7. Automobile industries

Given the massive utility of gears, it is safe to conclude that gears are indispensable in the vast field of machinery.

Job as a Flight Mechanic

Many people have ambitions to have high-paying technical jobs and they also have all the opportunities for that, with the right attitude and discipline. Being a flight mechanic is a “dirty” technical job, even with high fees. When you are in this profession, you will hope to have your hands full of fat most of the time, and you will not wear the type of clothing that office workers have. This is a job that many large airlines are looking for, especially if you are a very well-known aircraft technician. However, before you can become one of them, you need to have special training and years of experience before getting the job.

The Nature of the Job as Aviation Mechanic

When you are an aviation mechanic, the airplane is practically in “your hands”, especially if you are the head aircraft technician. The airplane’s maintenance program will be in your hands and before the plane can fly, your “go” signal will be probably needed. You will be the one doing the reports on the airplane’s functions, especially if repairs on damages are done. Your basic functions may be on the maintenance and repairs of the aircraft in your airline company. Aircraft technicians are not the ordinary workers that companies hire but they are the college degree holders in aviation technology or they are the aircraft engineers that many aircraft companies want to have.

The Skills and Competency Requirements Needed To Become an Aviation Mechanic

An aviation mechanic is not only the bachelor’s degree holder required of him, but he has also to be one equipped with technical trainings, attended seminars on aircraft technology, or any related aircraft functions. These will be added boosts to his competency ratings and he will be one sought after by many big airline companies, especially if he has the years of experiences behind him related to the airline industry. There can be plenty of work opportunities for a skilled aviation technician and he will not be out of job for too long because many airline companies will strive hard to acquire his services.

The Responsibilities of Aircraft Mechanics

If you think that the responsibilities of an aviation mechanic are simple, these are simply huge. Just like the responsibility of an airplane pilot is huge because the lives of the passengers will be in his hands, the responsibilities of the airplane technician will also be big because the capabilities of the airplane to land safely in its destination will depend on how the repairs and maintenance of the airplane are done. A well maintained airplane will fly safely to its destination.

Pays and salaries of an aviation mechanic are high compared to ordinary technicians in many production companies. This is because their skills and trainings are also at higher levels, and they will not be dealing with ordinary motor vehicles. Special skills are needed in these kinds of people, and they deserve special treatments for this. They may not be the clean cut office worker or executive in an office, but they may be receiving pays like the superiors of these office workers receive.