Core Companies for Mechanical engineers

Don't think about the job as you are a student of an evergreen as well as a core branch i.e.,Mechanical stream.

there are so many chances in Govt. as well as private companies.

There huge number of er.Core Companies for Mechanical engineers
some of them are:

• Hindustan Motors Ltd 
• Hyundai Motors India Ltd 
• Mahindra & Mahindra
• Royal Enfield Ltd
• Addison & Co Ltd 
• Ashok Leyland Ltd, Ennore 
• Axles India Ltd 
• TATA Motors
• Sundaram-Clayton Ltd 
• Tractor and Farm Equipment (TAFE) 
• Tube Investments of India Ltd 
• FIAT
• Bharat Electronics Ltd.(BEL)
• Jindal Steel
• Steel Authority of India Limited(SAIL) 
• Tata steel
• TCS
• Maruti Suzuki
• Jindal power limited
• NTPC
• BHEL
• Yamaha motors and a lot more........

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Summer Training for B.Tech Mechanical Engineering Graduates

Summer training is considered as a significant part of course curriculum in Bachelor of Technology course. Its main objective is to provide practical knowledge on different areas related to the engineering stream. Summer training programmes are significant as it plays a crucial role at the time of recruitment. Candidates should be careful in choosing their summer training organisation. It should be relevant to their field of study as well as area of interest.

Generally summer training programmes have duration from 6 weeks to 6 months. Summer training programmes provide good industrial exposure and experience. Summer training programmes should be done seriously rather than from an objective of getting a project certificate from an organization for name sake.     Some of the well known organizations which offer summer training for graduates in Mechanical Engineering are listed below.

• Tata Motors
• CETPA Infotech
• Larson and Toubro
• Shell India
• Ashok Leyland
• SEL Manufactuling pvt ltd
• Honeywell
• Flowserve
• ABG shipyard ltd
• Bosch India
• CMC Ltd Noida
• M R F

Application process for Summer Training

Candidates should visit the official website of the organizations for the detailed notification related to summer training or internship programmes. Many public sector companies often invite application for summer training programmes. Companies follow different modes of the application process. Generally, candidates are required to send their application in prescribed formats along with supporting documents to the organization. Candidates will have to submit acknowledgement letter from their institution.  Selection process will be based on the academic record of the candidate as well as the vacancies available in the firms. Eligible candidates will be intimated personally by the organization.

Summer Training Process

The training process is designed in such a manner so as to make the candidate familiar with the business organization. Candidates will be given certain project assignments to deal with.  Candidates will get practical experience regarding different functional areas . Students will have the opportunity to gain knowledge and experience from interacting with employees. Candidates will get valuable suggestions and training from the trained professionals in the industry.  Candidates can avail financial assistance in their summer training programme, which will be based on the discretion of the organisation.

Reputed firms provide employment for candidates who perform well during their summer training programme. Firms like Shell India and Larson and Toubro recruit candidates who do well in their summer training programmes.

Mechanical Engineering Projects

Mechanical engineering projects are compulsory degree requirement for all of the mechanical engineering students. All of the students are required to do mechanical engineering projects in different subjects or courses and then a final year project. We have received a lot of positive feedback from our visitors about the project ideas listed by us on this website. Many of the students and visitors were emailing us to post new projects. So this time I am going to suggest more new mechanical engineering projects. Please browse through following articles to find projects according to your interest in subject and fields of specializations:

• Automobile projects: If you are interested in doing your mechanical engineering project in automobile sector then please read these suggested ideas for automobile projects.
• Thermal projects: If you are interested in doing your mechanical engineering project in thermal side or related to thermodynamics then visit thermal project ideas. These projects will help you better understand concepts involved in thermodynamics and heat transfer.
• Robotic projects: If you find yourself interested in projects which are related to robots then please visit mechanical engg projects related to robotics. Here you will find some great ideas to work on.
• Mechanical design projects: Students who are interested in doing project related to mechanical design should read suggested projects in mechanical engineering design projects.
• Fluid related projects: For students who are interested in doing projects related to fluid mechanics and other similar subject should read project ideas related to fluid mechanics.

I hope you will like all these mechanical project ideas. I have consulted many industry experts and professors and these project ideas are presented here with their suggestions. All these ideas are very practical in nature and will help solve many problems faced today in this world. Being a mechanical engineer it is your responsibility to come up with innovative solutions to these problems. Please don’t forget to send your feedback and suggestions to me. Your feedback and suggestions are a source of encouragement for me. 

Mechanical engineering first job interview tips

First of all you need to be well dressed in a formal manner for your first mechanical engineering job interview. This is the first expression you are going to print on your Interviewer’s mind. During their first interview, many students are so puzzled that they often ask for a glass of water when they enter the interview room. Don't do this mistake. Many of the HR managers take this as a negative point of personality in a student. If you need to during some water, drink it before you enter the room. Don't ask for it during interview or you are simply rejected.

Then you are asked many questions about you, your family, your education and your personality. You are often asked about the positive and negative points of your personality. They will be asking you about the situations in which you were leading a team and what difficulties did you face as a team leader? They might ask you tricky questions that what did you learn from your mechanical engineering education.

Another important question they are going to ask you is what area of work you prefer to be in. Don't simply answer with "any area" or answers like "I can handle myself in any area". This will annoy your interviewer. Be specific about your area of interest. This is why you need to thoroughly read company information on their website or somewhere else.

Team play is very crucial and important factor in all of the engineering companies. So this is what they need in you. Don't show them at any point that you are not a good team player. Tell them from your past experience and examples that you are a good team player.

Make an eye contact with your interviewer and don't make any visual or physical moves which can annoy him. For example some students start looking at the roof as if they are thinking about the answer. Some students will be playing with their fingers or legs and even chair. Don't do these moves. Stay confident as no one is going to hurt you. 

At the end of the interview with mechanical engineers, many of the interviewers ask avery tricky question: Do you have anything which you want to ask from us about our company or this job? Be prepared to ask them a few questions. Students who answer with "No sir we don't have any questions about your company and this job" are uaually rejected. Because HR managers are always looking for people who are curious to know more.

10 reasons why Mechanical Engineering is the best

#1 Evergreen Field: Mechanical engineering is an evergreen field. Applications of mechanical engineering have spread over such a wide spectrum that it has penetrated into almost every industry. Mechanical engineering got its application started right from the birth of this universe and it will continue till the end of this universe.

#2 Mother Of All Engineering Disciplines: Yeah it’s mother of all engineering disciplines and you know it! Mechanical engineering links all engineering disciplines together and provides a base for all engineering education.

#3 Everything Is Mechanical: Mechanical engineering has its application in all fields of life. May it be medicine, construction, automobile or even software and IT industry. Everything you see around you involves mechanical engineering to some extent.

#4 Everlasting Scope: Scope of mechanical engineering is everlasting. Mechanical engineering graduates can find career placements in almost every sector, right from construction sector to steel industry and from automobile to software.

#5 Best Job Offers: Mechanical engineers get best job offers after graduation. It’s one of the highest paid jobs all over the world.

#6 Social Status: Mechanical engineers are respected in every society. They possess a respectful social status among masses. They are like global ambassadors. Wherever they go, they are treated with respect.

#7 Most Interesting: Mechanical engineering involves study of some of the most interesting phenomena of science and engineering. The basic focus during study is on subjects such as thermal engineering, fluid sciences, machine design, industrial engineering and production engineering.

#8 Even GOD Loves ME: Ever thought GOD also implemented mechanical engineering in nature? Motion of your body, arms, hands and feet involves mechanical engineering. Your heart pumps blood and it runs through all your veins. This is again application of mechanical engineering. The more you look into nature with the eye of a mechanical engineer, you will find more application of it.

#9 Best Lifestyle: Do you need a best lifestyle to live in? Mechanical engineering offers you one of the best lifestyles. It’s like a dream come true.

#10 Vast Industry: Mechanical engineering industry is vast. Every industry needs mechanical engineers to run its business smoothly.

Do you have more reasons to say? Don’t forget to comment. Let us see how many reasons we can gather here in comments. I hope you enjoyed reading 10 reasons why mechanical engineering is the best course. No doubt It's best engineering course and best engineering branch!

mechanical club

Types of mechanical engineering

Many students keep asking us about different types of mechanical engineering. They are not clear about different areas of mechanical engineering. Actually this question is a bit confusing in itself. We call it“sub disciplines” instead of “types”. So “Types of mechanical engineering” actually are “sub disciplines of mechanical engineering” in a true sense. All different types of mechanical engineering have something in common which is study and application of heat and motion. Here are some of the well known types of mechanical engineering (or sub disciplines in other words):

1. Manufacturing engineering:

  Manufacturing engineering is a type of mechanical engineering which deals with study and analysis of different manufacturing practices. It deals with research and development of machines, machine tools, parts, products, equipment, processes and systems etc.

1. Thermal engineering:

 As the name suggests thermal engineering deal with cooling and heating of processes, closed environments or equipment etc. Mechanical engineers in this area of specialization are taught to keep any system at optimum temperature.

1. Automotive or Automobile engineering:

  Automotive engineers design, build, maintain, and operate self - propelled vehicles for use on land or sea, in air or space. From manufacturing of car parts to assembly of car parts, all is covered under umbrella of automobile engineering. This is one of the most interesting and most demanding types of mechanical engineering.

1. Acoustical engineering:

  Acoustical engineers manipulate and control vibrations and they work on reducing unwanted sounds in any system or process.

1. Aerospace engineering:

 In this branch of mechanical engineering, students are taught things like design, construction, operation and support of aircrafts, spacecrafts and other air vehicles. They are responsible for the research, design and production of spacecraft, aircraft, aerospace equipment, missiles and satellites.

1. Naval Engineering:

  This is one of the types of mechanical engineering which deals with marine structures. Naval engineers are responsible for design, analysis, maintenance and manufacturing of marine vehicles and other related structures.

1. Biomedical engineering:

 Biomedical engineers study both the fundamentals of mechanical engineering and human anatomy and physiology.  They design and develop biomedical products and products which help people with different injuries like spinal injuries etc. This is one of the best types of mechanical engineering which is serving medical field in a very positive way. Many human disabilities can now be recovered due to the efforts of biomedical engineers.

1. Structural analysis:

 This is a branch of mechanical engineering as well as civil engineering. Students in this branch try to learn how and why structures fail and what possible measures are to e taken to save any structure from failing.

I hope after reading this article, you will be able to understand all basic types of mechanical engineering. These sub disciplines as mentioned above are very fundamental and basic areas of specialization for mechanical engineers. All these fields include study of basic mechanical engineering concepts and then at later stage students are encouraged to opt for their areas of interest. Read more about suggested courses for MS in mechanical engineering

Thermodynamics in Mechanical Engineering (Main Workshop)

Thermodynamics is taught to mechanical, chemical and electrical engineering students. Thermodynamics is a physical science that studies the effects on material bodies, and on radiation in regions of space, transfer of heat, and of work done on or by the bodies or radiation. 

It inter-relates macroscopic variables, such as temperature, volume and pressure, which describe physical properties of material bodies and radiation, which in this science are called thermodynamic systems. Its applications include the design of air conditioners, refrigerators, internal combustion engines in automobiles and other equipments, turbo chargers and superchargers in automobile engines, steam turbines in power generation plants, jet engines used in aircraft, and so on. The different applied fields of thermodynamics are Atmospheric, Biological, Black hole, Chemical, Classical, Equilibrium, Industrial ecology (re: Exergy), Maximum entropy, Non-equilibrium, Philosophy of thermal and statistical physics, Psychrometrics, Quantum thermodynamics, Statistical thermodynamics & Thermo economics. 

Course Content

• Imparting knowledge of Software development techniques on a larger scale and at a faster rate.
• Matter/Video/Presentations are available to all at no cost.
• Helping maximum number of students, teachers and working professionals learn the techniques & implement them in real life.
• Empower students and teachers in engineering colleges on a large scale.
• Impart new teaching methods.
• Teach centres as per the common syllabus.
• Encourage teachers to contribute learning material.
• Publish contents in open source on portal.

Topics covered :-
• Introduction to thermodynamics.
• System, surroundings, boundaries, classification of systems.
• Units and dimensions. Conversion factors.
• Properties of systems. Equilibrium, processes, interactions.
• The work interaction. Thermodynamic definition of work. Characteristics of the work interaction. Evaluation of work.
• Adiabatic boundary. Adiabatic systems and processes. Adiabatic work.
• The First Law. Basic form. Energy of a system. The heat interaction. Sign convention.
• Diathermic boundary. Zeroth law. Isothermal states. Empirical temperature.
• Principles of thermometry. Scales of temperature.
• Gas thermometer. The ideal gas. Ideal gas temperature scale.
• The state principle. Equations of state. Properties of gases.
• Properties of steam. Introduction to steam tables.
• Other equations of state. Van-der-Waals gas. Critical state.
• Reduced equation of state.
• The Second Law. Kelvin-Planck and Clausius statements. Equivalence of statements. Carnot theorem. Thermodynamic temperature. Kelvin scale. Carnot engine. Equivalence of thermodynamic Kelvin scale and ideal gas Kelvin scale.
• Clausius inequality. Definition of entropy. Evaluation of entropy.
• Principle of increase of entropy. Formulation of second law for closed systems.
• Auxiliary functions. Property relations. Maxwell`s equations.
• Applications to equations of state.
• First law for open systems. Derivation of the general form. Special cases. Steady-flow energy equation. Second law for open systems.
• Combined first and second laws. Availability and exergy. Lost work.
• Introduction to cycles. Classifications of cycles. Implementation of cycles. Gas power cycles - Otto, Diesel, Brayton. Vapour power cycles -Rankine cycle and its modifications. Refrigeration (reversed) cycles -Joule, vapour-compression.

Concept Cars Design

      The cars we are used to drive today will become classics and maybe end up in a museum like the ones from 2 centuries back. The major car companies already propose new designs and sometimes new technologies. The new wave in car concept is all about comfort and less maneuvering, more technology and less emissions.

HOW A CAR WORKS

Parts Of Your Car

Air cleaner/filter:

Air is drawn through it. Contains a filter that blocks dirt before it can enter the engine.

Air intake manifold: 

Air is distributed into the combustion chamber.

Alternator: 

Takes over from the battery when the engine is running. Recharges the battery and supplies power to all electrical components.

Battery: 

Supplies the initial electrical power that starts the engine.

Carburetor: 

Most new cars now have fuel injected engines. Older vehicles have carburetors. This gadget mixes air and fuel in the proper ratio for burning in the engine's combustion chambers.

Coolant reservoir (tank): 

Holds hot coolant (antifreeze) that overflows from the radiator and also draws back into the radiator as it is needed.

Distributor: 

Distributes high voltage electricity to the spark plugs, one at a time.

Exhaust manifold: 

Set of pipes, one for each cylinder that conducts exhaust away from cylinders.

Fuel injection system: 

Sprays controlled amount of fuel directly into either the intake manifold or combustion chambers, resulting in a very precise air to fuel ratio that improves fuel economy.

Muffler: 

The interior "baffles" and tubes quiet the explosive release of exhaust.

Suspension system: 

This system receives a great deal of punishment from the roads. This system consists of shock absorbers, Struts, springs, and motor mounts, tires, tie rods, ball joints, control arms, torsion bar, strut rods, spindle, axles.

Power steering reservoir: 

This reservoir contains fluid for your power steering system. Once the reservoir cap is unscrewed the cap will consist of a dip stick. This will identify the fluid levels.

Brake fluid reservoir: 

The brake fluid level can be inspected by the plastic box or bottle by the fire wall on the driver side.

Disc brakes: 

A metal disk that spins with the wheel that the brake pad uses to pressure against to stop.

Oil dip stick: 

The stick that's used to check the level of the motor oil.

Rear Axle: 

A shaft that connects the power from the transmission to the wheels.

Radiator: 

The device that helps to remove heat from the cooling system as coolant passes through it.

Timing Belt: 

Replace as scheduled if applicable for your vehicle. Timing belts are commonly used on Japanese cars. The timing belt is a rubber belt that drives the engine's internal components. The timing belt is not easily visible and should be replaced at the indicated mileage and time not on visual wear like a normal drive belt. If the timing belt breaks, the engine stops and costly internal engine damage can occur. The water pump on some vehicles is driven by the timing belt, and should be replaced with the timing belt replacement. Consult owner's manual or ask the repair shop if this is the case on your car.

Most of us women don't think we are smart enough to understand how a car's engine works, but they're dead wrong. If a man can understand, so can we. We don't have to know how to fix them, but it helps if we understand them.

BMW's Vision EfficientDynamics concept. Photo: BMW

BMW Vision EfficientDynamics (2009)

BMW's Vision EfficientDynamics concept. Photo: BMW

In 2009, BMW declared its movement in a new direction: fuel-efficiency. The messenger was the Vision EfficientDynamics concept, a striking departure from the V8 and V12 engines that had so long been the hallmark of BMWs. The Vision featured a turbo diesel /electric hybrid powertrain to produce 265 horsepower and 590 ft-lb of torque, along with an amazing 62.5 miles per gallon. The idea that luxury cars could be fuel-efficient was hammered home, and now it’s taking over the higher end of the automotive industry.

NEW BUGATTI VEYRON------STYLISH N SPEEDIOUS

Mercedes AMG F1 Car

The first pictures of 2012 Mercedes AMG F1 Car Launch - Click to & Enlarge pics

 

HOW A F1 CAR WORKS

F1 Motor car Engine at its Technology

This season are the most efficient engines with most advanced technology and techniques.

Engime: Specification of the Motot car are 2.4 Litre V8 engine, weighting no less than 95 kg and rev limit of 18,000 RPM. F1 engine produces around 720 bhp and manages 130 kms per 100 litres.

Steering: This year steering wheel has two extra buttons, the DRS button to adjust the rear wing and one for KERS- which is particularly complicated , the drivers can adjust the amount of energy released at various points around the circuit..

Diffuser : It controls the amount of down force a car generate.

Rear Wing:  This season the rare wing is driver adjustable.  A button on the upper rear flap, creating a 50 mm gap, which reduces drag and provides of top speed boost of almost 15 kph.


Brakes: The carbon -fibre discs have exceptional performance. They can reach more 1000 degrees celsius under full retardation.

7 Typres : For every race a driver get two compounds, the prime and the option. Each driver ges 11 sets of typres for the race weekend..

 Front wing : The front wing influences the  air flow over and under the car , it was concurred that  a stable front wings will reduce the effect of the wake.

Car Basics, Jargon for buying Car n. Cars Terminology

Car is almost a necessity in US…At some point of you stay in US, you may plan to buy one either new or used. We never owned a car in India and I am not into cars at all. All the car jargon and terminology is like Greek and Latin to me. I do not understand a thing. After I came to US, I found myself in a kind of bad situation because of lack of basic knowledge of cars. I am sure some of you would be in same situation I was few years ago. Let me share with you some basic terms that you need to know about cars and why they are important for buying a used car.


Basic Car terminology :

I will try to write my version of the meaning, it is not technical by any means…if you are into cars and not happy with my explanation, feel free to add a comment correcting the same. I am not going to write everything, just those that I felt were new for someone naïve like me.

Sedan : It is nothing but a car with Four doors

Coupe : Car with two doors(no back doors). Also called Sports model or sports car version.

Convertible : Car with a foldable roof or top (automatic)

SUV : SUV means Sports Utility vehicle, it is a class of vehicles… It is bigger than car and has more power and looks like a Jeep, but not. ( It is like SUMO in India)

V6 or V4 : It refers to the number of cylinders in the engine. V6 means 6 cylinder, V4 means 4 cylinder.  V6 has more power or acceleration than V4, it drinks a lot of gasoline

Moon roof : Aerial window on top of driver and front passenger with Glass

Sun roof : Aerial window on top of driver and front passenger with a door(NOT glass, just shutter). The difference between sun and moon roof is, if you have just sun roof, you cannot see outside moon through glass as the door is opaque. If there is a shutter and glass then it is both sun roof and moon roof. Nowadays most of the cars are sun and moon roof.

Timing belt: This is something that is part of engine and controls the timing of valves. It is very important to have this replaced after certain thousands of miles. Especially when you are buying a used car, you have to ask if the previous owner has replaced the timing belt at particular mileage. This will cost you some good amount of money, so  you have to ask before you buy. Also, it is important for the engine and car to function well.

Brake Rotors: These are the discs in the disc brake system. They wear off after certain miles and they are key for stopping the vehicle when you brake. They are very expensive. Make sure they are in good condition; it has to be of certain width. You do not want to change them as it will cost money.

Brake Pads : Brake pads wear off, you can change them…Brake rotors are key. If the rotors are good, you can change the brake pads

Muffler : It is the exhaust pipe system all the way through where the smoke exits. It also wears off and should be changed after some time in used vehicles. It also costs good amount of money, Make sure there are no issues with Muffler when you buy.

Transmission: It is the gear box that provide speed and torque conversions from rotating source.

Manual Transmission : Manual means, you have change gears manually using your hands and clutch(something that you press when you change gear).

Automatic Transmission : There is no clutch and you do not need to change gears. You just put the car in Drive, it automatically changes gears. You just push the accelerator. You only change gear if you want to go reverse or when going up very steep hill (not very common, I never had to do this in past 6 years)

Coolant: A liquid that is filled in Radiator instead of water. You may have seen people pouring water in your home country, nothing here…it is a liquid and you do not change it often.

Other things related to Car

Jumper Cables : This is not part of car, but just putting it here…If the car battery dies, then you use cables to connect your car battery with another car battery to start your car. These cables are called jumper cables. It is very essential to have the jumper cables in used car.

No Tire tube: There are no tubes in the Car’s tires in US. If you have a flat tire, you either patch it or throw it. There is nothing like you change the tube inside and keep the tire…you just replace the tire…

Tool Box: Make sure you carry a tool box in your car. It is not very expensive, good to have one handy.

Can you think of any other Car terms that might be important to know ?

INTRESTING FACTS ABOUT F1 CARS

FI CARS

We know that F1 is a very expensive sport and parts of its expensive cost would be the cost of its cars. Shown on the pics above are some of the interesting facts that we masses probably don’t know the actual cost incurred in an F1 car.

This cost was based on the Ferrari 2009 models and the most expensive item in F1 cars would be the lightweight material (carbon fiber) that they use in order to achieve the lightweight magic and also KM long cables of harness use to connect to 100 sensors and actuators.

Another interesting fact is the cost of the steering wheel which would cost $38,117 where it can control up to 120 different functions from its 23 dials and button. We have seen on the previous post about how complex the F1 steering. If you have not seen the video, please head down to this link. Enjoy the pics above :)

mechanical-engineering-scope-career-prospects-demand: HOW A F1 CAR WORKS

mechanical-engineering-scope-career-prospects-demand: HOW A F1 CAR WORKS

HOW A F1 CAR WORKS

Can I design cars with a mechanical engineering degree?

Can I design cars with a mechanical engineering degree?




Engineering is NOT "Design" in the sense we are discussing on this website. These are separate fields. Engineering deals with the relationships between things. Design deals with the relationships between things and human beings - quite a difference. 
Some engineers are called "designers" but when we are talking about Industrial Design/Automotive Design/Styling (the last word is not my favorite term), then "design" is something else.
There is no doubt that engineering understanding would be helpful in informing a car designer about what he is doing but a standard engineering course of study is not a necessary or useful thing.
In terms of the initial question: the manufacturers hiring "designers" are NOT looking at engineering graduates.
On the other hand, one's chances of getting into an engineering field are infinitely better than getting hired as a car designer at an automotive studio.


To all the "mechanical engineers" out there: HAVING A DEGREE IN MECHANICAL ENGINEERING WILL NOT GET YOU A JOB AS A CAR DESIGNER. YOU WILL HAVE TO DO A 4YEAR COURSE IN TRANSPORTATION DESIGN OR INDUSTRIAL DESIGN TO BE CONSIDERED- SIMPLE AS THAT!
However, with an engineering degree in the automotive industry, your position will be to simply TRANSLATE a car designer's vision from paper to practical reality. YOU ARE NOT A DESIGNER.

What are benefits of studying Mechanical Engineering?

What are advantages of doing Mechanical Engineering? Why should I choose to do Mechanical Engineering? Please tell me about the features of Mechanical Engineering. 


I want to do Mechanical Engineering abroad so I want to know about benefits of studying Mechanical Engineering. Thanks.






Mechanical Engineering is one of the popular Engineering programmes. Studying Mechanical Engineering has severalbenefits which I’ll try to explain.

Mechanical Engineering is about design, development, manufacture, maintenance of mechanical items. Mechanical Engineers have wide range of career prospects. They can work at transport, health, defence, manufacture, and any related field. Limited number of Mechanical Engineers worldwide provides Mechanical Engineers good earning opportunity. StudyingMechanical Engineering will allow you to work in the field which helps enhance day to day life of human being. You’ll be dealing with mechanics either that be developing engines or robots.

By getting involved into mechanical engineering, you’ll be contributing world with your innovative ideas which will make world even better place to live.

Why Mechanical Engineering?

Mechanical engineering is one of the broadest and oldest branches of engineering.  Mechanical engineers are involved with the design, analysis, testing, manufacturing, control, operation, and maintenance of mechanical systems - that is, any system that has a moving part!   Mechanical systems can vary greatly in complexity and magnitude from the valve in an artificial heart to a car engine to a mammoth nuclear power plant.  It deals with all aspects of the conversion of thermal energy into useful work and the machines that make this possible.

This seems awfully broad, right?  Although that is one of the great advantages to mechanical engineering (and why the world always needs mechanical engineers!) our students do earn a concentration during their senior year.  Concentrations give you the chance to specialize in one area of mechanical engineering.  You can choose to take elective courses all related to your concentration, or choose a few outside your concentration to maintain a slightly broader background - your choice! 

 We offer concentrations in:

Applied Mechanics
Automotive Engineering
Biomechanical Systems
Design and Manufacturing
Dynamics, Vibrations, and Controls
Energy Systems
Nuclear Engineering

Has mechanical engineering caught your interest?
Then perhaps you should consider our advanced technical elective track, if you're interested in:

• Completing research as an undergraduate
• Preparing for graduate school
• Graduating "With Distinction in Mechanical Engineering?"

Mechanical engineering honors students or students who are pursuing the BS/MS option may work with a faculty advisor to choose their areas of research and study to reflect their interests and the scope of their future graduate work.

Applied Mechanics
Applied Mechanics is the theoretical, numerical, and experimental study of the response of solids and fluids to external forces. Students who concentrate in this area can take courses in finite element analysis, fracture mechanics, advanced strength of materials, and system vibrations. It's the concentration for you, if you're interested in:

• Understanding the forces in structural components such as a truss or crane
• Smaller scale components such as a prosthetic joints
• Understanding why and how objects break, and how to prevent failure

Automotive Engineering
A concentration in Automotive Engineering will prepare you for work in the automotive industry, one of the traditional branches of mechanical engineering which remains of great importance. It is concerned with the design and operation of all kinds of engines and vehicle dynamics, and is rapidly expanding to include the research, design, and testing of alternative energy sources for vehicles. Students who pursue this concentration can take courses in land vehicle dynamics, powertrain dynamics, the study of internal combustion engines, modeling of hybrid-electric vehicles, and fuel cell systems. It's the concentration for you, if you're interested in:

• Understanding the operation of an internal combustion engine, and making it efficient
• Hybrid electric vehicles
• Fuel cell systems
• Automobile dynamics

Biomechanical Systems Biomechanics is the science that examines forces acting upon and within a biological structure and the effects produced by such forces. A concentration in Biomechanical Systems prepares students for work in the medical industry or in any other area where their is a need to study the effects of forces on the human body. It's the concentration for you, if you're interested in:

• Understanding the mechanical functions of muscles, tendons, ligaments, cartilage, and bones
• Physical disabilities, and how to design products to help people with disabilities
• Understanding how different injury mechanisms (impact, sport, trauma) affect the human body
• The design of medical devices

Design and Manufacturing
A concentration in Design & Manufacturing is appropriate for students who are interested in the design, testing, and manufacturing of consumer products. Students in this concentration can take courses in product design, tool engineering, machine tool control and programming, and rapid prototyping. It's the concentration for you, if you're interested in:

• Designing and prototyping new products
• Learning to program CNC machines
• Robotics
• Using computer graphics to model new products and systems

Dynamics, Vibrations, and Controls
A concentration in Dynamics, Vibrations, and Controls prepares students to understand various system components and how they interact as parts of a mechanical system. Students in this concentration can take courses in control systems design, mechatronics, fracture mechanics, and engineering acoustics. It's the concentration for you, if you're interested in:

• Learning how mechanical, electrical, thermal, and fluid systems work together
• Controlling these systems and preventing unwanted ysstem vibrations and noise

Energy Systems
The study of Energy Systems concentrates on the production of useful energy from raw materials (i.e. electricity from coal) as well as the process of transforming energy into useful work (i.e. electricity driving a motor), and the optimization of these processes. Students who concentrate their studies in Energy Systems can take courses in turbomachinery, HVAC (heating, ventilating, and air conditioning), combustion and jet propulsion. It's the concentration for you, if you're interested in:

• Learning to efficiently harness energy from raw materials
• Learning how to efficiently heat, ventilate, and cool structures
• The uses of turbomachinery

Nuclear Engineering
The field of Nuclear Engineering is experiencing a resurgence as we investigate the option of nuclear power as an alternative to our society's dependence on fossil fuels. Students who concentrate in this area take an introductory course in nuclear science and engineering, and can take courses in reactor theory, nuclear power plants, and radiological safety, as well as reliability engineering. It's the concentration for you, if you're interested in:

• Helping to develop nuclear energy as a safe and affordable alternative to fossil fuels
• Studying how nuclear power plants affect their surrounding environments
• The possible uses of radiation in medicine
• Using radiation to make measurements