Advanced Automotive Courses

​​​​Degree in Automotive Technology

Advanced Automotive Course is one of the best decisions one can make in this era, Advanced Automobile course is one of the best entrepreneurial courses I know in this dispensation, Do you want to learn Advanced Automotive ? Do you want to know what the program entails and the prerequisites, Do you want to knows its duration and answer to many more questions that pop in your mind are dealt justly with in this article by Colleglearners. kindly navigate down to check them out.

What is Automobile Engineering?

Automobile Engineering is the branch of engineering which deals with designing, manufacturing, mechanical mechanisms as well operations of automobiles. It is also an introduction to vehicle engineering which includes cars, motorcycles, trucks and buses etc.  

Automobile Engineering – Disciplines

There are some of the important disciplines that important automotive engineer are as follows

Safety engineeringCost
Fuel economy/emissionsProgram timing
NVH engineeringAssembly feasibility
Vehicle electronicsQuality management
Performance 
Shift quality 
Durability/corrosion engineering 
Drivability 

Automobile Engineering –Syllabus

A year-wise breakup of the course’s syllabus is tabulated below.

Semester ISemester II
Technical English – ITechnical English – II
Mathematics – IMathematics – II
Engineering Physics – IEngineering Physics – II
Engineering Chemistry – IEngineering Chemistry – II
Engineering GraphicsBasic Electrical & Electronics Engineering
Fundamentals of Computing and ProgrammingEngineering Mechanics
Semester IIISemester IV
Transforms And Partial Differential EquationsStatistics And Numerical Methods
Engineering ThermodynamicsApplied Thermodynamics and Heat Transfer
Fluid Mechanics and MachineryEngineering Materials and Metallurgy
Automotive EnginesStrength of Materials
Mechanics of MachinesElectronics and Microprocessors
Production TechnologyAutomotive Chassis
Semester VSemester VI
Environmental Science and EngineeringPrinciples of Management
Design of Machine ElementsAutomotive Engine Components Design
Automotive TransmissionAutomotive Chassis Components Design
Automotive Electrical and ElectronicsTwo and Three Wheelers
Vehicle Design and Data CharacteristicsFinite Element Analysis
Automotive Fuels and LubricantsComposite Materials
Semester VIISemester VIII
Engine and Vehicle Management SystemVehicle Body Engineering
Vehicle DynamicsMarketing Management
Vehicle MaintenanceAutomotive Safety
Automotive Pollution and Control
Robotics
Automotive Aero-dynamics

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Automobile Engineering: Eligibility Criteria

  • For admission in BTech Automobile Engineering, candidates who have passed Class 12th in PCM/ PCMB stream are eligible.
  • The candidates must have a minimum of 50% of marks in board exams.

Top Entrance Exams for Automobile Engineering

Most of the colleges offering Automobile Engineering courses admit students on the basis of National or state level engineering exams. There are many colleges who also conduct their own entrances for admission to BTech programmes.

Some of the popular engineering entrance examinations aspirants should consider appearing for admissions to UG and PG level Automobile engineering courses are:

JEE MainJEE Advanced
GATEBITSAT
MHT CETKCET
WBJEEUPSEE
AP EAMCETTS EAMCET
KEAMGoa CET
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Automobile Engineering – Fee Structure

Some of the potential automobile engineering colleges in India charge an average tuition fee ranging between Rs 10,000-4 lakh per year. Some of the top private colleges such as Manipal University, SRM University, Amity University may also charge more than Rs 4 lakh as per year fees due to demand in admissions. Government colleges such as Indian Insitute Technology (IIT) and National Insitute of Technology (NIT) charge a reasonable fee which is round about Rs 4 lakh per year, but the average placements salary that they provide are amazing as compared to other engineering colleges.

Top Colleges for pursuing Automobile Engineering

Rank of CollegeName of College, CityProgram Fees (Duration)
1IIT, DelhiRs 3.6 lakh for 4 years
2IIT, RoorkeeRs 2.9 lakh for 4 years
3Sathyabama University, ChennaiRs 1.7-2 lakh for 4 years
4Manipal Institute of Technology, ManipalRs 14.41 lakh for 4 years
5Hindustan Institute of Engineering Technology (HIET), ChennaiRs 2-4 lakh for 4 years
6Madras Institute of Technology, ChennaiRs 3 lakh for 4 years
7PSG College of Technology, CoimbatoreRs 2.2 lakh for 4 years
8SCMS School of Engineering and Technology, CochinRs 6.25 lakh for 4 years
9Veermata Jijabai Technological Institute, MumbaiRs 2.4 lakh for 4 years
10SRM University, ChennaiRs 7.56 lakh for 4 years

Automobile Engineering: Career and Job Profiles

There are maintenance engineer jobs for the general supervision in factories, automobile industries and supply chain automobiles of various corporations. If any students further extend his degree like MBA after completing graduation in Automobile engineering a host of other options open up for them in marketing and management. Some of the job positions offered to Automobile engineers and their respective salaries are given below in the table:

Name of Job/RoleAverage salary in Rs lakh per annum (2-5 years’ work ex)
Sales Officer – Generally recruited in automobile company showrooms that manage the sale of automobiles to customers and also keep an account of the stocks.2-3
Professor in engineering colleges7-8
Automobile engineer-responsible for various works of manufacturing, testing and product development in automotive industries.5-6
Design engineer- responsible for study and research of automotive designs6-7
Product Development Engineer- in charge of developing, designing and assembling of products in automotive industries.4-5

Top Recruiters hiring Automobile Engineers

There are a host of job opportunities for an automobile engineer in production plants, service stations of automobile companies, automobile manufacturing industries, motor vehicle departments of control, transport companies, insurance company experts, and state transport corporations, etc. the students are taught to be experts in CAD (Computer-Aided Design), CAM, ERP and therefore one can easily join designing companies as designers of the automobile. The automobile industry in India is concentrated in Bengaluru, Pune, Chennai, Gurgaon, Indore, Sanand, and Manesar

Certificates​ in Automotive Technology

​Advanced Engine Performance​Chassis Service
​Drive Train Service​Engine Performance & Electrical
​Engine Service​Automotive Business Technology
​Alternative Fuels and Hybrid Maintenance

​​​Automotive Courses

These classes are offered every semester on a day and evening rotation sequence.  Starting salaries ran​​ge between $14.00 to $17.00 per hour.  Skilled mechanics can earn $50,000+ per year with experience.  Full and part time jobs are available.  ​
​Automotive Technology 102 

Auto Essentials
Unit(s): 3.0 Class Hours: 54 Lecture total.
Intended for automotive majors. Introduction to the primary automotive systems used on modern vehicles. Theory, parts nomenclature, and description of system operation are emphasized. CSU

​​Automotive Technology 122
Electronics Fundamentals
Unit(s): 5.0 Class Hours: 72 Lecture, 72 Laboratory total.
Introduction to the basic operating principles of electrical and electronic devices used in modern vehicles. Hands-on digital multi-meter testing is highlighted. Safe and correct use of tools and equipment by students will be emphasized. Students must furnish approved safety glasses. CSU

Automotive Technology 124
Electrical Systems
Unit(s): 5.0 Class Hours: 72 Lecture, 72 Laboratory total.
Theory, operation, diagnosis, and maintenance of automotive engine and body electrical systems. Use of wiring diagrams is highlighted. Safe and correct use of tools and equipment in the shop by students is emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A6 (Electrical/ Electronics) ASE certification exam. CSU

Automotive Technology 132
Engine Performance
Unit(s): 5.0 Class Hours: 72 Lecture, 72 Laboratory total.
Engine performance procedures including fuel, ignition, oscilloscope, emission control, and computer systems. Hands-on testing and diagnosis is emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A8 (Engine Performance) ASE certification exam. CSU

Automotive Technology 143
Automatic Transmission Service
Unit(s): 4.0 Class Hours: 36 Lecture, 108 Laboratory total.
Theory, operation, diagnosis, and service procedures of automatic transmissions and transaxles. Hydraulic systems are highlighted. Hands-on testing and service procedures are emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A2 (Automatic Transmission/Transaxles) ASE certification exam. CSU

Automotive Technology 144
Manual Drive Train and Axles
Unit(s): 4.0 Class Hours: 36 Lecture, 108 Laboratory total.
Theory, operation, diagnosis, and service of manual transmissions, transaxles, clutches, drive shafts, and differentials. This course also covers minor service of automatic transmissions. Safe and correct hands-on procedures are emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A3 (Manual Drive Train) ASE certification exam. CSU

Automotive Technology 145
Advanced Drive Train Systems
Unit(s): 5.0 Class Hours: 72 Lecture, 72 Laboratory total.
Recommended Preparation: Automotive Technology 043 with a minimum grade of C.
This course covers fully electronic controlled automatic transmission/ transaxle diagnosis and service. Emphasis is placed on specialized diagnostic equipment and safe hands-on practice. Diagnosis of electronic sensors is highlighted. This course assists the student in preparation for the A2 (Automatic Transmission/Transaxles) and A3 (Manual Drive Train) ASE certification exams. CSU

Automotive Technology 153
Brakes
Unit(s): 4.5 Class Hours: 54 Lecture, 90 Laboratory total.
Theory of operation, diagnosis, and service of drum, disc, and anti-lock brake systems used on modern vehicles. Safe and correct hands-on practice is emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A5 (Brakes) ASE certification exam. CSU

Automotive Technology 154
Steering and Suspension Service
Unit(s): 4.5 Class Hours: 54 Lecture, 90 Laboratory total.
Theory, operation, diagnosis, and service of the steering and suspension systems used on modern vehicles. Wheel alignment procedures are highlighted. Hands-on practice is emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A4 (Steering and Suspension) ASE certification exam. CSU

Automotive Technology 161
Automotive Air Conditioning, Heating and Ventilation Systems
Unit(s): 5.0 Class Hours: 72 Lecture, 72 Laboratory total.
The operation and service of modern automotive air conditioning systems. Practical application of air conditioning theory is presented to enable problem solving. Heating, ventilation, and electronic control systems are also included. Safe hands-on practice is emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A7 (Air Conditioning and Heating) ASE certification exam. EPA 609 certification is an integral part of this course. CSU

Automotive Technology 176
Engine Repair
Unit(s): 4.5 Class Hours: 54 Lecture, 90 Laboratory total.
This course deals with teardown, assembly, and repair of modern automotive engines. Accurate engine measurement is highlighted. Hands-on practice of engine repair skills is emphasized. Students must furnish approved safety glasses. This course assists the student in preparation for the A1 (Engine Repair) ASE certification exam. CSU

Automotive Technology 185
Basic Clean Air Car Course
Unit(s): 5.0 Class Hours: 90 Lecture total.
This is the Bureau of Automotive Repair (B.A.R.) Certified Basic Clean Air Car Course. This course fulfills one of the requirements to take the State Smog Technician Exam. Grade: Pass/No Pass Only. CSU

Automotive Technology 186
Advanced Clean Air Car Course
Unit(s): 2.0 Class Hours: 36 Lecture total.
This is the Bureau of Automotive Repair (B.A.R.) Certified Advanced Clean Air Car Course. This course fulfills one of the requirements to take the State Smog Technician Exam. Grade: Pass/No Pass Only. CSU

Automotive Technology 187
BAR Specified Diagnostic and Repair
Unit(s): 5.0 Class Hours: 90 Lecture total.
Bureau of Automotive Repair recognized diagnostic and repair course. This course fulfills one of the required courses the student needs to take the State Smog Technician Exam. Grade: Pass/No Pass Only. CSU

Automotive Technology 280
Computer Control and OBD-2 Foundations
Unit(s): 3.0 Class Hours: 54 Lecture total.
The operation and diagnosis of automotive computer controlled systems. Sensors, actuators, and networks are discussed. The key segments of OBD-2 are also presented. This course assists the student in preparation for the A8 (Engine Performance) and L1 (Advanced Engine Performance) ASE certification exams. CSU

Automotive Technology 281
Fuel Injection Systems
Unit(s): 3.0 Class Hours: 54 Lecture total.
This course covers the theory, operation, and diagnosis of import and domestic fuel injection systems. Fuel supply, delivery, and control are emphasized. This course assists the student in preparation for the A8 (Engine Performance) and L1 (Advanced Engine Performance) ASE certification exams. CSU

Automotive Technology 282
Automotive Sensors
Unit(s): 3.0 Class Hours: 54 Lecture total.
This course covers the function and testing of computerized engine sensors used on modern vehicles. The use of meters and test equipment will be emphasized. This course assists the student in preparation for the A8 (Engine Performance) and L1 (Advanced Engine Performance) ASE certification exams. CSU

Automotive Technology 283
Diagnostic Test Equipment

Unit(s): 3.0 Class Hours: 54 Lecture total.
This course covers the use of automotive diagnostic equipment such as scan tools and hand held lab scopes. Test procedures and diagnostics will be emphasized. This course assists the student in preparation for the A8 (Engine Performance) and L1 (Advanced Engine Performance) ASE certification exams. CSU

Automotive Technology 284
OBD-2 Diagnosis and Networks
Unit(s): 3.0 Class Hours: 54 Lecture total.
This course will present problem solving for code and non-code concerns on OBD-2 (On Board Diagnostics) vehicles. This course also covers the function and troubleshooting of automotive networks. CAN systems are emphasized. This course assists the student in preparation for the A8 (Engine Performance) and L1 (Advanced Engine Performance) ASE certification exams. CSU

Automotive Technology 285
Hybrid Vehicles
Unit(s): 3.0 Class Hours: 54 Lecture total.
Safety, operation, and basic service of modern hybrid vehicles. Safety and special tools for dealing with high voltage are emphasized. System function and components are highlighted. Electric vehicles are introduced. CSU

Automotive Technology 287
Alternative Fuels
Unit(s): 3.0 Class Hours: 54 Lecture total.
This course introduces the student to the various types of alternative fuels used in modern vehicles. Safety and operation are highlighted. Compressed Natural Gas (CNG) training is emphasized. LPG, LNG, Bio-diesel, Ethanol, and Hydrogen are also covered. This course prepares automotive as well as diesel students for industry.(Same as Diesel 287).CSU

Automotive Technology 288
Diesel Engines: Light-Medium Duty Systems
Unit(s): 3.0 Class Hours: 54 Lecture total.
This course will introduce the applications of modern light and medium duty diesel engines. German as well as domestic engine systems will be covered, including common rail fuel injection, turbo chargers, and diesel emission systems. CSU 

AUTOMOTIVE TECHNICIAN TRAINING

In less than a year, you could be a trained automotive technician.4 It all starts with completing a core program at one of our auto mechanic schools. These foundational courses build your base knowledge from the ground up, teaching you how to diagnose, maintain and repair domestic and foreign vehicles like a true automotive professional. From here, you can move on to Manufacturer-Specific Advanced Training courses.15

Our campuses feature a blended learning model, which combines instructor-led online training with hands-on application in the lab. This training provides more flexibility for you as a student and also prepares you for the type of training you’ll experience in the field.

VEHICLE ELECTRONIC TECHNOLOGY

In our electronic technology classes, you’ll learn the basics of how electricity functions within a vehicle. Use tools like multimeters, oscilloscopes and hand-held scanners to read and diagnose the various electrical components in a vehicle.

UTI Automotive Technician School Lab

SUSPENSION SYSTEMS

You’ll work with front- and rear-wheel alignments to understand how the suspension parts all need to work together to allow a vehicle to travel straight on the road and the tires to wear normally. Struts, ball joints, tie-rod ends, rack and pinion, and steering gear boxes are just a few of the components that will be covered.

DIAGNOSTICS & DRIVABILITY

Vehicle diagnostic knowledge is a must for any entry-level technician. Use computer-aided systems and scan tools to perform data retrieval and diagnose drivability issues. In the lab, you’ll use real-world scenarios to learn the correct procedures for realizing on-board diagnostic problems in today’s vehicles.

UTI Automotive Technician Training Lab

POWER & PERFORMANCE

This is where you’ll put all of your training to the test! Install performance parts and make tuning adjustments on a high-performance engine to understand how the right combination of parts and tuning helps to maximize engine performance and drivability. Major equipment you’ll use include chassis dynamometers, T-bucket style roadsters and computers.

ADVANCED TECHNOLOGY

Learn how the engine, powertrain and electrical systems of a hybrid differ from electrical systems and transmissions found in a regular gas-powered vehicle.

An Inside Look at UTI’s Automotive Mechanic Classes

From vehicle electronic technology to diagnostics and drivability, the courses offered in UTI’s Automotive Technology program are designed to provide you with the knowledge and hands-on experience you need to succeed as an automotive technician in today’s world. Each class covers specific aspects of the automotive industry to provide you with a foundation you can build upon as you pursue your career.1

Keep reading to find out what you’ll learn in each UTI automotive course:

Automotive Engines Service & Repair

This is one of the first subjects students will learn when starting their automotive technician program. Students discover the fundamentals of a vehicle’s internal engine operation and how to repair it by learning about the various components that make up the internal combustion engine. As a student at UTI in the automotive and/or diesel program, you will have the opportunity to completely disassemble an engine to become familiar with how individual parts work together and contribute to the inner workings of the engine.

You will also review all engine components from valve train components, gasket types and different applications, how the oil system works and how compression ratios relate to speed, horsepower and torque. Then, you will reassemble the engine. Upon completion of the course, students will understand the internal workings of an engine and, if a failure happens, what could cause that failure.

Key Takeaways:

  • Learn to use various types of engines
  • Use hand tools for engine assembly and disassembly
  • Learn how to read precision tools and use them for measuring various components
  • Learn to read and understand a repair manual

Professional Automotive Service Writing

In this course, you will learn written and verbal communication standards typical of a professional dealership environment in providing customer service, questioning techniques, efficient understanding of customer concerns, report completion, organization, and co-worker and management interaction skills. You will learn the principles of being a service advisor, including specific questioning techniques necessary to repair the vehicle correctly.

Training as a Mechanic: What You Need to Know About Formal Education

You will also be shown how service writers should ask questions of the customer in order to better understand the concern, how to effectively relay the information from the customer to the technician, and how service managers should never diagnose a problem in the service lane. This course includes various mock scenarios that cover customer write-ups, how the service department runs, and what happens with the paperwork as it moves through the system.

Key Takeaways:

  • Learn about different computer software systems used to write and track service work in the shop
  • Learn the proper way to complete a repair order, both as a service writer and a technician
  • Learn correct billing procedures
  • Learn effective communication skills for the professional dealership environment

Automotive Powertrains & Transmissions

In this course, you will learn to assemble and disassemble an electronic automatic transmission. You will diagnose and service electronic automatic transmission with concerns related to electronic control system faults and perform external hydraulic system diagnosis using proper equipment. You will also be taught how fluid flows inside an automatic transmission.

Learning takes place in a hands-on environment, where you will have the opportunity to assemble and disassemble a manual transmission while learning the inner workings of multiple gear and shift patterns. You will also learn to assemble and disassemble rear differentials and drive shafts, replace u-joints, understand drive line angles and more.

Key Takeaways:

  • Use hand tools for transmission assembly and disassembly
  • Learn to use precision tools for measuring various components
  • Use specialty tools and fixtures for automatic transmissions
  • Learn to use a hydraulic press

Vehicle Steering and Suspension Service and Repair

Students in this course learn to identify, diagnose and safely service wheels and tires, steering and suspension systems, and components. You will work with front- and rear-wheel alignments and understand how the suspension parts all need to work together to ensure the car travels straight on the road and the tires wear normally. Struts, ball joints, tie-rod ends, rack and pinion and steering gear boxes are a few of the components that will be covered in your coursework. You will also learn the basics of tire mounting and balancing.

Key Takeaways:

  • Learn to use hand tools for basic suspension assembly and disassembly
  • Use a variety of specialty tools, such as alignment tools, spring compressors and ball joint presses
  • Learn to use alignment, tire and balancer equipment

Vehicle Brake Systems

In this course, you will learn to diagnose and service wheel bearings, brake power assist systems, brake hydraulic systems, parking brakes, brake electrical systems, anti-lock, traction control and stability control systems. You will learn the different components used in hydraulic brake systems, including the assembly and disassembly of the master cylinder, calipers, drum assembly, and proper bleeding.

Anti-lock braking systems (ABS) are on every vehicle built today, and there are multiple ways to make them work. Upon completion of this course, you will have an understanding of the brake systems used in vehicles on the road.

Key Takeaways:

  • Learn to diagnose ABS and hydraulic systems
  • Use specialty tools for removing and replacing brake pads and shoes
  • Learn the basics of machine brake rotors and drums
  • Use tools to bend and repair brake lines and fittings
  • Learn to use proper tools for brake bleeding
  • Diagnose ABS wave forums using an oscilloscope
  • Learn how to use a scan tool to diagnose brake faults

Vehicle Electronic Systems and Technology

Students in this course learn the science of electrical principals and electricity and how they are related to automotive technology. The electricity in a vehicle cannot be seen, which is why it’s important to understand how it flows through a circuit and what it does.

You will learn Ohm’s law, and with that understanding learn to use a digital multi-meter to read voltage, resistance and amps. Your coursework will also cover how various electrical components operate, how to read wiring diagrams, and how to build and test circuits. You will also troubleshoot on vehicles and perform various electrical tests. The knowledge gained in this course will be built upon throughout the rest of your courses.

Key Takeaways:

  • Learn to use various tools including, multimeters and oscilloscopes
  • Use a diagnostic scanner that connects to the vehicle’s network to read and control some components of an electrical system
  • Learn how to understand and diagnose an electrical fault using the correct tools

Automotive Climate Control Systems and Repair

In this course, you will have the opportunity to learn about EPA rules and regulations. You will learn about the different types of refrigerants and oils in the market today and how to handle them properly. Your coursework will also cover the different systems vehicle manufactures use. Some vehicles can be equipped with multiple zone systems, which means the driver and occupants have their own controls.

Additionally, students will learn about the potential dangers of working with refrigerant and high system pressures and how to avoid them. You will understand how refrigerant, when flowing, changes from a gas to a liquid in order to properly diagnose. Upon completion of this course, you will have learned the technology principles of automotive heating, ventilation and air conditioning (HVAC) through diagnosis and service of HVAC systems and subsystems, refrigerant systems and electronic climate control systems.

Key Takeaways:

  • Learn the HVAC electrical system and how to diagnose it
  • Learn how to remove and reinstall HVAC components and diagnose electrical and HVAC related faults
  • Use basic hand tools, A/C specific tools and scan tools
  • Learn to use a refrigerant machine for evacuating and recharging

Roush Yates Emission Legal Performance Tuning

*These courses are not offered at NASCAR Technical Institute. If you will be attending NASCAR Tech, please see the course descriptions in the next section.

Power & Performance I

Students in Power & Performance I gain knowledge in calculating compression ratios, calculating bore/stroke, port matching, camshaft understanding and much more. The lessons learned in this course will be used to disassemble a V-8 engine, inspect and measure every component, reassemble and time the rotating assembly.

Students learn using various tools, including basic hand tools, basic engine assembly and disassembly tools and precision measuring tools. At the end of the course, students will have an assembled V-8, which they will take with them to Power & Performance II.

Power & Performance II

Building upon the material covered in Power & Performance I, students in this course gain knowledge in fuel flow, ignition timing, exhaust flow, engine add-on performance, engine installation and dynamometer operation. Students have the opportunity to install their engine on a rolling chassis and install carburation, ignition and an exhaust system.

Once completed and checked, you will hear your engine run for the first time. You will then strap your chassis to the chassis dyno and do full pulls to see what horsepower and torque your engine produces. You will then remove your engine and return it to the Power & Performance I lab.

You will also install a heavily modified V-8 on your chassis and dyno it. You will compare your engine numbers to the modified one and add nitrous to the modified engine to see what happens to the power and torque. This is a hands-on course where you will have the opportunity to see your hard work come to life!

Automotive School - How much does automotive school cost?

Emission Legal Performance Tuning

In this course, you will learn to use different types of tuning software and tune normally aspirated, supercharged, turbo-charged and nitrous-powered vehicles on a chassis dynamometer. To do this, you will modify vehicles by changing parameters in the engine computer while the car is sitting on a chassis dyno. After the dyno run, you will look at fuel trim and ignition timing to see if the engine is lean or rich. Then you will make adjustments to obtain the maxim power and torque, while still being emissions legal.  

Key Takeaways:

  • Learn about EPA emissions requirements and aftermarket performance accessories
  • Learn how to calculate the correct turbo/supercharger for a specific engine
  • Utilize tuning software and a five-gas analyzer

NASCAR Technical Institute

*If attending NASCAR Technical Institute, you will take the following courses:

Engines I:

Students learn techniques for assembling and disassembling a competitive NASCAR engine. Topics covered in this course include engine rules, cylinder head preparation, camshaft selection and installation, engine rotating assembly, and working in a zero-defect environment.

Engines II:

Students learn to install ancillary equipment and test a competitive NASCAR engine. Topics covered in this course include race-day longevity; fuel, cooling, lubrication and exhaust systems; restrictor-plate issues; working with dynamometers; and adjustments that can be made at the track.

Hybrid Vehicle System Maintenance

In this course, you will learn theory, diagnosis and repair necessary to safely and effectively service hybrid vehicles and alternate fuels systems. You will also learn how the engine, powertrain, HVAC, brakes and electrical system of a hybrid vehicle differ from a conventional vehicle. Using a scanner, you will observe hybrid-specific data to diagnose and repair induced faults.

WHY DO SHORT-TERM COURSES AFTER MECHANICAL ENGINEERING?

It is no secret that in today’s market, a degree isn’t enough. One must show that they need the eagerness to become a whizz-kid. A candidate is additionally expected to be sensible at one thing except for studies. If you wish to understand additional regarding employability, you’ll be able to inspect our article here. In this, we have a tendency to go into detail regarding what’s the importance of being employable whereas providing you with some tips. you’ll be able to additionally check our article on the most effective Career decisions if you hold a degree in engineering. But, it’s these distinctive talent sets that set apart candidates WHO area unit applying for jobs. And this talent set solely comes after you place within the additional effort by puzzling over what comes next in your journey to your dream job. during this article, I will be able to take you thru a quick description of the fifteen preferred jobs familiarised short-term courses when engineering.

 

PURSUE AN M.TECH IN MECHANICAL ENGINEERING

This is the primary selection that pops up within the minds of scholars UN agency area unit wondering short term courses when technology. The biennial course builds on the information you have got gained when technology. The course goes in-depth into the idea of mechanical and energy principles. Also, the course has sensible categories that develop your talent in coming up with devices.

Job Opportunities

Upon the completion of this course, students are able to enter industries like Automotive, Chemical, ISRO, militia. They get positions like project manager, agriculture or applied scientist, producing manager, etc. Salary Prospects: any studies when technology area unit continually a boon to anyone. therefore they’re a lot of doubtless to urge higher packages for his or her skills. On average, when technology, students from M.Tech faculties earn around twelve lakhs per annum.

  • M.Tech in Robotics
  • M.Tech in Tool Designing
  • M.tech. in Industrial Engineering
  • M.Tech. Mechanical Design
  • M.Tech. Nanotechnology

MBA Courses

Pursue a Masters in Business Administration

Before researching different short-term courses, allow us to undergo Associate in Nursing Master in Business once B.E. Associate in Nursing Master in Business is Associate in Nursing well-rounded development module. It teaches you about valuable and key trade practices. But, the foremost appealing reason why individuals choose Associate in Nursing Master in Business once their bachelors are thanks to the career boost it provides. A degree from a putative Master in Business faculty will maximize your career many-folds. Associate in Nursing Master in Business will be useful for those that wish to surpass within the competitive trade. Students United Nations agency have simply completed their bachelors will consider going for Associate in Nursing Master in Business. Also, folks that square measure functioning at lower positions Associate in Nursingd square measure searching for a raise also can take into account doing a Master in Business.

MBA in Operations Management

The smooth operating each|of each}day workings is that the primary focus of every business. however since the globe of business is extremely chaotic, firms rent operations specialists for the correct functioning of the corporate. With the logical power that produces Associate in Nursing engineer, during this course, they will treat the operating of the corporate as a machine and take it on themselves to spice up productivity.

Job Opportunities

MBA grads in operations management will expect jobs in consulting and IT companies. Also, one will get jobs in attention, transport, and even supply.

Salary Prospects

Jobs once Master in Business operational Management provide a beginning remuneration of around four to 5 lakhs p.a.. though this remuneration appears to be less for any Master in Business graduate. however, this remuneration improves as you climb the company ladder. you’ll be able to even earn up to forty lakhs once a year. Besides, several firms are attempting to contour their operating method. Hence, Associate in Nursing Master in Business in operations has nice advantages at the end of the day.

MBA in Retail Management

This course permits students to understand the new policies and ideas that have improved the management of shops. you’ll be able to see this modification for yourself. Compare trendy supermarkets with smaller retailers and therefore the sole distinction is management. Salary Prospects The average remuneration of graduates United Nations agency completes this course ranges from four lakhs to seven lakhs p.a…

Salary Prospects

The average salary of graduates who complete this course ranges from 4 lakhs to 7 lakhs per year.

MBA in Supply Chain Management

In this fast-paced world, consumers want their products delivered to their homes. To achieve this, companies need to work at a faster pace. Also, the management of the supply chain of goods and services of the company need to be checked. Many B.Tech students take this path as this pays well.

Salary Prospects

Average salaries after B.E mechanical and MBA in the supply chain, graduates earn between 8 to 12 lakhs per year. 

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