Baran Institute of Technology (Mechanic School Review)

The Baran Institute of Technology is one of America’s leading post-secondary institutions focused on providing automotive technical training programs and electrical technology programs for students of all backgrounds.

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At the Baran Institute of Technology. they instill confidence, creativity, and problem-solving — for the personal tools to succeed in your chosen career.

Whether you choose their automotive technical training programs or electrical technology programs, Baran’s continually achieves a very high percentage of graduates employed in their chosen field. Baran’s is very proud of this high placement rate and works one-on-one with all graduates to achieve their career goals.

Since its founding in 1979, Baran Institute of Technology has emphasized exciting hands-on training in its automotive technical programs and electrical technical programs. You get to work and learn on real projects – for practical knowledge you can use it in the real world.

Baran Institute of Technology has two hands-on teaching locations: 315,000 square feet in East Windsor and 17,000 square feet in Windsor Locks.

Baran’s Technology Programs

When you receive your diploma, you’ll be highly skilled and qualified — to meet the needs of today’s market. In short: Baran’s training will give you the advantage in developing a fantastic career.

• Auto Body Repair. Baran’s auto body repair program gives you the skills to shape, mold, and repair today’s cars. If you want to create your future using your own hands, Auto Body is the field for you.
• Automotive Mechanic. Baran’s ASE Master Certified automotive mechanic program can take you from the basics to today’s latest technology in just one year. You’ll work on real vehicles with real problems — to get the real-world training you need to succeed.
• CDL Training. If you want to be your own boss, and enjoy the freedom of the open road, Baran’s CDL training program is your ticket to a great career in the transportation industry.
• Diesel Mechanic. If you’ve always wanted to work on the big toys, then Baran’s diesel technology program is right up your alley. From re-building mainline engines to trouble-shooting computer fuel systems, this is the place to be.
• Motorcycle Mechanic. The motorcycle technology program is designed to prepare you to enter the complex area of motorcycle technology.

Lincoln Tech Acquisition

In 2008 Baran Institute of Technology was acquired by Lincoln Technical Institute.

Automotive Technology Program

Baran Institute of Technology’s Auto Body Repair Program leads you through all the aspects of the Auto Body Industry. From mild to the wild – Baran students are involved in factory UMS frame straightening to PPG painting programs. Students work on and repair all types of live vehicles.

Guided by the experts, you too can obtain the unbelievable. Students also have the opportunity to stay on for an extra module to complete the “Custom Plus” program. Take your education to the extreme level!

The Auto Body Technology Program is a 78.5 quarter-credit-hour program, designed to prepare you to enter the complex area of automobile collision and refinishing repair, including entry-level positions as collision repair technicians, painters, frame technicians, and minor mechanical repairers. You can be employed by auto Body repair shops or specialty custom shops.

• Maximum shop/lab size: 20 students per instructor
• Maximum class size: 40 students
• Program length: 12 months days/24 months evenings

Auto Body Repair Program Features and Benefits

• UMS Factory Program (Universal Measurement System)
• Able to obtain a certificate for 75 hours of instruction on UMS
• PPG Painting System
• Able to obtain Federal IMACA License while in school

Baran also offers the Auto Body Technology Custom “Plus” Program – a 96.5 quarter-credit-hour program designed to prepare you to enter the complex area of automobile collision and refinishing repair. The total program length is 15 months if taken during the day, or 30 months if taken during the evening.

Auto Body Repair Program

You will receive “hands-on” instruction in basic auto Body repair, beginning with the disassembly and reassembly of test vehicles. This includes the proper removal, installation, and alignment procedures of hoods, fenders, headers, doors, deck lids, and automotive glass. There is a strong emphasis on proper MIG welding techniques for auto Body repair.

Curriculum

• AB 100 Automobile Construction. You will be introduced to auto Body safety procedures, tools, and equipment. Automobile construction, disassembly, and reassembly are discussed and practiced in the shop.
• AB 110 Welding. You will receive instructions on how to cut metal with a torch and how to use a MIG welder to make plug-and-stitch welds.
• AB 120 Panel Fabrication and Repair. You’ll work with metal and fabricate patch panels and rocker panels. You’ll learn how to use plastic Body filler materials and their proper application.
• Auto Body Mechanical Repair. In today’s auto Body field, the technician needs knowledge of both auto Body repair and auto Body mechanics. Auto Body mechanical repair areas include airbag systems, steering columns, electrical systems, brake systems, and air conditioning systems. You will receive instruction in the operation of the steering system, suspension, struts, and wheel alignment as well as the fuel system. These system repair skills are necessary to repair today’s hi-tech vehicles.
• AB 200 Auto Body Electrical Systems. You’ll receive instruction in automobile electrical systems starting with the battery. Electrical systems discussed include the circuit types and passive restraint systems. Special emphasis is placed on testing electrical components with a DVOM. You’ll also be instructed on how to properly disassemble, reassemble, and test drum and caliper brakes.
• AB 210 Auto Body Associated Mechanical Systems. You will receive instruction in the major components and operation of an automobile’s computer system, fuel system, and engine cooling system. Hands-on training is stressed to help you safely evacuate and charge the AC system.
• AB 220 Auto Body Steering and Suspension Repair. You will receive instructions on how to identify, check, and repair all suspension parts. Wheel alignment angles are defined and you will perform two- and four-wheel alignments.
• Auto Body Minor and Major Collision. These courses provide hands-on training that includes fiberglass repair, panel R&R, SMC composite and plastics repair, and minor collision repair. Also, you will receive instruction on D.C. L. (Datum, Centerline, and Length) and its relationship to the un i-Body repair. Hands-on gauging and analysis of frame damage on “live” vehicles are also covered.
• AB 300 Auto Body Minor Collision. You’ll receive instruction in the basic skills needed to repair minor collision damage to vehicles, including fiberglass, SMC, and plastics repair. You’ll practice working with plastic fillers in the shop.
• AB 310 Auto Body Structural Repair. You will receive instructions on the proper procedure for panel removal and replacement. Minor collision repair skills are further refined with additional hands-on practice in the shop.
• AB 320 Auto Body Major Collision. You’ll receive instructions on collision forces and how to reverse the damage caused in an accident. Correct set-up of the Universal Measuring System and pulling of damaged vehicles in the shop will help you comprehend the fundamentals of frame repair.
• Auto Body Repair and Refinishing. Procedures regarding chemicals and paint-related safety are thoroughly demonstrated throughout this section of instruction. All aspects of paint refinishing, product identification, hazardous waste, urethanes, enamels, and two- and three-stage paint jobs are covered. Proper underpayment preparation with block sanding and prep work is stressed throughout, as it will determine the quality of the finished paint job. Additional training is provided in the basics of problem-solving, paint matching, and estimating.
• AB 400 Auto Body Refinishing. You will receive instruction on the proper safety procedures to follow when handling and spraying urethane-based coatings, also how to properly maintain a spray booth and prepare and condition the surface to be painted. Spray gun techniques are practiced in the shop.
• AB 410 Refinishing Practical Applications. You’ll receive instructions on the different types and grades of reducers and thinners and paint additives. Additionally, you will receive instruction on the proper adjustments necessary to achieve proper atomization through pressure, fluid, and fan space. Paint concepts are reinforced in the shop.
• AB 420 Practical Applications and Problem Solving. You will receive instruction in the basic principles of color matching by adjusting pressure, wetness, and spraying techniques. You’ll also be shown the basic rules for adjusting colors such as partner colors or opposing colors.
• Auto Body Technology Externship. For a one-week period, you will be given the opportunity to shadow a skilled technician in a real work setting. For day program only.
• Auto Body Technology Custom “Plus” Program. You can take your education to the max by completing our “Custom Plus” module. This is a 3-month module added to the Auto Body Technology program and it gives you the skills to really excel in automobile collision and repair. You’ll hone your craft on real vehicles, and develop expertise that can make you a hot prospect in the job market.

Diesel Technology Program

Baran Institute of Technology Diesel Technology Program puts a whole new meaning to the words “HANDS ON”. Baran’s students are involved in all aspects of the diesel industry – from hydraulics to major overhauls on today’s leaders like Cummins, Mack, Detroit, and CAT. See what a difference the Baran experience can make.

Diesel Technology Program Overview

The Diesel Technology Program is an 85.50 quarter-credit-hour program. After you have been instructed in the basic theory, you will apply it with your hands, in the shop, and in practical work. In most cases, practical work will be accomplished on individual components and trucks. All major truck diesel engines are included with training on Cummins, Detroit, Mack, Caterpillar, and GMC automotive diesel.

Diesel Technology Program graduates are qualified as entry-level diesel technicians. You may work in a dealership, local repair facility, or transmission shop.

• Maximum shop/lab size: 20 students per instructor
• Maximum class size: 40 students
• Program Length: 12 months days/24 months evenings

Diesel Technology Program Features and Benefits

• ASE test dates are posted at the school
• Able to obtain Federal Air Brake Certification while in school
• Opportunity to obtain Federal IMACA License while in school
• Opportunity to obtain Class A Driver License (CDL) if you take the Diesel/CDL Technology Program
• Valvoline Lubrication Certification while in school

Diesel Technology Program Curriculum

• Diesel Drivetrains. Diesel Drivetrains is an in-depth investigation of all drivetrain components with a strong emphasis on developing hands-on skills. In this section you will receive instruction in the theory, operation, rebuilding, and test procedures for all drivetrain systems including clutches, manual and automatic transmissions, and differentials. No bolt is left unturned. You’ll also receive instructions on how to repair, adjust, and maintain driveline components including drive shafts and universal joints.
• DT 100 Manual Transmissions. After being introduced to the proper operation of manual transmissions, you’ll perform shop service on clutches, clutch brakes, clutch linkages, and a complete overhaul of manual transmissions.
• DT 110 Foundation Brake Systems. You will receive instruction on how to measure, inspect, and determine the service necessary on mechanical foundation brake systems, as well as procedures necessary to diagnose, inspect and repair the 121 air brake systems including ABS braking systems. You will also have an opportunity to obtain the Federal DOT Brake Repairer Certification.
• DT 120 Automatic Transmissions and Power Dividers. You’ll be introduced to driveline power flow and proper operation of automatic transmissions and perform shop service on automatic transmissions with an emphasis on rebuilding procedures, measurement of internal parts, and failure diagnosis. You’ll also perform shop service on power dividers and differentials.

Supports

You will receive instruction in inspecting and repairing the vehicle’s electrical and suspension system, how to perform a wheel alignment, and how to repair, adjust, and maintain the heating and air-conditioning systems. At the end of this section, you may choose to become certified in the handling of refrigerants by taking the IMACA certification test.

• DT 200 Steering and Suspension Systems. You will receive instruction in different types of steering and suspension systems, also how to diagnose, inspect, and repair suspension-related problems prior to performing a wheel alignment.
• DT 210 Electrical Accessory Systems. You’ll receive instruction in basic electrical theory so you can identify, test, and diagnose a wide variety of electrical components. You’ll also receive instructions on how to recognize common schematic symbols and how to interpret industry standard wiring diagrams.
• DT 220 Cabin Climate Control. You’ll receive instruction in the diagnostic skills needed to identify and repair problems related to the heating and air-conditioning of the automobile, also the proper techniques to handle and store refrigerant. You’ll also receive instruction in the theory of hydraulics and its practical application, welding skills, and vehicle PMS according to Federal regulations.

Diesel Engines and Fuel Systems I

This section is devoted to Cummins and Caterpillar Engines. You’ll be shown how to diagnose and repair engine-related problems. You’ll use various special tools and equipment to disassemble, inspect, measure, and reassemble a Cummins and Caterpillar engine. You’ll then start and tune the engines you worked on. You’ll receive instruction in Cummins and Caterpillar fuel systems with a strong emphasis on troubleshooting.

• DT 300 Introduction to Diesel Engines. You will receive instructions on how to identify, check, and diagnose the engine lubrication and cooling systems. Engine components are identified and you’ll receive instruction on how to identify, inspect, measure, and properly replace engine components.
• DT 310 Cummins Engines. You will receive instruction on how to diagnose, inspect, and repair Cummins engines, and fuel systems. After reassembly, you’ll start and tune the Cummins engine.
• DT 320 Caterpillar Engines. You’ll receive instructions on how to diagnose, inspect, and repair Caterpillar 3208 and 3406 engines, governors, and fuel systems. After reassembly, you’ll start and tune the Caterpillar engine. You’ll also receive instruction in Basic Jake Brake operation.

Diesel Engines and Fuel Systems II

This section is devoted to Mack, IDI, and Detroit, and their associated electrical and electronic systems. You will receive instructions on how to diagnose and repair engine-related problems. You’ll use various special tools and equipment to disassemble, inspect, measure, and reassemble a Mack and IDI engine. You’ll then start and tune the engines that you’ve worked on. Emphasis is placed on working knowledge and troubleshooting of Mack and IDI fuel systems. You’ll also be introduced to computerized diagnostic software for engine system troubleshooting.

• DT 400 Mack and Detroit Engines. You’ll receive instruction on how to diagnose, inspect, and repair Mack engines, and fuel systems, also how to tune an in-line and “V” type Mack and Detroit engines.
• DT 410 IDI Engines. You’ll receive instructions on how to diagnose, inspect, and repair IDI engines and fuel systems. After reassembly, you’ll start and tune the IDI engine.
• DT 420 Engine Electrical and Electronic Systems. You will be introduced to the theory of operation of electronic fuel systems in order to help you identify, test, and diagnose basic electrical and electronic problems. You’ll also receive instructions on how to identify and service EVI injectors, plus Detroit engine tune-up, operation, and troubleshooting.

Diesel / CDL Technology

This section is an advanced extension to the Diesel Technology program, increasing the program to 108 quarter-credit hours. This three-month addition to the base program adds an additional course in advanced electronic engines and can help prepare you to pass the Connecticut Class A Commercial Driver Licensing test so you may test drive the equipment you work on. The total program length is 15 months if taken during the day, or 30 months if taken during the evening.

• DT 500 Advanced Electronic Engines. You will receive instruction in the operation of a personal computer; how to install and maintain software; how to use a personal computer and scan tools to diagnose and repair the V-Mack, Cummins Clect, Cummins Clect Plus, DDEC, PEEC, and EUI electronic fuel systems.
• DT 510 Commercial Motor Vehicle Systems. You will receive instruction on how to properly conduct a pre-trip inspection that meets the state requirements and in the skills necessary for the legal and safe operation of a commercial motor vehicle.
• DT 520 Commercial Motor Vehicle Systems Applications. You’ll receive instruction in the necessary skills to successfully complete the state licensing exam and to safely operate a commercial motor vehicle on rural and urban roads, and on main highways.

Diesel Technology Externship

For a one-week period, you will be given the opportunity to shadow a skilled technician in a real work setting. For day program only.

Motorcycle Technology Program

The Motorcycle Technology Program is a 75.5 quarter credit hour program, designed to prepare you to enter the complex area of motorcycle technology including entry-level positions as a motorcycle repairer, a technician to be employed by a repair shop, or work in a specialty custom shop.

• Maximum shop/lab size: 20 students per instructor
• Maximum class size: 40 students
• Program length: 12 months days/24 months evenings

Motorcycle Technology Program Overview

As a successful graduate of the motorcycle technology program, you will be qualified for an entry-level position in a private fabrication bike shop, with various motorcycle manufacturers such as Harley Davidson, Kawasaki, Suzuki, Yamaha, and Honda.

Formal training; no more “backyard” mechanics to meet the industry needs. According to the Occupational Outlook Handbook, 2006-2007 edition, “due to the increasing complexity of motorcycles and motorboats, most employers prefer to hire mechanics who have graduated from formal training programs for small engine mechanics.”

• Hands-on training on various brands of motorcycles utilizing live work throughout the program.
• Snap-On tool kit designed especially for the motorcycle program

Program Curriculum

MOTORCYCLE ELECTRICAL/FUEL/EXHAUST SYSTEMS

This section concentrates on electrical and fuel systems and the proper adjustment and maintenance that keep today’s motorcycles running properly. You’ll use modern test equipment to diagnose motorcycle problems.

• MC 100 Electrical Systems. You’ll receive instruction in basic electrical theory so you can identify, test, and diagnose a wide variety of electrical components. You will also learn how to interpret industry-standard wiring diagrams.
• MC 110 Electrical Accessories and Ignition Systems. You’ll receive instruction on various types of ignition systems, and how to service and troubleshoot ignition system problems, including their proper maintenance, adjustments, and diagnoses.
• MC 120 Fuel Delivery. You’ll receive instruction in various types of carburetors including mechanical and computerized, adjusting, and synchronizing. Instruction in air cleaners, airboxes, and various motorcycle exhaust systems will be included.
• MOTORCYCLE CHASSIS AND BRAKES

You’ll receive instructions on how to inspect and repair wheels, suspension, and brake components on various makes and models of motorcycles.

• MC 200 Wheels, Rims, and Tires. You’ll receive instructions on the proper procedures of inspection and repair of wheels and rims, as well as the proper procedure of tire selection, removal, mounting, and balancing.
• MC 210 Frames and Suspension. You’ll receive instruction on different types of frames and suspensions, and how to diagnose, inspect and repair frame and suspension-related problems.
• MC 220 Brake and Repair Service. After an introduction to brake safety, you’ll receive instructions on how to measure, inspect and determine the service necessary on both disc and drum brakes. You’ll receive hands-on training, performing brake, frame, tires, and rim service on various makes and models of motorcycles

MOTORCYCLE ENGINES

This section is devoted to diagnostics and repair of engine-related problems, using various special tools and equipment to rebuild different types of engines. You’ll have the opportunity to rebuild different types of engines.

• MC 300 Cooling/Two Strokes. You’ll receive instruction in the cooling processes of engines identifying components, repair, and service. You’ll receive instruction on basic two-stroke components, operations,s and applications.
• MC 310 Engine Layout/Four Stroke Engines. You’ll receive instructions on the basic engine layout of the four-stroke engine. You’ll receive instruction on engine components of the top and lower end of the engine with the necessary skills to remove, disassemble, spec, rebuild and replace the engine in frame running condition.
• MC 320 Engine Applied Skills. You’ll receive instructions on diagnostics and gain the ability to remove and rebuild various twin and four-cylinder engines. You’ll experience the practical applications of complete engine removal, split cases, reassembling to specifications, and return to frame in a shop rebuild atmosphere.

MOTORCYCLE CLUTCHES/TRANSMISSIONS

This section is devoted to technicians’ need for in-depth knowledge of various types of transmissions, clutches, and drivelines, chain, belt, and shaft diagnostics, and overhaul techniques.

• MC 400 Drivesystems/Clutches. You’ll receive instructions on basic gear and primary drive systems. You’ll gain the ability to identify, diagnose and repair various gear drive systems.
• MC 410 Applied Skills Clutch Systems. You’ll receive instructions on various makes and models of motorcycle clutch systems. You’ll gain the ability to identify, disassemble, and reassemble various clutch systems through the complete removal, inspection, and replacement of clutch components.
• MC 420 Applied Skills Final Drive. You’ll receive instructions on various final drive systems. You’ll gain the skills to identify components, remove, diagnose and repair the final drive systems according to manufacturer specifications.

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Attention! This article is for informational purposes ONLY and is NOT a replacement for professional advice in any way! It is possible that schools updated their information, and you should ALWAYS contact them before making a decision. Course listings are subject to change.

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