I Want Answers!
Which program are you interested in?
Which campus are you interested in?
What's your first name?
What's your last name?
Please provide a valid email address.
Please provide a valid phone number.
Please provide a your zip-code.
What year did you Graduate?
How Did You Hear About MIAT?

Wind Power Technician Training Program: Tools and Skills

Portrait of two engineers posing in front of wind energy turbine farm

Are you interested in becoming a Wind Power Technician? Did you know that you can complete a Wind Power Technician training program in as little as 7 months? During the course of MIAT’s Wind Power Technician Training program, you will have the opportunity to learn about wind turbine tools. You will also develop essential professional skills necessary for a career building and maintaining wind turbines with attention to detail and safety.

Wind Turbine Technician Professional Skills

Being a wind turbine technician requires professional skill development in order to carry out projects efficiently and safely. The wind turbine technician should develop good teamworking skills, be comfortable with heights, have good communication skills, be able to follow directions, have good physical conditioning, and pay special attention to safety.

Teamwork – Many wind turbine technicians will work with a team of well-trained professionals to maintain the facilities and equipment.

Comfort with Heights – If something is not functioning properly, the technician needs to figure out the problem and resolve it. Fixing the wind turbine may involve working hundreds of feet above ground on integral parts of the wind turbines.

Communication Skills – Clear communication is important to make sure all the repairs and tests are completed and reported.

Following Directions – Wind turbine technicians maintain all parts of the turbine, change filters, and replace parts on a regular, scheduled basis. Following standard practices, regulations, and procedures is important for precision and workplace safety.

Physical Conditioning – The wind turbine technician will be working on their feet most of the day so having good physical conditioning is essential.

Attention to Safety – The wind turbine technician may work with hazardous chemicals and dangerous equipment on a daily basis. There are a variety of safety guidelines that need to be followed during the course of wind turbine building and maintenance.

Wind Turbine Tools

If you love to work with your hands and use tools, a career in Wind Power may be right for you! Building and maintaining wind turbines involves working with many different tools, including bolt tightening tools, calibration instruments, dimensional measuring tools, electrical test instruments, and hydraulic tools.

Bolt Tightening Tools – there are many bolt-tightening tools for different bolt sizes and applications:

  • Electric Torque Wrench – a gearbox that operates from 110 to 220 volts
  • Impact Torque Wrench – delivers fast torque of 700+ pounds
  • Bolt Tensioner – stretches a bolt stud
  • Hydraulic Torque Wrench – a power tool designed to exert torque on a fastener to properly tighten or loosen a connection through the use of hydraulics
  • Pneumatic Torque Wrench – a gearbox that works with an air motor and allows up to 10,500 pounds of torque

Calibration Instruments – these are used to calibrate tools and devices to make sure they are performing at peak precision and accuracy:

  • Torque Calibration – measures and calibrates torque instruments, including different types of wrenches and power tools
  • Pressure Calibration – measures the pressure of another device, or ensures a pressure measurement standard
  • Electrical Calibration – verifies and adjusts the performance of any instrument that measures or tests electrical parameters
  • Dimensional Calibration – ensures hand tools and measuring instruments provide reliable and precise results

Dimensional Measuring Tools – these measure different dimensions, including height, depth, diameter, thickness, and angle:

  • Calipers – measure linear dimensions, thickness, or diameter using parallel jaws
  • Micrometers – measure short distances, thicknesses, or diameters
  • Dial Indicators – used to measure small distances and angles
  • Gages – measure height, depth, diameter and radii
  • Borescopes – allow visual inspection into inaccessible areas
  • Thickness Gauges – measure the thickness of coatings and materials

Electrical Test Instruments – measure current, voltage, and resistance:

  • Ammeter – measures a current in a circuit
  • Ohmmeter – measures the electrical resistance through a circuit
  • Voltmeter – measures the voltage or potential difference between two points in a circuit

Hydraulic Tools – tensioners to apply controlled bolt loading and hydraulic pumps that will help convert mechanical power into hydraulic energy.

Does a career as a Wind Turbine Technician interest you? Want to learn about the tools and hone the professional skills needed to work in this rewarding career? Renewable, environmentally-sustainable wind energy is a vital resource and an important industry for our future. That’s why MIAT College of Technology offers a Wind Power Technician Training program that provides students with the skills they need to be successful in this innovative field.

To learn more about Wind Power Technician training and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming a wind power technician today.

For important information about the educational debt, earnings, and completion rates of the students who attended this program, visit:

http://www.miat.edu/gedt2017/can_wind/Gedt.php – Canton

http://www.miat.edu/gedt2017/hou_wind/Gedt.php – Houston

Aviation Maintenance Technician: Mastering the Gear Systems

IMG_6438Interested in becoming an aviation maintenance technician? Aviation Maintenance programs focus on teaching students the advanced and precise skills necessary to become FAA Certified Aviation Maintenance Technicians. Gear systems are one of the integral mechanisms that technicians learn to master, and they are just one of more than 40 precision technical skills MIAT graduates master during their training:

Gear Systems and Operation

A pilot uses different gear systems to operate an aircraft. Some of the gear systems in an aircraft include flight controls, navigation, landing gear, hydraulics systems, the pneumatic system, the emergency brake system, and electrical systems.

Flight Controls – used to transfer motion and force input from the pilot to the flight control surface. Flight controls include the cockpit controls, connecting linkages, and the necessary operating mechanisms to control the direction of flight

  • Cockpit Controls – includes the control yoke and center stick that governs the aircraft’s roll and pitch. The rudder pedals control the yaw. The throttle controls engine speed or thrust for powering the aircraft
  • Connecting Linkages – an assembly of links that manage the forces of movement

Navigation – the process of planning, recording, and controlling the movement of an aircraft on a route.

  • Visual Flight Rules (VFR) – uses “dead reckoning” combined with visual observation and references to maps
  • Instrument Flight Rules (IFR) – navigate exclusively using instruments and radio navigation aids or direction by radar control
  • Global Positioning System (GPS) – uses 24 U.S. Department of Defense satellites to provide precise location data, including aircraft position, track, and speed

Landing Gear – located at the undercarriage of an aircraft and used to take-off and land. Wheels are typically used, but skids, skis, and floats can also be used to land in different terrain.

  • Tail Wheel – conventional landing gear, with the main gear located forward of the center of gravity, with the tail using a third wheel assembly
  • Tandem – the main gear and tail gear are aligned on the longitudinal axis of the aircraft
  • Tricycle – includes main gear and nose gear which helps enable higher landing speeds

Hydraulics System – used on aircraft to move and actuate landing gear, flaps, and brakes. The hydraulics system transmits a very high pressure with a small volume of fluid. Hydraulic fluid is used to transmit and distribute forces to various units to be actuated. The type of hydraulic fluid that is used is based on the following variables:

  • Viscosity – increases as temperature decreases. The hydraulic system must have enough body to provide a good seal at pumps, valves, and pistons, but it must not be so thick that it offers resistance to flow
  • Chemical Stability – the ability to resist oxidation and deterioration for long periods of time
  • Flash Point – the temperature at which a liquid gives off vapor in sufficient quantity to ignite momentarily when a flame is applied
  • Fire Point – the temperature where the substance gives off enough vapor to ignite and continue to burn when exposed to a spark or flame

Pneumatics System – a system that uses pressurized air to move components on an aircraft. Pneumatic systems power instrument landing gear, flaps, windows, air conditioning, doors, and auto pilot devices.

  • Air Compressors – a pump that compresses air to establish pressure for aircraft components
  • Relief Valves – used to prevent damage. They act as a pressure limit and prevent bursting lines and blowing out seals
  • Control Valves – used to control conditions, including pressure, flow, temperature, and liquid levels
  • Check Valves – allow pressurized air to enter the system, but prevent backflow of air toward the compressor
  • Restrictors – controls the rate of airflow and the speed of operation of the actuating unit
  • Variable Restrictor – speed regulator that contains an adjustable needle valve
  • Pressure Regulator – controls the maximum pressure in the system and off-loads the compressor when the system is idle
  • Oil and Water Trap Regulator – designed to remove any water or oil which may be suspended in the air delivered by the compressor
  • Air Filters – prevents oil, vapor, dirt, or moisture from passing into the various services
  • Storage Bottles – act as a reservoir of compressed air to operate the services to pneumatic systems
  • Air Pump – the wet air pump uses engine oil to lubricate the pump internally and the dry air pump has graphite vanes inside the pump casing to self-lubricate as the pump rotates

Emergency Brake System – the pilot can operate a pneumatic valve on the instrument panel to direct compressed air or nitrogen into the brake system if the hydraulic system fails.

Electrical Systems – aircraft have some form of electrical power to operate navigation, landing, strobe lights, the COM & NAV radios, the transponder, and the intercom. The electrical system has a battery and an alternator to recharge the battery, fuses, switches, and lights for indication purposes. The electric system is connected by wire and connectors attached to the airframe with insulation materials.

  • Master Switch – switches the electrical system on or off through a heavy-duty relay. It usually has two sides – one side for the alternator and the other side for the battery
  • Bus Bar & Fuses – each device is attached to a bus bar through a circuit breaker or fuse and a switch
  • Monitoring Volts & Amps – measures how the system is operating through an ammeter or voltmeter. The ammeter indicates the amount of current from the alternator to the attached load
  • Aircraft Wiring & Ground – one wire is connected to the positive terminal and the other to the minus terminal. The metal aircraft frame can be used as ground.

Does a career in Aviation Maintenance interest you? Want to learn the professional skills needed to work in this rewarding career? The Aviation Maintenance Programs from MIAT College of Technology provide the hands-on training, practical experience, and industry support it takes to pursue a rewarding technical career.

To learn more about Aviation Maintenance Programs and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming an aviation maintenance technician today!

For important information about the educational debt, earnings, and completion rates of the students who attended this program, visit the following disclosure links:

Associate of Applied Science in Aviation Maintenance Technology Gainful Employment Disclosure – Canton

Associate of Applied Science in Aviation Maintenance Technology Gainful Employment Disclosure – Houston

Careers in Energy & Industrial Technology

A royalty free image from the oil and gas industry of an oil worker using a tablet computer at an oil drillinjg site.

Interested in an energy technology career? Looking to get a new and rewarding job in as little as 9 to 16 months? Individuals with Energy & Industrial Technician training pursue positions in a wide variety of energy industries, including wind, gas, coal, nuclear, solar, standby power, geothermal, hydroelectric, methane/landfill gas generation, power distribution and dispatch, water treatment, and more.

There are many different opportunities for graduates of the Energy & Industrial Technician program at MIAT. They include power plant operator, industrial mechanic, auxiliary operator, boiler operator, wind turbine construction technician, and solar installation technician. Most entry-level energy and industrial technicians will start out as part of a team of hands-on technicians. Top performers may be promoted to leads, supervisors, and managers.

Power Plant Operators

According to the U.S. Bureau of Labor Statistics, power plant operators control the systems that generate and distribute electric power. Power plant operators typically do the following:

  • Control power-generating equipment
  • Read charts, meters, and gauges to monitor voltage and electricity flows
  • Check equipment and indicators to detect problems
  • Adjust controls to regulate the flow of power
  • Start or stop generators, turbines, and other equipment

Nuclear power plant operators control nuclear reactors. They adjust control rods that affect how much electricity a reactor generates. They monitor reactors, turbines, generators, and cooling systems. Nuclear power plant operators also start and stop equipment and record the data produced.

Industrial Mechanic

According to the U.S. Bureau of Labor Statistics, industrial mechanics maintain and repair factory equipment including conveying systems, production machinery, and packaging equipment. Industrial mechanics typically do the following:

  • Read technical manuals to understand equipment and controls
  • Disassemble machinery as needed
  • Repair or replace broken or malfunctioning components
  • Perform tests and run initial batches to make sure that the machine is running smoothly
  • Adjust and calibrate machinery to optimal specifications

Auxiliary Operator

The auxiliary operator’s goal is to generate electrical power. Problem solving, listening skills, and attention to detail are needed to be effective. The auxiliary operator does the following:

  • Control the machines and their processes
  • Monitor and inspect the equipment for any errors
  • Operate valves, rotating equipment, fly ash and lubricating systems
  • Adhere to all safety and environmental protection protocols and procedures

Boiler Operator

According to the U.S. Bureau of Labor Statistics, boiler operators control stationary engines, boilers, or other mechanical equipment to provide utilities for industrial purposes. Boiler operators typically do the following:

  • Operate engines, boilers, and auxiliary equipment
  • Read gauges, meters, and charts to track boiler operations
  • Monitor boiler water, chemical, and fuel levels
  • Activate valves to increase or decrease the amount of water, air, and fuel in boilers
  • Inspect equipment to ensure that it is operating efficiently
  • Check safety devices routinely
  • Record data and keep logs of operation, maintenance, and safety activity

Wind Turbine Technician

According to the U.S. Bureau of Labor Statistics, wind turbine technicians install, maintain, and repair wind turbines. The turbine is made up of three major components: a tower, three blades, and a nacelle, which is composed of an outer case, generator, gearbox, and brakes. Wind turbine technicians install and repair the various components of these structures. Wind turbine technicians typically do the following:

  • Inspect the exterior and physical integrity of wind turbine towers
  • Climb towers to inspect or repair wind turbine equipment
  • Perform routine maintenance on wind turbines
  • Test and troubleshoot electrical, mechanical, and hydraulic components
  • Replace worn or malfunctioning components
  • Collect turbine data for research and analysis

Solar Installation Technician

According to the U.S. Bureau of Labor Statistics, solar installation technicians assemble, install, and maintain solar panel systems. Solar installation technicians typically do the following:

  • Plan Photovoltaic system configuration based on customer needs and site conditions
  • Install solar modules, panels, or support structures in accordance with building codes and standards
  • Connect photovoltaic panels to the power grid
  • Activate and test photovoltaic systems to verify performance
  • Perform routine photovoltaic system maintenance

Does a career in Energy & Industrial Technology interest you? Want to have the power of an entire nation at your fingertips? The Energy & Industrial and Energy Technology Programs from MIAT College of Technology provide the hands-on training, practical experience, and industry support it takes to pursue a rewarding technical career. MIAT’s goal for its Energy programs is to produce graduates who are in the top echelon of their initial on-the-job training due to the foundation of knowledge they receive at MIAT.  To learn more about Energy & Industrial career training and to explore if MIAT is right for you, fill out the form on this page. Contact us if you are interested in becoming an Energy and Industrial technician today.

Aircraft Pre-Flight Checklist: Aircraft Safety Procedure

shutterstock_699792223 Aviation 1

Are you an amateur aircraft pilot? Interested in becoming an aviation mechanic and want to learn more about what that means? Safety is definitely the most important thing to consider before taking off!

Before any plane can take flight, there are steps that need to be followed to determine if the aircraft is flight-worthy. You will want to make sure to review the plane’s pre-flight checklist to make sure it has received the necessary servicing based on the flight hours logged. Plan an appropriate flight plan, taking into consideration the weather and alternate routes available if a problem arises. Do a cockpit pre-flight check to make sure instruments and gauges are working properly. Lastly, do a walk-around of the aircraft and note any issues, and remove tie-downs and wheel chocks to prepare for taxi.

#1 Review the Plane’s Pre-Flight Checklist

If you are renting a plane, it should come with a pre-flight checklist that includes service, inspection, and maintenance schedules. The first thing to check is the flight hours. Aircraft maintenance is done based on flight hours so it’s necessary to review the number of hours logged and correlate it with the last time the aircraft maintenance was performed. Read any previous pilot observations and make sure a service is not scheduled for more hours than you intend to use the aircraft.

Bigger aircraft will have four pieces of paperwork. They include the airworthiness certificate, registration certificate, operating handbook, and weight and balance data papers.

  • Airworthiness Certificate – issued for an aircraft by the National Aviation Authority in the state in which the aircraft is registered. The airworthiness certificate confirms that the aircraft is airworthy.
  • Registration Certificate – confirms that the aircraft has been properly registered with the FAA using the AC Form 8050-1.
  • Operating Handbook – an aircraft’s flight manual contains the information required to safely operate the aircraft.
  • Weight and Balance Data Papers – the specifications of the aircraft to ensure it’s operating in a safe and efficient manner. The weight and balance data papers identify the empty weight of the aircraft and the location at which the aircraft balances.

#2 Know Your Flight Plan

Before you take off, make sure you are aware of your flight plan and the weather you may encounter during your flight. Do you have all the charts and maps you need to fly safely and confidently? Draw out your expected route to the active runway. Also, draw out an alternative route in case of inclement weather or emergency. Review your wind shear conditions, minimum safe altitude, and engine failure plan. Observe the wind direction and velocity from the windsock located near the runway. Knowing your flight plan is crucial to getting to your destination safely and securely.

#3 The Aircraft Cockpit Pre-Flight Check

Before the flight, do a pre-flight check on the instruments and gauges in the cockpit. Make sure everything is working and instruments will give correct readings in flight.

  • First and foremost, make sure you have enough fuel for your flight.
  • Check the aircraft’s registration and certification to make sure they are up-to-date.
  • The ignition switch should be in the “off” position.
  • Turn on the master power switch.
  • Make sure all the equipment powers on correctly.
  • Make sure flaps and landing gear are performing properly.

#4 Do A Walk-Around

Take a walk around the aircraft and make sure that there is no visible damage or cracks. Make sure to observe whether there are any nicks, loose fasteners, or dents in the wings or fuselage. Remove the fuel cap and visually inspect it for sufficient fuel. Be sure that the fuel cap is securely fastened before take-off.

At the rear of the aircraft, remove the wheel chock or tail tie-down. Observe the elevators and the rudder, making sure they are all tight and flight ready. Observe the antennae assembly and make sure no lubricants or brake fluid are leaking, and that the tires are properly inflated.

At the front of the aircraft make sure to look at the exhaust and check for any damage. Check the engine oil, ignition wires, magneto electrical connections and the fuel lines. Move the propeller and make sure to identify any lubricant leaks, missing bolts or cracks in the propeller blades.

Under the aircraft, check for fuel leaks around the engine compartment, cowling and fuel tanks. Check the wheels, landing gear, and landing gear compartment door for any loose fittings or other defects.

Finally, remove the wing tie downs and wheel chocks, then take a closer look to make sure everything is ready for flight.

You’ve got the Aircraft Pre-Flight Checklist down! Interested in learning more about aviation maintenance? Ready to become an Aviation Mechanic? A certificate or degree in Aviation Maintenance will give you a competitive advantage in securing an entry-level position. To learn more about Aviation Maintenance career training and to explore if MIAT is right for you, fill out the form on this page. Contact us today if you are interested in becoming an aviation mechanic!

Is a Career in HVAC/R Right for You?

HVAC/R

You don’t have to pursue an expensive higher-education degree to find a satisfying and challenging career. Vocational education is an affordable alternative for individuals who are looking to work with their hands and develop skills that will last a lifetime. Consider MIAT College of Technology’s HVAC/R (Heating, Ventilation, Air Conditioning, and Refrigeration) program, which trains students for one of the fastest-growing trades in the country.

Growth and Careers

Many find HVAC/R to be a rewarding career. The fact that people have come to expect temperature control during all four seasons means that HVAC/R technicians have a lot of job security. There are a variety of tasks, working environments, and positions available in the field. Plus, the field is rapidly growing! The Bureau of Labor Statistics projects that the field will experience a 21% growth between 2012 and 2022. This means that there will be many new job opportunities, as the industry is likely to add as many as 55,900  roles over these ten years. With this kind of growth, trained HVAC/R techs are in high demand, which leads to better job security and improved wages.[i]

HVAC/R Technology

The HVAC/R industry is no longer a manual wrench-and-screwdriver type of job. Knowledge of information technology is essential to the modern technician because of new advances in equipment design and operation. The job requirements range from configuring a WiFi thermostat to installing and programming an access point for a climate control system in a commercial building. This means that technicians will often use networking skills to assess and troubleshoot problems with new equipment, and that it is important for anyone interested in this field to stay up-to-date on the latest developments.

HVAC/R Education

Your journey in HVAC/R education does not have to stop at completing any given training program or getting your associate’s degree. You have the option to pursue a Bachelor’s or even a Master’s degree in HVAC/R Engineering! The best thing about the field is that it is evolving. More and more equipment is being developed that is dependent on refrigeration and other HVAC/R technology.

The demand for individuals with HVAC/R skills is expected to continue to increase. The industry is undergoing significant growth. This creates numerous job opportunities for engineers, technicians, contractors, installers, and repair technicians. Also, as people become increasingly environmentally-conscious, energy-efficient, eco-friendly units and green technology is expected to be in particularly high demand. [ii]  This means that it is important for anyone who is interested in the field to study new trends and stay up-to-date. MIAT College of Technology HVAC/R instructors educate students about the latest technologies to give them an advantage when they enter the workforce.

Conclusion

Opportunities abound in the HVAC/R field, especially because of the variety of skills needed to build, repair, and maintain equipment. The industry offers individuals a chance to work with their hands and develop problem-solving and critical thinking skills. In addition, most positions require individuals to be mobile, meaning that technicians work in a range of settings and are not confined to a desk. Given the growth, job security, and technological development in HVAC/R, there are many reasons to consider pursuing a career in this exciting industry!

If you are interested in learning more about the field, contact MIAT College of Technology directly at (734) 423-2100 for our Canton, MI location, or (713) 401-3399 for our Houston, TX campus. You can also research the MIAT HVAC/R program online at http://www.miat.edu/programs/hvacr-technician-program/.

Important information about the educational debt, earnings, and completion rates of students who attended this program may be found here: http://www.miat.edu/disclosures/

[i] Bohm, S. (2016, May 5). The Demand for HVACR Technicians Is Heating Up in 2016. https://www.refrigerationschool.com/blog/hvacr/demand-hvacr-technicians-heating-2016/

[ii] Explore the Trades. (2015). http://www.explorethetrades.org/hvac/why-become-an-hvac-technician/

Become a Logistics Coordinator

shutterstock_165232715_720-sm_480

 

Ready to start a career as a logistics coordinator? Ready for the challenges of coordinating a supply chain? The following talks about what a logistics coordinator does and the skills needed to become a successful logistics coordinator.

What does a Logistics Coordinator Do?

Logistics Coordinators analyze and coordinate an organization’s supply chain—the system that moves a product from supplier to consumer. They manage the entire life cycle of a product, which includes how a product is acquired, distributed, allocated, and delivered. According to the U.S. Bureau of Labor Statistics, the logistics coordinator tasks include:

  • Managing the logistical aspects of a product’s life cycle from design to disposal
  • Directing the allocation of materials, supplies, and products
  • Developing business relationships with suppliers and clients
  • Designing strategies to minimize the cost or time required to transport goods
  • Reviewing logistical functions and identify areas for improvement

The most important part of a logistics coordinator’s job is to ensure the efficiency of the movement of goods or components through a company’s shipping system. They typically generate reports showing how quickly and accurately warehouses fill orders for company factories or consumer goods shipping, and will also analyze shipment delivery times based on quantities of items. Throughout these processes, the logistics coordinator looks for ways to remove bottlenecks and obstacles and create as clear a path as possible for all logistics operations.

Skills Needed to Be a Successful Logistics Coordinator

Communication skills. Logistics coordinators need strong communication skills in order to collaborate with colleagues and do business with suppliers and customers.

Critical-thinking skills. Logistics coordinators develop, adjust, and carry out logistical plans. They often must find ways to reduce costs and improve efficiency.

Organizational skills. Logistics coordinators must be able to perform several tasks at one time, keep detailed records, and simultaneously manage several projects in a fast-paced environment.

Team-building skills. The logistics coordinator needs to motivate and develop people to work effectively together to achieve the desired result, including effective communication, full participation and maximum delegation with appropriate support and guidance.

Problem-solving skills. Logistics coordinators must handle unforeseen issues, such as delivery problems, and adjust plans as needed to resolve the issues.

Forecasting skills. A logistics coordinator should always be forward planning for the potential needs of a company. Whether the task is to organize transport, purchase parts, or ensure that enough resources are available, it is important for the ground transportation logistics manager to be able to anticipate what the company’s needed are.

Resource management skills. A logistics coordinators needs to look at what resources the company already has, what they will need to achieve organizational objectives, and how they can satisfy those objectives within the financial realms of the organization.

Risk Analysis. From a logistical and resource perspective, risks must be assessed and contingency plans must be developed. A successful logistics coordinators will conduct thorough analysis of risks and implement relevant mitigation techniques.

Technology skills. Logistics coordinators must be able to understand how information systems and technology can improve operational efficiency and competitiveness.

What is Supply Chain Management?

The oversight of materials, information, and finances as they move in a process from supplier to manufacturer to wholesaler to retailer to consumer. Supply chain management involves coordinating and integrating these flows both within and among companies.

What are the Four Main Elements of Supply Chain Management?

According to Chron Small Business:

#1 Demand Management – focusing companies and their partners on meeting the needs of customers. With demand management, companies can improve the competitiveness of the whole supply chain and increase business opportunities for everyone included.

#2 Communication – helps the entire supply chain improve the efficiency and productivity of its operations through collaboration of everyone to share demand and operational information.

#3 Integration – integrating supply chain processes helps each member reduce its inventory costs.

#4 Collaboration – strengthens relationships between members, improving teamwork and helping everyone increase their business.

Ready start your career in the logistics industry? The Global Logistics and Dispatch Certificate program from MIAT College of Technology in Canton, MI, provides the hands-on training, and employment assistance it takes to pursue a rewarding career as a logistics coordinator. MIAT is accredited by The Accrediting Commission of Career Schools and Colleges (ACCSC).

New MIAT College of Technology and Delta Airlines Partnership

 

MIAT College of Technology Partners with Delta Airlines

Partnership is established in order to ensure that future Aviation Maintenance Technician positions are filled

 

We are excited to announce that MIAT College of Technology (MIAT) has been selected to partner with Delta Airlines to help meet the high demand for Aviation Maintenance Technician (AMT) positions expected over the next several years. Delta TechOps evaluated numerous AMT schools with a goal to find schools that are committed to meeting FAA standards and Delta’s principles of excellence.

MIAT College of Technology is one of a small group of AMT schools chosen from across the country to partner with Delta Airlines. Delta will function as a significant resource for MIAT, helping to continually improve the quality and relevance of the school’s training programs, increasing access to career opportunities for students and graduates, and improving marketing efforts to prospective students.

MIAT’s Canton Campus President Jennifer Paugh stated, “For nearly 50 years, MIAT College of Technology has been training tomorrow’s leaders in the aviation maintenance field and we are absolutely thrilled to be selected by Delta to partner as an employee training facility. I’m certain that this collaboration will prove to be mutually advantageous as we combine MIAT’s proven, practical training models in career technical education with Delta’s stature as a global industry leader, and their employees real-world experience. I’m certain that this partnership will prove to be of great mutual benefit to both our students and Delta employees.”

Accepting the honor and responsibility that come with this partnership, MIAT will continue to uphold the standards and practices that allowed the college to be chosen for Delta’s plan to address the growing need for trained aviation maintenance technicians.

About MIAT College of Technology

MIAT College of Technology was founded in 1969 and operates a 125,000 square foot facility in Canton, Michigan and a 40,000 square foot facility in Houston, Texas.  In addition to Aviation Maintenance Technology, MIAT offers programs in HVACR, Energy, and Global Logistics and Dispatch.  The school’s Aviation Maintenance Technology-AAS degree, Airframe and Powerplant Technician certificate, and Aviation Dispatch course, are FAA certificated and NCATT accredited.

MIAT College of Technology has helped thousands of individuals acquire the industry-relevant skills, experience, and connections it takes to pursue rewarding technical careers. After almost 50 years in technical career education, MIAT has built an excellent reputation and strong working relationships with top employers.

MIAT programs are developed in direct response to feedback from industry leaders looking for qualified employees, and the school collaborates with these employers to tailor its programs to fit industry needs. MIAT graduates feel confident and fully prepared to make a smooth transition into the workplace after getting so much industry-influenced, practical training.

Renewable Energy: Big Changes and New Growth

Renewable Energy: Big Changes and New Growth

Major changes are happening right now in the energy industry that are impacting both the public and private sectors. According to WIRED.com, 75 percent of the electricity generating capacity in the United States currently depends on the combustion of fossil fuels, and a number of states have started looking for alternative ways to produce energy. New York has committed to meeting 50 percent of its power needs from clean, reliable, low-cost energy sources such as wind by 2030. It is the fifth state to commit to a 50 percent or more target for clean energy.[i] There are several states that took this pledge including Oregon, Hawaii, California, and Kansas.

The Renewable Energy Revolution

When it comes to private sector organizations that are investing in clean, renewable energy, Warren Buffet’s utility company MidAmerican Energy Holdings ordered 1,050 megawatts of Siemens AG (SIE) wind turbines at the cost of approximately $1 billion in December of 2013. That is the biggest land-based wind turbine purchase to date.[ii] So far, the primary focus of these efforts have been wind and solar. However, geothermal energy and bioenergy (renewable energy produced by living organisms) are generating interest as well.

Renewable Energy to the Rescue

While there has been significant growth in renewable sources of energy, they currently account for only about 13 percent of the world’s electricity production. In addition to renewable energy, it seems that natural gas will be one of the most abundant energy sources for the future, only falling short of oil and coal. Natural gas now accounts for about 22 percent of the world’s energy consumption, and demand is growing.[iii] When it comes to natural gas, a new production process called hydraulic fracturing – or “fracking” –  has allowed producers to tap into huge gas reserves that were previously unavailable. According to the U.S. Department of Energy, the demand for natural gas is expected to increase by approximately 56 percent through 2040.[iv]

Growth of Energy in America

The energy field is always growing and changing, and the expansion in clean and renewable sources is expected to create new jobs in the energy industry. This includes workers to install and fix wind turbines, solar arrays and other energy generating equipment. The industry could always use fresh minds and new ideas to accelerate this change, and with both governments and corporations looking to improve energy generation there could be numerous advances coming. There are numerous opportunities and career paths one can pursue in this field. If you would like to learn more about the possibilities in the energy industry, please contact us. You can reach us by telephone at 734-423-2100 (Canton, Michigan) or 888-547-7047 (Houston, Texas) or visit us online at www.miat.edu.

 

 

 

 

 

[i] https://www.wired.com/insights/2013/07/one-technology-is-already-changing-the-future-of-energy/

 

[ii] https://www.treehugger.com/renewable-energy/warren-buffetts-buys-1-billion-wind-turbines-biggest-land-based-wind-power-purchase-ever.html

 

[iii] https://www.chevron.com/stories/natural-gas

 

[iv] http://www.businessinsider.com/check-out-these-three-explosive-opportunities-in-natural-gas-2010-12

 

MIAT Receives Student Veteran Awards

Grant Funding and Veteran Assistance Awards for MIAT

MIAT College of Technology was recently awarded two different accolades for their diligence in assisting it’s student veteran community.

The first award was a grant totaling $5,000 for renovations to the Student Veterans Center on campus. The grant was awarded by Student Veterans of American. From the SVA website, “Since 2014, the SVA Vet Center Initiative has built and improved veteran spaces on 61 campuses impacting over 30,000. Recognizing the successes of the last two years, The Home Depot Foundation continues its commitment to student veterans by offering a total of $400,000 to 50 deserving SVA chapters!”13406787_895250587267612_4221884636679679538_n

MIAT was also recognized by the Michigan Veterans Affairs Agency and Michigan College Access Network for supporting Michigan veterans as they transition from the military to college life.

Michigan Veteran Education Initiative

Along with these accolades, MIAT has also been previously given the honor of being designated a Military Friendly School as well as being certified as a Gold Level Veteran-Friendly School.

 

Olympic Hopeful Family Ties at MIAT

Local Athlete Competing on Big Stage

MIAT Employee's Daughter, Miranda.
Photo by Regan Lunn

Not too long ago the NCAA Women’s Swimming and Diving Championships took place in Atlanta, Georgia. There, MIAT employee’s Diane Tucker and Holly Arnold were extremely proud of their daughter and sister (respectively), Miranda Tucker. Miranda became the fastest 18-year-old 100-yard breaststroker in the history of the United States, clocking in a time of 58.10. That time broke the previous National Age Group record held by U.S. Olympian Breeja Larson, who held the record with a 58.51 who swam that time at the NCAA Championship in 2011.

mir
Photo by Regan Lunn

Miranda also put herself on the list of Top Ten All-Time Performers in the U.S. History tied in the 10th spot with the legendary gold medal Olympian breaststroker Rebecca Soni.

With a great showing in the 200 breaststroke, Miranda finished with the 3rd fastest time in U.S. history with a 2:06.27. Her final results were a 3rd place finish in the 100 and runner-up Champion in the 200.

Miranda’s focus continues now on her Olympic Trials in Omaha, Nebraska, in June 2016 for a place on the U.S. Olympic Team for the 2016 Summer Olympic Games in Rio.

mir2
Photo by IU

Everyone at MIAT wishes Miranda the best of luck in her run up to the 2016 Olympic Games and would like to congratulate her on all of her success!