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Facilities Maintenance Engineer
What should you know about this profession?
Annotation or definition.
Abilities
Area of service
Building blueprints
Building Maintenance & Repairs
Communication Skills
Consultation
Duties
Department affiliation
Education
Emergencies (Emergency Maintenance)
Equipment/resources (tools & technology).
General abilities
Ideas
Interests
Job zone
Knowledge
License for this profession
Location of work
Materials / Systems
Meetings
Number of professionals/workers required
Number of professionals/workers required outside the state
Profession-specific abilities
Related occupations/professions
Remuneration
Requirement for human resources
Resources for work
Safety
Scientific Skills
Skills
Sources of additional information
Supervisor
Tasks
Tools and technology
Travel
Training program
Work activities
Work context
Work credits
Work Environment
Work hours
Work styles
Work values
Questions you will learn at this resource.
Questions relevant to your profession.

http://www.qureshiuniversity.com/facilitiesmaintenanceengineer.html
What profession is been described in these guidelines?
What are other names for this profession?
What other professions should you differentiate from this profession?
What abilities/skills should you have relevant to this profession?
What is consultation?
What type of consultation is required from this professional?
What questions should be answered relevant to repairs?
What need repairs in the building and is the facilities maintenance engineer able to fix the faults/problems?
What are building blueprint?
What are the features of building blueprints?
Who maintains records of building blueprints in the state?
How are building blueprints useful?
What are other names for building blueprints?
How do you make building blueprints?
How do you read building blueprints?
Who should know about building blueprints?
What’s the difference between a fuse and a circuit breaker?
What should you do if you need to take over duty from other individual?
What facts did the previous worker hand over to you?
What facts should have been transmitted to you?
What resource has better products?
What is operations management?
What types of test are usually done on electric home appliances?
Did the maintenance engineer test the electric appliance (electric stove) fault/problem with a scientific method?
How did the maintenance engineer test the electric appliance (electric stove) fault/problem?
How should the maintenance engineer have tested the electric appliance (electric stove) fault/problem by a scientific method?
What are Watts?
How is Electricity Measured?
How much electricity do household items use?
What are amps, watts, volts and ohms?
How many watts does a house use?
How many watts does a TV use?
How many watts does a refrigerator use?
What equipment does a maintenance engineer need to fix electric stove faults/problems?
What are the types of maintenance engineer?
What are other names for a facilities maintenance engineer?
What should a facilities maintenance engineer know?
What is the department affiliation in the state for this profession or occupation?
How long does it take to get educated for this profession?
What minimum equipment or resources are required for this profession?
What other equipment or resources are required for this profession from time to time?
What minimum knowledge is required for this profession?
What maximum knowledge is required for this profession?
What are the usual duties/tasks for the profession/occupation?
What questions should you ask in this situation?
What type of engineer is required for electric stove maintenance, repairs, and operations?
Who is the supervisor for this position?
Is there a difference between a facilities maintenance engineer and a facilities maintenance technician?
What is the difference between facilities maintenance engineer and Facilities Maintenance Technician?
What are you expected to know relevant to this profession?
What are examples of emergencies relevant to this profession in the state?
How should you do maintenance of a building?
What best describes the building?
Where are work orders for repairs or maintenance by residents submitted in the building?
What questions should the facility maintenance engineer answer as soon as he or she receives work orders for repairs or maintenance?
Does this work orders for repairs or maintenance need to be completed within 24 hours?
Is the fault/problem within the building or outside the building?
What work orders for repairs or maintenance need to be completed within 24 hours after they are received?
Annotation or definition.

What profession is been described in these guidelines?
Facilities Maintenance Engineer.

What are other names for this profession?
Building Service Engineer
Building Maintenance Engineer

What other professions should you differentiate from this profession?
Facilities Maintenance Technician
Janitor
Maintenance and repair workers
Receptionist (Desk Clerk)
Other


Abilities.

What abilities/skills should you have relevant to this profession?
General abilities.
Profession-specific abilities.

General abilities.

English language understanding, reading, writing, and speaking.
Credibility. (You should never lie.)
Politeness (speech, manners, behavior).
Desire for public service.

Consultation

What is consultation?
The process of getting advice from an expert or a professional person.

What type of consultation is required from this professional?
Building Maintenance & Repairs

Repairs

What questions should be answered relevant to repairs?

Questions you need to answer.

What type of product is it?
What is the year of manufacture of this product?
How long has this product been in use?
What is the problem/fault with this product at this point?
What was the date, time, location, and circumstances that this problem/fault occurred?
What are the specifications of the product?
What are the dimensions of the product?
Where exactly is the problem/fault with this product at this point?
How did you find out exactly the problem/fault with this product at this point?
Can this product be repaired?
How long will it take to repair the product?
What type of repair does this product need?


What need repairs in the building and is the facilities maintenance engineer able to fix the faults/problems?
Air Conditioners
Building boiler
Building doors, windows
Building electric system
Building elevators
Building plumbing system
Camcorders
Controls & Thermostats
Coffee makers
Computers
Ductless Heating & Cooling Digital cameras
DVD players
Emergency Maintenance
Electric Fans
Electronic amplifier
Evaporator Coils
Heating, Ventilation, Air Conditioning and Refrigeration
Heat Pumps
Lamps, Lanterns & Lighting
Microwave ovens
MP3 players
Projectors
Radio receivers
Receiver
Refrigeration equipment
Smoke Alarms
Stoves
Telephones and mobile phones
Television
Television and wireless sets
Video recorders
Washing equipment
Water heaters


Major appliances: Refrigeration equipment, stoves, washing equipment, air conditioners, water heaters, computers, televisions, amplifiers, receivers, projectors).

Small appliances: Television and wireless sets, microwave ovens, coffee makers, personal computers)

Consumer electronics: Radio receivers, television sets, MP3 players, video recorders, DVD players, digital cameras, camcorders, personal computers, video game consoles, telephones, mobile phones.

Building blueprints

What are building blueprint?
Design drawings that indicate the size of a building, the materials used in its construction, and the placement of its features.

Drawings must be understood by others.
Drawings must be accomplished with questions and answers.

Building drawings should always be enclosed with questions and answers relevant to the building.

What are the features of building blueprints?
Plot map
Floor plans
Elevations
Foundation plan
Details
Sections
Interior elevations

Who maintains records of building blueprints in the state?
The state public records department maintains these facts.
The resource that constructed the building also maintains these records.

How are building blueprints useful?
The facilities maintenance engineer needs building blueprints for repairs and maintenance.
At the point of renovation, building blueprints are required.
To build an addition to an existing building, blueprints are required.

What are other names for building blueprints?
Building drawings.
Building house plan.
Homes designs.
House plans.

How do you make building blueprints?
How do you read building blueprints?


Know the scale in which the blueprint is displayed.
Understand the symbols used to represent the components of a building project.

Who should know about building blueprints?
Construction workers
Architects/engineers
Facilities maintenance engineers.

Questions that should be answered relevant to a building.

What is the plot/land map and location in the state?
What are the dimensions of the plot/land?
What is the plinth area of the building?
What does the floor plan of the building look like?
What are the east, west, north, and south views of the building?
How many floors is the building?


Facility Profile Sheet
Here are further guidelines.

Facilities
Here are further guidelines.

Building

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

Here are further guidelines.

At least 40 questions relevant to a building need to be answered.

Building electric system

What’s the difference between a fuse and a circuit breaker?
Fuses and circuit breakers are both found in the electrical panel (or sub-panel) of a house. They both serve the purpose of cutting the flow of electricity when a circuit gets overloaded—a potentially dangerous situation. Circuit breakers will be found in most houses built after the 1960s or in older buildings that have had their electrical systems upgraded.

Fuses have a thin strip of metal that literally blows when there’s too much electricity flowing through it. When this happens, the fuse needs to be taken out and replaced.

Since the 1960s circuit breakers have been used instead of fuses. They are more convenient, as they just need to be flipped back on if they are tripped. Unlike a fuse, they don’t need to be replaced.

Both circuit breakers and fuses are rated according to how much electricity can flow through them before they trip and shut down the circuit. A 15- or 20-amp fuse is typical for regular light fixtures and such. If the right fuse or circuit breaker isn’t used, it can cause a dangerous situation. Clearly, if a fuse or circuit breaker becomes problematic, an electrician should be called in to look at it.

Building electric system
Here are further guidelines.

Duty handover

What should you do if you need to take over duty from other individual?
Duty takeover should be done while getting all the facts.

What facts did the previous worker hand over to you?
What facts should have been transmitted to you?


Electrical Safety in the Workplace Fact Sheet

Safety is the state of being "safe", the condition of being protected against physical, social, spiritual, economic, political, emotional, occupational, psychological, educational or other types or consequences of failure, damage, error, accidents, harm or any other event which could be considered non-desirable.

How long have you been doing electrical repairs or troubleshooting?
What electrical responsibilities do you know are within your training?
What electrical responsibilities do you know are outside your training?
What type of Personal Protective Equipment (PPE) is available to you when working on or near live electrical equipment?
What action does your facility need to take to comply with the revised Electrical Standards?
Why is it so important to work safely with or near electricity?
What do I need to know about electricity?
What kinds of injuries result from electrical currents?
What should I do if I think I am too close to overhead power lines?
What are some general safety tips for working with or near electricity?
What are some tips for working with power tools?
What are some tips for working with power cords?
What is a Ground Fault Circuit Interrupter (GFCI)?
When and how do I test the Ground Fault Circuit Interrupter (GFCI)?
What is a sample checklist for basic electrical safety?

What resource has better products?

http://betterchefimpress.com/pages/contact-us/

Who has the duty to manufacture various products in the state?
The state department of engineering.

Who has the duty to distribute various manufactured products in the state?
The state department of human services.
In various regions, this department is known by food and supplies, consumer affairs public distribution system, or some other name.

What materials must every state department of engineering manufacture within the state?
Here are further guidelines.
http://www.qureshiuniversity.com/statedepartmentofengineering.html

Department affiliation

What is the department affiliation in the state for this profession or occupation?

State department of engineering

Education

How long does it take to get educated for this profession?
In olden days, this used to take 5-7 years.
With Internet education, an individual can become a Facilities Maintenance Engineer in less than 5 years.
The desire to learn and a desire for public service is prerequisite for a Facilities Maintenance Engineer.

Emergencies
Emergency Maintenance

How to deal with emergencies relevant to this profession

What are examples of emergencies relevant to this profession in the state?
http://www.qureshiuniversity.com/emergencymaintenance.html

Education
Knowledge

What minimum knowledge is required for this profession?
What maximum knowledge is required for this profession?


Advanced Boiler Operations
Advanced Projects
Basic Refrigeration
Boiler Operations and Certification
Building Maintenance and Repair Methods
Communications
Computer Applications
Computers
Electrical Service Engineering Drawings
Fundamentals of Electricity
Grounds Keeping
Human Relations
HVAC Systems
Introduction to Blueprint Reading
Introduction to Building Maintenance
Introduction to Hydraulics/Pneumatics
Introduction to Remodeling
Machine Components
Mathematics
Mechanical and Machine Maintenance
Safety Principles
Safety Principles
Tools and Equipment
Tools and Equipment
Welding Basics
Work-based Learning

Maintenance Fundamentals Courses

Hand Tools
Industrial Safety and Health
Making Measurements
Mathematics in the Plant
Metals in the Plant
Nonmetals in the Plant
Portable Power Tools
Reading Blueprints
Reading Schematics and Symbols
Troubleshooting Skills

Electrical Systems Courses

AC Control Equipment
Basic Electricity and Electronics
Batteries and DC Circuits
Electrical Measuring Instruments
Electrical Safety and Protection
Electrical Safety in the Workplace
Electrical Troubleshooting
Single-Phase Motors
Three-Phase Systems
Transformers and AC Circuits

Mechanical Systems Courses

Basic Mechanics
Basic Pneumatics
Bearings
Lubricants and Lubrication
Piping Systems
Pneumatic Troubleshooting
Power Transmission Equipment
Pumps

Air-Conditioning & Refrigeration Systems Courses

Air-Handling Systems
Compressors
Condensers and Cooling Towers
Control Systems
Evaporators and Metering Devices
Piping
Refrigerants & Refrigerant Oils
The Refrigeration Cycle

Building & Grounds Maintenance Courses

Constructing the Building Shell
Finishing the Building Interior
Flat Roof Maintenance
Introduction to Carpentry
Landscaping Maintenance
Locks and Key Systems
Plumbing Systems Maintenance
Structural Painting

Custodial Maintenance Courses

Carpet and Upholstery Care
Cleaning Chemicals
Floors and Floor Care Equipment
Maintaining Floors and Other Surfaces
Rest Room Care

Electronics Courses

Amplifiers
Digital Logic Systems
Oscillators
Power Supplies
Semiconductors

Energy Conservation Courses

Electrical Energy Conservation
Energy Conservation Basics
Energy Losses in Buildings
Heating/Cooling System Efficiency
Mechanical Energy Conservation

Industrial Hazard Control Course

Chemical Hazards: OSHA’s Hazard Communication Standard

Machine Shop Practices Courses

Machine Shop Practice

Material Handling Systems Course

Bulk-Handling Conveyors

Mechanical Maintenance Applications Courses

Mechanical Drive Maintenance
Mechanical and Fluid Drive Systems
Bearing and Shaft Seal Maintenance
Pump Installation and Maintenance
Maintenance Pipefitting
Tubing & Hose System Maintenance
Valve Maintenance/Piping System Protection

Microprocessors Courses

How Computers Function-Technician Level
Input/Output Devices I
Input/Output Devices II
Introduction to Computers
Maintaining/Troubleshooting Computer Systems

Power Plant Operations Courses

Generating Steam in the Power Plant
How Power Plants Work
Using Steam in the Power Plant

Process Control Instrumentation Courses

Flow Measurement
Foundations of Measurement Instrumentation
Pressure Measurement

Programmable Logic Controllers Course

Programmable Logic Controllers

Rigging & Equipment Installation Courses

Equipment Installation
Industrial Rigging

Water/Wastewater Treatment Courses

Introduction to Water Technology
Wastewater Treatment Processes

Welding Courses

Blueprint Reading for Welders
Oxyfuel Operations
Welding Principles

Tasks

What are the usual duties/tasks for the profession/occupation?
This depends on the setting of work.

Maintains heat and air conditioning systems through the building automation system; cleans condenser coils; performs preventive maintenance as needed following a preventative maintenance schedule; adjusts and replaces belts; checks flame detection devices, climate controls, boiler readings, water temps, water usage; works with engineers in the annual tear-down inspection and cleaning of boilers; replaces light bulbs; performs maintenance on exit lights, emergency lighting, and related equipment; runs generators on the weekly test procedure and records the results; repairs and maintains security systems; performs periodic maintenance on air compressors, fans, pumps, and outdoor equipment, including changing oil, belts and filters; maintains maintenance records; maintains piping and drain systems in good working order; cleans and snakes drains; maintains drain cleaning equipment; repairs and replaces plumbing fixtures, flushometers, faucets, leaking pipes, and drains; moves office furniture and equipment; raises and lowers work surfaces, flipper doors, and cabinets; repairs office furniture, including drawers and slides, hang bulletin board and pictures; performs carpentry, plastering, painting, wallpaper repairs, ceiling tile replacement, carpet repair and removal; maintains and operates _______ parking ramp; operates snow blowers, lawn mowers, leaf blowers, weed whips, and related tools and equipment; maintains walkways, including snow removal, spreading salt, trimming trees, and shrubs, and landscape maintenance; repairs and replaces irrigation sprinkler heads and performance of annual fall maintenance of this equipment; keeps doors and door hardware in good working order, including hinges, door closers, and door handles; maintains lock and key security and lock systems to include building security.

Maintenance, repair, and operations

Maintenance

What are the types of maintenance?
Preventive maintenance
Operational maintenance
Corrective maintenance
Reliability centered maintenance

What is operations management?
Operations management is an area of management concerned with overseeing, designing, and controlling the process of production and redesigning operations in the production of goods or services.

Tools & Technology
Equipment/resources (tools & technology).

What minimum equipment or resources are required for this profession?
Computer with Internet.
USB flash equipment.
Telephone/fax.
Equipment and resources will also depend on work setting.

What other equipment or resources are required for this profession from time to time?
Counters — Electronics counters
Drain or pipe cleaning equipment — Drain augers; Drain cleaning cables; Hand spinners; Power drain cleaners Drills
Electronic mail software — Microsoft Outlook
Electronic Components
Electrical equipment
Facilities management software — Computerized maintenance management system CMMS software
Hand Tools
Hammers
Hoists
Industrial control software — Digital Direct Control DDC Energy Management software
Light absorption meters — Wave meters
Multimeters
Pipe or tube cutter — Pipe cutters; Power pipe cutters; Ratcheting polyvinyl chloride PVC cutters; Tubing cutters
Plumbing Tools
Power drills — Cordless power drills; Direct tap machines; Hammer drills; Hand drills
Power saws — Circular saws; Radial arm saws; Reciprocating saws; Tile saws
Pullers — Bearing pullers; Chain pullers; Comealongs; Tub drain removers
Saws
Signal generators — Function generators
Spreadsheet software — Microsoft Excel
Wattmeters
Word processing software — Microsoft Word
Wrenches


Tools used in this occupation:

Counters — Electronics counters
Light absorption meters — Wave meters
Multimeters
Signal generators — Function generators
Wattmeters

Hammers, hoists, saws, drills, and wrenches

Drain or pipe cleaning equipment — Drain augers; Drain cleaning cables; Hand spinners; Power drain cleaners
Pipe or tube cutter — Pipe cutters; Power pipe cutters;
Ratcheting polyvinyl chloride PVC cutters; Tubing cutters Power drills — Cordless power drills; Direct tap machines; Hammer drills; Hand drills
Power saws — Circular saws; Radial arm saws; Reciprocating saws; Tile saws
Pullers — Bearing pullers; Chain pullers; Comealongs; Tub drain removers

Technology used in this occupation:

Electronic mail software — Microsoft Outlook
Facilities management software — Computerized maintenance management system CMMS software
Industrial control software — Digital Direct Control DDC Energy Management software
Spreadsheet software — Microsoft Excel
Word processing software — Microsoft Word

What types of test are usually done on electric home appliances?
1. Continuity
2. Voltage
3. Amperage

Did the maintenance engineer test the electric appliance (electric stove) fault/problem with a scientific method?
No.

How did the maintenance engineer test the electric appliance (electric stove) fault/problem?
He did not utilize any equipment to test
1. Continuity
2. Voltage
3. Amperage

How should the maintenance engineer have tested the electric appliance (electric stove) fault/problem by a scientific method?
He should have tested for continuity, voltage, and amperage of the electric appliance (electric stove).

What are Watts?
A Watt is a unit describing the instantanious power that an appliance is drawing at any one moment.

A Watt is a measure of electric power that depends on amps and volts. The bulb in the middle makes the most light because it uses more watts than the other two. But notice that the bulb on the right is using the same amount of power as the bulb on the left, even though it's using only half of the current. Watts = Volts x Amps

How is Electricity Measured?
Understanding Watts, Megawatts, Kilowatt-hours, and More

Watts are a measurement of power, describing the rate at which electricity is being used at a specific moment. For example, a 15-watt LED light bulb draws 15 watts of electricity at any moment when turned on.

Watt-hours are a measurement of energy, describing the total amount of electricity used over time. Watt-hours are a combination of how fast the electricity is used (watts) and the length of time it is used (hours). For example, a 15-watt light bulb, which draws 15 watts at any one moment, uses 15 watt-hours of electricity in the course of one hour.

Kilowatts and kilowatt-hours are useful for measuring amounts of electricity used by large appliances and by households. Kilowatt-hours are what show up on your electricity bill, describing how much electricity you have used. One kilowatt (kW) equals 1,000 watts, and one kilowatt-hour (kWh) is one hour of using electricity at a rate of 1,000 watts. New, energy-efficient refrigerators use about 300-400 kilowatt-hours per year. The typical American home uses about 7,200 kilowatt-hours of electricity each year.

Megawatts are used to measure the output of a power plant or the amount of electricity required by an entire city. One megawatt (MW) = 1,000 kilowatts = 1,000,000 watts. For example, a typical coal plant is about 600 MW in size.

Gigawatts measure the capacity of large power plants or of many plants. One gigawatt (GW) = 1,000 megawatts = 1 billion watts. In 2012, the total capacity of U.S. electricity generating plants was approximately 1,100 GW.

How much electricity do household items use?

Heating

26,500 watts

Elec. furnace, 2000sf, cold climate

7941 watts

Elec. furnace, 1000sf, warm climate

1440 watts

Electric space heater (high)

900 watts

Electric space heater (medium)

600 watts

Electric space heater (low)

750 watts

Gas furnace (for the blower)

1100 watts

Waterbed heater

450 watts

Waterbed heater (avg. 10 hrs./day)

Cooling

3500 watts

Central Air Conditioner (2.5 tons)

1440 watts

Window unit AC, huge

900 watts

Window unit AC, medium

500 watts

Tiny-ass window unit AC

325-425 watts

Fan only for central AC (no cooling)

More efficient cooling

400 watts

Evaporative cooler

350 watts

Whole-house fan

100 watts

Floor or box fan (high speed)

90 watts

52" ceiling fan (high speed)

75 watts

48" ceiling fan (high speed)

55 watts

36" ceiling fan (high speed)

24 watts

42" ceiling fan (low speed)

Major appliances

4400 watts

Clothes dryer (electric)

see sep. page

Washing machine

3800 watts

Water heater (electric)

200-700 watts

Refrigerator (compressor)

57-160 watts

Refrigerator (average)

3600 watts

Dishwasher (washer heats water)

2000 watts

Electric oven, 350°F

1178 watts

Electric oven, self-cleaning mode
(takes 4.5 hrs, 5.3 kWh total)

1200 watts

Dishwasher (dry cycle)

200 watts
Dishwasher (no water heating or drying)

Lighting

60 watts

60-watt light bulb (incandescent)

18 watts

CFL light bulb (60-watt equivalent)

5

Night light

0.5

LED night light

Computers  (see more about electrical use of computers)

150-340 watts

Desktop Computer & 17" CRT monitor

1-20 watts

Desktop Computer & Monitor (in sleep mode)

90 watts

17" CRT monitor

40 watts

17" LCD monitor

45 watts

Laptop computer

Televisions & Videogames

191-474 watts

50-56" Plasma television

210-322 watts

50-56" LCD television

150-206 watts

50-56" DLP television

188-464 watts

42" Plasma television

91-236 watts

42" LCD television

98-156 watts

32" LCD television

55-90 watts

19" CRT television

45 watts

HD cable box (varies by model)

194 watts

PS3

185 watts

Xbox 360

70 watts

Xbox

30 watts

PS2

18 watts

Nintendo Wii (source)

Other

1440 watts

Microwave oven or 4-slot Toaster

900 watts

Coffee maker

800 watts

Range burner

4 watts

Clock radio

What are amps, watts, volts and ohms?
ELECTRICITY & ELECTRONICS UNITS

Volt (V)
Ampere (A)
Ohm (O)
Watt (W)
Farad (F)
Decibel (dB)
dB-milliwatt (dBm)
dB-watt (dBW)
Kilowatt (kW)
Kilowatt-hour (kWh)

Power consumption of some electrical components

How many watts does a house use? How many watts does a TV use?
How many watts does a refrigerator use?
Electric component Typical power consumption in watts
LCD TV 30..300 W
LCD monitor 30..45 W
PC desktop computer 300..400 W
Laptop computer 40..60 W
Refrigerator 150..300 W (when active)
Light bulb 25..100 W
Fluorescent light 15..60 W
Halogen light 30..80 W
Speaker 10..300 W
Microwave 100..1000 W
Air conditioner 1..2 kW

Materials / Systems

Concrete
Masonry
Metals
Wood / Plastic / Composites
Thermal & Moisture Protection
Doors / Windows / Openings
Finishes
Specialties
Equipment
Vertical Circulation
Fire Suppression
Plumbing
HVAC
Electrical
Site & Landscape

Metals

Structural Steel Shapes
Cold Formed Metal Framing
Metal Thickness (Gauge)
Stainless Steel Grades
Metal Coatings
Galvanic Action

Structural Steel Shapes

Description Image Nomenclature
Wide Flange W12x36
Bearing Pile HP14x73
American Standard Beam S15x50
Channel C12x30
Tee WT12x38 ST12x38 MT12x38
Hollow Steel Section/Steel Tube HSS12x6x0.5/TS12x6x0.5
Angle L2x2x0.5/L6x3x0.5
Pipe Pipe 4 STD
Plate PL 0.5x12"x30"
A maintenance engineer should have in-depth knowledge of equipment, machinery, building, and the state system.

What equipment does a maintenance engineer need to fix electric stove faults/problems?

What are the types of maintenance engineer?

Aircraft maintenance engineer (mechanical)
Facilities maintenance engineer
Plant maintenance engineer
Television maintenance engineer
Other

What are other names for a facilities maintenance engineer?
Building services engineer.
Building maintenance engineer.

What should a facilities maintenance engineer know?
Take a look at this.
www.qureshiuniversity.com/facilitiesmaintenanceengineer.html

What type of engineer is required for electric stove maintenance, repairs, and operations?
A facilities maintenance engineer

Who is the supervisor for this position?
Facilities director
Facilities supervisor

Is there a difference between a facilities maintenance engineer and a facilities maintenance technician?
Yes.

What is the difference between facilities maintenance engineer and Facilities Maintenance Technician?
Take a look at this.
www.qureshiuniversity.com/facilitiesmaintenancetechnician.html

Take a look at this.
www.qureshiuniversity.com/facilitiesmaintenanceengineer.html

What are you expected to know relevant to this profession?

How should you do maintenance of a building?

What best describes the building?
A facility with 160 or more units.
A house for a family.
If other, specify.

Where are work orders for repairs or maintenance by residents submitted in the building?
Work orders for repairs or maintenance are submitted to the desk clerk in the building.
The facility maintenance engineer picks up work orders for repairs or maintenance from the desk clerk in the building.
In some cases, a house work order for repairs or maintenances is submitted to a facilities maintenance engineer office within walking distance, also called a state department of engineering maintenance office.

What questions should the facility maintenance engineer answer as soon as he or she receives work orders for repairs or maintenance?

Does this work orders for repairs or maintenance need to be completed within 24 hours?
Is the fault/problem within the building or outside the building?
What work orders for repairs or maintenance need to be completed within 24 hours after they are received?


If the fault/problem is outside the building, the work order for repairs or maintenance goes to the state department of engineering local office.

Priority goes to work orders for repairs or maintenance that need to be completed within 24 hours after being received.

Let me know if you would like to add, delete, or modify anything.