PREPARATION OF RELEVANT TRAINING DOCUMENTS.
Session Objectives
Participants shall be able to:
Extract content from a syllabus
Fill a sample curriculum document
Prepare scheme of work
Fill a lesson plan
Make an information Sheet
Make a Work sheet

Fill an assignment sheet
Syllabus 
It is an outline and summary of topics to be covered in a training course.
A syllabus (plural syllabi, or syllabuses) often either set out by an exam board, or prepared by the professor who supervises or controls the course quality.
Both syllabus and curriculum are often fused, and usually given to each student during the first class session so that the objectives and the means of obtaining them are clear.
A syllabus usually contains specific information about the course, such as information on how, where and when to contact the instructor and teaching assistants; an outline of what will be covered in the course; a schedule of test dates and the due dates for assignments; the grading policy for the course; specific classroom rules; etc.
Within many courses concluding in an exam, syllabi are used to ensure consistency between schools and that all teachers know what must be taught and what is not required (extraneous). Exams can only test based on information included in the syllabus.
Purpose of a syllabus
The syllabus serves many purposes for the students and the teacher such as ensuring a fair and impartial understanding between the instructor and students such that there is minimal confusion on policies relating to the course, setting clear expectations of material to be learned, behavior in the classroom, and effort on student's behalf to be put into the course.
Provides a road map of course organization/direction relaying the instructor's teaching philosophy to the students, and providing a marketing angle of the course such that students may choose early in the course whether the subject material is attractive.
Many generalized items of a syllabus can be amplified in a specific curriculum to maximize efficient learning by clarifying student understanding of specified material such as grading policy, locations and times, other contact information for instructor and teaching assistant such as phone or email, materials required and/or recommended such as textbooks, assigned reading books, calculators (or other equipment), lab vouchers, etc,  outside resources for subject material assistance (extracurricular books, tutor locations, resource centers, etc), important dates in course such as exams and paper due-dates, tips for succeeding in mastering course content such as study habits and expected time allotment, suggested problems if applicable, necessary pre-requisites or co-requisites to current course, safety rules if appropriate, and objectives of the course. 
sample format of a syllabus that that can be adopted for a special training program.

a filled sample of a syllabus

Curriculum
According to SKILBEK Publication of 1990 about curriculum reform: curriculum refers to all those activities designed and encouraged within schools’ organizational frame work to promote the intellectual, personal, social  and physical well being of its members/ students.
A module is a training or learning package which covers a specific area of learning and combines, objectives, content,activities and instructional guidelines.
Modular approach 
The modular approach therefore is the way of preparing the training curriculum in such a way that it is made up of several modules which can be separated according to the needs of the trainee.
Features of the structure of a curriculum
Training period
Level of training
Sequence of training; some content must be taught first before the other.
Category of subjects-general theoretical study
                                    - technical theoretical study
                                    -  basic practical study
                                    - applied practical study
                                    - industrial attachment
sample of a curriculum

example of a filled curriculum
Scheme of work
This is the instructor’s equivalent of a builder’s plan and the engineer’s blue print.
The scheme of work answers the teacher’s question “ what am I going to do?”
This is the best tool you can have, because given that most of us repeat courses year on year out, reference to last year’s well- made scheme is the best guide on how to change the content for this year( most especially if you are conscious enough to enter in the findings from your evaluation.
sample of a scheme of work.













Lesson plan 
It is defined as a written instruction outline of the important points of a lesson arranged in the order in which they are to be presented.
A lesson is a complete instructional component devoted to a specific limited skill or topic.
The blue print information shows a considerable detail of what the instructor intends to do and what he intends the trainees to do while he teaches them.

The lesson plan should be as detailed as necessary.
Should be sufficiently clear
Be complete
Easy to follow
Arranged in a logical order of presentation
Contain only the subject matter related only to one session.
Be used by the instructors and not the trainees
Do not read it to trainees.

Formats for lesson plan
The format should combine to form a psychological tool to help the instructor to think through, plan and organize logically the:
a)Skill or knowledge learnt
b)Method of conducting the lesson
c)Sequence of presenting the lesson
d)Key points to emphasize
e)Instructional aids to get ready and use for presentation
f)Amount of time spent on each part of the session
g)Methods of emphasizing key points of the lesson.
Methods of evaluating effectiveness of the lesson.
lesson plan format one 

lesson plan format 2
The information sheet 
Purpose:
The purpose of the information sheet is to make clearer or add to live instruction. It is therefore either a review or a supplement to, instruction in trade theory or information by the instructors. In short it is written to explain the “why” rather than the “how to do” of job skills.
The information sheet is not intended to replace live instruction by instructors nor text book and reference manuals in which trainees may reasonably be expected to seek out information for themselves. It is intended to supply in clear and concise language information which is not available to the trainees in any other suitable or convenient form.
conditions
An information sheet should be prepared and used whenever any of the following conditions exist.
1.Important information is available in only a single copy.
2.Up-to-date information is not included in the basic reference available to the trainees.
3.The presentation of available information is too lengthy and needs to be condensed.
4.The presentation of available information is too complex and needs to be simplified.
5.Important information is scattered through a number of different references and needs to be collected and consolidated.
Content of the information sheet
The content of the information sheet consists essentially of the text books and reference manual type of material which gives important facts, explains principles, shows differences, compares relationships, defines terms, or otherwise provides information that adds to knowledgeable performance of skills.
Consequently, it presents factual information about a fundamental theory or essential bit of information pertaining to a skill being learned; a process, tools and equipment, or material being used in performance of the skill, or a product being produced by the performance.
The information sheet is intended to be studied by trainees.
The content is organized in small digestible portions and arranged to suit the requirements and mental attitudes of trainees in a particular training program. It is written in simple statements that contain the necessary facts without over brown explanation not unnecessary discussion.
There should be logical sequence and continuity  in the flow of the content.
Criteria while writing an information sheet.
Treat one topic at a time
State specifically what the topic is
Relate and integrate the topic with the trainee’s prior knowledge and experience
Use as many illustrations as are needed to clarify the facts presented
Make the layout of the sheet attractive and not over crowded.
Provide some ”doing” activity by which the trainees make immediate practical application of information.
Specify the reference used in compilation of the information by the author, title and specific page number(s).
Restrict the length of the information sheet to more than three pages whenever practicable.
Format for information sheet 
The design is simple, flexible, and non restrictive as possible.
Its lay out is planned so as to guide instructors in the preparation of a session and in a manner that it will help the trainees to:
Focus their attention on the topic at hand
Understand exactly what they are expected to learn about.
Read and understand it clearly.
Make immediate practical application of the information
Locate the reference in which to study the topic in greater depth.
Format cont’d
1.Heading:
Title/training/course/subject/detail/code/date of execution/ownership…
2 Purpose: objectives/introduction/
3 Information: content presented logically
4 References: authors/page numbers of the references for further reading.
These standards lead to quality delivery and make updating easier. 
following the scheme of work is important as this tool will guide subsequent training.

next time we will share assignment and work sheets
enjoy blogging.
prepared by:
Gilbert Niwamanya- Instructor
Sheet metal and Plumbing 
Nakawa Vocational Training Institute.




Defects in hot water systems
Generally speaking, most problems in domestic hot water systems are the result of lack o knowledge
and appreciation of basic plumbing principles.
Air Locks
Air locks are a very common cause of trouble with both hot water and heating systems.
Most air locks are caused by unventilated arches formed in badly fitted pipe work. An air lock is a small
quantity of air trapped in a pipe which due to the very low circulating pressure available prevents water
passing through the pipe. Even if an air lock does not completely stop the flow of water it can reduce
the flow considerably. Air locks are very often the results of pipes sagging, or not being laid truly
horizontally or to appropriate falls.
Fig 1 shows how an air lock occurs in a pipe run, although they are not always as obvious as this.

Another common cause of air locks  where the cold feed, instead of falling away from the cistern, rises causing an unventilated arch in the bend.
Air may also be locked in a boiler due to defective tapping

Boiler manufacturers are aware of this and usually the flow connection is the position

Probably the worst effect of defective tapping would be a rather noisy boiler. Care must therefore be
exercised when installing boilers and primary circulating pipes to avoid collections of pockets of air.
Yet another common cause of air locking is where the hot draw off has been badly fitted
causing it to sag and create an air trap at the cylinder connection.
Scale Deposits
The formation of scale deposits in temporary hard water areas can obstruct the primary circulating
pipes, but this is unlikely to happen to both pipes simultaneously as the flow pipe carrying the hotter
water tends to scale up first and the resultant noises in the boiler would prompt and early investigation.
Other common faults in hot water systems.
1. Undersized distribution pipes.
These will result in poor supply of systems with low head pressure. In the main’s fed systems they can result in noisy operation. If the circulation pipes are too small in diameter, the time required to heat the storage vessel can be excessive because of sluggish circulation.
2. Over sized distribution pipe.
These will result in a waste of water and fuel due to dead legs run offs before hot water reaches the taps.
3. Air locks
These are usually caused by badly installed pipe work. If the pipe is installed so that it forms an unventilated arch shape, it will then trap air. The very small circulation pressure will not be able to overcome the problem and the cylinder will not get hot. Similarly if hot horizontal runs of pipe sag because of inadequate support or are installed with a back fall an air lock can result. Air locks can cause noises in the system in the pipe work or from the boiler due to lack of water circulation.
4. Boiler explosions.
Fortunately these are rare: however an explosion can occur due to blockages in the cold feed and open vent pipe due to scale formation.
In the larger installations, it is often the case that boilers are fitted with isolation valves for maintenance purposes. These must be operated with care by experienced personnel who understand the operation of the system where boilers are fitted with pressure relief valves; it is good practice to check their operation periodically.
5. Cylinder collapse
This can result if the open vent and cold feed pipes become blocked. If a hot tap at a lower level in the system is opened siphonage can result in atmospheric pressure inside the system.
If the storage vessel is made from copper, it will have quite a thin wall, air pressure acting on the outside of the vessel can then crush it.
6. Boiler noises.
Where scale forms inside the boiler heat exchanger, it can have an effect of an insulator, this can make the boiler less efficient, it can also reduce the water flow and this can lead to the boiler becoming noisy in operation.
7. Corrosion.
Because the system operates hot, the rate of corrosion will be increased compared to cold water system in the same building.
Therefore it is necessary to select materials for pipes and fittings that are able to stand up to the service conditions required if a long trouble free life is to be provided to your system.

 other causes can be found by your experience at site.
enjoy blogging
work sheet
Task: Fabricate  a hasp
1. the product requires time and accuracy
2. It shall be able to swing through a 180
3. The gap left only conforms to the size. Padlock to be used for locking.
Tools required.
i. Flat file
ii. Ball pein
iii. Hammer
iv. Steel rule 300 mm
v. Hack saw
vi. Bench vice
vii. Emery cloth.
1. Clamp the rod in the vice.
2. Bend 12 mm at 90 deg
3. Take center to center.
4. Bend 35 mm at 135 deg
Flatten the piece so as to obtain straightness
6. Repeat procedure 1 to 3 on the other end of the piece.
7. Use a stake to bend the middle of the piece to shape.
8. The ends must meet
9. Observe straightness of the product
10. Bring the ends together
11. File to size the 12 mm length
12. Smooth using emery cloth.
13. Fix it to the end set for the lock
14. Rivet the ends to mushroom size to prevent it from coming out.
15. Check for soundness of the product.
16. Clean the workshop
 17. Hand over tools.
happy blogging !!
prepared by Niwamanya Gilbert
WORK SHEET
Task: Install a urinal.

TOOLS/EQUIPMENT: Monkey wrench, plumber’s wrench, slit socket spanner, Star screw
                 driver, open wrench 11, T.Z 15 N special wrench.
MATERIALS: Sealing tape, water and waste cloth.
step one 
  1. Prepare for fitting.
  2. Attach the flange
  3. Attach a seal gasket/rubber packing outlet of the urinal and attach the urinal. Tighten the screws.
  4. Install the spud
  5. Insert the spud through the wash bowl inlet
  6. Put on the skirt parking
  7. Pull the body forward, insert the spring washer and tighten the nut.


  8. Install the flush valve.
      • Wind sealing tape on the screw end
      • Tighten the valve in by hand and securely by wrench.
     Note: Wind waste cloth around the valve to prevent it from getting scratches when tightening by wrench.


  9. Install the flush pipe.
  10. Insert the items below as in the  order:
      • Asbestos/steel packing
      • Two nuts in opposite direction, one to fix to the flush pipe to the flush valve and the other to the spud.
      • Spring washer
      • Rubber washer

      
  11. Tighten the nuts by hand and finally using wrench. Remember not to over tighten as this action will crash the urinal.


  12.                                                                                                                                                                                        wow! that is the project. well done proceed and open the water supply and test for leakagesif no leakage is found then you earned it you become a proffessional. good luck          enjoy plumbing.prepared by Gilbert Niwamanya- instructor Uganda.
General safety for plumbers 
Read and understand all instructions. Failure to follow all instructions listed below may result in electric shock, fire, and/or serious personal injury.
Work Area Safety
1. Keep your work area clean and well lit.
Cluttered benches and dark areas invite accidents.
2. Do not operate power tools in explosive atmospheres, such as in the presence of flammable liquids, gases, or dust. Power tools create sparks which may ignite the dust or fumes.
3. Keep bystanders, children, and visitors away while operating a power tool. Distractions can cause you to lose control.
4. Do not let visitors contact the tool or extension cord. Such preventative measures reduce the risk of injury.
Electrical Safety
1. Grounded tools must be plugged into an outlet, properly installed and grounded in accordance with all codes and ordinances. Never remove the grounding prong or modify the plug in any way. Do not use any adapter plugs. Check with a qualified electrician if you are in doubt as to whether the outlet is properly grounded. If the tools should electrically malfunction or break down, grounding provides a low resistance path to carry electricity away from the user.
2. Avoid body contact with grounded surfaces such as pipes, radiators, ranges and refrigerators. There is an increased risk of electrical shock if your body is grounded.
3. Don’t expose power tools to rain or wet conditions. Water entering a power tool will increase the risk of electrical shock.
4. Does not abuse cord. Never use the cord to carry the tools or pull the plug from an outlet. Keep cord away from heat, oil, sharp edges or moving parts. Replace damaged cords immediately. Damaged cords increase the risk of electrical shock.
5. When operating a power tool outside, use outdoor extensions cord marked “W-A” or “W”. These cords are rated for outdoor use and reduce the risk of electrical shock.
6. Connect the tool to an AC power supply that matches the name plate specification. Incorrect voltage supply can cause electrical shock or burns.
7. Use only three-wire extension cords which have three-prong grounding plugs and three pole receptacles which accept the machines plug. Use of other extension cords will not ground the tool and increase the risk of electrical shock.
Personal Safety
1. Stay alert, watch what you are doing and use common sense when operating a power tool. Do not use tool while tired or under the influence of drugs, alcohol, or medications. A moment of inattention while operating power tools may result in serious personal injury.
2. Dress properly. Do not wear loose clothing or jewelry. Contain long hair. Keep your hair, clothing, and gloves away from moving parts. Loose clothes, jewelry, or long hair can be caught in moving parts.
3. Avoid accidental starting. Be sure switch is OFF before plugging in. Carrying tools with your finger on the switch or plugging in tools that have the switch ON invites accidents.
4. Remove adjusting keys or switches before turning the tool ON. A wrench or a key that is left attached to a rotating part of the tool may result in personal injury.
5. Do not overreach. Keep proper footing and balance at all times. Proper footing and balance enables better control of the tool in unexpected situations.
6. Use safety equipment. Always wear eye protection. Dust mask, non-skid safety shoes, hard hat, or hearing protection must be used for appropriate conditions.
Tool Use and Care
1. Use clamp or other practical way to secure and support the work piece to a stable platform. Holding the work by hand or against your body is unstable and may lead to loss of control.
2. Do not force tool. Use the correct tool for your application. The correct tool will do the job better and safer at the rate for which it is designed.
3. Do not use tool if switch does not turn it ON or OFF. Any tool that cannot be controlled with the switch is dangerous and must be repaired.
4. Disconnect the plug from the power source before making any adjustments, changing accessories, or storing the tool. Such preventive safety measures reduce the risk of starting the tool accidentally.
5. Store idle tools out of the reach of children and other untrained persons. Tools are dangerous in the hands of untrained users.
6. Maintain tools with care. Keep cutting tools sharp and clean. Properly maintained tools with sharp cutting edges are less likely to bind and are easier to control.
7. Check for misalignment or binding of moving parts, breakage of parts, and any other condition that may affect the tool's operation. If damaged, have the tool serviced before using. Many accidents are caused by poorly maintained tools.
8. Use only accessories that are recommended by the manufacturer for your model. Accessories that may be suitable for one tool may become hazardous when used on another tool.
9. Inspect tool and extension cords periodically and replace if damaged. Damaged cords increase the risk of electrical shock.
10. Keep handles dry and clean; free from oil and grease. Allows for better control of the tool.
11. Store tools in dry place. Such measures reduce the risk of electrical shock.
Service
1. Tool service must be performed only by qualified repair personnel. Service or maintenance performed by unqualified repair personnel could result in injury.
2. When servicing a tool, use only identical replacement parts. Follow instructions in the Maintenance Section of this manual. Use of unauthorized parts or failure to follow maintenance instructions may create a risk of electrical shock or injury.
3. Follow instructions for lubricating and changing accessories. Accidents are caused by poorly maintained tools.
Specific Safety Information
The Operator’s Manual contains specific safety information and instructions for your protection against serious injuries including:
1. Loss of fingers, hands, arms or other body parts if clothing or gloves get caught in moving parts;
2. Electrical shock or burns from contact with wires, motor or other power drive parts;
3. Impact injuries, including broken bones if machine tips over or work piece falls;
4. Eye injuries, including being blinded by the work piece or work piece chips.
5. Read and follow safety labels on machine! Know the location and functions of all controls before using this tool.
Foot Switch Safety
The foot switch is for your safety. It lets you SHUT OFF the motor by removing your foot. If clothing should become caught in the machine, it will continue to wind up, pulling you into the machine. Because the machine has high torque, the clothing itself can bind around your arm or other body parts with enough force to crush or break bones.
Threading Machine Safety
1. Machine is made to thread and cut pipe or bolt. Follow instructions in Operator’s Manual on machine uses. Other uses may increase the risk of injury.
2. Secure machine to bench or stand. Will keep the machine from tipping over.
3. Keep covers in place. Do not operate the machine with covers removed. Exposure to moving parts may result in entanglement and serious injury.
4. Support long heavy pipe with pipe supports. Will prevent tipping of the machine.
5. Do not wear gloves or loose clothing. Keep sleeves and jackets buttoned. Do not reach across the machine or pipe. Clothing can be caught by the pipe resulting in entanglement and serious injury.
6. Clothing/gloves can be caught in moving parts. Fingers, hands, arms or other body parts can be crushed or broken.
7. Do not use machine if foot switch is broken. Foot switch is a safety device to prevent serious injury.
8. Lock foot switch when not in use. Avoids accidental starting.
9. Use foot switch.
10. Operate machine from switch side only.
11. Do not block or disconnect foot switch.
12. Keep foot switch in working order.
13. Make sure switch is in the OFF position before plugging power cord or when using nipple chuck wrench.
14. Make sure you can quickly remove your foot from the foot switch.
15. Keep hands away from rotating pipe and fittings.
16. Stop machine when screwing fittings on pipe or wiping thread.

REMEMBER THAT IT IS SO MUCH IMPORTANT FOR YOU TO UNDERSTAND THE SAFETY PROCEDURES AT ANY TIME IN A WORKPLACE TO AVOID LOSS OF LIFE .
LATER WE WILL SHARE HOW TO REPORT AN ACCIDENT THAT HAS OCCURRED IN THE WORKSHOP/ AT THE WORK PLACE.

PREPARED BY 
GILBERT NIWAMANYA 
INSTRUCTOR 
NAKAWA VOCATIONAL TRAINING INSTITUTE 
UGANDA.
Hydraulics
Flow
An open channel is a duct which a liquid flows with a free surface. At all points along its length the pressure on this surface will be the same, usually atmospheric pressure. A channel may be covered, provided that it is not running full; a partly filled pipe is treated as an open channel. Since the pressure at the surface of the liquid is constant, flow is not due to the pressure differences along the channel but is caused by the differences in the potential energy head due to the slope of the channel.
Open channel flow, a branch of hydraulics, is a type of liquid flow with in a conduit with a free surface, known as a channel. The other type of flow with in a conduit is pipe flow. These two types of flow are similar in many ways but differ in one important respect, the open channel has a free surface whereas pipe flow does not.
Steady flow- the depth of flow does not change over time or if it can be assumed to be constant during the time interval under consideration.
Un steady flow-the depth of flow does change with time.
Uniform flow: the depth of flow is the same at every section of the channel. Uniform flow can be steady or unsteady, depending on whether or not the depth changes with time (although the unsteady uniform flow is rare).
Varied flow – the depth of flow changes along the length of the channel.
Rapidly varied flow- the depth changes abruptly over comparative short distance. examples include the hydraulic jump and the hydraulic drop.
NB: a hydraulic jump is a phenomenon in the science of hydraulics which is frequently observed in open channel flow such as rivers or spillways. When a liquid at high velocity discharges into a zone of lower velocity a rather abrupt rise occurs in the liquid surface. The rapid flowing liquid is abruptly slowed and increases in height converting some of the flow’s initial kinetic energy into an increase in potential energy.
Properties of channels.
Artificial channels are made by man; they include irrigation canals, navigation canals, and spillways. Sewers, culverts and drainage ditches. They are constructed in a regular crossectional shape throughout. They are made from concrete, steel, or earth and they have the surface roughness reasonably well defined.
Natural channels are not regular and their surface roughness will often change with time distance and even elevation.
The wetted perimeter.
The length of the wetted surface measured normal to the direction of flow.
Area – the crossectional area of flow normal to the direction of flow.
In open channels the wetted perimeter can be defined as the surface of the channel bottom and sides in direct contact with the aqueous body. Friction losses typically increase with an increasing wetted perimeter.
For a rectangular channel of width B in which the depth of liquid is D.
Then Perimeter P= B+2D
Hydraulic gradient: the slope of the energy grade line of slope of the line representing the sum of the kinetic and potential energy along the channel length. It is equal to the slope of water surface in steady uniform flow.
Hydraulic radius (hydraulic mean depth): a measure of water depth in a channel defined as crossectional area of flowing water divided by the length of wetted perimeter.
The Chezy formula.
In fluid dynamics the Chezy formula describes the mean velocity of steady, or turbulent open channel flow. This was named after Antoine de Chezy the French hydraulics engineer in 1775.
This formula can be used to calculate mean flow velocity in pipes and channels and
worked example
worked example
prepared by Gilbert Niwamanya.
happy blogging 
thank you for your comment in advance.