JK-TK/GRADE-8-TERM-2 huggingface dataset:
Drywall finishers even out dents, apply the desired coating or color and level off the top layers of the exterior of a building. 3. Quantity surveyor Primary duties: A quantity surveyor is responsible for setting and managing the budgets for construction projects. They visit job sites and review blueprints to prepare estimates, and they negotiate contracts to secure specific prices for their clients. Quantity surveyors also complete administrative tasks, such as documents detailing and recording project costs and reconciling project versus company finances. 4. Roofer Primary duties: A roofer is a skilled trade worker who specializes in roof construction. They replace, repair or install the roof on nearly any type of architecture from single-family homes and garages to large-scale buildings, like hospitals, schools or shopping malls. They are knowledgeable about various roofing styles, like gabled, flat, gambrel or hip roofs. Roofers help customers or project managers choose from tiles, wood shingles, metal or other roofing materials and coordinate to ensure projects finish on time. 5. Elevator technician Primary duties: An elevator technician, also called an elevator mechanic, installs, assembles, replaces or maintains large equipment like elevators, escalators, moving walkways, or chairlifts. They may do large-scale installations, like assembling several pieces of each equipment type at an airport or shopping mall, or do smaller installations, like one elevator in an office building. 6. Sprinkler fitter Primary duties: A sprinkler fitter is a type of plumber who installs, modifies, inspects, tests, and repairs sprinkler systems. They install new fixtures or repair and replace outdated ones by soldering and welding tubes, pipes and fittings. Sprinkler fitters also educate the public about the importance of fire prevention and using sprinkler systems, doing speaking engagements or working with community leaders. Most sprinkler fitters work for plumbing or construction companies, though some are independent contractors. 7. Foreperson Primary duties: A foreperson coordinates and supervises a crew of workers within their trade, like masonry, electricians or general contractors. They keep track of schedules, project deadlines or milestones, deliveries or supplies and ensure workers skillfully do their job. Forepeople can also work within subsets of the construction field, too, like hardscaping and landscaping on the exterior spaces of construction projects, for example. 8. Millwright Primary duties: A millwright handles the installation, maintenance and setup of industrial machinery and equipment used on construction sites.
Forepeople can also work within subsets of the construction field, too, like hardscaping and landscaping on the exterior spaces of construction projects, for example. 8. Millwright Primary duties: A millwright handles the installation, maintenance and setup of industrial machinery and equipment used on construction sites. They use specialized tools, like welders or hydraulic bolters, to align and replace the individual parts of machinery. Millwrights also handle moving machinery on- and off-site. 9. Cabinetmaker Primary duties: A cabinetmaker reads architectural blueprints and builds the woodwork, cabinetry, furniture and other ornamental design elements for a project. They work with materials like laminate, wood and fiberglass to build or repair pieces. Most cabinetmakers work for furniture manufacturers, construction companies and contractors or are self-employed. 10. Glazier Primary duties: A glazier is a construction worker who works with glass installation. From insulated glass that keeps warm or cool air to tempered glass that breaks less, glaziers install or replace windows, mirrors, skylights, storefronts, display cases or shower doors. Some glaziers also work with plastic, marble, granite and other glass substitutes used in construction. 11. Solar installer Primary duties: A solar installer, sometimes called a photovoltaic PV installer, assembles and maintains rooftops or other systems that turn sunlight into energy. They read renderings to measure, cut and bold the framing and solar modules and perform electrical current checks to ensure the system works under code and standards. 12. Sheet metal mechanic Primary duties: A sheet metal mechanic fabricates and installs thin metal sheets for various construction applications. They fasten metal seams, weld, bold and build support framework. Sheet metal mechanics often work for fabrication plants, construction companies, factories or even aircraft builders. 13. Civil engineer Primary duties: A civil engineer designs and oversees public construction and public works projects, such as airports, bridges and roads. They research potential project locations to learn about the areas, use software to design structures and present their ideas. Civil engineers often have administrative tasks, such as submitting permits, managing the project and preparing 14. Structural engineer Primary duties: A structural engineer is a specialized type of civil engineer focused on developing structures that withstand pressure, such as bridges and dams. They evaluate existing structures or plans for structures to determine how gravity and lateral loads may affect them, prepare cost estimates, submit permits and supervise construction. When necessary, structural engineers may advise on the best way to demolish structures safely.
Structural engineer Primary duties: A structural engineer is a specialized type of civil engineer focused on developing structures that withstand pressure, such as bridges and dams. They evaluate existing structures or plans for structures to determine how gravity and lateral loads may affect them, prepare cost estimates, submit permits and supervise construction. When necessary, structural engineers may advise on the best way to demolish structures safely. 15. Architect Primary duties: An architect draws plans and designs buildings, whether for new construction, redevelopment or renovation. They have high-level design and drawing skills to create safe, functional and unique designs for projects of all sizes, like housing developments, libraries, airports, government buildings, churches, shopping plazas, highways and city planning projects. Career options in ceramics include: Pottery or ceramics instructor General art teacher Ceramic artist Pottery designer Ceramic manufacturer Assistant Professor- Design Ceramics Ceramic Engineer Ceramic and Glass Designer Design Studio Assistant Model Maker Product Designer Careers in the paper industry 1. Production operator Primary duties: A production operator is a manufacturing professional who works in assembly lines to inspect and complete products. These operators assess line machine performance to troubleshoot potential issues for production efficiency. Production operators remove defective materials or products from assembly lines to ensure quality control measures. 2. Print technicianPrimary duties: A print technician manages printing equipment, programming and set up. These technicians review product specifications to calibrate printers with the correct color control or page arrangement settings. Print technicians collect printed pages for cutting, compressing, assembling and binding. 3. Screen printer Primary duties: A screen printer works with their clients to develop print designs, patterns and stencils. These professionals operate printers, mix and load ink, along with preparing materials for printing. Screen printers perform maintenance on their machines to reduce potential errors, such as inkblots, smudges or misprints. 4. Printer Primary duties: A printer manages the development of print product designs and implementation. These professionals may design books, labels or newspapers, along with deciding on printing methods to accomplish those designs. Printers supervise print orders to ensure they remain consistent with client demands. 5. Production worker Primary duties: A production worker packages completed products in the manufacturing process. These workers review products and process them on conveyor belts for final packaging. Production workers operate packing machinery, along with cleaning and maintaining them for a safe work environment. 6.
These workers review products and process them on conveyor belts for final packaging. Production workers operate packing machinery, along with cleaning and maintaining them for a safe work environment. 6. Press operator Primary duties: A press operator operates presses to produce an image or text on materials. These operators develop printing plates with their client's desired designs, along with setting up machinery to ensure that prints are successful and free of errors. Press operators clean and maintain their equipment to ensure printing accuracy. 7. Wood finisher Primary duties: A wood finisher handles chemical treatment products to achieve certain effects or looks on wood products. These finishers sand, shape and treatwood with solutions to alter their texture, color and durability. Wood finishers might spray, brush or rub finishing products to restore or seal them. 8. Print manager Primary duties: A print manager oversees printing production processes and product quality. These managers train and supervise printing personnel to maintain operational standards. Print managers review completed print products to identify errors and areas for improvement with workflow or equipment management. 9. Bindery operator Primary duties: A bindery operator is a publishing professional who operates paper binding machinery. These operators inspect and prepare binding materials to ensure accuracy. Bindery operators remove unwanted products or byproducts from machine operating areas to maintain a clean and safe work environment. 10. Framer Primary duties: A framer is a construction professional who builds or repairs wooden frames for buildings. These professionals may specialize in framing for residential, commercial or industrial buildings or for floors, roofs or walls. Framers read blueprints and communicate with contractors to determine wood materials and construction methods. 11. Sales associate Primary duties: A sales associate is a company or brand representative who provides customers with product recommendations or solutions. These associates engage customers and answer their questions to persuade them to purchase a product. Sales associates listen to customer demands to help them find the product that fits their needs. 12. Maintenance mechanic Primary duties: A maintenance mechanic programs and repairs machinery. These mechanics test and troubleshoot equipment to identify problem areas and perform repairs. Maintenance mechanics perform preventative maintenance and parts replacements to ensure machine functionality and optimization. 13. Laboratory technician Primary duties: A laboratory technician is a scientific professional who provides research and experimentation support. These technicians label, categorize and document laboratory samples, along with operating equipment to test them. Laboratory technicians enter their test results in a 14. Quality specialist Primary duties: A quality specialist tests and reviews products for defects or malfunctions. These specialists assess component qualities and functions to determine if they meet product specifications.
Laboratory technicians enter their test results in a 14.Quality specialist Primary duties: A quality specialist tests and reviews products for defects or malfunctions. These specialists assess component qualities and functions to determine if they meet product specifications. Quality specialists identify inconsistencies and develop strategies to minimize production errors for higherquality results.15.General manager Primary duties: A general manager handles the daily operations of a business, from staffing to marketing. These managers hire, train and supervise personnel to enforce business standards and safety regulations. General managers perform business evaluations to identify areas for improvement and implement goals and budgets.16.Carpenter Primary duties: A carpenter is a construction professional who installs and repairs wood structures. These professionals inspect frameworks and wood components to identify damages and develop methods to repair or improve them. Carpenters work with other construction professionals, such as installers, inspectors or roofers.
There are two main mouse types: optical and mechanical. The optical mouse uses an electronic eye to detect movement and is easier to clean. The mechanical mouse uses a rolling ball to detect movement and requires regular cleaning to work properly. Mouse alternatives There are other devices that can do the same thing as a mouse. Many people find them easier to use, and they also require less desk space than a traditional mouse. The most common mouse alternatives are below. Trackball: A trackball has a ball that can rotate freely. Instead of moving the device like a mouse, you can roll the ball with your thumb to move the pointer. Touchpad: A touchpad also called a track pad is a touchsensitive pad that lets you control the pointer by making a drawing motion with your finger. Touchpads are common on laptop computers. Assembling and disassembling computer case Part1: How to assemble a CPU step by step This part is all about CPU assembling. Specifically, you have to be very careful with this process. Following are the steps to assemble CPU: 1. Take Inventory 2. Make space and time 3. Prepare your CPU case 4. Install motherboard 5. Install the processor 6. Install the processor heat sink 7. Install the RAM 8. Install SMPS 9. Install the HDD 10. Install CD DVD drive 11. Connect Expansion cards 12. Install SYS Rear cooling fan 13. Bus cable connection 14. Power Cable connection 15. Front Panel connector connection1. Take Inventory: Before you start, take inventory of your parts. Make sure you have the following components and tools with you. 1. Case Tower Cabinet 2. Motherboard 3. Processor 4. Heat Sink and CPU Fan 5. SMPS 6. Hard disk drive 7. CD DVD drive 8. RAM 9. CMOS Battery 10. A good screwdriver sets 2. Make Space, Make Time: Building a PC takes space. You can use your dining room table to build your PC. So, make sure you have plenty of working space and a few hours to proceed with minimal interruption. You must work on a flat, stable tabletop surface or bare floor, where you have room to lay out all of the items, to begin with, assemble. 3. Prepare your CPU cabinet: Now it is time to prepare the case.
You must work on a flat, stable tabletop surface or bare floor, where you have room to lay out all of the items, to begin with, assemble. 3. Prepare your CPU cabinet: Now it is time to prepare the case. Remove the case cover from the CPU cabinet. You need to check Screw brass standoffs are perfectly placed or not. If it is not in a proper position, in that case, you need to position them accurately. Always check the manual and follow their instructions 4. Install the motherboard: Fig: motherboard and Back panel cover You must take great care, especially when installing the motherboard. First, remove the motherboard of its packaging and put it on top of the antistatic bag it came in. Remember, you always want to safeguard your components from potentially hazardous static electricity. 1. You need to secure the motherboard onto the PC case chassis and inspect carefully for any visible defects. 2. Next, review the motherboard handbook, to make sure you are familiar with the motherboard layout and understand which socket is which. Manuals are immensely helpful, usually easy to read, and include illustrations instructions. 3. Check the layout of the sockets on the motherboard. And confirm that the ports on your motherboard s back panel match the holes on the case s Input output I O shield installed in your case. If it is necessary, then remove the old I O shield bytapping it firmly a few times with the thicker end of a screwdriver. And then replace it with the shield that came with the new motherboard. 4. You need carefully position the motherboard on top of the brass standoffs. After that line up all the holes, use the screws that accompanied the case to fasten down the motherboard. 5. Don t forget to place the CMOS in the proper position. 5. Install the processor CPU : Fig: CPU placement 1. Use the unlocking mechanism to open the CPU socket which is, usually a lever. 2. Carefully line up the pins and place the chip in its socket; it will fit only when oriented correctly. An arrow or a missing pin on one corner of the chip will show you how to line things up. 3. Align with the triangular symbol with the processor and socket key marks, as shown in the Figure. 4. Lower the lever to lock the CPU into place. 6. Install the CPU heat sink: You should follow the manufacturer instructions to install the heat sink and the cooling fan.
Lower the lever to lock the CPU into place. 6. Install the CPU heat sink: You should follow the manufacturer instructions to install the heat sink and the cooling fan. If you bought an OEM CPU and a separate heat sink, then you need to spread a thin layer of the thermal grease over the chip. The thermal grease ensures proper transfer of heat. There are some heat sinks that come with this grease already applied. In that case, you don t need to use thermal grease over the chip. 1. Attach the clip that holds the heat sink in place, keeping in mind that it may require a fair amount of force. Again, follow the instructions that came with the heat sink. They will show you how to fit it correctly. If you are in doubt, you can visit the manufacturer s website for more information. 2. Plug the CPU fan s power connector into the proper connector on the motherboard. 7. Install RAM memory: Fig: Install RAM 1. Unlock the two tabs from both ends of the RAM slot. 2. To install the RAM, insert them into the proper sockets and push down firmly but evenly until the clips on both sides of the socket pop into place. If yourmotherboard supports dual-channel memory, consult the user manual to determine which pairs of RAM sockets you should use. 8. Install the Power Supply Unit SMPS : Fig: Install Power supply unit SMPS 1. Place the SMPS inside the CPU cabinet in the proper position. If you are not able to find the correct location, then check the manual. 2. Final steps, to install SMPS, you need to tighten the screw to secure the SMPS to the case. 9. To install HDD: You can see a 3.5 inch bay inside the CPU cabinet. If you are unable to find it, then check the manual of the case to identify the bay location. Place the HDD inside the bay properly and tighten the screw. Fig: Install drives 10. To install CD DVD: You can see a 5.25 inch bay inside the CPU cabinet. If you are unable to find it, check the manual of the case to identify the bay location. Place the CD DVD inside the CPU cabinet to align with the 5.25-inch bay. And, finally, you need to tighten all the screws to hold firmly. 11. Install Expansion cards: Expansion cards help to increase the functionality of your computer. You can place Expansion cards on the motherboard.
11. Install Expansion cards: Expansion cards help to increase the functionality of your computer. You can place Expansion cards on the motherboard. Fig: Install Expansion Cards PCI compatible expansion cards can place on the PCI slots of the motherboard. PCI-e compatible expansion cards can place on the PCI-e slots of the motherboard. Video cards or graphics cards can place on the AGP slot of the motherboard. You must know about various parts of a motherboard such that, you can effortlessly identify the different connectors. 12. Install Sys Rear cooling fan: Cooling FansFind the location where you can place the Sys Rear cooling Fan. Generally, SYS Rear cooling can place below the SMPS. Fig: Cooling fans 13. Bus cable connection: Amazingly, bus cable or data cable connections are prime connections. Bus cable helps to share information or data between the storage device and motherboard. Sata-pata bus and connector If your motherboard has a SATA Bus connector, then you need to use SATA cables. AND if your motherboard has a PATA Bus connector, then you can use PATA cable or IDE cable. In general, two bus cables need to connect inside the CPU. First, Bus cable connects the HDD and motherboard. And the second Bus cable connects the CD DVD drive and motherboard. 14. Power Cable connection: Fig: Cable connection This one is the final step of assembling a CPU. You need to provide power to the different parts of the CPU. Plug the ATX power connector from your power supply into the matching port on your motherboard. 1. You can find a 20 24 pins ATX power connector port on the motherboard. The 20 24 pins ATX power connector cable coming from SMPS needs to connect here. Check the lock system in both ends of the connector and the port, and place it properly. As always, refer to your motherboard s manual for the exact locations. 2. There is another 4-pins ATX power connector port, you can find on the motherboard. You can locate this port near the processor socket. You must connect the 4-pins power connector in this port properly. 15. Front Panel connector connection: Use your motherboard user manual and find the description of front-panel connectors. First, attach each of the tiny leads from the power and reset switches. After that, the hard-disk activity lights, the PC speaker, and any front-panel USB to the corresponding pin on your motherboard. Part2: How to assemble PC This one is the final part of assembling a computer system.
First, attach each of the tiny leads from the power and reset switches. After that, the hard-disk activity lights, the PC speaker, and any front-panel USB to the corresponding pin on your motherboard. Part2: How to assemble PC This one is the final part of assembling a computer system. 1. Check your keyboard connector port. If it is a USB connector, then connect your keyboard into the proper USB port. And if it is a PS 2 connector, then connect to the correct, PS 2 port. 2. Same steps you need to follow to connect your mouse into the proper port. 3. You require a VGA Video Graphic Array cable to connect the monitor and CPU. Find the 15 pins male connector on the backside of the CPU cabinet and your monitor. Use the VGA cable to connect the CPU cabinet and the monitor. Finally, you need to tighten the lock screws. 4. If you have a speaker, you can connect the speaker on the backside of your CPU cabinet. To get sound from the speaker, you need to plug the speaker s cable with the Aux port. 5. And if you have a printer, you can connect the printer on the backside of your CPU cabinet. These days, you can connect your speaker BUS cable on the USB port. Finally, connects power to the various parts of your computer. You have to connect the power cable with the CPU case, monitor, speaker, and printer. Check your PC Set-Up: It is time to turn on your system and check your PC set up. Make sure the keyboard, mouse, and monitor are all plugged into the appropriate ports on the back of the PC. Plug the power cord back in, and turn the machine on. To boot a computer you need hardware and software. Till now you have understood to assemble a computer. If you want to work on that computer you need to install an Operating System. If you do not know how to install an operating system on a computer, check the following two articles: Disassembling a PC? Disassembling a PC means disconnecting the different components of a PC. Steps for disassembling a PC Generally, people want to know both assemble and disassemble steps of a computer. Therefore I am sharing my ideas to help you to assemble and disassemble a computer system. 1. Unplugged the AC power supply to the PC from the wall socket 2. Remove the Cover or chassis or case. 3.