08/10/2024
সরকারিভাবে ডেনমার্ক যাওয়ার সুবর্ণ সুযোগ...
যোগাযোগে: শাহআলম আলহাজ্ব
মোবাইল : ০১৪০৭০৪৫০৮০
Apologies for the delayed response. As requested, I’m sharing the information with you now. I hope you find it helpful.
- Software Developer: DKK 38,900 to DKK 50,000 per month. Based on the grade. No Food No Accommodation
- Architect: DKK 38,000 to DKK 40,000 Per Month. Based on the grade. No Food No Accommodation
- Civil Engineer: DKK 32,000 to DKK 40,000 per month. Based on the grade. No Food No Accommodation
- Electrician: DKK 25,000 to DKK 30,000 depending on experience. Based on the grade. No Food No Accommodation
- Nurse: DKK 25,000 to DKK 30,000 per month. Based on the level. No Food No Accommodation
- IT Project Manager: DKK 35,000 to DKK 45000. Based on the grade. No Food No Accommodation
- Truck Driver: Around DKK 20,000 to DKK 25,000 per month. Based on the grade. No Food only Accommodation
- Data Analyst & Scientist: DKK 22,000 to DKK 25,000 per month. Based on the grade . No Food No Accommodation
- Cyber Security Specialist: DKK 30,000 to DKK 35,000 per month. Based on the grade. No Food No Accommodation
- CNC Machinist: Around DKK 20,000 to DKK 25,000 per month Based on the grade. No Food only Accommodation
- Welders & Metal Workers: DKK 10,000 to DKK 25,000 per month based on the grade. Food (one is free) Accommodation (Free)
*** Only the below position will get free flight tickets for twice a year.
* Welders & Metal Workers
* CNC Machinist
* Truck Driver
* Nurse
* Electrician
* Civil Engineer
Thank
Regards
Abelone
Talent Acquisition Specialist
A CNC Machinist is a skilled professional who operates and maintains CNC (Computer Numerical Control) machines. These machines are used to precisely shape, cut, or grind metal, plastic, wood, or other materials into parts and tools used in industries such as manufacturing, automotive, aerospace, and more.
Key Responsibilities of a CNC Machinist:
1. Interpreting Blueprints and Technical Drawings:
• CNC machinists read and understand detailed blueprints or CAD (computer-aided design) drawings to determine the specifications of the parts that need to be manufactured, including dimensions, tolerances, and materials.
2. Setting Up CNC Machines:
• They program the CNC machines by inputting instructions into the control panel or software. This includes specifying the cutting paths, speed, and tooling required for the operation.
3. Selecting Tools and Materials:
• Based on the job requirements, CNC machinists choose the appropriate cutting tools (such as drills, lathes, or grinders) and raw materials to ensure the highest level of precision and efficiency.
4. Machine Operation:
• Once the machine is set up, the CNC machinist monitors its operation, ensuring it follows the programmed instructions accurately. They may also need to adjust settings to improve accuracy or efficiency.
5. Quality Control:
• After a part is manufactured, the machinist measures and inspects it using precision instruments like calipers, micrometers, and gauges to ensure it meets the required specifications. Any defective parts are corrected or re-machined.
6. Machine Maintenance and Troubleshooting:
• CNC machinists perform routine maintenance on the machines to keep them running smoothly. They also troubleshoot and resolve any mechanical or software-related issues that arise during production.
7. Documentation:
• They often document the production process, including the setup parameters, tooling changes, and any issues encountered, to maintain an efficient workflow and improve future operations.
8. Safety Compliance:
• CNC machinists must adhere to strict safety standards in the workplace, as the operation of CNC machines involves heavy machinery, rotating parts, and sharp tools.
Skills Required:
• Technical Knowledge: Understanding of CNC programming (G-code, M-code), mechanics, and material properties.
• Attention to Detail: Precision is crucial, as even minor errors can result in defective parts.
• Problem-Solving: Ability to troubleshoot and adjust machine settings for optimal performance.
• Mechanical Aptitude: Familiarity with operating and maintaining machinery.
• Mathematics: Basic arithmetic, geometry, and trigonometry are often needed to calculate dimensions and tolerances.
Welders & Metal Workers are skilled tradespeople who work with metals to join, cut, and shape them for various applications. They are crucial in industries such as construction, shipbuilding, automotive, aerospace, manufacturing, and even artistic metalwork. Below are the detailed responsibilities for each role.
Responsibilities of Welders:
Welders primarily focus on joining two or more metal pieces by applying heat and sometimes pressure.
1. Reading Blueprints and Schematics:
• Welders interpret technical drawings, blueprints, and instructions to understand the specific welding techniques, positions, and materials needed for a project.
2. Preparation of Metal Surfaces:
• Before welding, they clean and prepare the surfaces of the metal to ensure strong, clean welds. This may include grinding, sanding, or applying chemical treatments.
3. Welding:
• Welders use various techniques to join metals, including:
• MIG (Metal Inert Gas) Welding: Uses a wire electrode and a shielding gas to join metals.
• TIG (Tungsten Inert Gas) Welding: Uses a non-consumable tungsten electrode for precision work, typically on thinner metals.
• Stick Welding (SMAW): A manual process where a consumable electrode stick is used.
• Arc Welding: Uses an electrical arc to melt the metals and join them.
4. Inspecting Welds:
• After the welding process, they visually inspect welds for defects like cracks, incomplete fusion, or weak joints. This may involve non-destructive testing methods such as X-rays or ultrasonic tests.
5. Maintaining Equipment:
• Welders are responsible for maintaining and cleaning their welding machines and tools to ensure they function safely and efficiently.
6. Safety Practices:
• Welding can be dangerous due to exposure to high temperatures, ultraviolet (UV) light, and fumes. Welders must follow strict safety protocols, including wearing protective gear like welding helmets, gloves, and fire-resistant clothing.
Responsibilities of Metal Workers:
Metal workers handle tasks related to shaping, cutting, and assembling metal products.
1. Cutting and Shaping Metal:
• Metal workers use tools like saws, grinders, or CNC machines to cut and shape raw metal materials into desired forms. They may also use techniques like bending or forming to shape the metal.
2. Fabrication and Assembly:
• They assemble metal components using methods such as riveting, bolting, or welding to create structures or products like beams, frames, pipes, or other metal components.
3. Sheet Metal Work:
• Metal workers involved in sheet metal work specialize in cutting, bending, and assembling sheet metal into products like ducts, roofing materials, or siding.
4. Precision Measurement:
• They use measuring tools like calipers, micrometers, and gauges to ensure the metal parts meet exact specifications.
5. Repair and Maintenance:
• Metal workers also repair damaged or worn metal products, often cutting out damaged sections and fabricating new parts to replace them.
6. Finishing Processes:
• After shaping and assembling metal parts, metal workers may perform finishing processes like grinding, polishing, or applying coatings (paint, powder coating, etc.) to protect the metal from corrosion and wear.
Required Skills:
• Technical and Mechanical Aptitude: Understanding various welding and metalworking techniques, materials, and equipment.
• Attention to Detail: Precision is crucial to ensure strong welds and perfectly shaped metal parts.
• Safety Awareness: Knowledge of proper safety procedures to avoid injury from high heat, sparks, or heavy machinery.
• Physical Strength and Stamina: Metalworking and welding often involve lifting heavy materials and standing for long periods.
Common Work Environments:
• Construction Sites: Building frameworks, bridges, and other large structures.
• Manufacturing: Creating parts for machinery, vehicles, or other equipment.
• Shipyards and Aerospace: Constructing or repairing ships, airplanes, and similar projects.
