Fabrication and Welding HNC

Program Overview

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Course overview

Fabrication and welding is one of the most important construction techniques used in engineering. You cover a range of processes from joining microfoil to the full thickness welding of plate in materials such as steel, cobalt and nickel-based alloys and non-ferrous metals.

This is a Teesside University award, delivered in partnership with Hartlepool College of Further Education (01429 295000 or enquiries@hartlepoolfe.ac.uk).

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Program Outline

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Degree Overview:

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Fabrication and Welding HNC Overview:

• Provides a program to develop skills for career progression.
• Focuses on various welding disciplines from microfoils to thick plates in steel, cobalt alloys, and non-ferrous metals.
• Is a Teesside University award delivered in partnership with Hartlepool College of Further Education.

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Objectives:

• Equip graduates with essential skills in fabrication and welding.
• Prepare individuals for employment or further education at the degree level.

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Description:

• Covers a broad range of key welding processes.
• Focuses on joining materials using advanced techniques.
• Provides theoretical foundation and practical experience in fabrication and welding.

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Other:

• Meets the needs of local and national industries.

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Outline:

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Content:

• Covers eight modules related to fabrication and welding techniques and technologies.
• Addresses engineering design principles, engineering mathematics, and engineering science.
• Focuses on project management methodologies for professional engineering contexts.
• Provides opportunities to specialize through optional modules in CAD/CAM, fabrication technology, materials and metallurgy, non-destructive testing, and welding technology.

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Structure:

• Two-year part-time program.
• Combines practical sessions, lectures, and tutorials.
• Requires self-study to complement college-based learning.

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Schedule:

• One day per week (days may vary by location).
• Start date: September.

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Modules:

• Core modules:
• Engineering Design (HN)
• Engineering Maths (HN)
• Engineering Science (HN)
• Managing a Professional Engineering Project (HN)
• Optional modules:
• Computer-Aided Design and Manufacture (CAD/CAM) (HN)
• Fabrication Technology (HN)
• Materials and Metallurgy for Fabrication and Welding (HN)
• Non-destructive Testing (HN)
• Welding Technology (HN)

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Module Descriptions:

• Engineering Design (HN): Provides experience with the design process from client brief to final evaluation report.
• Engineering Maths (HN): Develops fundamental mathematical and analytical skills for solving engineering problems.
• Engineering Science (HN): Introduces fundamental physical laws and applications within engineering.
• Managing a Professional Engineering Project (HN): Teaches project management techniques from problem identification to solution development, emphasizing professional ethics and responsibilities.
• Computer-Aided Design and Manufacture (CAD/CAM) (HN): Integrates CAD and CAM concepts for practical applications, including 2D and 3D CAD and data transfer techniques.
• Fabrication Technology (HN): Introduces various fabrication processes for cutting, forming, and joining sheet metal, plates, and structural steelwork.
• Materials and Metallurgy for Fabrication and Welding (HN): Focuses on essential aspects of material behavior during manufacturing and service, emphasizing the use of appropriate alloys in fabrication and welding.
• Non-destructive Testing (HN): Teaches principles, procedures, and applications of non-destructive testing methods in the fabrication industry, with a focus on visual, LPI, MPI, radiographic, and ultrasonic techniques.
• Welding Technology (HN): Introduces current welding operations and essential requirements for welding carbon-manganese steels.
Addresses welding distortion control and mitigation techniques.

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Assessment:

• Assessments include integrated assignments, case studies, projects, and tests throughout the year.
• Grading criteria and evaluation methods are provided for each assessment component.

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Teaching:

• Teaching methods include lectures, tutorials, and practical sessions in dedicated facilities.
• Experienced faculty with expertise in fabrication and welding provide instruction.
• Focus is placed on interactive learning experiences and collaborative teamwork.

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Careers:

• The HNC opens career opportunities in various engineering disciplines, including design, manufacturing, project management, and IT.
• Offers potential for career development in national and international companies.
• Graduates may choose to pursue a HND in Fabrication and Welding for further advancement.
• Potential employers are not explicitly mentioned, but the HNC's focus on industry needs suggests potential careers in various engineering sectors.

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Other:

• Information about course-related costs is not available within the text.
• Disability services are offered to provide a supportive and inclusive learning environment.
• Opportunities exist for financial support during studies, and further information is provided through links within the source material.

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Tuition Fees and Payment Information:

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Part-time

• Fee for UK applicants: £4,500 (120 credits)
• Fee for non-EU applicants: Information not found.

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Full-time

• Fee information: Not available full-time.

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Additional Information:

• More details about our fees: https://www.tees.ac.uk/undergraduate/study-here/fees/

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Payment Information:

• Information not found.