Foundations in Engineering

Foundations in Engineering

Foundations in Engineering

Foundations in Engineering

Diploma

Level 3 - Pre-Undergraduate

Course Code

603/7030/0

Credits

60 ECTS

Correspondence

Equivalent to a high school diploma or college entry qualification internationally. Comparable to UK Level 3 and foundational college courses in the US, Canada, Asia, and Europe.

Programme Overview


The Level 3 Foundation Diploma in Engineering provides a thorough introduction to core engineering principles, preparing learners for both employment in the engineering sector and further studies. Through a structured curriculum covering mathematics, mechanics, electricity, and statistics, students gain fundamental technical knowledge and practical skills essential for engineering disciplines. This qualification supports progression to Level 4 engineering courses and enhances employability in entry-level technical roles.


Aims of the Diploma

This diploma is designed to:

  • Develop foundational knowledge in key engineering disciplines, including principles, mechanics, and electronics.

  • Prepare learners for practical applications in various engineering settings, equipping them with technical problem-solving skills.

  • Enable students to apply mathematical and statistical techniques to real-world engineering problems.

  • Provide a pathway for further study in engineering at Level 4 or entry-level employment in technical roles.


Learning Outcomes

Upon successful completion of this diploma, learners will be able to:

  1. Apply fundamental engineering principles, including the use of SI units, measurements, and calculations.

  2. Understand and perform engineering design processes, particularly in 2D CAD.

  3. Demonstrate knowledge of basic electrical systems, circuit theories, and power supply functions.

  4. Apply mechanical principles to understand motion, forces, and energy in engineering contexts.

  5. Use statistical methods to analyse engineering data and solve technical problems.

  6. Solve engineering-related mathematics problems, including algebra, geometry, and calculus.


Duration

  • Full-Time: 1 Year

  • Part-Time: 2 Years

  • Maximum Completion: 5 Years from Enrolment


Mode of Delivery

  • Distance Education

  • Self-Paced Learning

  • Course Materials: Video and Text Resources

Entry Requirements


  • Typical Age: 16+

  • Entry Qualifications: Applicants are typically required to have completed Level 2 qualifications or equivalent(GCSEs or equivalent). Relevant work experience in a technical field may also be considered.

  • International Qualifications: For international applicants, equivalent qualifications include:

    • High school diploma or equivalent recognised in the applicant's home country (e.g., Grade 12 in Asia, Senior Certificate in Africa, EQF Level 4 in Europe, or a high school diploma in the US/Canada).

  • English Proficiency (for non-native speakers): An IELTS score of 5.5, CEFR level B2, or equivalent.

  • Additional Guidance : For assistance with qualification equivalency or language requirements, please contact our admissions advisor at [email protected] or through our contact page.


Entry Requirements


  • Typical Age: 16+

  • Entry Qualifications: Applicants are typically required to have completed Level 2 qualifications or equivalent(GCSEs or equivalent). Relevant work experience in a technical field may also be considered.

  • International Qualifications: For international applicants, equivalent qualifications include:

    • High school diploma or equivalent recognised in the applicant's home country (e.g., Grade 12 in Asia, Senior Certificate in Africa, EQF Level 4 in Europe, or a high school diploma in the US/Canada).

  • English Proficiency (for non-native speakers): An IELTS score of 5.5, CEFR level B2, or equivalent.

  • Additional Guidance : For assistance with qualification equivalency or language requirements, please contact our admissions advisor at [email protected] or through our contact page.


Entry Requirements


  • Typical Age: 16+

  • Entry Qualifications: Applicants are typically required to have completed Level 2 qualifications or equivalent(GCSEs or equivalent). Relevant work experience in a technical field may also be considered.

  • International Qualifications: For international applicants, equivalent qualifications include:

    • High school diploma or equivalent recognised in the applicant's home country (e.g., Grade 12 in Asia, Senior Certificate in Africa, EQF Level 4 in Europe, or a high school diploma in the US/Canada).

  • English Proficiency (for non-native speakers): An IELTS score of 5.5, CEFR level B2, or equivalent.

  • Additional Guidance : For assistance with qualification equivalency or language requirements, please contact our admissions advisor at [email protected] or through our contact page.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Structure of the Qualification


Total Credits: 60 ECTS
Modules: Six mandatory modules, each worth 10 credits, providing a well-rounded foundation in engineering principles and practical skills.


Core Modules

  1. Engineering Principles (10 Credits)
    Covers fundamental engineering concepts, including measurement systems, unit applications, and historical developments in engineering.

  2. Design Technology (10 Credits)
    Focuses on engineering design approaches, including material selection and an introduction to 2D CAD for producing technical drawings.

  3. Electricity (10 Credits)
    Introduces AC/DC circuit theory, basic electrical components, and power supply concepts.

  4. Mechanics (10 Credits)
    Studies motion, forces, and energy conservation, providing the foundation for analysing mechanical systems.

  5. Introducing Statistics (10 Credits)
    Covers statistical analysis, data representation, and interpretation, tailored for engineering applications.

  6. Mathematics (10 Credits)
    Develops mathematical techniques used in engineering, including algebra, trigonometry, and introductory calculus.


Explore the complete curriculum for this course to gain a detailed understanding of the topics covered, learning objectives, and key skills you'll develop. Click here to access the full curriculum.


Assessment and Course Regulations


Assessment Approach
The qualification is assessed through coursework, which includes practical assignments and technical problem-solving exercises. Assessment criteria require learners to:

  • Demonstrate Practical Skills: Coursework that integrates theoretical knowledge with hands-on applications.

  • Meet Standards: Fulfils learning outcomes as outlined in the assessment criteria to demonstrate understanding and competency.


Grading System
Grades are awarded as Pass or Fail, based on successful achievement of the learning outcomes.


Completion Requirements
Learners must meet all unit requirements by providing evidence that they have met each specified learning outcome. Assessment evidence is evaluated by the Centre and verified externally by OTHM.

Professional Development and Progression


  1. Progress to Higher-Level Study:

    • Potential entry into the first year of a degree programme in engineering or a related field.

  2. Employment Opportunities:
    This qualification prepares learners for technical roles such as:

    • Engineering Assistant

    • Technical Support Trainee

    • Laboratory Technician

    • Maintenance Technician

  3. Work-Based Learning:
    Practical assessments and project-based coursework allow learners to apply skills directly in technical settings, providing hands-on experience aligned with industry requirements.

Professional Development and Progression


  1. Progress to Higher-Level Study:

    • Potential entry into the first year of a degree programme in engineering or a related field.

  2. Employment Opportunities:
    This qualification prepares learners for technical roles such as:

    • Engineering Assistant

    • Technical Support Trainee

    • Laboratory Technician

    • Maintenance Technician

  3. Work-Based Learning:
    Practical assessments and project-based coursework allow learners to apply skills directly in technical settings, providing hands-on experience aligned with industry requirements.

Professional Development and Progression


  1. Progress to Higher-Level Study:

    • Potential entry into the first year of a degree programme in engineering or a related field.

  2. Employment Opportunities:
    This qualification prepares learners for technical roles such as:

    • Engineering Assistant

    • Technical Support Trainee

    • Laboratory Technician

    • Maintenance Technician

  3. Work-Based Learning:
    Practical assessments and project-based coursework allow learners to apply skills directly in technical settings, providing hands-on experience aligned with industry requirements.

Professional Development and Progression


  1. Progress to Higher-Level Study:

    • Potential entry into the first year of a degree programme in engineering or a related field.

  2. Employment Opportunities:
    This qualification prepares learners for technical roles such as:

    • Engineering Assistant

    • Technical Support Trainee

    • Laboratory Technician

    • Maintenance Technician

  3. Work-Based Learning:
    Practical assessments and project-based coursework allow learners to apply skills directly in technical settings, providing hands-on experience aligned with industry requirements.

Request Information

Tuition Plans

"Begin your academic journey with Level 3, providing a strong foundation for future success."

Brooklyn Simmons

Admission Staff

Single Course - Level 3

Foundations in Engineering

£

3,950

Perfect for those building a strong academic foundation for higher-level studies.

(You will be redirected to Application Page)

Access to Online Resources

Assessment Support and Grading

Certification upon Completion

Tuition Plans

"Begin your academic journey with Level 3, providing a strong foundation for future success."

Brooklyn Simmons

Admission Staff

Single Course - Level 3

Foundations in Engineering

£

3,950

Perfect for those building a strong academic foundation for higher-level studies.

(You will be redirected to Application Page)

Access to Online Resources

Assessment Support and Grading

Certification upon Completion

Tuition Plans

"Begin your academic journey with Level 3, providing a strong foundation for future success."

Brooklyn Simmons

Admission Staff

Single Course - Level 3

Foundations in Engineering

£

3,950

Perfect for those building a strong academic foundation for higher-level studies.

(You will be redirected to Application Page)

Access to Online Resources

Assessment Support and Grading

Certification upon Completion

Tuition Plans

"Begin your academic journey with Level 3, providing a strong foundation for future success."

Brooklyn Simmons

Admission Staff

Single Course - Level 3

Foundations in Engineering

£

3,950

Perfect for those building a strong academic foundation for higher-level studies.

(You will be redirected to Application Page)

Access to Online Resources

Assessment Support and Grading

Certification upon Completion

FAQs

Find answers to common questions about our courses, registration, support, and opportunities to enhance your learning journey.

How is this course structured?

Each course is designed with a mix of theoretical and practical modules, offering flexible online study with clear progression pathways.

Can I combine this course with work or other commitments?

Are there assessments or exams in this course?

What support is available during my studies?

Can I continue to higher education after this course?

How is this course structured?

Each course is designed with a mix of theoretical and practical modules, offering flexible online study with clear progression pathways.

Can I combine this course with work or other commitments?

Are there assessments or exams in this course?

What support is available during my studies?

Can I continue to higher education after this course?

How is this course structured?

Each course is designed with a mix of theoretical and practical modules, offering flexible online study with clear progression pathways.

Can I combine this course with work or other commitments?

Are there assessments or exams in this course?

What support is available during my studies?

Can I continue to higher education after this course?

How is this course structured?

Each course is designed with a mix of theoretical and practical modules, offering flexible online study with clear progression pathways.

Can I combine this course with work or other commitments?

Are there assessments or exams in this course?

What support is available during my studies?

Can I continue to higher education after this course?

Embark on Your Journey

Join Richmond and explore a world of academic excellence, personal growth, and boundless possibilities.

Embark on Your Journey

Join Richmond and explore a world of academic excellence, personal growth, and boundless possibilities.

Embark on Your Journey

Join Richmond and explore a world of academic excellence, personal growth, and boundless possibilities.

Embark on Your Journey

Join Richmond and explore a world of academic excellence, personal growth, and boundless possibilities.