Upon completing the program, graduates receive two independently accredited qualifications that are recognized in over 180 countries and territories:

• Level 3 Swiss Diploma in Engineering from Swiss Information and Management Institute.
• Level 3 Foundation Diploma in Engineering from OTHM, Ofqual UK.Gov Awarding Body.

Level 3 Swiss Diploma in Engineering delivers essential knowledge and practical skills in core engineering disciplines, including principles, design, electricity, mechanics, and mathematics. This qualification prepares learners for immediate entry into the engineering industry or progression to advanced studies, meeting global standards and industry expectations.

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1. Engineering Principles (M/618/6101): 10 UK Credits/5 ECTS Credits.

• Understand the foundational principles of engineering and their historical development.
• Gain practical skills in applying SI units, performing calculations, and interpreting engineering information.

2. Design Technology (T/618/6102): 10 UK Credits/5 ECTS Credits.

• Learn problem-solving approaches in design and material selection for engineering products.
• Develop 2D CAD drawing skills and understand the systems approach to electrical design.

3. Electricity (A/618/6103): 10 UK Credits/5 ECTS Credits.

• Understand AC and DC circuit theory and the role of electrical components in circuit design.
• Explore power systems, including power supply and circuit protection.

4. Mechanics (F/618/6104): 10 UK Credits/5 ECTS Credits.

• Analyze the motion of objects using mathematical principles and understand energy conservation.
• Explore energy transfer, forces, and the properties of materials under stress.

5. Introducing Statistics (J/618/6105): 10 UK Credits/5 ECTS Credits.

• Understand statistical concepts, data representation, and variability.
• Learn to calculate and interpret statistical diagrams and measures for engineering applications.

6. Mathematics (L/618/6106): 10 UK Credits/5 ECTS Credits.

• Apply algebra, geometry, and calculus to solve practical engineering problems.
• Use exponentials, logarithms, and trigonometry in engineering contexts.

• Complete 6 written assignments (2,000–3,000 words each) based on the module titles.

• Develop expertise in engineering principles, design technology, and circuit theory for practical applications.
• Build analytical skills in mechanics, motion, and material behavior under various forces.
• Train learners in statistical analysis, data interpretation, and variability measurement.
• Enhance problem-solving abilities for real-world engineering challenges using advanced mathematical techniques.
• Integrate computer-aided design tools and modern technologies into engineering practices.

The qualification is designed to be delivered over 6 academic months for full-time study, is implemented using a combined automated training model that includes:

• Designed to enhance the self-study process.
• Lessons are structured in short, manageable modules, enabling students to grasp the content immediately after completing each module.
• Provides students with the necessary tools and support to efficiently fulfil course requirements.

Learn more about how to use the automated training model at SIMI Swiss [Video HERE]

Entry Requirements:

• Applicants must be at least 16 years old.
• Completion of full secondary education is required.

English Requirements:

• Common European Framework of Reference (CEFR): Level B2; or
• IELTS: Overall score of 5.5, with Reading and Writing at 5.5; or
• Pearson Test of English Academic (PTE Academic): Score of 51.

Note: SIMI reserves the right to make admissions decisions based on the requirements of recognized agencies and the global quotas of the program.

As a program mapped to National Occupational Standards, along with the supplemental knowledge system, students can engage in self-study through interactive lessons, attend webinars, and take online tests to earn 06 Level 3 e-ProCerts. Each e-ProCerts reflects Level 3 (Foundation Level), outlines the Learning Outcomes, and provides certification upon completion.

If students wish to convert their e-ProCerts to hard copies, they can use an optional service for a minimal fee.

The 06 e-ProCerts that learners can obtain during the Level 3 Diploma in Engineering program (note: this is optional):

1. Level 3 Certified for Engineering principles
2. Level 3 Certified for Design Technology
3. Level 3 Certified for Electricity
4. Level 3 Certified for Mechanics
5. Level 3 Certified for Introducing statistics
6. Level 3 Certified for Mathematics

Check out the way you could get 06 electric Professional Certified [Video HERE]

SIMI is the first higher education institute in Zug, Switzerland, to achieve comprehensive international accreditations at both the organizational and program levels. The video below guides you through the step-by-step process of verifying and checking SIMI Swiss's accreditations and recognitions.

• Watch this video to learn how to verify SIMI Swiss's accreditations and recognitions HERE.
• View the complete accreditation system of SIMI Swiss HERE.

Reference - Sample of Level 3 Swiss Diploma in Engineering:

About the Ofqual UK.Gov awarding body OTHM:

• Recognized as an organization by the educational authority of the United Kingdom, Ofqual (UK.Gov). Recognition Number: RN5284. Refer to the recognition information CLICK HERE
• OTHM Level 3 Foundation Diploma in Engineering is accredited with the Ofqual UK.Gov code 603/7030/0. Refer to the accreditation information CLICK HERE

Reference:

Upon completing this course, students can choose to pursue a Level 4/5 Diploma at the Swiss Information and Management Institute (SIMI). Additionally, they will have the opportunity to apply for admission to a full BA degree program at a variety of universities in the EU and the UK.

• Study Abroad Pathways: Click HERE
• Relocation Pathway: Click HERE
• eUniversity Top-Up: Click HERE
• Top-Up Degree: Click HERE
• All Pathways: Click HERE