Foundation Program in Engineering

The Foundation Program in Engineering (Level 3 Diploma in Engineering) is designed to provide learners with essential knowledge and practical skills across key engineering disciplines. This diploma  qualification equips learners with competencies in areas such as engineering principles, design technology, electricity, mechanics, statistics, and mathematics. It prepares students for immediate employment in the engineering sector or progression to higher-level academic qualifications, ensuring alignment with global standards and industry requirements.

Qualifications & Professional Recognition within a Foundation Program in Engineering:
  • Level 3 Foundation Diploma in Engineering from Swiss Information and Management Institute
  • Level 3 Foundation Diploma in Engineering from the Ofqual UK.Gov Awarding Body OTHM (603/7030/0)
  • 06 Foundation Professional Certificate
Along with globally recognized qualification, the SIMI Swiss Foundation Level program understands what students need:
  1. Fully Accredited & Recognized
  2. The Swiss Student Card confirms official Swiss student status and eligibility with SIMI Swiss
  3. Certified & Micro-Credentials Included
  4. Multiple Qualifications from SIMI & Prestigious Universities
  5. Stay updated with the latest trends
  6. Flexible Learning Model
  7. Expand your business network
  8. Academic Support While Studying
  9. Tuition fee support provided by Swiss EduFund
International Accreditation

SIMI is accredited at both the institutional and programmatic levels by ASIC, HEAD, ISO 21001:2018, OTHM, and Qualifi, which is recognized by Ofqual.

Multi Qualification with OTHM

The program is widely recognized by the business community and partners, helping to optimize the use of the diploma after graduation.

06 Professional Certified

Learners can get 06 Professional Certified aligned with the European occupational framework, optimizing their skills upon graduation.

Academic & Research Support

The academic, research and language support system helps students overcome challenges so they can focus solely on excelling in their studies.

Learn and Earn

Program Details

How It’s Structured

  • Mode of Study:
    • Off-campus mode: Combining Live Classes with local tutors (where applicable) to optimize learning effectiveness for busy professionals.
    • Fully Online mode: The program is designed with an automated training model, allowing students to study anywhere using a proprietary pedagogical approach.
  • Module Structure: Each module includes 40 hours of guided learning and 30-50 hours of optional materials (exercises, readings, digital resources, and self-assessment tasks).
  • Assignments: Submit 06 online assignments (2,000–3,000 words each).
  • Dual Diplomas: Earn a diploma from the Swiss Information and Management Institute (SIMI) and a OTHM diploma accredited by the Ofqual UK Government.
  • Career & Academic Pathways: Aligns with Level 3 EQF career pathways in Engineering and can be topped up to a bachelor’s degree at universities across Europe and the UK.
  • Professional Certification: Accumulate 06 Level 3 Professional Certificates to demonstrate competency in the workplace.

Course Content

Modules:

1. Engineering Principles (M/618/6101): This course is worth 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.

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a PreU Award from SIMI Swiss if taken independently.

  • View details on Learning Outcomes, Topics, and Suggested Readings HERE.

2. Design Technology (T/618/6102): This course is worth 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.

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a PreU Award from SIMI Swiss if taken independently.

  • View details on Learning Outcomes, Topics, and Suggested Readings HERE.

3. Electricity (A/618/6103): This course is worth 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.

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a PreU Award from SIMI Swiss if taken independently.

  • View details on Learning Outcomes, Topics, and Suggested Readings HERE.

4. Mechanics (F/618/6104): This course is worth 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.

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a PreU Award from SIMI Swiss if taken independently.

  • View details on Learning Outcomes, Topics, and Suggested Readings HERE.

5. Introducing Statistics (J/618/6105): This course is worth 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.

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a PreU Award from SIMI Swiss if taken independently.

  • View details on Learning Outcomes, Topics, and Suggested Readings HERE.

6. Mathematics (L/618/6106): This course is worth 10 UK Credits/5 ECTS Credits.

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

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a PreU Award from SIMI Swiss if taken independently.

  • View details on Learning Outcomes, Topics, and Suggested Readings HERE.

Assignments:

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

Method of Learning

The qualification is designed to be delivered over 6 academic months for full-time study, but it also offers a flexible model to accommodate part-time and distance learning options.

The qualification is delivered in the following modes:

1. On-campus Mode in Switzerland

    • Blended Learning: Combines the benefits of traditional classroom instruction with the flexibility of online learning, allowing students to participate in in-person sessions on campus while also benefiting from digital resources such as online lectures, discussion forums, and virtual collaborative tools.
    • Full-time Learning: Involves attending campus-based classes on a set schedule, allowing for closer interaction with professors, peers, and industry professionals. Students also have the opportunity to participate in various extracurricular activities, internships, and on-campus events, providing them with a well-rounded experience.

Learn more about SIMI Campuses [HERE]

2. Off-campus Mode:

The program combines Live Classes with lecturers and local tutors (where applicable) for a hybrid learning experience.

    • Offering interactive, real-time engagement with instructors.
    • Local tutors provide additional guidance to help learners apply theoretical concepts to practical scenarios (please note that local tutors only apply where SIMI has a scientific partner).
    • Ideal for busy professionals seeking flexibility with personalized support.

Learn more about the overview of enrolling in online classes at SIMI Swiss [Video HERE]

Learn more about the effectiveness of SIMI Pedagogy [Video HERE]

3. Fully Online Mode:

The program is implemented using a combined automated training model that includes:

    • Optimized Online Learning System: Designed to enhance the self-study process.
    • Bite-Sized Lectures: Lessons are structured in short, manageable modules, enabling students to grasp the content immediately after completing each module.
    • Comprehensive Support System: 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

Admission Requirements for Level 3 Program:

  1. Age Requirement: Applicants must be at least 16 years old.
  2. Education: Completion of full secondary education is required.
  3. English Language Proficiency:
    • Applicants must demonstrate English language skills equivalent to:
      • IELTS: Overall score of 5.5, with Reading and Writing at 5.5.
      • CEFR: Level B2.
      • Pearson Test of English Academic (PTE Academic): Score of 51.

Academic Support

We understand that pursuing an accredited postgraduate program can be both exciting and challenging, especially for busy adult learners. To help you overcome these challenges, we’ve created the SIMI Swiss Supporting Systems, designed to guide you through any difficulties during your studies.

For a full overview of the support available, be sure to watch our informative videos, offering help at every stage of your academic journey. 

  • Explore the Academic Support System HERE
  • Watch the Video on Academic Support HERE

Earning & Learning Progression

Earn Dual Qualifications from UK & Switzerland

Upon completing program, students will receive:
  1. Level 3 Diploma in Engineering from Swiss Information and Management Institute
  2. OTHM Level 3 Diploma in Engineering [Refer to Sample Certificate below] - Qualification Number: 603/7030/0
Sample OTHM Level 3 Diploma:

Gain competencies

The program equips learners with key competencies, including:

  • Engineering Principles: Mastery of SI units, engineering calculations, and interpreting technical data for practical applications.
  • Design Technology: Proficiency in solving design challenges, selecting materials, and creating professional 2D CAD drawings.
  • Electricity: Understanding AC/DC circuit theory, electrical components, and power system protection for circuit design.
  • Mechanics: Analytical skills to understand object motion, energy conservation, and material behavior under forces.
  • Statistical Analysis: Ability to analyze data, create statistical diagrams, and calculate measures of central tendency and variability.
  • Mathematical Techniques: Competence in algebra, geometry, trigonometry, and calculus to solve complex engineering problems.
  • Problem-Solving: Application of technical knowledge to address real-world engineering challenges effectively.
  • Technology Integration: Familiarity with computer-aided design tools and modern engineering technologies.

Career Progression

A foundation in engineering opens doors to diverse pathways, including roles in design technology, mechanics, electricity, and engineering principles. With a focus on practical skills and essential knowledge, this program equips learners to meet the demands of the engineering sector or pursue advanced academic qualifications. As industries evolve and global standards rise, the need for skilled engineers remains strong, ensuring promising career prospects and professional growth.

"The program aligns with the Level 3 EQF competency framework, equivalent to 60 UK credits or 30 ECTS credits. It is recognized in most countries and territories, ensuring global acceptance and immediate employability."

Completing the Level 3 Foundation Diploma in Engineering qualifies learners for various entry-level positions in engineering and related industries, such as:

  • Engineering Technician: Assisting engineers in designing, developing, and testing products or systems.
  • CAD Technician: Creating 2D and 3D computer-aided design models for engineering projects.
  • Electrical Technician: Supporting the design and maintenance of electrical systems and circuits.
  • Mechanical Technician: Assisting in the development and testing of mechanical devices and equipment.
  • Quality Assurance Technician: Ensuring products meet engineering and industry standards.
  • Data Analyst (Engineering): Interpreting statistical data to optimize engineering processes and performance.
  • Project Support Officer: Assisting with planning and monitoring engineering projects.
  • Maintenance Technician: Performing maintenance and troubleshooting for machinery and systems.
  • Materials Testing Technician: Conducting tests on materials to ensure durability and compliance with specifications.

University progression

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

Supplemental resources and Level 3 Pro-Certified

1. Supply 06 courses mapped to National Occupational Standards

Beyond the comprehensive level 3 diploma in Engineering curriculum, students gain access to an additional 06 professional modules covering a wide range of specializations. This expanded knowledge base enables students to build on their classroom learning and directly apply it to their specific job roles and needs, offering valuable tools for professional growth.

Unlike other study materials, this interactive and exclusive set of resources, developed by SIMI Swiss, is specifically designed for self-study. The knowledge system, aligned with the National Occupational Standard, is divided into 06 knowledge groups, each further broken down into bite-sized lessons. This approach allows students to absorb content quickly and effectively, even when away from their computer or phone.

The 06 interactive courses that enhance knowledge and automatically accumulate 06 separate Level 3 Pro Certifications include:
  1. (Level 3) Engineering principles
  2. (Level 3) Design Technology 
  3. (Level 3) Electricity
  4. (Level 3) Mechanics
  5. (Level 3) Introducing statistics
  6. (Level 3) Mathematics

2. Supply 06 webinars mapped to National Occupational Standards

In addition to comprehensive lessons with built-in interactive activities and an exclusive self-study pedagogy, each knowledge module aligned with the National Occupational Standard includes instructional videos (webinars). SIMI Swiss students are provided with 06 video webinars corresponding to the 06 interactive modules, ensuring a well-rounded and complete learning experience.

The 06 video webinars include:
  1. Webinar - Engineering Principles: Learn foundational concepts in engineering and practical problem-solving techniques.
  2. Webinar - Design Technology: Explore innovative design approaches and develop 2D CAD drawing skills.
  3. Webinar - Electricity: Understand electrical components, circuit theory, and power system design.
  4. Webinar - Mechanics: Learn to analyze motion, energy, and forces in engineering systems.
  5. Webinar - Introducing Statistics: Master statistical concepts and tools to analyze and represent data effectively.
  6. Webinar - Mathematics: Apply algebra, geometry, and calculus to solve engineering challenges.

3. Earn 06 Level 3 Pro Certifications via automated testing

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 Pro Certifications. Each ProCert reflects Level 3 (Foundation Level), outlines the Learning Outcomes, and provides certification upon completion.

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

The 06 e-Foundation 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]

Program accreditations

You will get

1
Dual Qualifications
*Fully Accredited & Recognized qualification from SIMI & OTHM
2
06 Pro Recognized
*Receive 06 integrated Professional Recognition certifications in the program
3
Swiss Student Card
*The Swiss Student Card confirms official Swiss student status and eligibility with SIMI Swiss
4
Academic Support
*Academic support activities help international students overcome challenges and focus on their studies

FAQs for Level 3 EQF

What is Level 3 EQF?

Level 3 of the European Qualifications Framework (EQF) represents qualifications for learners who have acquired knowledge, skills, and competencies allowing them to perform tasks under supervision. It's considered an intermediate level, typically aligned with high school education, vocational training, or entry-level employment skills.

Key characteristics of Level 3 EQF:
  • Knowledge: Basic factual and theoretical knowledge in a specific field or work/study area.
  • Skills: Range of cognitive and practical skills that allow solving routine tasks and procedures using basic methods, tools, materials, and information.
  • Responsibility and Autonomy: Ability to take responsibility for completing tasks under direction and solve routine issues independently.

Level 3 qualifications are commonly used as a stepping stone for learners moving toward Level 4 (which often aligns with post-secondary or polytechnic training). These qualifications can vary by country but generally prepare learners for more specialized education or skilled work.

Awards, Certificates, and Diplomas at SIMI Swiss

At SIMI Swiss, we offer various levels of awards, certificates, and diplomas tailored to develop practical skills, knowledge, and understanding for employment. Each qualification is designed to meet specific career goals, with flexible options for direct entry into the workforce or continued study at higher levels.

Awards

Awards are concise programs that focus on essential skills and foundational knowledge. Available at various levels, they generally require 120 hours or less. Learners who complete an award may progress to a certificate or diploma program at a similar or higher level, depending on their professional aspirations.

Certificates

Certificates provide a broader learning experience than awards, with more in-depth study of a subject. These qualifications typically require 121 to 369 hours and are available across multiple levels. After earning a certificate, learners may choose to continue studying toward a diploma or pursue further higher education.

Diplomas

Diplomas are comprehensive programs that offer an extensive exploration of a subject, requiring 370 hours or more. Extended Diplomas, which involve at least 1,080 hours, allow learners to gain a deep and thorough understanding of their chosen field. Diplomas are available at different levels, making them suitable for both beginners and those looking to specialize.

Flexible Study Paths

SIMI Swiss provides flexible pathways for these qualifications, enabling learners to pursue them independently, in combination with other academic or vocational courses, or as part of structured programs like apprenticeships.

Qualification Size and Time Commitment

Each qualification follows the Regulated Qualifications Framework (RQF), with "Total Qualification Time" (TQT) guiding the estimated time needed to complete each course. TQT includes all aspects of study time, both with instructors and independently. One credit represents roughly 10 hours of study. For example, a qualification with 12 TQT credits would require approximately 120 hours to achieve.

Guided Learning Hours (GLH) are also used to specify time spent directly with instructors, which often affects program funding arrangements. This provides a clear expectation of the commitment required to succeed.

Understanding Qualification Titles and Duration

The titles of our programs—Award, Certificate, or Diploma—indicate the scope of study and approximate completion time:

  • Award: 1-12 credits (10-120 hours of study)
    • Example: Level 3 Award in Education and Training (12 credits, 120 hours)
  • Certificate: 13-36 credits (130-360 hours of study)
    • Example: Level 4 Certificate in Education and Training (36 credits, 360 hours)
  • Diploma: 37 or more credits (370+ hours of study)
    • Example: Level 5 Diploma in Teaching (120 credits, 1,200 hours)

These titles refer to the required study time, not the progression level, and allow learners to pursue awards, certificates, and diplomas at different levels within the same subject. This flexible approach helps meet varied career objectives and supports continuous professional growth.

Entry requirements of Level 3 Diploma from SIMI Swiss

To enrol in our Level 3 course, you must be at least 16 years old and have a full secondary education.

If you don’t have a full secondary education or the equivalent, you may also be able to enrol based on your work experience.

What is Level 3 EQF equivalent to?

Level 3 of the European Qualifications Framework (EQF) is roughly equivalent to qualifications typically associated with:

  • High School Diploma or GCSEs (General Certificate of Secondary Education) in the UK. Specifically, it corresponds to the level achieved around the age of 16 after completing foundational education, but before specialized advanced studies.
  • Secondary School Completion or Vocational Certificate in many European countries, marking the end of compulsory education or entry into a basic vocational or trade pathway.
  • Entry-Level Vocational Qualification or Apprenticeship: In some systems, Level 3 is equivalent to early-stage vocational certificates or apprenticeships that qualify learners for semi-skilled positions.
  • International Equivalent:
    • USA: Roughly equivalent to a High School Diploma or some early vocational certificates.
    • Australia: Comparable to Certificate III in the Australian Qualifications Framework (AQF).
    • Canada: Comparable to completion of high school or vocational certificates, depending on the province.

It represents qualifications for learners who have acquired the skills and knowledge to perform tasks under supervision, suitable for entry-level positions and further vocational or academic progression.

Is the Level 3 Diploma from SIMI Swiss accredited and recognized?

All programs offered by SIMI Swiss are recognized by awarding bodies regulated by Ofqual UK.Gov, such as OTHM, Qualifi, and ATHE. For more information, please refer to HERE.

Level 3 Diploma programs offer dual certification, ensuring that both the programs and diplomas are recognized in most countries and territories.

It is important to note that each country has its own specific regulations regarding diploma recognition, in addition to general guidelines. Therefore, SIMI Swiss encourage students to verify recognition information independently to protect their interests, especially given the variations in educational systems across different countries.

Can-Do Competencies of Level 3 EQF

At Level 3 of the European Qualifications Framework (EQF), a learner’s "can do" abilities include the following competencies:

  1. Apply Basic Knowledge in Specific Contexts: Can use basic factual and theoretical knowledge in a chosen field of study or work to understand and complete tasks.
  2. Perform Routine Tasks with Some Independence: Can handle familiar tasks using set procedures and tools, often under supervision, but with some autonomy.
  3. Solve Routine Problems: Can address straightforward issues and make decisions within clearly defined parameters, applying basic problem-solving techniques.
  4. Use Standard Tools and Methods: Able to work with standard tools, techniques, and materials to accomplish tasks, following established practices.
  5. Communicate Clearly and Effectively: Can communicate factual information clearly, relay instructions, and interact with colleagues or team members to carry out tasks.
  6. Take Responsibility for Completing Tasks: Can take responsibility for routine tasks within a structured framework and demonstrate reliability in completing assignments on time.
  7. Work in a Team Environment: Capable of working effectively as part of a team, understanding roles, and cooperating with others under guidance.
  8. Adapt to Minor Changes in Work Processes: Can adjust to small changes in procedures or tasks and can continue work with some guidance in new situations.

These competencies make a Level 3 learner suitable for entry-level roles where routine procedures are followed and prepare them for further learning or training at higher EQF levels.

Level 3 EQF Progression Pathways

The progression from Level 3 of the European Qualifications Framework (EQF) typically involves moving towards higher levels of education or training to gain more advanced skills, knowledge, and autonomy. Here’s an outline of the typical progression pathways from Level 3 EQF:

1. Move to Level 4 EQF:

  • Learners can progress to Level 4 qualifications, which often involve more in-depth theoretical knowledge and skills. At this level, learners gain more responsibility and autonomy and are prepared to handle complex tasks with less supervision. Level 4 qualifications are often aligned with post-secondary education, advanced vocational training, or specialized certifications.

2. Further Vocational Training:

  • Many learners use Level 3 as a foundation for further vocational training, where they gain specialized skills in trades or technical fields. This can lead to industry-recognized certifications or apprenticeships at Level 4, equipping them for roles requiring a higher level of skill.

3. Entry into the Workforce:

  • Level 3 prepares learners for entry-level roles, often in semi-skilled positions. After gaining some work experience, learners may advance within their field or pursue additional training and certifications to improve their qualifications.

4. Apprenticeships and Traineeships:

  • Level 3 qualifications often serve as a prerequisite for apprenticeships or traineeships in various fields, offering practical experience while learners continue to study and acquire skills at higher levels.

5. Transition to Specialized Programs:

  • Depending on the field, learners might transition to specific programs that require a Level 3 qualification as a starting point. This could include areas like healthcare support, technical trades, or administrative work.

6. Lifelong Learning and Upskilling:

  • Learners may also choose to engage in lifelong learning opportunities, taking additional courses to build on their Level 3 knowledge and broaden their skills, allowing for career flexibility and advancement.

The progression options from Level 3 EQF are designed to allow flexibility, enabling learners to tailor their educational and career pathways based on individual goals and regional education frameworks.

How to Transition from a Level 3 Diploma to a Bachelor’s Program?

Transitioning from a Level 3 diploma to a bachelor’s program often requires completing additional steps to bridge the academic gap. Here are common pathways to help students move from Level 3 to undergraduate studies:

1. Enroll in a Foundation or Access Program:

  • Many universities offer foundation or access programs specifically designed for students who do not meet the direct entry requirements for a bachelor’s degree. These programs typically last one year and focus on essential academic skills and subject knowledge to prepare for degree-level study.

2. Pursue a Level 4 Qualification:

  • Level 4 qualifications, such as a higher certificate, diploma, or other vocational qualifications, help build on Level 3 knowledge and skills. By completing a Level 4 qualification, students align more closely with the entry requirements of bachelor’s programs and may sometimes receive credits toward the degree.

3. Take a Bridging Course:

  • Some universities provide bridging courses that cover specific subjects or skills required for a bachelor’s program. These courses are often shorter than a foundation program and target key areas needed to prepare for undergraduate studies in a chosen field.

4. Apply for a Vocational Pathway Program:

  • Certain education systems offer vocational pathway programs where students progress from Level 3 to bachelor’s-level qualifications through structured vocational training. These pathways often include a mix of practical experience and academic coursework, leading to eligibility for a bachelor’s program.

5. Use Recognition of Prior Learning (RPL):

  • For students with work experience or relevant learning outside of formal education, Recognition of Prior Learning (RPL) can be an option. RPL assesses prior skills and knowledge to determine if they meet bachelor’s program entry requirements. RPL may lead to credits or partial fulfillment of admission requirements.

6. Choose a University that Offers Flexible Entry Options:

  • Some universities have flexible entry requirements and may consider applicants with Level 3 qualifications based on other factors like work experience, personal statements, and entrance exams. This approach varies by institution and may require additional evaluations.
Key Steps in the Transition Process:
  • Research Entry Requirements: Look into specific bachelor’s programs to understand their entry requirements and whether they offer foundation, bridging, or RPL options.
  • Seek Guidance from Admissions Advisors: Most universities have admissions advisors who can help clarify pathways and guide applicants through foundation or vocational programs.
  • Plan for Additional Study Time: Foundation and bridging programs may add an extra year to the study plan, so it’s essential to plan accordingly.

In summary, while a Level 3 diploma alone doesn’t usually meet bachelor’s entry standards, foundation programs, Level 4 qualifications, bridging courses, vocational pathways, or Recognition of Prior Learning can help students transition smoothly into undergraduate studies.

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