Access to Higher Education Diploma (Engineering)

Modules

Module 1: Academic Writing Skills

Upon successful completion of this module, you will:

• Be able to structure a written response
• Be able to develop a structured response to a plan
• Be able to present the response appropriately for audience and purpose
• Understand how to apply academic writing principles to own work

Module 2: Reading and Note Making

Upon successful completion of this module, you will:

• Understand a range of reading strategies
• Understand the use of language in terms of the purpose and context of a range of texts
• Be able to use methods for developing notes from a range of sources

Module 3: The Structure of the Atom

Upon successful completion of this module, you will:

• Understand the structure and subatomic properties of atoms and isotopes
• Understand the orbital structure in atoms
• Be able to analyse ionisation energies and periodic trends

Module 4: Arrangement and Trends in the Periodic Table

Upon successful completion of this module, you will:

• Understand the structure and periodicity of the periodic table
• Understand ionisation energies and redox behaviour in the periodic table
• Be able to explain the reactions of Group 2 metals

Module 5: Principles of Mechanical Engineering

Upon successful completion of this module, you will:

• Be able to apply principles of motion and forces in mechanical systems
• Understand and apply momentum and energy principles
• Understand and apply thermodynamic principles to gases
• Understand the basic principles of kinetic theory of gases

Module 6: Hydrocarbons, Alkenes and Alkanes

Upon successful completion of this module, you will:

• Be able to analyse the impact of organic compounds
• Understand alkane structure and reactions
• Understand alkene structure and reactions

Module 7: Using Algebra

Upon successful completion of this module, you will:

• Understand the properties of sequences and series
• Be able to solve problems using logarithmic and exponential methods
• Be able to apply algebraic techniques involving surds and functions

Module 8: Trigonometric Functions, Ratios and Rules

Upon successful completion of this module, you will:

• Be able to use trigonometric functions and ratios
• Be able to solve problems using trigonometric rules and equations
• Understand how to represent trigonometric functions graphically

Module 9: Calculus

Upon successful completion of this module, you will:

• Know key principles of coordinate geometry of straight lines
• Be able to perform and apply differentiation on a simple function
• Be able to perform and apply integration

Module 10: Mathematical Principles Applied to Engineering

Upon successful completion of this module, you will:

• Be able to assess complex expressions and solve engineering problems using the laws of logarithms and indices
• Be able to use algebraic techniques to solve problems
• Understand how to solve engineering problems using a range of mathematical techniques

Module 11: Molarity and Chemical Change

Upon successful completion of this module, you will:

• Be able to calculate solution concentrations
• Understand enthalpy change
• Be able to analyse data to determine reaction order
• Understand chemical equilibrium

Module 12: Energy and Motion in Mechanical Science

Upon successful completion of this module, you will:

• Understand the principles of motion and their relationship to mechanical systems
• Be able to perform calculations involving linear and angular motion
• Be able to apply principles of forces and friction to solve problems
• Be able to perform calculations involving thermal energy and heat transfer 

Module 13: Engineering Calculus

Upon successful completion of this module, you will:

• Understand how differentiation techniques are used in engineering
• Be able to use calculus to solve engineering problems
• Be able to apply integration techniques

Module 14: Conducting a Design Project

Upon successful completion of this module, you will:

• Understand how to prepare a design specification for an engineered product, from a given design brief
• Be able to generate and evaluate alternative design concepts
• Be able to apply analytical methods to support design decisions 

Module 15: Algebraic and Trigonometric Techniques in Engineering

Upon successful completion of this module, you will:

• Be able to apply algebraic and series techniques in engineering applications
• Be able to use matrix algebra to solve simple technical problems
• Be able to use trigonometric techniques to analyse and solve problems
• Understand how to prove and manipulate trigonometric identities

In addition to the qualification units, you will also be required to complete a course induction which comprises of three short introductory tasks to support the development of your academic study skills.

Entry Requirements

To study an Access to HE Diploma you must be resident in the UK and have a UK postcode.

You must hold Level 2 qualifications in both English and Maths, or be working towards them alongside studying your Access to Higher Education Diploma.

University Entry Criteria

It must be reiterated that each university will set its own admission criteria. So, you must check with your desired institution if your Access to HE Diploma and other qualifications will be accepted. In many cases, to get started at university you will need: - A certain number of credits passed with a merit or a distinction grade - A face-to-face interview at the university - Literacy and numeracy assessments provided by the university - Course-related work placements or work experience - GCSE Grade C/4 or above in Maths and English (or equivalent Level 2 such as Functional Skills/Key Skills, etc.) It is your responsibility to check that your Access to HE Diploma will be accepted as part of these entry requirements for your chosen degree. learndirect will not be held accountable if completing this Access to Higher Education Diploma doesn’t secure you a position with a higher education institution.

Minimum age restriction

Access to HE Diplomas are designed to support students to progress to university who have substantial experience of life outside of formal education which they have gained since completing compulsory schooling.

Average completion timeframe

The average time it takes our learners to complete the course is 9-12 months.

Assessment requirements

A range of assessment methodologies are used, including: work book, essay, formula sheet, portfolio, series of questions, worksheet, academic writing skills tasks.

In addition to the qualification units, you will also be required to complete a course induction which comprises of three short introductory tasks to support the development of your academic study skills.

Exams required

There are no exams included in the assessment of the course.

Is Membership Required?

No membership is required to enrol on this course.

Additional requirements

Learners must be actively studying for a minimum of six months before results can be ratified and certificates ordered. The six month period does not start until you have completed and passed the course induction and you must be submitting assignments regularly (in line with the deadlines in your Individual Learning Plan) to meet this six month requirement. Certificates can only be issued once your course is paid for in full.

Certification Timeframe

You can expect to receive your certificate 12-16 weeks from your final assignment being marked and graded, depending on the time of year. You will be provided with regular updates throughout the certification process so that you are fully informed of your individual timeframes.

Course Fees

All course fees, inclusive of all payment plans including our Premium Credit Limited option, must be settled before certification can be ordered.

*You will have access to the course for 24 months.

Assessment

A range of units make up this qualification, with an assignment at the end of each. You will submit your work to your tutor for marking and tailored feedback. You must acquire 60 credits in total to achieve the Access to Higher Education Diploma (Engineering). 

Of these credits, 45 will be taken from graded units that focus on the academic subject areas included in the course. The remaining 15 come from ungraded units included to help you improve your academic writing and study skills.

In addition to the qualification units, you will also be required to complete a course induction which comprises of three short introductory tasks to support the development of your academic study skills.

As part of your programme, you will also receive help as well as guidance on your university application and the research you need to conduct.

Qualifications

Skills & Education Group Access

On successful completion of the Access to Higher Education Diploma (Engineering), (QAA ref = 40012852), you will receive a Skills & Education Group Access, QAA recognised, Access to Higher Education Diploma at Level 3. As part of your programme, you will also receive help as well as guidance on your university application and the research you need to do to get the most out of your diploma.

An access validating agency with a strong social purpose to recognise achievement, particularly for those who have benefited least from their previous educational experiences, Skills and Education Group Access supports the needs of learners, providers, businesses and communities by enabling progression into higher education.