Level 4 – HNC in Building Services Engineering (Heating, Ventilation & Air Conditioning)
A BTEC Level 4 HNC in Building Services Engineering gives you the knowledge, understanding and skills that are need to prepare for the next step in your career with a widely recognised higher level qualification.
Course Code: | TBA |
Course Fee: | £2495 |
Format: | On-line |
Award: | BTEC Level 4 HNC in Building Services Engineering (Heating, Ventilation & Air Conditioning) |
Accreditation: | Pearson |
Duration: | Flexible – up to 32 months (or 36 months with bridging) |
Requirements: | UK Resident BTEC Level 3 in Engineering or Construction** |
HNC in Building Services (HVAC)
The Level 4 units lay the foundation of learning by providing a broad introduction to construction and building services engineering functions. This develops and strengthens core skills while preparing students for specialist subjects at Level 5 or to enter employment with the qualities necessary for job roles that require some personal responsibility. Students will gain a wide range of construction knowledge linked to practical skills gained through research, independent study, directed study and workplace scenarios. Students are involved in vocational activities that help them to develop behaviours (the attitudes and approaches required for a competence) and transferable skills. Transferable skills are those such as communication, teamwork, research and analysis, which are highly valued in higher education and in the workplace. By the end of Level 4, students will have sound knowledge of the basic concepts of construction. They will be competent in a range of subject-specific skills as well as in general skills and qualities relevant to key areas of construction. The course also provides:
- provide the core skills required for a range of careers in construction, specifically those related to management and operations
- an education pathway, progressing HNC (level 4) qualifications to HND (level 5) and degree (level 6)
- provides learners with a flexible choice of units so they can customise the course to best suit their needs.
This building services engineering 8 unit course offers a balanced programme of construction principles, and applications within building services HVAC field:
- Unit 1: Construction Design Project (Pearson-set)
- Unit 2: Construction Technology
- Unit 4: The Construction Environment
- Unit 5: Legal and Statutory Requirements in Construction
- Unit 6: Digital Applications for Construction Information
- Unit 8: Mathematics for Construction
- Unit 9: Principles of Heating, Ventilation and Air Conditioning
- Unit 22: Scientific Principles for Building Services
Each unit is further split into bite sized topics to make studying easier via our online Moodle education platform. You will be have 2 assessments for each unit. The above prices include the Pearson BTEC registration fee, but some units may require some equipment / materials (check individual units) for practical exercises
Entry Qualifications
Should be one of the following:
- BTEC Level-3 Eng/Construct. 6, 9 or 12 unit
- Appropriate NVQ Level-3 and Level-3 bridging units li>
- Appropriate STEM A/AS levels or equivalent
Normally we require at least 32 UCAS points. Students must also be a UK resident and non-native English should have a relevant qualification.
HNC Bridging Units
If you partially meet the level 3 requirements by having some existing level 3 qualifications or higher; level-3 bridging units for HNC will be required as part of your HNC programme.
Payment Options
To get started and enrolled please select payment choice (all prices include BTEC registration fee & VAT):
Full Payment: | £2495 single payment* | |
21 Month Payment Plan: | £135 deposit followed by 21 monthly payments of £135** | |
10 Month Payment Plan: | £240 deposit followed by 10 monthly payments of £240** |
* If you have completed your Level-3 course (6, 9, or 12 unit) with TECOL, your HNC fee will be reduced by £100 to £2395,. Amount will be refunded after full purchase.
** We will contact you with direct debit arrangements