Course Description
Pre-University Construction/Furniture Studies
Dunboyne College of Further Education
Our one-year course in Pre-University Construction/Furniture Studies provides students with the essential hands-on skills, technical knowledge and an understanding of the built environment. The course aims to provide students with the opportunity to develop essential knowledge and practical skills to work in the rapidly growing area of construction/furniture design/manufacture and renewable energy sectors.
A course in construction or carpentry opens doors to a wide variety of rewarding career paths within the construction and trades industry. Whether you’re interested in hands-on work or management roles, there are opportunities to develop your skills and grow within the sector.
The demand for skilled tradespeople continues to be strong, offering job security and opportunities for career advancement in both local and global markets. This comprehensive course combines theoretical learning with hands-on experience, preparing students for third level progression, entry to apprenticeships or direct entry into the workforce.
| Course Code | 5M5010 |
| College Name | Dunboyne College of Further Education |
| Course Category | Construction, Construction Technology |
| Course Type | Onsite |
| Course Qualification | Level 5 Certificate |
| Course Location | Dunboyne, Meath, Ireland |
| Course Duration | 1 year full time |
| Awarding Body | QQI |
| Entry Requirements | Leaving Cert or LCA Mature students of all backgrounds Other equivalent qualification |
| Career Path | Whether you are considering a career in construction, furniture design/manufacture, engineering or planning to further your studies at third level, this programme will equip you with the essential skills and practical knowledge for success. Graduates of this course will be well prepared to pursue higher education at level 7 and 8 in areas including teaching, construction management, furniture design/manufacture, environmental management, renewable energy, engineering, and architecture. As the demand for sustainable construction practices rises, there are increasing opportunities for those with expertise in eco-friendly building methods, energy efficient technologies and use of sustainable materials. |
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