Higher Certificate in Engineering in Building Services Engineering

Faculty of Engineering & Science
Award Class
Awards
Higher Certificate in Eng
Programme Code CR_EBSEN_6 Mode of Delivery Full Time No. of Semesters 4
NFQ Level 6 Embedded Award Yes Programme Credits 120
Next Review Date
Review Type Date
Programmatic Review 01/06/2018
Department PROCESS, ENERGY & TRANSPORT ENGINEERING
 

Programme Outcomes

Upon successful completion of this programme the graduate will be able to demonstrate... :

# PO Domains Programme Learning Outcome
PO1 Knowledge - Breadth The graduate of this programme will demonstrate the ability to apply knowledge from a wide technical base encompassing mathematics, science, ICT, design, management and engineering practice in the solution of well-defined engineering technology problems.
PO2 Knowledge - Kind The graduate of this programme will demonstrate the ability to apply understanding of the fundamental concepts to the solution of well defined engineering technology problems .
PO3 Skill - Range The graduate of this programme will demonstrate the ability to use basic techniques, skills and modern computer-based engineering tools to contribute to the solution of building services technology problems..
PO4 Skill - Selectivity The graduate of this programme will demonstrate the ability to apply industry standard design techniques, codes of practice and regulations in the design of a system/ component/process to meet specified needs and to contribute to the assessment of the technical performance of the a system/component/process mechanical system.
PO5 Competence - Context The graduate of this programme will demonstrate the ability to recognise and contribute to the solution of common engineering technology problems in Building Services engineering.
PO6 Competence - Role The graduate of this programme will demonstrate the ability to work autonomously and as a member of a multidisciplinary team
PO7 Competence - Learning to Learn The graduate of this programme will demonstrate the ability to identify and address learning needs within a structured learning environment and an awareness of the need for continued professional development.
PO8 Competence - Insight The graduate of this programme will demonstrate an understanding of the responsibility of the engineering profession to society and the need for high ethical standards in all aspects of engineering practice.
 

Semester Schedules

Year 1 / Semester 1

Mandatory 
Code Title Module Coordinator Version Credits
CMOD6001 Creativity Innovation&Teamwork MARESE BERMINGHAM 3 5
ELEC6031 Electrical Principles 1 Michael J. O Mahony 2 5
MECH6001 Intro to Mechanical Services NIALL MORRIS 4 5
MECH6008 Introductory CAD NIALL MORRIS 4 5
MATH6014 Technological Mathematics 1 David Goulding 5 5
MECH6007 Thermofluids NIALL MORRIS 3 5

Year 1 / Semester 2

Mandatory 
Code Title Module Coordinator Version Credits
MANU6001 BS CAD Elec 1 NIALL MORRIS 3 5
MANU6002 CAD Mechanical Services NIALL MORRIS 4 5
COMP6014 ICT for Eng Techs Ted Scully 3 5
MECH6029 Mechanics NIALL MORRIS 2 5
MATH6015 Technological Mathematics 2 David Goulding 4 5
Elective 
Code Title Module Coordinator Version Credits
MECH6002 Building Services Processes Michael J. O Mahony 4 5
FREE6001 Free Choice Module PAUL GALLAGHER 3 5
 

Year 2 / Semester 1

Mandatory 
Code Title Module Coordinator Version Credits
ELEC6032 Electrical Principles 2 Michael J. O Mahony 1 5
MECH6023 Hydronic Systems Design NIALL MORRIS 2 5
MANU6008 Pipework Design NIALL MORRIS 3 5
MANU6007 Project Information Management NIALL MORRIS 2 5
MATH6040 Technological Mathematics 201 David Goulding 5 5
Elective 
Code Title Module Coordinator Version Credits
FREE6001 Free Choice Module PAUL GALLAGHER 3 5
MANU6006 REVIT Introduction Michael J. O Mahony 3 5

Year 2 / Semester 2

Mandatory 
Code Title Module Coordinator Version Credits
MANU6010 Building Services Project NIALL MORRIS 2 5
BULD6010 Construction Technology Michael J. O Mahony 3 5
MANU6009 HVAC Systems Michael J. O Mahony 3 5
STAT6010 Intro. to Probability & Stats David Goulding 1 5
BULD6009 Process Thermofluids NIALL MORRIS 3 5
ENVE6002 Wind Energy Systems 1 Michael J. O Mahony 1 5