Programme Title
Advanced Diploma in Robotics, Drone Technology, Automation and Artificial Intelligence
Course Code

EE4-A09-23
Programme Includes:(Apprenticeship/ Placement or Internship)

Apprenticeship
MQF Level

Level 4
Type(refer to Appendix 1 for Parameters)

Qualification
Accreditation Status(Note: If the Type is Award or Qualification, therefore by default, the Accreditation Status should be Accredited)

Accredited via MCAST’s Self Accreditation Process (MCAST holds Self-Accrediting Status as per 1st schedule of Legal Notice 296/2012)
Mode of Delivery

Face to Face
Duration (hours or years)

2 Years
Total Number of Credits

120 ECTS
Total Learning Hours (25 Total Learning Hours for each ECTS)

3000 Hours
Target Audience

Ages 16 – 65
Target Group (the type of learners that the educational institution anticipates joining this programme)

Programme Fees

€8,500,00 (Applicable for Non-EU and Non-EEA Countries) – the fee mentioned here is indicative.  Please refer to www.mcast.edu.mt, as well as to MCAST’s MG2I International Section for any updated fees as well as terms of payments.
Date of Next Student Intake

2024-10-01
Language of Instruction

The official language of instruction at MCAST is English. All notes and textbooks are in English (except for language courses, which will be in the respective language being instructed). International candidates will be requested to meet English language certification requirements for access to the course.
Application Method

Applications to full-time courses are received online via the College Management Information System. Applicants can log-in using Maltese Electronic ID (eID) in order to access the MCAST Admissions Portal directly and create one’s own student account with the identity being verified electronically via this secure service.

Non-EID applicants need to request account creation though an online form after that they confirm that their local Identification Document does not come with an EID entitlement. . Once the identity is verified and the account is created on behalf of the applicant, one may proceed with the online application according to the same instructions applicable to all other applicants.

For more information about how to apply online for a course at MCAST, please visit: https://mcast.edu.mt/how-to-apply-online-2/

Information for Non-EU Citizens

Non-EU candidates require a study visa in order to travel to Malta and join the course applied for. For further information re study-visa please access https://www.identitymalta.com/unit/central-visa-unit/.
Address where the Programme will be Delivered

MCAST has four campuses as follows:

MCAST Main Campus
Triq Kordin,
Paola, Malta

All courses except for courses delivered by the Institute for the Creative Arts, the Centre of Agriculture, Aquatics and Animal Sciences and the Gozo Campus are offered at the Main Campus address (above).

Courses delivered by the Institute for the Creative Arts, the Centre of Agriculture, Aquatics and Animal Sciences, or the Gozo Campus, are offered in one of the following addresses as applicable:

Institute for the Creative Arts
Mosta Campus
Misraħ Għonoq Tarġa Gap,
Mosta

Institute of Applied Sciences
Centre of Agriculture, Aquatics and Animal Sciences,
Luqa Road, Qormi

Gozo Campus
J.F. De Chambray Street
MCAST, Għajnsielem
Gozo

In the case of courses delivered via Online Learning, students will be following the programme from their preferred location/address.

Programmes delivered via Blended Learning, and which therefore contain both an online and a face to face component shall be delivered as follows:

Face to Face components – as per above address instructions
Online components – from the student’s preferred address.

Course Description/Deskrizzjoni tal-Kors

English

This course presents learners with introductory knowledge about artificial intelligence and machine-learning techniques, followed by automation systems, robots and drone functionality. Learners will have the opportunity to use various AI hardware and software tools to control a range of input and output devices, apply various forms of signal conditioning, use embedded systems and apply communication standards. This course is designed in a way that supports learners in understanding the operating characteristics and concepts of drones, automation and robotic systems through hands-on experiments. Additionally, students are guided to develop the skills required to design, install, troubleshoot, maintain and programme such systems.



Malti

Dan il-kors jipprovdi lill-istudenti għarfien introduttorju dwar it-teknika tal-intelliġenza artifiċjali u machine learning, kif ukoll dwar sistemi ta’ awtomatizzazzjoni, robots u l-użu ta’ drones. L-istudenti jkollhom l-opportunità li jużaw apparat u softwer ta’ Intelliġenza Artifiċjali biex jikkontrollaw għażla ta’ input u output devices, japplikaw diversi tipi ta’ signal conditioning, jużaw embedded systems u japplikaw standards ta’ komunikazzjoni. Dan il-kors huwa mqassam b’tali mod li, permezz ta’ esperimenti prattiċi, jgħin lill-istudenti jifhmu l-karatteristiċi operazzjonali u l-kunċetti tad-drones, l-awtomatizzazzjoni u s-sistemi robotiċi. Barra minn hekk, l-istudenti jiġu megħjuna jiżviluppaw dawk il-ħiliet meħtieġa biex jiddisinjaw, jistallaw, jidentifikaw il-problemi, jagħmlu l-maintenance u jipprogrammaw sistemi bħal dawn.
Career Opportunities

Automation technician, Artificial intelligence technician, Autonomous vehicle technician, Technician in the manufacturing industry
Entry requirements(Refer to Programme Specification)

Any MCAST MQF Level 3 Diploma
or
4 SEC/O-Level/SSC&P (Level 3) passes
Compulsory: One subject from Engineering Technology or Design and Technology or Chemistry or Computing or Mathematics or Physics.
Programme Learning Outcomes (Refer to Programme Specification)

At the end of the programme the student is able to:
1. Program an industrial robotic, automation and drone system.
2. Recognise the purpose, functionality and need of a robotic, drone and automation system.
3. Construct and test analogue and digital electronic circuits to the required specification.
4. Apply and use 3D technologies for an engineering system.
5. Identify the basic principles of a mechatronic system.
Teaching, Learning and Assessment Procedures

The programmes offered are vocational in nature and entail both theoretical lectures delivered in classes as well as practical elements that are delivered in laboratories, workshops, salons, simulators as the module requirements dictate.

Each module or unit entails a number of in person and/or online contact learning hours that are delivered by the lecturer or tutor directly (See also section ‘Total Learning Hours).

Access to all resources is provided to all registered students. These include study resources in paper or electronic format through the Library and Resource Centre as well as tools, software, equipment and machinery that are provided by the respective institutes depending on the requirements of the course or module.

Students may however be required to provide consumable material for use during practical sessions and projects unless these are explicitly provided by the College.

All Units of study are assessed throughout the academic year through continuous assessment using a variety of assessment tools. Coursework tasks are exclusively based on the Learning Outcomes and Grading Criteria as prescribed in the course specification. The Learning Outcomes and Grading Criteria are communicated to the Student via the coursework documentation.

The method of assessment shall reflect the Level, credit points (ECTS) and the schedule of time-tabled/non-timetabled hours of learning of each study unit. A variety of assessment instruments, not solely Time Constrained Assignments/Exams, are used to gather and interpret evidence of Student competence toward pre-established grading criteria that are aligned to the learning outcomes of each unit of the programme of study.

Grading criteria are assessed through a number of tasks, each task being assigned a number of marks. The number of grading criteria is included in the respective Programme Specification.
The distribution of marks and assessment mode depends on the nature and objectives of the unit in question.

Coursework shall normally be completed during the semester in which the Unit is delivered.

Time-constrained assignments may be held between 8 am and 8 pm during the delivery period of a Unit, or at the end of the semester in which the Unit is completed. The dates are notified and published on the Institute notice boards or through other means of communication.

Certain circumstances (such as but not limited to the Covid 19 pandemic) may lead Institutes and Centres to hold teaching and assessment remotely (online) as per MCAST QA Policy and Standard for Online Teaching, Learning and Assessment (Doc 020) available via link https://www.mcast.edu.mt/college-documents/

The Programme Regulations pertaining to this Programme’s MQF/EQF level available at: link https://www.mcast.edu.mt/college-documents/, apply.

Grading System

All MCAST programmes adopt a Learner-centred approach through the focus on Learning Outcomes. The assessment of MCAST programmes is criterion-referenced and thus assessors are required to assess learners’ evidence against a pre-determined set of Learning Outcomes and Assessment Criteria.

For a student to be deemed to have successfully passed a unit, a minimum of 50% (grade D) must be achieved.

All full time units are individually graded as follows:
A* (90-100)
A (80-89)
B (70-79)
C (60-69)
D (50-59)
Unsatisfactory work is graded as ‘U’.

Work-based learning units are graded on a Pass/Fail basis only.

Detailed information regarding the grading system may be found in the Programme Regulations pertaining to this programme’sMQF/EQF Level available at: link https://www.mcast.edu.mt/college-documents/

Contact details for Further Learning Opportunities

MCAST Career Guidance
Tel: 2398 7135/6
Email: career.guidance@mcast.edu.mt
Regulatory Body/ Competent Authority Contact Details (where applicable – in the case of a programme leading to Regulated Profession)

Download
Download PIT (Public Information Template) pdf here  
Download Abridged Course Spec pdf here  

Last updated: 2024-08-01