Advanced Diploma in M&E Engineering (Building) – Awarded by Avanta Academy
The Advanced Diploma in Mechanical and Electrical Engineering’ is a top-up programme for those who have successfully completed the ‘Diploma in Mechanical and Electrical Engineering’ course.
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Course Overview
The Advanced Diploma in Mechanical and Electrical Engineering’ is a top-up programme for those who have successfully completed the ‘Diploma in Mechanical and Electrical Engineering’ course. This programme’s aim is to educate students with key skills required for analysing, solving technical problems, and effective decision making.
This programme develops students to be competent Mechanical and Electrical Engineers or Coordinators by equipping them with the knowledge of Mechanical and Electrical Engineering concepts, methods, and essential tools & techniques.
The level of study enables learning growth in students, thus meeting the demands of today’s employers such as employability skills, innovation, and productivity. It is important to have thorough knowledge on the Mechanical and Electrical Engineering service core topics such as Fluid Mechanics, Dynamics of Machinery, Electrical Power, AC & DC Circuits and Distribution, Analytical Methods, Mechatronics, Safety and Risk Management.
Average Teacher to Student Ratio: 1:30
Duration
- 300 hours (No breaks between exams and modules)
- This full-time / part-time programme can be completed within 12 months
- Full-time: 5 day per week (3 hrs per day) / Part-time: 1 days per week (8 hrs per day) 1 Sunday (8 hrs class)
Schedule
- 09 Jul 2023 Intake
Modules
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Mode of Assessment
Entry Requirement
- Diploma in M&E Engineering (Building) (awarded by Avanta Academy) or other recognised Diploma from other institutions
- Minimum Grade E in any 3 GCE ‘A’ Level, including English and 2 Science subjects or equivalent; or
- Minimum C6 in any 3 GCE ‘O’ Level, including English and 2 Science subjects (Grade C6 and above) with 3 years’ working experience in the engineering field; or
- Working Experience: Matured candidate with other relevant certificate qualification with 5 years’ work experience.
All information is correct at the time of publishing. Avanta Academy reserves the right to make changes at any time without notice in its absolute discretion.
Lecturers
Devarajan Mohankumar (Part-Time)
Master of Science (Computer Integrated Manufacturing)
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Chaman Lal Maheshwari (Part-Time)
Master of Science (Communication Engineering)
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Eldhode Kallookkaran Abraham (Part-Time)
Bachelor of Engineering (Electronic and Electrical Engineering)
University of Sunderland, United Kingdom
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Jose Thomas Thayil Tijo (Part-Time)
Master of Science (Computer Integrated Manufacturing)
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Kum Aik Hwa (Part-Time)
Bachelor of Science in Facilities Management
Heriot-Watt University, United Kingdom
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Kumar Hitesh (Part-Time)
Masters of Science in Computer Control & Automation
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Mattakke Veedu Ragesh (Part-Time)
Master of Science (Computer Integrated Manufacturing)
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Mohamed Ismail Sujavudeen (Part-Time)
Bachelor of Engineering in Civil Engineering
University of Madras, India
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Muthusamy Rajasekar (Part-Time)
Bachelor of Engineering (Electronic Systems)
Edith Cowan University, Australia
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Rahul Dev (Part-Time)
Master of Science (Computer Control & Automation)
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Raja Velmurugan (Part-Time)
Masters of Science (Mechanics & Processing of Materials)
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Renganathan Muthuvel (Part-Time)
Bachelor of Science in Facilities Management
Heriot-Watt University, United Kingdom
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Seegalahalli Nethaji Prasath (Part-Time)
Master of Science in Computer Integrated Manufacturing
Nanyang Technological University, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Shanmugam Arangulavan (Part-Time)
Bachelor of Technology (Electronics Engineering)
National University of Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Thendral Suganya Thirugnanasambandam (Part-Time)
Master of Engineering in Multimedia Technology, Bachelor of Engineering in Electrical and Electronics Engineering
Anna University, India
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Computer Aided Design
- M&E Equipment
- Occupational Skills
- Project
Veena Venugopal (Part-Time)
Bachelor of Technology in Biotechnology
Anna University of Technology, Coimbatore, India
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Myat Khin (Part-Time)
Bachelor of Science in Construction Project Management
Heriot-Watt University, United Kingdom
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Tevin Vincent (Part-Time)
Bachelor of Engineering (Mechanical)
University of South Australia, Australia
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skills
- Project
Varatharajan Mathivanan (Part-Time)
Masters of Science (Enviornmental Engineering)
National University Singapore, Singapore
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skill
- Project
Durairaj Srinivasan (Part-Time)
Bachelor of Engineering (Mechanical)
Manonmaniam Sundaranar University, India
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skill
- Project
Nazeer Ahamed Hameed Ariff (Part-Time)
Master of Business Administration (Systems), University of Madras, India
Bachelor of Engineering (Electrical and Electronics Engineering), Anna University, India
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skill
- Project
George Basil (Part-Time)
Master of Science (Project Management), Nanyang Technological University, Singapore
Bachelor of Environmental and Occupational Health and Safety, The University of Newcastle, Australia
Modules Taught
- Fluid Mechanics
- AC & DC Circuit Analysis
- Strength of Materials
- Power
- Analytical Methods of Engineers
- Engineering Principles (M&E)
- Mechatronics Systems
- Safety and Risk Management
- M&E Equipment
- Occupational Skill
- Project
