This course will develop the core talent for the automated industrial environment. As factories move towards to fewer-humans and more robots, these graduates will be leading the charge to design, build, install, and maintain these cutting edge robots.
Course Overveiw
Get Qualified for the Cutting Edge of Hardware System Integration
This course will develop the core talent for the automated industrial environment. As factories move towards to fewer-humans and more robots, these graduates will be leading the charge to design, build, install, and maintain these cutting edge robots.
Covers a core electro-mechanical design curriculum
Hands on approach to complex-advanced topics
Become qualified for mid-level engineering roles
Designed for a huge range of industry from food to garments
Pick up skills and knowledge to advance your career
Boost your portfolio of work so you can impress future employers
Duration
Full-Time:12 months (5 days per week, 3 hours each)
Part-Time: 16 months (2 days per week, up to 3 hours each)
This course is the equivalent of the second half of a UK, three-year honours degree and includes 180 credits.
Module Titles:
Dynamics
Mechanics of Materials
Design and Electro-Mechanical Systems
Energy Technologies
Stress Analysis
Control Engineering
Integrated Electro-Mechanical Systems
Individual Project
Entry Requirement
Minimum Age: 20 years of age in the year of application
Minimum Academic Qualifications
Mature Candidates
At least 30 years of age and 8 years of working experience may be admitted on a case by case basis with a minimum of 10 years of formal education and certificates that is deemed equivalent by the Academic Board.
English Proficiency
Fee Structure
Part Time
Full Time
Note for International Students:
When applying through our international representatives, (i.e. Agents) students should NOT pay any course fees, admin fees, application fees, or other wise to the agents. All fees should be paid directly to the school, as indicated in your offer letter.
Career Opportunities
Control Automation Lead
Direct activities of an integrated hardware/software systems oriented products
Design and develop electronic and electro-mechanical equipment
Conduct feasibility studies on engineering proposals
Collect operational data and prepare customer application information
Select, develop, and evaluate personnel to ensure efficient operation of this function.
Mechatronic Engineer
Perform and accomplish research and development of prototype through to production
Apply latest technologies in new automation prototype and product development
Specify, develop, test, analyse, and improve the existing mechatronic system
Adopt current industry standards/methodology to work.
Salary Information2019 Auston Graduates from this course report an average monthly salary of $4750 after graduating. Glassdoor.sg reports that Mechanical Engineers earn about $50,790 annually as base salary and Mechatronic Engineers earn about $3,500 per month (Glassdoor.sg, 31 Mar 2021)
At Auston, we attract people who know where they are and what it takes to rise again. We go out and get what we want. It takes effort, blood, sweat, and sometimes tears. Only we, alone, can carve our own success.
Specialist Diplomas are designed for industry-new comers who want to break into technology-focused roles across a variety of manpower-heavy industries.
These courses are designed as both vocational as well as academic so that you can qualify for cool jobs as well as qualify for university entry.
With 7 in 10 Singaporean’s becoming degree holders in 2019 (ST, 2019) a bachelors degree is an essential part of landing a decent job.
Part Time degrees are a popular way of earning your degree so you can keep your full-time job and study in the evenings. See how an engineering or technical degree can change your life.
These are programmes designed to give you the essential knowledge to perform in industry, and also recognized as being equivalent to the first 1 to 2 years of university.
You’ll engage in a variety of deep technology topics, develop an extensive skill set build through hands-on sessions and problem based learning.
Our Mission
Our Vision
Mechanical engineering is an incredibly diverse field where people range from totally unqualified individuals to extremely qualified professionals.
As a manufacturing engineer, your role is to evaluate the manufacturing process in the company, identify challenges, present solutions and implement them. Some of the roles includes identifying the potential improvements in the assembly or manufacturing technology
Mechanical engineering is an incredibly diverse field where people range from totally unqualified individuals to extremely qualified professionals.
As a manufacturing engineer, your role is to evaluate the manufacturing process in the company, identify challenges, present solutions and implement them.
Mechanical engineering has been described as the ‘mother of all engineering’, thanks to its all-encompassing nature. Over the years, the study of mechanical engineering has grown from producing basic, functional products, to designing advanced, technology-based items that are smaller, smarter, ...
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