Electrical and Computer Engineering Design 2

Electrical and Computer Engineering design principles. Electronic system design-and-build. Circuit design and simulation. Printed circuit board design. Embedded system programming/development, construction, and documentation. Novel product design, applying project management and market consideration elements. Individual on-paper design related to student's specialisation. Industry-based design systems. Documentation preparation.

15 points

ENEL200, ENCE260, ENEL270. Subject to approval of the Head of Department

ENEL350

Mechatronics System Design

Developing skills in the mechatronic design process. Design and selection of components common to mechatronic systems using engineering science taught in other courses. Application of modern tools and processes to mechatronic design. Developing engineering communication skills in the context of design.

30 points

ENMT201, or ENMT211 and ENMT221

ENMT302

Software Engineering Group Project

The Software Engineering group project gives students in-depth experience in developing software applications in groups. Participants work in groups to develop a complex real application. At the end of this course you will have practiced the skills required to be a Software Engineer in the real world, including gaining the required skills to be able to develop complex applications, dealing with vague (and often conflicting) customer requirements, working under pressure and being a valuable member of a software development team.

30 points

, SENG201 and COSC265 and approval by Head of Department.

SENG301

Mechanical Engineering Design

This course will cover more in-depth engineering design methods than ENME301 and cover procedures that are not included in the engineering science subjects. The subject matter will have a core mechanical design focus, with additional experience in calculation sets and drawing presentations. In particular, it covers fatigue in steel structures, the use of standards, pressure vessel design, and sustainability in manufacturing using Life Cycle Analysis (LCA). Overall students are brought to a level where they can undertake a substantial mechanical engineering design problem, in a methodical manner, and can produce a professional quality design report.

15 points

ENME301

ENME351, ENME362

Forest Management

Forest management as decision-making. Operations Research techniques for forest management. Information requirements for forest management planning. Stand level analysis. Forest estate level analysis. Integration of the forest estate with harvesting and marketing decisions. Human factors: role and style of leadership, communication, motivation, teamwork and problem solving.

30 points

ENFO316, FORE316-prior to 2011, FORE319, FORE320, ENFO491-prior to 2011.

Systems Engineering for a Changing Climate

Climate Change Adaptation and Mitigation. Infrastructure systems. Risk and resilience. Ethics and environmental justice. Systems analysis.

15 points

ENCN201 (for basics of engineering writing)

ENCN470

Process Engineering Design 2

This course introduces students to key concepts of process design, including the detailed design of unit operations. The course builds on the topics covered in the 2nd year and ENCH390 Process Design 1 and begins to explores how unit operations can interact to shift the overall optimal operating conditions away from, say, the conditions that optimise a reactor alone. The course also extends the process safety concepts introduced in ENCH295 to cover quantitative analysis techniques and provides an introduction to materials engineering for chemical engineers. An introduction to engineering materials is also provided to guide students to select proper materials for their process design and future applications. Considering that most industry relies on technology, and the world is in patent war, an introduction to intellectual property will be given.

15 points

ENCH291