Faculty of Engineering and Natural Sciences / Mechatronics Engineering

Program Curriculum Map

Curriculum Courses

A = Advanced

D = Develop

I = Introduce

N = None

Graduates of the programs will be able to;

1. A sufficient amount of knowledge in mathematics, natural sciences, and mechatronics engineering; the ability to employ theoretical and practical knowledge in these fields for solving complex engineering problems.

2. The ability to define, formulate and solve complex problems in mechatronics engineering; the skill to choose and apply analysis and modeling techniques that are suited for that purpose.

3. The ability to design a complex system, process, apparatus, or product under realistic constraints and conditions in order to meet specific needs; to this end, the skill to apply modern design methods.

4. The ability to choose and utilize modern techniques that are needed to analyze and solve complex problems encountered in the applications of mechatronics engineering; the skill to employ information technologies efficiently.

5. The ability to design experiments, conduct experiments, collect data and analyze and discuss the results in order to study research topics that are peculiar to complex engineering problems and in mechatronics engineering.

6. The ability to study efficiently in intra and inter-disciplinary teams; the ability to work individually.

7. The ability to communicate effectively in oral or written forms; the knowledge of at least one foreign language; the abilities to efficiently write reports and understand written reports, to prepare design and production reports, to make efficient presentations, to provide guidance in a clear and understandable way.

Level of Course Unit / Semester	Course Code	Course Name	1	2	3	4	5	6	7
			Key Learning Outcomes
1 / 1	CMPE 130	Algorithms and Programming	I	I	N	I	N	N	N
1 / 1	ENG/E 179	English for Academic Purposes I	N	N	N	N	I	I	N
1 / 1	MATH 169	Calculus for Scientists and Engineers I	I	N	N	N	N	N	N
1 / 1	MECA 100	Introductions to Mechatronics	I	N	I	I	N	I	I
1 / 1	PHYS 101	Physics I	I	N	N	N	I	N	N
1 / 2	CHEM 101	Chemistry for Scientists and Engineers	I	I	N	N	N	N	N
1 / 2	CHEM 110	Chemistry Lab for Scientists and Engineers	I	I	N	N	I	N	N
1 / 2	ENG/E 180	English for Academic Purposes II	N	N	N	N	D	D	N
1 / 2	MATH 170	Calculus for Scientists and Engineers II	D	N	N	N	N	N	N
1 / 2	PHYS 102	Physics II	I	N	N	N	I	N	N
2 / 1	EEEN 201	Electrical and Electronic Circuits I	I	I	N	N	I	N	N
2 / 1	MATH 217	Linear Algebra	D	I	N	N	N	N	N
2 / 1	MATH 240	Probability and Statistics for Engineers and Scientists	D	N	N	N	N	N	N
2 / 1	MECA 211	Engineering Mechanics	D	D	N	N	N	N	N
2 / 1	MECA 241	Computer Tools for Mechatronics Engineering	I	I	D	D	N	D	D
2 / 2	EEEN 202	Electrical and Electronic Circuits II	D	D	N	N	D	N	N
2 / 2	IE 260	Engineering Economics Analysis	D	D	N	N	N	N	N
2 / 2	MATH 292	Differential Equations	A	I	N	N	N	N	N
2 / 2	MECA 202	Mathematical Modelling	D	I	N	N	N	N	N
2 / 2	MECA 205	Materials Science for Mechatronics Engineers	D	D	N	N	N	I	I
3 / 1	EEEN 321	Signals and Systems	D	D	N	N	N	N	N
3 / 1	ESEN 213	Thermodynamics for Engineers	D	D	N	N	N	N	N
3 / 1	MECA 200	Summer Practice I	N	N	N	N	N	N	D
3 / 1	MECA 311	Control Systems Design	D	D	D	D	N	N	N
3 / 1	MECA 321	Mechanics of Materials	A	A	A	A	N	A	A
3 / 2	MECA 314	Logic Systems and Microprocessors	D	D	D	A	A	D	D
3 / 2	MECA 324	Sensors and Actuators	D	D	D	N	N	N	N
3 / 2	MECA 332	Mechatronics Components Design	A	A	A	A	N	A	A
3 / 2	MECA 333	Motion Control Systems	A	A	A	A	N	N	N
4 / 1	MECA 300	Summer Practice II	N	N	N	N	N	N	A
4 / 1	MECA 401	Introduction to Robotic Systems	A	A	A	D	N	A	A
4 / 1	MECA 490	Design Principles in Mechatronics Engineering	N	N	N	N	N	A	A
4 / 1	MECA 491	Senior Design Project I	A	A	A	A	N	A	A
4 / 2	ENGR 400	Ethics in Engineering and Science	N	N	N	N	N	N	N
4 / 2	MECA 492	Senior Design Project II	A	A	A	A	N	A	A

Curriculum Electives