Industrial and Manufacturing Engineering (IME) – 2017/2018 Bylaws

About

The Industrial and Manufacturing Engineering (IME) program is concerned with the design, manufacturing, analysis, improvement, and installation of integrated systems of people, materials, information, equipment, energy and money. Those systems include products, manufacturing processes, production systems, service systems and government units and agencies.

The IME program includes two interconnected majors in Industrial Engineering and Manufacturing Engineering. Industrial Engineering concentrates on designing, installing, and improving procedures and systems for effective and efficient operation of enterprises in production, service and government systems. Manufacturing engineers transform raw materials, parts and subassemblies into intermediate and final products and systems. Manufacturing Engineering involves designing processes to make high-quality, functional and economical products; developing facilities for efficient production systems; and utilizing advanced manufacturing technologies. Industrial and Manufacturing engineers work closely together in designing, planning and using state-of-the-art technologies in the production of the highest quality products while assuring a competitive level of productivity and competitive cost.

The IME curriculum provides a broad foundation in all engineering disciplines and in depth exposure to the current ideas, models, and methods of industrial engineering as well as manufacturing processes with emphasis on machining and product development. It also includes the important component of humanities and social sciences to help students understand the societal implications of their work.

This program is the choice of people with the aptitude and interest for careers that blend technology and people, and for those who see themselves as entrepreneurs and leaders in their future communities.

Vision

The vision of the IME program is to be nationally, regionally and internationally recognized as a leader in engineering education, for its academic excellence, superior reputation and in active experimental learning system.

Mission

• Prepare the program students to be life-long learners.
• Provide the students with the values needed to be valued citizens.
• Train the students to be successful entrepreneurs.
• E-JUST Engineering Undergraduate Bylaws – August 2017 Page 46/ 160
• Equip the students with the needed knowledge and skills to be professional engineers in the field of industrial and manufacturing engineering.

Objectives

 The graduate of the program shall:

• Be able to apply knowledge of mathematics, science, and engineering in solving practical and industrial problems.
• Be able to apply the techniques, skills, and modern engineering tools necessary for engineering practice
• Have the capacity to design, manufacture and analyze, implement, and improve integrated systems that include people, materials, information, equipment, energy and money within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability.
• Have the professional skills and abilities needed to function on multidisciplinary teams and communicate effectively
• Embrace professional and ethical responsibilities and abide with related laws.
• Engaging and sustaining self and life-long learning.
• Have the ability to exercise leadership in multi-functional teams.
• Have the intellectual capacities needed to establish a sustainable business.

PROGRM OUTCOMES

General

• Be able to apply knowledge of mathematics, science, and engineering in solving practical and industrial problems.
• Be able to apply the techniques, skills, and modern engineering tools necessary for engineering practice
• Have the capacity to design, manufacture and analyze, implement, and improve integrated systems that include people, materials, information, equipment, energy and money within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability.
• Have the professional skills and abilities needed to function on multidisciplinary teams and communicate effectively
• Embrace professional and ethical responsibilities and abide with related laws.
• Engaging and sustaining self and life-long learning.
• Have the ability to exercise leadership in multi-functional teams.
• Have the intellectual capacities needed to establish a sustainable business.

Specialization outcomes (Industrial and Manufacturing)

• Apply the fundamental of manufacturing processes and economically select the most-up-to-date technology used by industry.
• Demonstrate the ability to design, manufacture, analyze, implement, and improve integrated systems that include people, materials, information, equipment and energy
• Assess and classify organizations: internal structure and management including human resources, financial resources and energy requirements.
• Adopt the key concepts of product and process quality and their importance in the production of goods and services.
• Solve a wide range of problems related to the analysis, design, and construction of production systems.
• Identify a range of solutions and critically evaluate and justify proposed design solutions.
• Apply the acquired skills in a service or industrial environment.
• Judge engineering decisions considering balanced costs, benefits, safety, quality, reliability, and environmental impact.
• Apply analytical techniques, numerical modeling and software packages in solving IME engineering problems.

PROGRAM COURSES

Common compulsory basic engineering courses for both Industrial Engineering and Manufacturing Engineering tracks.

IME 311	Seminar on IME
IME 312	Operations Research (1)
IME 313	Mechanical Design (1)
IME 314	Conventional Machining Processes
IME 315	Machining Workshop
IME 316	Production and Operations Management
IME 320	Project Based Learning on MTE
IME 321	Statistical Quality Control
IME 322	Metrology and Precision Engineering
IME 323	Precision Engineering Lab

INDUSTRIAL ENGINEERING TRACK

Compulsory Courses: (Each course weights 3 credit hours)

Industrial Engineering Track (Applied Engineering and Design):

Compulsory Courses: (Each course weights 3 Credit Hours)

IME 324	Mathematics (3)
IME 325	Ergonomics and Human Factors Engineering
IME 326	Ergonomics and Human Factors Laboratory
IME 411	Facility Layout and Material Handling
IME 412	Management Information Systems
IME 421	Supply Chain and Logistics Management
IME 423	Computer-Integrated Manufacturing (CIM)

Elective Courses: (Each course weights 3 Credit Hours)

Students have to select four courses from the following group subjecting to the prerequisite conditions

IME 431	Industrial Safety and Work Hygiene
IME 432	Statistical Design and Analysis of Experiments
IME 433	Product Design and Development
IME 441	Simulation Modeling and Analysis
IME 442	Operations Research (2)
IME 443	Work Design and Analysis
IME 444	Mathematics (4)
IME 445	Advanced Project Management
IME 451	Advanced Statistical Methods
IME 452	Inventory Management and Control
IME 453	Accounting and Finance for Engineers
IME 454	Strategic Management
IME 455	Total Quality Management
IME 456	Engineering Economic Analysis
IME 457	Macro and Microeconomics
IME 458	Marketing for Engineers
IME 459	Systems Engineering

Graduation Project: (10 Credit Hours)

IME 420 Graduation Project (1)

IME 500 Graduation Project (2)

MANUFACTURING ENGINEERING TRACK

Manufacturing Track (Applied Engineering and Design):

Compulsory Courses: (Each course weights 3 Credit Hours)

IME 327	Mechanical Design (2)
IME 328	Computer Numerical Control (CNC) of Machine Tools
IME 329	CNC Laboratory
IME 413	Non-Conventional Machining
IME 414	Mechanical Vibrations
IME 422	Theories of Material Removal
IME 423	Computer-Integrated Manufacturing (CIM)

Elective Courses: (Each course weights 3 Credit Hours)

Students have to select five courses from the following group subjecting to the prerequisite conditions

IME 431	Industrial Safety and Work Hygiene
IME 432	Statistical Design and Analysis of Experiments
IME 433	Product Design and Development
IME 471	Materials Selection
IME 472	Failure Analysis
IME 473	Destructive and Non-Destructive Testing
IME 474	Finite Elements Analysis
IME 475	Reverse Engineering and Rapid Prototyping
IME 481	Design of Jigs and Fixtures
IME 482	Abrasive Machining
IME 483	Machine Tool Dynamics
IME 484	Noise Measurement and Control
IME 485	Machine Condition Monitoring
IME 491	Metallic Materials
IME 492	Non-Metallic Materials
IME 493	Casting Processes
IME 494	Bulk-Deformation Processes
IME 495	Sheet-Metal-Forming Processes
IME 496	Joining Processes
IME 497	Plasticity

Graduation Project: (10 Credit Hours)

IME 420 Graduation Project (1)

IME 500 Graduation Project (2)