ALHOSN University Catalogue Global Knowledge with Local Vision ...
ALHOSN University Catalogue Global Knowledge with Local Vision ... ALHOSN University Catalogue Global Knowledge with Local Vision ...
contributor and sometimes in a leadership role [ABET (d)] PO-E: an ability to identify, formulate and solve engineering problems [ABET (e)] PO-F: an understanding of professional and ethical responsibility [ABET (f)] PO-G: an ability to communicate effectively with a wide range of audiences with written, oral and visual means within the context of mechanical engineering practice [ABET (g)] PO-H: the broad education necessary to understand the impact of engineering solutions in a global, economic, environmental, and societal context [ABET (h)] PO-I: a recognition of the need for, and an ability to engage in life-long learning [ABET (i)] PO-J: a knowledge of contemporary issues and an awareness of current best practices in mechanical engineering and a recognition of the need and an ability to engage in entrepreneurial activities [ABET (j, f, h, k)] PO-K: an ability to use the techniques, skills, and modern engineering tools necessary for engineering practice [ABET (k)] Overall perhaps the greatest single reason for studying mechanical engineering is that students become well prepared for employment in a very wide range of exciting industries including aerospace, automotive, chemical industry, computers, electronics, fossil and nuclear power, manufacturing, pharmaceuticals, robotics, and textiles. Mechanical engineers find employment in eight broad classifications within the field: research, development, design, testing and evaluation, production and manufacturing, operation and maintenance, marketing and sales, and administration. The breadth of the mechanical engineering program also provides for greater mobility for career shifts later in life. Program Outlook The mechanical engineering curriculum is a four-year program (133 credit hours course work plus a compulsory internship/industrial training of two credit hours) leading to a Bachelor of Science Mechanical Engineering; many courses have a hands-on laboratory component. This undergraduate program combines a broad-based education in the engineering sciences (mechanics, materials, fluid and thermal sciences, systems, and control) with a strong grounding in quantitative, problem-solving, design, and communications skills. By emphasizing both analytical and creative methods, the program intends to give students the broad skills set they need to pursue their goals; whether that means working as engineers, founding a company, or continuing on to graduate studies and research. Many courses throughout the curriculum incorporate design projects into the classroom experience. After their junior year, students participate in a summer internship program that requires them to work in an engineering environment for no less than four weeks (full-time) or equivalent. Before graduation, all students complete a yearlong (2 terms) senior design project plus an internship. The mechanical engineering is built to help students develop independence, creative talent, and leadership, as well as the capability for continuing professional growth. Following is a broad outlook of the 4-year program: Year 1: Students will be exposed to general education of university requirement courses in order for them to develop the aptitude for higher education. Specifically, they will be involved in calculus I and II, engineering chemistry, waves, optics and modern physics, engineering design and drawing, communication skills, scientific and technical writing, history of science, human rights in law and shari’ah and an exploratory engineering course; i.e. laboratory in engineering fundamentals. Year 2: Students will be engaged in a number of mathematics, physics, mechanics, and engineering courses. In particular, they will be involved in differential equations and linear algebra, calculus III, statistics, electromagnetism, electric circuits and devices, statics and dynamics, mechanics of materials, materials science, as well as engineering thermodynamics I, programming, and introduction to economics or introduction to entrepreneurship. Year 3: Students will begin to specialize in mechanical engineering. They will be exposed to the 114
following: manufacturing processes, fluid mechanics, machine design, engineering thermodynamics II, numerical analysis, systems dynamics and control, engineering economics and accounting, engineering management and marketing, an introductory course in nuclear engineering and two technical elective courses. Year 4: Students will complete their mechanical engineering requirements. They will be exposed to the following topics: kinematics and dynamics of mechanisms, heat and mass transfer, Islamic culture, ethics, and four more technical electives in the areas of instrumentation and control, thermofluid and energy, materials and manufacturing. The students will attend the internship program either during the summer leading to (or during) the fall of the fourth year. They will complete their curriculum with the capstone design projects I and II. Industrial Training/Internship The BSME degree includes a mandatory training/internship component of one summer semester at the end of the third year of the program (at least 4-week duration full-time or equivalent). This training provides practical on-the-job experience to compliment the university classroom studies. The training/internship is an integral component of the degree program. This work experience helps students develop an understanding of the industry that will need them in their professional capacity in the near future. It will allow students to see the transition between the classroom and the field and creates an aptitude so they can see the big picture of the industry that they will be required to serve and lead. The industrial training/internship program has the specific objective of providing students with the ability to function within the engineering community and the society at large and to lead the society in developing technologies that are environmentally sustainable and socially responsible. Through this program, students will acquire first-hand knowledge of the modus operandi of companies and ascertain the value of their theoretical knowledge when applied to real-world situations. This will create a unique opportunity for students to demonstrate their ability as a professional engineer and secure a track record before even graduating. Admission Requirements In addition to ALHOSN University general requirements the mechanical engineering program has explicit admissions and retention policies consistent with high quality undergraduate studies. As a new born program, the mechanical engineering program is committed to excellence and its goal is to attract motivated and up-to-the-challenge students to build a strong reputation. In particular, the grades achieved in math and sciences will be critical in granting admission on a competitive basis; with a minimum grade of 65% in math and sciences strictly required. Moreover candidate students will have to demonstrate their inclination/interest for science and engineering in an admission interview. Students with math and science grades at 60% level and demonstrated interest for the mechanical engineering profession could be accepted on probation for a period of one year. The students on probation must maintain a minimum of C (2.0) average during the probation period of one year in order to remove the probation status. Curriculum The Bachelor of mechanical engineering requires a minimum total of 135 Credit Hours (+ labs): 1. University General Requirements (21 credit hours): 15 credits of compulsory courses, and 6 credit hours of elective courses; 2. Faculty Requirements (35 credit hours): 35 credits of compulsory courses, and 0 credits of math/basic science selected elective courses; 3. Program Requirements (79 credit hours): 59 credits of compulsory courses, 18 credits of technical elective courses, and 2 credits for internship. The following table shows the courses according to the semesters they are offered. 115
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following: manufacturing processes, fluid mechanics, machine design, engineering thermodynamics II,<br />
numerical analysis, systems dynamics and control, engineering economics and accounting, engineering<br />
management and marketing, an introductory course in nuclear engineering and two technical elective<br />
courses.<br />
Year 4: Students will complete their mechanical engineering requirements. They will be exposed to<br />
the following topics: kinematics and dynamics of mechanisms, heat and mass transfer, Islamic<br />
culture, ethics, and four more technical electives in the areas of instrumentation and control, thermofluid<br />
and energy, materials and manufacturing. The students will attend the internship program either<br />
during the summer leading to (or during) the fall of the fourth year. They will complete their<br />
curriculum <strong>with</strong> the capstone design projects I and II.<br />
Industrial Training/Internship<br />
The BSME degree includes a mandatory training/internship component of one summer semester at the<br />
end of the third year of the program (at least 4-week duration full-time or equivalent). This training<br />
provides practical on-the-job experience to compliment the university classroom studies. The<br />
training/internship is an integral component of the degree program. This work experience helps<br />
students develop an understanding of the industry that will need them in their professional capacity in<br />
the near future. It will allow students to see the transition between the classroom and the field and<br />
creates an aptitude so they can see the big picture of the industry that they will be required to serve<br />
and lead. The industrial training/internship program has the specific objective of providing students<br />
<strong>with</strong> the ability to function <strong>with</strong>in the engineering community and the society at large and to lead the<br />
society in developing technologies that are environmentally sustainable and socially responsible.<br />
Through this program, students will acquire first-hand knowledge of the modus operandi of companies<br />
and ascertain the value of their theoretical knowledge when applied to real-world situations. This will<br />
create a unique opportunity for students to demonstrate their ability as a professional engineer and<br />
secure a track record before even graduating.<br />
Admission Requirements<br />
In addition to <strong>ALHOSN</strong> <strong>University</strong> general requirements the mechanical engineering program has<br />
explicit admissions and retention policies consistent <strong>with</strong> high quality undergraduate studies. As a<br />
new born program, the mechanical engineering program is committed to excellence and its goal is to<br />
attract motivated and up-to-the-challenge students to build a strong reputation. In particular, the<br />
grades achieved in math and sciences will be critical in granting admission on a competitive basis;<br />
<strong>with</strong> a minimum grade of 65% in math and sciences strictly required. Moreover candidate students<br />
will have to demonstrate their inclination/interest for science and engineering in an admission<br />
interview.<br />
Students <strong>with</strong> math and science grades at 60% level and demonstrated interest for the mechanical<br />
engineering profession could be accepted on probation for a period of one year. The students on<br />
probation must maintain a minimum of C (2.0) average during the probation period of one year in<br />
order to remove the probation status.<br />
Curriculum<br />
The Bachelor of mechanical engineering requires a minimum total of 135 Credit Hours (+ labs):<br />
1. <strong>University</strong> General Requirements (21 credit hours):<br />
15 credits of compulsory courses, and 6 credit hours of elective courses;<br />
2. Faculty Requirements (35 credit hours):<br />
35 credits of compulsory courses, and 0 credits of math/basic science selected elective courses;<br />
3. Program Requirements (79 credit hours):<br />
59 credits of compulsory courses, 18 credits of technical elective courses, and 2 credits for internship.<br />
The following table shows the courses according to the semesters they are offered.<br />
115