Expected programme LEARNING OUTCOMES at each exit level

After successful completion of the Bachelor of Science in Industrial Engineering Management (BSc. IEM), the graduates are expected to have the following attributes:

Knowledge;

• A broad knowledge and understanding of the concepts and theories of Industrial Engineering Management functions.
• The ability to comprehend and apply knowledge of mathematics, science and engineering to engineering problems in the real organization environment.
• A broad knowledge on applying the theoretical knowledge in managing and supervising the industrial management and the related functions at entry level of management positions in an organization.
• A broad knowledge on the contemporary issues

Skills;

• A well developed engineering management skills in decision making and problem-solving via application of scientific methods, tools and techniques focusing on industrial engineering management aspects.
• Ability to use modern engineering techniques and computing tools necessary for engineering practices.
• The Able to design processes to make desired needs within the realistic constrains such as environmental, social, political, safety and manufacturer-ability in a sustainable manner.

Competencies;

• The Demonstrate ability to apply concepts and theories in solving real engineering problems.
• Demonstrate an understanding of engineering professional and ethical responsibility.
• Demonstrate ability to formulate and design processes so as to make appropriate decisions within the realistic constrains such as environmental, social, political, safety and manufacturer-ability in a sustainable manner.

The above learning outcomes are mainstreamed into the courses of the programme as specified in the learning outcomes of each course.

1. Programme Status (Full time/ Part time)
   Full time
2. Duration and Total Credits
   3 years
3. Mode of delivery ( face to face, mixed, out-reach, by distance, online, other)
   Face to face and industrial field studies
4. Location of the delivery
   Mzumbe University, Main Campus, Morogoro
5. Proposed intake numbers for each year in the next 4 yrs
   50 students
6. Entry Requirements

Direct entry Qualification

The applicants must hold at least two principal passes and one subsidiary in science subjects in the advanced Certificate of secondary education (ACSE). If none of these two principal and subsidiary is in advanced mathematics, then the applicant must have a subsidiary in basic applied mathematics at A-level. In addition the applicant must have a credit in basic mathematics or pass in additional mathematics in “O” Level.

Equivalent Entry qualification

Diploma in engineering with final score equivalent to second class grade point average (GPA) system

OR

Diploma in any scientific field whose content involves mathematics course and with final scores equivalent to second class grade point average (GPA) system

OR

Full Technician Certificate (FTC) in Engineering with at least an average score of C.

1. Nature of Practical Training/Field attached to programme where applicable (Refer to TCU PTF guide)

The BSc. Industrial Engineering Management (I.E.M) Degree students shall have a practical training in the First Semester of the year of their study. Besides, to equip the BSc. I.E.M students with adequate practical knowledge, the department of EMS has established a collaboration with six manufacturing industries located in Morogoro Region. In this collaboration, students will be visiting a selected organization in a week to learn what has been theoretically learnt during class sessions during that particular week. In this regard, the proposed collaborations will support the department with equipping students with actual and real world practical experience on various aspects in industrial engineering management. The potential industries that will be involved in this collaboration includes;

LEARNING OUTCOMES

After successful completion of the Bachelor of Science in Production and Operations Management (BSc. POM), the graduates are expected to have the following attributes:

Knowledge;

1. A broad knowledge and understanding of the concepts and theories of production and operations management functions.
2. The ability to comprehend and apply knowledge of mathematics, management science and materials technology to solving various problems at the organization.
3. A broad knowledge on applying the theoretical knowledge in managing and supervising the industrial operations and the related functions at first appointment in any organization.
4. A broad knowledge on the contemporary and cross cutting issues.

Skills;

1. A well developed production/operations management skills in decision making and problem-solving via application of scientific methods, tools and techniques focusing on production/operations management aspects.
2. Ability to use modern scientific techniques and computing tools necessary for optimization of various industrial processes e.g., materials, energy, water.
3. The Able to design processes to make desired needs within the realistic constrains such as environmental, social, political, safety and manufacturer-ability in a sustainable manner.

Competencies;

1. The Demonstrate ability to apply concepts and theories in solving real industrial production /operation problems.
2. Demonstrate an understanding of production/ operations management professional duties and ethical responsibility.
3. Demonstrate ability to formulate and design processes so as to make appropriate decisions within the realistic constrains such as environmental, social, political, safety and manufacturer-ability in a sustainable manner.

The above learning outcomes are mainstreamed into the courses of the programme as specified in the learning outcomes of each course.

PROGRAMME DURATION

This is a full-time Bachelors Degree programme that is delivered in three (3) Academic Years. Each academic year is further divided into two (2) Semesters, each of 17 weeks duration. Five Semesters are taught semesters whereas one semester is devoted wholly for field attachment especially the 1^st Semester of their third year of study.

PROGRAMME SPECIFIC ADMISSION REQUIREMENTS

To be able to produce graduates with the above needed quality the admission of good candidate is also very important. Applicants for this Degree programme should have already completed ACSEE or equivalent as described in general regulation of Mzumbe University. Specifically for this course applicants should be possessing good grades on the following for which knowledge in mathematics is compulsory.

Direct entry qualification

The applicant must hold at least two principal passes and one subsidiary in science subjects in the advanced certificate of secondary education (ACSE). If none of those two principal and subsidiary passes is in advanced mathematics, then the applicant must have a subsidiary in basic applied mathematics at A-level and a credit in basic Mathematics and “D” in additional mathematics at “O” level.

Equivalent Entry Qualification

Diploma in Engineering with final score equivalent to an Upper Second Class of Grade Point Average (GPA) system. OR

Full Technician Certificate (FTC) in Engineering with at least an average score of B

(c) Mature Age Entry Qualifications:

Applicant must meet the following conditions:

1. Must be 25 years of age or older in the year in which admission is sought and must have post secondary school work experience of not less than two (2) years.
2. Must have obtained at least three credit passes in their Ordinary Certificate of Secondary Education, two of which must be Mathematics and English.
3. Must have sat and passed the Mzumbe University mature age entry examination.