Bachelor of Science in Industrial Engineering Technology (Online)
Bachelor of Science in Industrial Engineering Technology (Online)
Bachelor of Science in Industrial Engineering Technology (Online)
Program Highlights
The Bachelor of Science in Industrial Engineering Technology (BSIET) prepares students for leadership roles within the manufacturing sector. Graduates will apply Lean manufacturing principles, process improvement methodologies, industrial data analysis, problem-solving, and leadership skills to drive success in their careers.
Program Learning Outcome
Graduates will enter the workforce as leaders with a solid foundation in manufacturing, equipped to identify opportunities for improving production quality while reducing costs and lead times, all while ensuring safe and regulation-compliant work environments. They will apply quality inspection, quality assurance, and continuous process improvement methodologies to enhance manufacturing processes and operations. Graduates will also demonstrate the ability to lead teams, manage budgets, and oversee facilities effectively.
Program Duration
The academic year consists of three semesters: Fall (divided into two eight-week terms), Spring (divided into two eight-week terms), and Summer (divided into two six-week terms).
Level
Undergraduate
Anytime, Anywhere
Totally Online
Academic Calendar
| Semester | Class Start |
|---|---|
| Spring 2025 Term 1 | January 6, 2025 |
| Spring 2025 Term 2 | March 10, 2025 |
| Summer 2025 Term 1 | May 12, 2025 |
| Summer 2025 Term 2 | June 23, 2025 |
Admission Requirements
The following materials must be submitted:
- A completed application form.
- Official transcripts verifying graduation from an accredited high school or an acceptable score on the General Education Development (GED) exam
- Official transcripts from ALL post–secondary schools previously enrolled
- Letter of Recommendation
- English Proficiency Requirement:
- You can check the English Proficiency Exemption
- Test Score TOEFL iBT: 71
- Test Score IELTS: 6.1
Full-Time Student
A full-time student is enrolled in 12-18 credit hours.
Part-Time Student
A part-time student is enrolled in 3-11 credit hours.
Curriculum/Courses (120 Credit Hours)
General Requirements – 40 CH
- Communication (9 CH)
- Technical Communication (3 CH)
- Humanities Seminar (3 CH)
- Effective Speaking (3 CH)
- Social Sciences and Humanities (9 CH)
- Survey of Economics (3 CH)
- Principles of Psychology (3 CH)
- Humanities Elective (3) (3 CH)
- Mathematics and Science (22 CH)
- General Chemistry I (4 CH)
- Trigonometry (3 CH)
- Calculus I (4 CH)
- Statistics (3 CH)
- College Physics I (4 CH)
- College Physics II (4 CH)
Core Requirements – 80 CH
- Management/Leadership Requirements (12 CH)
- Leadership (3 CH)
- Facility Management (3 CH)
- Principles of Project Management (3 CH)
- Supply Chain Management (3 CH)
- Industrial Engineering Technology Core (39 CH)
- Business Analytics (3 CH)
- Using Programming to Solve Problems (3 CH)
- Basic Technical Drawing (3 CH)
- Environmental Health & Safety (3 CH)
- Electrical Fundamentals (3 CH)
- Statics & Strength of Materials (3 CH)
- Materials & Industrial Processes (3 CH)
- Innovations in Industrial Automation (3 CH)
- Quality Inspection Techniques & Tools (3 CH)
- Industrial Manufacturing & Assembly (3 CH)
- Quality Assurance (3 CH)
- Senior Capstone Proposal (3 CH)
- Senior Capstone Project (3 CH)
- Additional Program Requirements (29 CH)
- Business Concepts (3 CH)
- Professional Development & Strategies (1 CH)
- Business Spreadsheets (3 CH)
- Online Learning Orientation (1 CH)
- Free Electives (21) (21 CH)
Tuition Fees
- Initial Application Fees: $105.
- Study Tuition Fees: $299 per credit hour.
Finally, please fill out the following free application form to enable us to proceed with your application.
- For any additional information or help, please email [email protected].
Program Highlights
The Bachelor of Science in Industrial Engineering Technology (BSIET) prepares students for leadership roles within the manufacturing sector. Graduates will apply Lean manufacturing principles, process improvement methodologies, industrial data analysis, problem-solving, and leadership skills to drive success in their careers.
Program Learning Outcome
Graduates will enter the workforce as leaders with a solid foundation in manufacturing, equipped to identify opportunities for improving production quality while reducing costs and lead times, all while ensuring safe and regulation-compliant work environments. They will apply quality inspection, quality assurance, and continuous process improvement methodologies to enhance manufacturing processes and operations. Graduates will also demonstrate the ability to lead teams, manage budgets, and oversee facilities effectively.
Program Duration
The academic year consists of three semesters: Fall (divided into two eight-week terms), Spring (divided into two eight-week terms), and Summer (divided into two six-week terms).
Level
Undergraduate
Anytime, Anywhere
Totally Online
Academic Calendar
| Semester | Class Start |
|---|---|
| Spring 2025 Term 1 | January 6, 2025 |
| Spring 2025 Term 2 | March 10, 2025 |
| Summer 2025 Term 1 | May 12, 2025 |
| Summer 2025 Term 2 | June 23, 2025 |
Admission Requirements
The following materials must be submitted:
- A completed application form.
- Official transcripts verifying graduation from an accredited high school or an acceptable score on the General Education Development (GED) exam
- Official transcripts from ALL post–secondary schools previously enrolled
- Letter of Recommendation
- English Proficiency Requirement:
- You can check the English Proficiency Exemption
- Test Score TOEFL iBT: 71
- Test Score IELTS: 6.1
Full-Time Student
A full-time student is enrolled in 12-18 credit hours.
Part-Time Student
A part-time student is enrolled in 3-11 credit hours.
Curriculum/Courses (120 Credit Hours)
General Requirements – 40 CH
- Communication (9 CH)
- Technical Communication (3 CH)
- Humanities Seminar (3 CH)
- Effective Speaking (3 CH)
- Social Sciences and Humanities (9 CH)
- Survey of Economics (3 CH)
- Principles of Psychology (3 CH)
- Humanities Elective (3) (3 CH)
- Mathematics and Science (22 CH)
- General Chemistry I (4 CH)
- Trigonometry (3 CH)
- Calculus I (4 CH)
- Statistics (3 CH)
- College Physics I (4 CH)
- College Physics II (4 CH)
Core Requirements – 80 CH
- Management/Leadership Requirements (12 CH)
- Leadership (3 CH)
- Facility Management (3 CH)
- Principles of Project Management (3 CH)
- Supply Chain Management (3 CH)
- Industrial Engineering Technology Core (39 CH)
- Business Analytics (3 CH)
- Using Programming to Solve Problems (3 CH)
- Basic Technical Drawing (3 CH)
- Environmental Health & Safety (3 CH)
- Electrical Fundamentals (3 CH)
- Statics & Strength of Materials (3 CH)
- Materials & Industrial Processes (3 CH)
- Innovations in Industrial Automation (3 CH)
- Quality Inspection Techniques & Tools (3 CH)
- Industrial Manufacturing & Assembly (3 CH)
- Quality Assurance (3 CH)
- Senior Capstone Proposal (3 CH)
- Senior Capstone Project (3 CH)
- Additional Program Requirements (29 CH)
- Business Concepts (3 CH)
- Professional Development & Strategies (1 CH)
- Business Spreadsheets (3 CH)
- Online Learning Orientation (1 CH)
- Free Electives (21) (21 CH)
Tuition Fees
- Initial Application Fees: $105.
- Study Tuition Fees: $299 per credit hour.
Finally, please fill out the following free application form to enable us to proceed with your application.
- For any additional information or help, please email [email protected].
Program Highlights
The Bachelor of Science in Industrial Engineering Technology (BSIET) prepares students for leadership roles within the manufacturing sector. Graduates will apply Lean manufacturing principles, process improvement methodologies, industrial data analysis, problem-solving, and leadership skills to drive success in their careers.
Program Learning Outcome
Graduates will enter the workforce as leaders with a solid foundation in manufacturing, equipped to identify opportunities for improving production quality while reducing costs and lead times, all while ensuring safe and regulation-compliant work environments. They will apply quality inspection, quality assurance, and continuous process improvement methodologies to enhance manufacturing processes and operations. Graduates will also demonstrate the ability to lead teams, manage budgets, and oversee facilities effectively.
Program Duration
The academic year consists of three semesters: Fall (divided into two eight-week terms), Spring (divided into two eight-week terms), and Summer (divided into two six-week terms).
Level
Undergraduate
Anytime, Anywhere
Totally Online
Academic Calendar
| Semester | Class Start |
|---|---|
| Spring 2025 Term 1 | January 6, 2025 |
| Spring 2025 Term 2 | March 10, 2025 |
| Summer 2025 Term 1 | May 12, 2025 |
| Summer 2025 Term 2 | June 23, 2025 |
Admission Requirements
The following materials must be submitted:
- A completed application form.
- Official transcripts verifying graduation from an accredited high school or an acceptable score on the General Education Development (GED) exam
- Official transcripts from ALL post–secondary schools previously enrolled
- Letter of Recommendation
- English Proficiency Requirement:
- You can check the English Proficiency Exemption
- Test Score TOEFL iBT: 71
- Test Score IELTS: 6.1
Full-Time Student
A full-time student is enrolled in 12-18 credit hours.
Part-Time Student
A part-time student is enrolled in 3-11 credit hours.
Curriculum/Courses (120 Credit Hours)
General Requirements – 40 CH
- Communication (9 CH)
- Technical Communication (3 CH)
- Humanities Seminar (3 CH)
- Effective Speaking (3 CH)
- Social Sciences and Humanities (9 CH)
- Survey of Economics (3 CH)
- Principles of Psychology (3 CH)
- Humanities Elective (3) (3 CH)
- Mathematics and Science (22 CH)
- General Chemistry I (4 CH)
- Trigonometry (3 CH)
- Calculus I (4 CH)
- Statistics (3 CH)
- College Physics I (4 CH)
- College Physics II (4 CH)
Core Requirements – 80 CH
- Management/Leadership Requirements (12 CH)
- Leadership (3 CH)
- Facility Management (3 CH)
- Principles of Project Management (3 CH)
- Supply Chain Management (3 CH)
- Industrial Engineering Technology Core (39 CH)
- Business Analytics (3 CH)
- Using Programming to Solve Problems (3 CH)
- Basic Technical Drawing (3 CH)
- Environmental Health & Safety (3 CH)
- Electrical Fundamentals (3 CH)
- Statics & Strength of Materials (3 CH)
- Materials & Industrial Processes (3 CH)
- Innovations in Industrial Automation (3 CH)
- Quality Inspection Techniques & Tools (3 CH)
- Industrial Manufacturing & Assembly (3 CH)
- Quality Assurance (3 CH)
- Senior Capstone Proposal (3 CH)
- Senior Capstone Project (3 CH)
- Additional Program Requirements (29 CH)
- Business Concepts (3 CH)
- Professional Development & Strategies (1 CH)
- Business Spreadsheets (3 CH)
- Online Learning Orientation (1 CH)
- Free Electives (21) (21 CH)
Tuition Fees
- Initial Application Fees: $105.
- Study Tuition Fees: $299 per credit hour.
Finally, please fill out the following free application form to enable us to proceed with your application.
- For any additional information or help, please email [email protected].