Bachelor of Applied Science in Advanced Manufacturing and Design
Mount Vernon, USA
DURATION
2 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
Request application deadline
EARLIEST START DATE
Sep 2025
TUITION FEES
USD 273 / per credit
STUDY FORMAT
Distance Learning
Introduction
The Bachelor of Applied Science in Advanced Manufacturing and Design provides the skills and experience needed to advance careers in manufacturing across a broad range of industries in both technical and managerial roles. The curriculum is based on solving real-world workplace challenges related to production systems, automation, materials testing, safety, operations and project management, supply chain, quality control, technical communications, and sustainability. Participants will draw on past educational and work experience while also working to build advanced skills and knowledge in CAD/CAM, data analysis, and technical problem-solving.
Program Highlights
- The Bachelor of Applied Science Degree in Advanced Manufacturing and Design is a two-year, 90-credit career-orientated degree.
- Selective admissions program with a single Fall entry point.
- The program is structured to provide participants with a balance between in-person and asynchronous (independent) online courses.
- Participants attend in-person production labs once a week and complete additional coursework online, allowing attendees to balance their academic goals with other commitments.
- Participants work on developing solutions to real-world workplace challenges related to production systems, automation, materials testing, safety, and more.
- Applicants who have completed an associate's degree in manufacturing, a technical trade, engineering technology, or a closely related field or have earned 90+ credits of college coursework in a STEM-related program are well positioned to begin the program.
Admissions
Curriculum
Program Map
Program Maps are an integral part of the Planning Guide. Each Program Map includes a recommended quarterly sequence of courses for a full-time student to earn this degree within two years. The courses align with the appropriate number of credits to meet degree requirements and is designed to help you create an individualized, customized Educational Plan, required of all SVC students. Please consult with an SVC Advisor to schedule courses and develop your personal Educational Plan.
90 credits
First Year
Fall Quarter
-
- MANF 304 - Foundations of Advanced Manufacturing and Design Credits: (5)
- ENGR 316 - Applied Engineering Analysis for Manufacturing Credits: (5)
- PHYS 316 - Applied Strength of Materials for Manufacturing Credits: (5)
Total Credits: 15
Winter Quarter
-
- MANF 334 - Manufacturing Materials, Processes, and Systems Credits: (5)
- MGMT 316 - Operations Management for Manufacturing Credits: (5)
- MGMT 326 - Principles of Finance for Manufacturing Credits: (5)
Total Credits: 15
Spring Quarter
-
- MANF 354 - Industrial Safety Credits: (5)
- MANF 394 - Product Design and Development Credits: (5)
- MGMT 336 - Project Management for Manufacturing Credits: (5)
Total Credits: 15
Second Year
Fall Quarter
-
- MANF 424 - Toyota Production System Credits: (5)
- MANF 494 - Production Lab: Capstone I Credits: (5)
- MGMT 426 - Supply Chain Management for Manufacturing Credits: (5)
Total Credits: 15
Winter Quarter
-
- MANF 454 - Industrial Automation Credits: (5)
- MANF 495 - Production Lab: Capstone II Credits: (5)
- MGMT 456 - Statistical Quality Control for Manufacturing Credits: (5)
Total Credits: 15
Spring Quarter
-
- MANF 464 - Sustainable Manufacturing Credits: (5)
- MANF 496 - Production Lab: Capstone III Credits: (5)
- PHIL 440 - Ethics and the Manager Credits: (5)
Total Credits: 15
Program Outcome
Upon completion of the Bachelor of Applied Science in Advanced Manufacturing and Design program, students will be able to:
- Apply knowledge, techniques, skills and modern tools of mathematics, science, engineering, and technology to solve broadly-defined engineering problems appropriate to the discipline.
- Design systems, components, or processes meeting specified needs for broadly-defined engineering problems appropriate to the discipline.
- Apply written, oral, and graphical communication in broadly-defined technical and non-technical environments; and an ability to identify and use appropriate technical literature.
- Conduct standard tests, measurements, and experiments and to analyze and interpret the results to improve processes.
- Function effectively as a member as well as a leader on technical teams.
Program Tuition Fee
English Language Requirements
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