BSIE Bachelor of Science in Industrial Engineering
BSIE students develop skills to design, improve, install and operate integrated systems of people, machines, materials, information and energy. This requires a broad background in mathematics, physical sciences and engineering science.
The curriculum includes both traditional areas of industrial engineering such as work analysis and design, human-machine systems, engineering economy and statistics, and contemporary areas such as simulation modeling, operations research, and quality management.
Free Bachelor of Science in Industrial Engineering Practice Test Online
The BSIE curriculum is a robust program that prepares students to work on integrated systems. Students learn to develop and manage complex production systems that convert raw materials into finished goods. They also gain an understanding of the organizational and societal impacts of technical decisions. The BSIE curriculum also incorporates oral and written communication skills through team projects and culminates in an industry sponsored senior design experience.
Besides the usual courses in math, physics and chemistry, the course of study includes specialized courses in work analysis and design, engineering statistics, computer utilization, operations research, industrial management, and quality control. This unique combination of disciplinary knowledge allows graduates to work in a variety of industries from manufacturing to healthcare to service.
The degree requires a total of 128 credit hours. The degree program offers a thesis and nonthesis option. Both options require 30 credits of coursework. Students who choose the thesis option will complete an approved 6 credit hour undergraduate research project or dissertation. Students must maintain a minimum grade point average of B in the major and in all courses taken to graduate.
Bachelor of Science in Industrial & Systems Engineering
Industrial engineering (IE) is concerned with the design, improvement and installation of integrated systems of people, machines, materials, information and energy. It draws upon specialized knowledge and skills in the mathematical, physical, social and economic sciences to analyze problems and develop solutions that meet human needs in economical ways without degrading the natural environment. It is a broad field with many career opportunities.
LU’s BSIE program includes traditional engineering courses in work design, human-machine systems, probability and statistics, and engineering economy, and more contemporary areas such as simulation modeling and sustainable design. Students also have the opportunity to gain experience through study abroad, undergraduate research and co-op/internships.
An IE bachelor’s degree offers you the flexibility to work in any industry, such as manufacturing, healthcare, transportation or service. You can even become a consultant or start your own business. In fact, IE professionals are the catalysts for productivity in organizations. They manage the combination of human and capital resources to produce goods and services with the highest standards of quality. They are consummate economic competitors, maximizing the use of resources while ensuring high levels of customer satisfaction.
Bachelor of Science in Industrial Engineering Jobs
BSIE students learn to design and analyze systems that integrate people, equipment, materials, information, and energy. They are big-picture problem solvers who improve productivity and eliminate waste. They also help companies meet customer expectations and regulatory requirements. Industrial engineers are in high demand, and earn a competitive salary.
Applicants for a BSIE degree must have excellent math, science, and computer skills. They should also have strong interpersonal communication and critical thinking skills. A BSIE graduate can work in several sectors of the economy, including health care and government agencies.
The curriculum includes a foundation of traditional engineering courses, such as human-machine systems, work measurement, engineering economics, applied probability and statistics, and quality assurance. It also covers contemporary topics, such as simulation modeling, engineering database systems, and logistical and supply chain management. The program is ABET accredited, which ensures that students will be ready for a career in the field. The ABET accreditation process is rigorous and includes the evaluation of student learning outcomes and academic performance. This is the highest level of accreditation available for programs in the fields of technology and engineering.
Bachelor of Science in Industrial Engineering Technology
Industrial engineering (IE) is concerned with the design, improvement and installation of integrated systems of people, materials, information, equipment and energy. It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering analysis and design. It is an interdisciplinary engineering discipline that is highly focused on human factors and includes elements of management.
The curriculum of the BSIE program is designed to prepare you for the challenges and opportunities of contemporary industrial engineering practice. Courses emphasize the application of modern tools, including computer modeling and simulation, logistics and distribution, human factor engineering, production planning and quality control.
The BSIE program requires students to receive satisfactory (“C-” or better) grades in all required courses. Students whose BSIE coursework is not of satisfactory academic standing may be removed from the major and/or excluded from the university. It is the student’s responsibility to keep up with the requirements of their major and to consult their undergraduate advisor regularly. Students who have been excluded from the major may not seek readmission to it until they have demonstrated that they are capable of maintaining good academic standing.
Bachelor of Science in Industrial Engineering in the Philippines
BSIE in the Philippines is a five-year course that equips students with the knowledge and skills needed to work in industrial settings. The program combines science, mathematics, and engineering sciences to provide students with an understanding of how to transform resources into useful goods and services. It also teaches them how to create efficient systems that integrate people, machines, materials, information, and energy.
The program aims to produce globally competitive graduates who are morally upright and socially responsible contributors to national development. Its curriculum is designed to hone the student’s critical thinking and analytical skills, while developing their overall personality. It includes courses in operations research, production systems, applied statistics and design of experiments.
The BSIE program in the Philippines is accredited by the Commission on Higher Education (CHED). The university has received many recognitions for its quality programs, including the Philippine Quality Award in 2016. In addition to its academic programs, HAU offers other support services from basic education to graduate school. It has also been recognized as a Center of Development by CHED.
Bachelor of Science in Industrial Engineering Management
BSIE students learn to apply a broad range of technical engineering principles and methods to manage production processes, services and systems. They also develop an understanding of the organizational and societal implications of their technical decisions. They sharpen their oral and written communication skills via several team projects throughout their undergraduate studies.
The program offers a foundation of traditional engineering courses such as work design, human-machine systems, probability and statistics, and engineering economy while focusing on contemporary areas such as simulation modeling, quality management, supply chain management, project management, and lean manufacturing. It also includes a two-semester capstone design experience. The BSIE degree prepares graduates for immediate employment as industrial engineers or for graduate level study in fields where a technical engineering background is useful. It can also serve as a valuable basis for careers in law or medicine, where a combination of technical and managerial skills is necessary.
Bachelor of Science in Industrial Engineering Salary
BSIE is the second largest program at Northwestern’s McCormick School of Engineering and Applied Science, graduating about 70 seniors each year. The department’s undergraduate and graduate students are among the most successful in the college, with many receiving competitive starting salaries from employers.
Industrial engineers determine the best way to use the basic factors of production — people, machines, materials, information equipment and energy — to make a product or provide a service. They are the bridge between management goals and operational performance, motivating people as well as determining what technology and systems should be used.
BSIE graduates are in high demand across the United States, with nearly limitless career opportunities and fast-paced professional growth. Armed with a broad skill set, they are improving the world in many ways, including shortening rollercoaster lines, streamlining operating rooms, managing global supply chains and solving logistics problems. Many also pursue graduate level work in areas that require a technical foundation, such as medicine or law. They can be found anywhere that complex processes are involved.
The curriculum of the BSIE program prepares students to design, improve and install integrated systems of people, materials, information, equipment and energy. It provides a strong foundation in mathematics, basic science and engineering sciences combined with a coordinated set of courses that are essential to professional industrial and systems engineering practice. Students are also introduced to modern manufacturing processes, engineering statistics, computer utilization, work analysis and design, operations research and quality systems.
The BSIE curriculum includes seminar-type lectures that introduce new topics in the field of industrial and systems engineering, as well as advanced topics on existing disciplines. These seminars are usually given by guest speakers from the industry and academe. They are held at various times throughout the year.
In addition to coursework, IE students complete an internship and a senior design project as part of their degree requirements. This work allows them to apply their skills in real-world environments and develop a broad understanding of the complexities of integrated systems. The BSIE curriculum also stresses the importance of ethical decision-making and the need to understand the social impacts of technical decisions.
Bachelor of Science in Industrial Engineering Questions and Answers
The duration of an industrial engineering program varies, but typically it is a four-year bachelor’s degree program.
A Bachelor of Science in Industrial Engineering (BSIE) is a degree program that prepares students to design, improve, and manage integrated systems involving people, machines, materials, information, and energy. The curriculum includes traditional and contemporary areas of industrial engineering, such as work analysis, human-machine systems, engineering statistics, simulation modeling, and quality management.
Becoming an industrial engineer usually requires completing a four-year bachelor’s degree program in industrial engineering.
With an industrial engineering degree, you can work in various industries, including manufacturing, healthcare, transportation, and services. Industrial engineers manage production processes, improve efficiency, and make decisions to optimize resources while ensuring quality and customer satisfaction.
Industrial engineering programs are offered by various universities and colleges. Some examples of universities offering industrial engineering programs include LU (Lamar University) and Northwestern’s McCormick School of Engineering and Applied Science.