Engineering Management: A Comprehensive Undergraduate Curriculum

Engineering Management is an interdisciplinary field that addresses the complexities of today's global business environment. An Engineering Management program develops engineering and business expertise, social awareness, and interpersonal communication skills. Students earn a Bachelor of Science in Engineering degree.

The Interdisciplinary Nature of Engineering Management

Engineering Management provides an interdisciplinary approach for addressing the complexities of today's world. Highly competitive global businesses require employees with a solid technical foundation, business expertise, an entrepreneurial mindset, and the leadership skills afforded by a broad liberal education. The Engineering Management program includes courses in engineering, business/entrepreneurship, science, mathematics, and the liberal arts.

Curriculum Components

A Bachelor of Science in Engineering Management curriculum typically comprises several key components designed to provide a well-rounded education. These components include core requirements, business concentrations, and engineering concentrations.

Core Requirements

The core requirements provide a foundation in essential subjects such as chemistry, economics, and mathematics. Examples of core courses include:

College Chemistry
Principles of Microeconomics
Technical Writing
Calculus I
Calculus II

In addition to these courses, general engineering courses such as Imagination, Ingenuity and Impact I & II and Engineering Economics are often included. Leading and Managing Projects are also a core component.

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Business Concentrations

Students typically choose between a general business concentration and an entrepreneurship concentration.

General Business Concentration

The general business concentration covers topics such as financial accounting, macroeconomics, marketing, management, and operations. Course examples include:

Introduction to Financial Accounting
Principles of Macroeconomics
Principles of Marketing
Introduction to Management & Leadership
Introduction to Operations and Supply Chain Management
Corporate Entrepreneurship
Entrepreneurship: New Ventures
Human Resource Management
Compensation Management
Negotiations and Conflict Management
Talent Acquisition and Development
Enterprise Systems
Logistics Management
Global Strategic Sourcing
Operations Planning and Scheduling
Quality Management Systems

Entrepreneurship Concentration

The entrepreneurship concentration focuses on developing an entrepreneurial mindset and skills necessary for creating new ventures. Course examples include:

Entrepreneurship Foundations
Entrepreneurial Immersion: From Idea to Opportunity (Startup Weekend)
Entrepreneurial Immersion: From Idea to Opportunity (Innovation Weekend)
Introduction to Entrepreneurship and Business Models
Entrepreneurial Value Creation and Capture
Entrepreneurial Mindset: Creativity and Organization
Social Entrepreneurship
Startup Entrepreneurship
Corporate Entrepreneurship
Creativity in Entrepreneurship
Entrepreneurship: New Ventures
Entrepreneurial Consulting

Engineering Concentrations

Students also select an engineering concentration to gain specialized knowledge in a particular area. Common concentrations include manufacturing, paper science and engineering, environmental engineering, and electronics and computing.

Manufacturing Concentration

This concentration focuses on product and process design. It requires the ability to plan the practices of manufacturing; to research and develop tools, manufacturing processes, machines, equipment, and control strategies; and to integrate the facilities and systems so that quality products can be produced at a competitive cost. Course examples include:

General Physics I & General Physics Laboratory I
General Physics II
Stochastic Modeling or Probability
Electric Circuit Analysis I
Linear Algebra and Differential Equations for Engineers
Applied Statistics or Statistics
Modeling and Design in Engineering
Static Modeling of Mechanical Systems
Engineering Materials
Manufacturing Processes
Product Design and Development
Measurements and Instrumentation
Mechanics of Materials
Advanced Manufacturing and Design
Quality Planning and Control
Manufacturing Automation
Machine and Tool Design
Senior Design Project

Paper Science and Engineering Concentration

This concentration provides a foundation in paper science and engineering while developing the technical knowledge, skills, and talents required to achieve practical solutions to challenges in the paper industry or for a company allied to the paper industry. Course examples include:

College Chemistry Laboratory
General Physics I
General Physics II
College Chemistry and College Chemistry Laboratory
Fundamentals of Organic Chemistry
Differential Equations for Engineers or Linear Algebra and Differential Equations for Engineers or Differential Equations
Applied Statistics or Statistics
Principles of Paper Science and Engineering
Pulp and Paper Physics
Mass and Energy Balances I
Statics and Mechanics of Materials or Static Modeling of Mechanical Systems
Pulp and Paper Chemistry
Transport Phenomena Laboratory
Transport Phenomena I
Engineering Thermodynamics
Papermaking
Engineering Product Design I
Engineering Product Design II
Special Topics in Paper and Chemical Engineering

Environmental Engineering Concentration

Course examples include:

College Chemistry Laboratory
General Physics I
General Physics II
College Chemistry and College Chemistry Laboratory
Fundamentals of Organic Chemistry
Differential Equations for Engineers or Linear Algebra and Differential Equations for Engineers or Differential Equations
Mass and Energy Balances I
Statics and Mechanics of Materials or Static Modeling of Mechanical Systems
Introduction to Environmental Engineering
Transport Phenomena Laboratory
Transport Phenomena I
Engineering Thermodynamics
Engineering Product Design I
Engineering Product Design II
Applied Statistics or Statistics
Industrial Environmental Control
Pollution Prevention in Environmental Management
Air Pollution Control
Sustainability Considerations in Design and Development

Electronics and Computing Concentration

This concentration provides a foundation in electrical and computer engineering while developing the skills necessary to manage the development of products, including computers and other electronic devices. Course examples include:

General Physics I and General Physics Laboratory I
General Physics II and General Physics Laboratory II
Fundamentals of Problem Solving and Programming
Electric Circuit Analysis I
Digital Systems Design
Electronics
Signals and Systems
Introduction to Probability, Statistics, and Random Processes or Applied Statistics or Statistics
Senior Design Project
Embedded Systems Design
Introduction to Linear Algebra or Elements of Discrete Mathematics
Differential Equations for Engineers or Linear Algebra and Differential Equations for Engineers or Differential Equations
Introduction to Software Engineering
Software Engineering for User Interface and User Experience Design
Web Application Programming
Object-Oriented Programming
Optimization Modeling
Data Abstraction and Data Structures
Systems I: Introduction to Systems Programming
Calculus III

Career Foundations

The Career Foundations course sequence is designed to equip students with the essential professional skills needed for lifelong career success. Students are required to take this course each semester.

Essential Skills and Competencies

Illinois Techâs undergraduate degree in engineering management curriculum offers students the opportunity to obtain skills and competencies that are highly relevant. The Bachelor of Science in Engineering Management degree uniquely positions students to make decisions concerning product process development in ways that combine technical, financial, marketing, human resources, and strategic considerations.

Technical Proficiency

A strong understanding of engineering principles and practices is fundamental. This includes knowledge of mathematics, science, and engineering design.

Business Acumen

Engineering managers need to understand business concepts such as finance, accounting, marketing, and operations management.

Leadership and Communication

Effective leadership and communication skills are essential for managing teams and projects. This includes interpersonal communication, negotiation, and conflict resolution.

Problem-Solving and Critical Thinking

Engineering managers must be able to analyze complex problems and develop creative solutions.

Project Management

The ability to plan, execute, and control projects is crucial for engineering managers.

Career Paths

A degree in engineering management can lead to many career paths. Upon graduating, youâll be equipped with the knowledge and hands-on experience for a variety of careers. You can pursue roles within industries such as manufacturing, high-tech, financial, medical, government and more. Common career paths include, but arenât limited to:

Compliance Manager
Construction Manager
Environmental Engineer
General Manager (GM)
IT Project Manager
Information Technology Manager (IT Manager)
Quality Control Manager
Regulatory Affairs Manager
Software Developer
Technical sales.

Admission Requirements

Admissions requirements ensure that incoming students are well-prepared and qualified to succeed in their chosen program.

Online Engineering Management Programs

University of Arkansas Granthamâs 100% online coursework is designed to help working adults build a successful education on their terms. Arizona State Universityâs Bachelor of Science in Engineering with a concentration in engineering management online offers specialized knowledge in engineering alongside a foundation of business techniques.

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