Department of Industrial Management and Technology

This course bridges the gap between technical construction knowledge and the behavioral, ergonomic, and psychological aspects of safety management, and integrates construction methods with human factors, to provide students with a holistic understanding of risk, allowing students to anticipate and mitigate hazards from both engineering and human performance perspectives.

This course introduces the fundamentals of mechanical (HVAC), electrical, and plumbing systems (MEP) used in building construction. Emphasis is placed on interpreting construction documents, understanding system components, layout and coordination, energy efficiency, and relevant building codes and standards. Students will learn to collaborate with MEP subcontractors and manage MEP scopes effectively in the field. Prerequisites: Math 1314 or any university MATH course except MATH 1334, Math 1350, or MATH 1351.

This course introduces students to the legal principles and frameworks that govern the construction industry. Students will learn construction contracts, risk allocation, dispute resolution, professional liability, labor laws, and regulatory compliance. The course emphasizes real-world applications of construction law and legal best practices in managing projects, avoiding disputes, and protecting stakeholders.

This course introduces the principles, techniques, and equipment used in construction surveying. Students will learn to measure distances, angles, and elevations; use instruments such as total stations and levels; establish control points; perform site layout and stakeout; calculate earthwork quantities; and interpret maps and property descriptions. Prerequisite: Math 1314

This course covers production and inventory control in construction, including forecasting materials, just-in-time delivery, procurement, and warehouse management to support project schedules, cost control, and quality through practical case studies. Prerequisite: MATH 1324 Math for Bus and Econ 1 and CMGT 1318 Construction Methods and Human Factors in Construction

This course covers key concepts in construction risk management and occupational safety. Students learn to identify and manage risks, apply OSHA standards, develop safety plans, and implement accident prevention strategies to ensure safe and efficient construction operations. Prerequisite: CMGT 2346 Construction Law

This course introduces students to the properties, selection, and sustainable use of construction materials, including concrete, steel, wood, masonry, and composites. The course emphasizes safe and efficient material transportation and handling, covering logistics, equipment, storage, and safety practices. Prerequisite: CMGT 1318 Construction Methods and Human Factors in Construction

Principles of Operations Management in Construction focuses on planning, coordinating, and controlling daily construction activities. Key topics include resource management, labor and equipment use, workflow planning, productivity, safety, quality, and cost control. Emphasis is on productivity methods such as work measurement, time studies, workflow optimization, and performance monitoring to improve efficiency and support successful project delivery. Prerequisite: CMGT 3380 Construction Materials, Transportation of Materials, and Material Testing.

This course covers the fundamental principles and practices of construction project management with a focus on construction projects. Students will learn project planning, scheduling, budgeting, resource management, communication, risk assessment, and the use of project management software. Prerequisite: CMGT 3380 Construction Materials, Transportation of Materials, and Material Testing

This course explores the integration of construction data analytics with lean project delivery methods to improve efficiency and project outcomes. Students will learn to apply data-driven decision-making alongside lean techniques such as the Last Planner System (LPS), Value Stream Mapping (VSM), and Target Value Design (TVD). Through hands-on projects, learners will analyze construction workflows, identify waste, optimize scheduling, and enhance productivity using analytics tools and lean frameworks, enabling measurable improvements in cost, time, and quality. Prerequisites: BUAD 3355 Business Statistics (3) This course is a writing-intensive course.

This course involves planning and managing the construction of a project. Students integrate key aspects of construction management, including scheduling, budgeting, resource allocation, and safety. The course provides hands-on experience applying classroom knowledge to a real-world construction scenario, preparing students for professional practice. Prerequisite: CMGT 4360 Construction Project Management

This course covers advanced techniques and methodologies in cost estimating, particularly for construction management and engineering projects. The course builds on foundational cost estimating principles and introduces sophisticated approaches for accurate and reliable cost prediction. Prerequisite: CMGT 4360 Construction Project Management

An introduction to a variety of mechanical drafting applications and techniques, including orthographic projection, pictorials, geometric dimensioning and tolerancing in pencil and Computer Assisted Drafting and Design.

Fee: $5.00

Manufacturing processes of products using metal, plastic and wood. Laboratory experiences include projects related to machine tool operations, injection molding, thermoforming, CNC lathe and milling machining.

Fee: $5.00

Industrial applications of electricity and electronics, including passive components, power utilization, solid state devices and electronic production techniques. Prerequisites: MATH 1314.

Fee: $5.00

An introduction into measurement terms, concepts, and instruments along with characteristics and properties of basic materials used within industry. Laboratory experiences include contact and noncontact gaging and material testing. Prerequisites: CHEM 1405 or equivalent and PHYS 1375 or equivalent.

An introduction to OSHA?s general industry standards and an overview of the requirements of the more frequently referenced standards. Standards will be reinforced with laboratory exercises and related problems.

A survey of traditional and nontraditional manufacturing processes used in product development and production. Prerequisite: ITEN 1315.

Systems, instruments, and concepts utilized in the area of fluid power with emphasis on fundamental theories of operation, system design, component selection, maintenance and safety considerations. Includes an overview of fluid logic and electrical control circuits. Prerequisite: 3 SCH of PHYS counting toward degree.

Fee: $5.00

An introduction to the basic principles of energy and power transmission for industrial technologists and non-engineers. Prerequisite: 3 SCH of PHYS counting toward degree.

Planning, design and drafting of residential and commercial buildings. Prerequisite: ITEN 1311 or consent of instructor.

Fee: $5.00

Practical methods used in development of cost estimates in industrial management and technology, with emphasis on software used in the construction industry. Prerequisite: junior standing.

Systems, materials and equipment utilized in residential and commercial construction. Includes regulatory and economic analysis of construction projects.

Fee: $5.00

Planning, scheduling and monitoring of construction projects including development of critical path networks (CPM & PERT), GANTT bar charts and construction cost control and reporting practices. Prerequisite: credit or registration in ITEN 3323.

An introduction to industrial hygiene and recognition of industrial hazards. Prerequisite: ITEN 2330.

Industrial hazard evaluation and control methods, duties of safety professionals and government regulations. Prerequisites: ITEN 2330, credit in ITEN 3336 recommended.

Advanced graphics with an emphasis in 3D design and solid modeling. Prerequisite: credit or registration in ITEN 3300.

Planning and developing benchmarks for manufacturing operations; measuring, assessing, and enhancing productivity within industrial settings, including an overview of Lean Production concepts. Prerequisite: junior standing.

A holistic overview of manufacturing; design and solid modeling, robotics, CAD/CAM principles and tradition and nontraditional manufacturing concepts with an emphasis in design analysis and production enhancement. Prerequisites: ITEN 3306 and ITEN 3315 or ITEN 3345.

Study of fire prevention and hazardous substances. Hazard mitigation and containment polities will be reviewed. Prerequisites: CHEM 1405 or CHEM 1311/CHEM 1111.

Survey of career opportunities in construction, manufacturing, and oil field service through class discussion, field trips and independent research. Includes job hunting skills development, resume development, and mock interviews. Prerequisite: junior standing.

Supervision in industrial settings; ways and means to assess, motivate and train technical employees to help meet production goals and safety guidelines. Emphasis on the supervisor's functional and essential areas of knowledge, relations with others and personal development. Prerequisites: ITEN 3300 and ITEN 3331.

Methods used to ensure quality production through the measurement and maintenance of desired product characteristics in manufacturing processes. Prerequisite: MATH 1316 or equivalent.

Fee: $5.00

Study of management techniques to solve the unique problems associated with a construction project. Emphasis on the management of manpower, materials, money and machinery. Prerequisite: ITEN 3331 or equivalent.