A study of materials, techniques, and methods used in residential and light construction. Foundations, wood frame and masonry structural systems, interior and exterior finishes, residential electrical, plumbing, and mechanical systems are included. Also included are residential building code requirements.

A study of the materials, techniques, and methods used in non-residential construction. Foundations, structural frames, interior and exterior finishes, and specialties are included. Special attention is given toan introductory study of mechanical, electrical and conveying systems used in commercial buildings. Basic design of these systems and their major components is presented including: plumbing, HVAC, electrical power, lighting, alarm systems, elevators and other conveying systems.

Prerequisite: CM 3160

A study of the management of field operations and administration of the construction contract. Contract documents, project organization, supervision, working with owners and design professionals, control of cash flow, procurement, management of subcontractors, job records, contract changes and payment procedures are discussed.

Prerequisite: CM 3160, CM 3000

A study of techniques in the process of construction estimating, with an emphasis on development of the quantity survey. The completion of a specification takeoff and a quantity survey of commercial construction are required.

Prerequisite: CM 3410

The continued study of the estimating process emphasizing pricing the general contractor’s work, including estimating procedures, development of direct and indirect unit costs, evaluation of subcontractor bids, bidding strategy and bid opening. The completion of an estimate, bid submission, and development of a schedule of values are required. Also included is an introduction to conceptual estimating.

Prerequisite: CM 3000

A study of the management techniques used in controlling the time and cost of construction projects, including development of schedules and budgets, organization and presentation of project information, and updating and monitoring progress using critical path methodology. Development of a construction schedule and budget is required. Commonly used commercial software packages are introduced.

A study of construction safety and loss control principles and practices. Topics include project security control, construction accident prevention, safety information sources, weather precautions, emergency planning, and OSHA procedures and regulations.

Prerequisite: CM 4560

A study of Construction Contract Documents and Claims. Topics include: analyses of AIA B141, A101, A201, and contractual graphic and technical documents. Other supporting construction contract documents such as bid bonds, payment and performance bond and construction modifications are studied. The traditional tri-union construction contract formation process is examined in relation to the owner, contractor, material, men, and subcontractors. Discussions regarding damages for differing and unforeseen conditions, defective workmanship, and construction delay claims are surveyed in conjunction with AAA construction arbitration rules regarding emerging construction manager contracting processes.

A study of the materials, techniques, and methods used in non-residential construction. Foundations, structural frames, interior and exterior finishes, and specialties are included. Special attention is given to an introductory study of mechanical, electrical and conveying systems used in commercial buildings.  Basic design of these systems and their major components is presented including: plumbing, HVAC, electrical power, lighting, alarm systems, elevators and other conveying systems.

An overview of Land Development and planning including introduction to real property land development principles and processes. The roles of professionals involved in the process will be investigated. The relationship of land development to urban planning, community organization, housing, and economic land development will be explored.

An integrated theory and applications course which provides an exposition of theoretical principles associated with the site planning process, and then involves the students in hands-on application exercises. The inter-relationship between site planning decisions and their potential consequences will be demonstrated through practical exercises.

This course is intended to provide the student with an understanding of the market forces that shape real estate land development. The course will provide a familiarity of the principles and procedures employed in determining the feasibility of improvement of real property and with an elementary knowledge of the project appraisal process. Different tools and analysis techniques used in land development feasibility are the main focus of this course.

* May take course from electives category if needed knowledge and expertise in this area can be documented to satisfaction of CM department curriculum committee.

A study of the fundamentals of graphic language used by construction professionals, with an emphasis on developing skills in expressing concepts in visual form and in reading architectural and engineering construction documents.

Prerequisite: CM 2000

A study of materials, techniques, and methods used in residential and light construction. Foundations, wood frame and masonry structural systems, interior and exterior finishes, residential electrical, plumbing, and mechanical systems are included. Also included are residential building code requirements.

Prerequisites: CM 3160

A study of techniques in the process of construction estimating, with an emphasis on land development of the quantity survey. The completion of a specification takeoff and a quantity survey of commercial construction are required.

Prerequisite: CM 3410

A study of quantity take-off techniques and equipment productivity analysis necessary to land development. Small scale land development project budgeting will be analyzed from the developer viewpoint. Initial conceptual design budget is based on square foot or assembly pricing for the various construction systems and detailed estimate for the infrastructure costs including site work and utilities. Indirect costs associated with zoning, local codes, and ordinances, as well as soft cost associated with design and engineering will be discussed.

A study of the management techniques used in controlling the time and cost of construction projects, including land development of schedules and budgets, organization and presentation of project information, and updating and monitoring progress using critical path methodology. Land development of a construction schedule and budget is required. Commonly used commercial software packages are introduced.

Prerequisites: CM 4570

A continuation of CNST 4570 including application exercises in the eight stages of project land development that assist the developer/builder in the creation of the built environment. This course will include a study of the market forces affecting land development planing including land development demand, demographics, and location theories; and discussion of how the developer delivers the product to the consumer.

Prerequisite: CM 4570

An examination of real property law, elements of land ownership, title of land in Georgia, eminent domain questions, estates and interest in land, zoning and easements, tenant landlord law, real property contracts, deeds, covenants, title examination and closing transactions, and environmental regulations.

A study of mechanical and electrical system types, how they are built, and how they affect the construction project. Topics will include air conditioning, heating, plumbing, fire protection, electrical power, electrical lighting and building control materials and systems. The analysis of current construction drawings will be integrated into each topic.

Building mechanical, electrical, and plumbing loads and applicable codes.  Emphasis is placed on how they affect the construction process.  Topics will include air conditioning, heating, plumbing, fire protection, electrical power, electrical lighting and building control systems.  The analysis of current construction drawings will be integrated into each topic.

A continuation of the study of the estimating process emphasizing the specialty contractor portion of the construction project. Topics covered will include the estimating procedure, soft costs, using standard industry references and software, and bidding strategy. A current set of Mechanical, Plumbing, and Electrical plans will be estimated.

The course focuses on the design-build delivery method of construction projects starting with details of the process and how it differs from other project delivery methods. Topics will include building mechanical and electrical systems (A/C. heating, plumbing, electrical power, electrical lighting and building control) and how they are finalized and delivered in a design-build project. The analysis of current construction drawings also will be part of the course.

Prerequisite: CM 3180
The principles of construction project management applied to the LEED new building certification process. Emphasis will be placed on how LEED project certification influences the overall construction project. Topics will include LEED certification techniques for sustainable sites, water efficiency, energy & atmosphere, materials & resources, indoor environmental quality, innovation and design. The following MEP systems will be covered from a LEED perspective ventilation, air conditioning, heating, electrical lighting and building control systems. The student will study, and analyze how management and LEED techniques are applied to current construction projects.

A study of financial management for the contractor or owner as it relates to construction project management.   Topics include: cash flow, financial journals, income statement, balance sheet, completed contract method of viewing a construction project, and billing the project owner.  Financial ratio analysis using the construction industry as a benchmark and bid, performance, and payment bonding will be included.  Emphasis will be placed on using the financial data to make project management decisions that will increase project efficiency and profitability.

An introduction to the building codes used in the construction industry.  Emphasis is placed on the understanding of and practical implementation of code requirements.  Specific codes addressed in detail are the Standard Building Code and the Standard Fire Prevention Code, both with Georgia amendments.   An overview of relevant plumbing, mechanical, and electrical codes is given.

A study of the management techniques used in controlling the time and cost of construction projects, including development of schedules and budgets, organization and presentation of project information, and updating and monitoring progress using critical path methodology.  Development of a construction schedule and budget is required.  Commonly used commercial software packages are introduced.

A study of construction safety and loss control principles and practices.  Topics include project security control, construction accident prevention, safety information sources, weather precautions, emergency planning, and OSHA procedures and regulations.