Commercial Construction/ Courses
CON 120 —Construction Safety / Construction Drawings (Credits: 3 Lecture: 3 Lab: 0 Applied Lab: 0)
This course prepares students to apply OSHA safety standards and demonstrate proper use of PPE in commercial construction environments. Students will analyze job site hazards and evaluate safety procedures to promote workplace safety. Additionally, they will interpret construction drawings, identify symbols and notations, and apply drawing conventions to real-world scenarios. These integrated skills support critical thinking and problem-solving essential for safe and effective construction practices.
Effective: Fall 2026
CON 122 —Building Envelope (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
Students will learn layout and construction techniques for various foundation types and floor systems in commercial buildings. They will analyze soil conditions, load paths, and framing materials to evaluate structural integrity and code compliance. Hands-on labs reinforce plan interpretation and proper installation methods. The course also covers framing of load-bearing and non-load-bearing walls. Students will interpret framing plans, apply tools and materials, and assess wall systems for accuracy, safety, and compliance with building codes.
Effective: Fall 2026
CON 124 —Surveying for Technicians (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
Students will apply surveying techniques using levels, theodolites, and total stations to measure and map construction sites. They will analyze field data, interpret topographic maps, and evaluate site layout accuracy for commercial projects. Field exercises reinforce the ability to demonstrate precision and proper documentation.
Effective: Fall 2026
CON 126 —Project Scheduling/Time Management (Credits: 3 Lecture: 3 Lab: 0 Applied Lab: 0)
This course prepares students to apply scheduling tools and strategies to plan and manage construction projects effectively. Students will develop project timelines, allocate resources, and monitor progress using industry-standard software. Emphasis is placed on analyzing critical path methods, evaluating time management practices, and coordinating tasks within team environments to support successful project execution.
Effective: Fall 2026
CON 128 —Roofing Methods (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
Students will develop framing skills to construct a variety of commercial roof systems, including gable, hip, and flat roofs. They will analyze roof loads, truss configurations, and weatherproofing strategies, evaluating installations for quality, safety, and code compliance. Hands-on labs emphasize safe practices when working at heights and interpreting roof framing plans. The course also covers metal roofing systems such as standing seam and corrugated panels, with a focus on proper installation techniques, ventilation solutions, and adherence to manufacturer guidelines. Sustainable roofing practices are integrated throughout, encouraging the use of energy-efficient materials, environmentally responsible construction methods, and long-term durability in line with green building standards.
Effective: Fall 2026
CON 130 —Construction Methods (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
Students will develop skills in framing preparation, flashing, sealing, and alignment techniques for the installation of windows and doors in commercial construction. They will evaluate various window and door systems, hardware components, and common installation challenges to ensure optimal energy efficiency and weather resistance. Emphasis is placed on interpreting manufacturer specifications, applying industry standards, and ensuring code compliance through quality workmanship. In addition, students will gain hands-on experience with insulation and drywall installation using a range of materials and tools. They will assess thermal and acoustic performance, apply energy code requirements, and evaluate finish quality. Throughout the course, students will demonstrate safe work practices and professional standards. Sustainable construction principles are embedded throughout, encouraging environmentally responsible material choices and energy-conscious installation methods.
Effective: Fall 2026
CON 132 —Construction Codes and Contracts (Credits: 3 Lecture: 3 Lab: 0 Applied Lab: 0)
This course prepares students to analyze local, state, and national building codes and evaluate their impact on commercial construction planning and execution. Students will interpret zoning laws, permits, ADA regulations, and inspection procedures, and apply knowledge of construction contracts, legal responsibilities, and ethical standards. Through lecture and lab, students gain practical insight into how codes and contracts shape project outcomes and ensure regulatory compliance.
Effective: Fall 2026
CON 134 —Construction Business Principles (Credits: 3 Lecture: 3 Lab: 0 Applied Lab: 0)
This course provides an overview of the foundational concepts involved in running a construction-related business. Topics include budgeting, estimating, contracts, business structures, and basic accounting. Students will explore legal responsibilities, regulatory requirements, and strategies for customer relations, marketing, and workforce coordination. Teamwork, communication, and leadership are emphasized throughout. This course complements Project Scheduling and Time Management by focusing on the business and administrative aspects that support effective project execution.
Effective: Fall 2026
CON 136 —Summer Internship (Credits: 4 Lecture: 0 Lab: 0 Applied Lab: 0)
This course provides students with the opportunity to apply classroom knowledge and hands-on skills in real-world commercial construction settings. Students will demonstrate professionalism, safety awareness, and teamwork while working with licensed contractors or firms. Through daily task reflection and a final report, students will analyze their experiences, evaluate their performance, and reflect on learning outcomes to support continued growth and career readiness.
Effective: Fall 2026
CON 201 —Finish Flooring (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
This course prepares students to apply installation techniques for hardwood, tile, and polished concrete flooring in commercial settings. Students will analyze subfloor conditions, interpret layout plans, and evaluate material performance and finish quality. Emphasis is placed on precision, safety, and adherence to manufacturer specifications. In alignment with green building standards, students will assess sustainability and environmental impact, promoting the creation of energy-efficient, durable, and healthy indoor environments.
Effective: Fall 2026
CON 202 —Structural Steel Design and Connections (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
This course prepares students to apply principles of structural steel framing and demonstrate proper bolted and welded connection methods used in commercial construction. Students will analyze steel components, interpret structural drawings, and evaluate connections for strength, safety, and code compliance. Emphasis is placed on precision, integration with other building systems, and adherence to industry standards for safe and effective steel construction.
Effective: Fall 2026
CON 204 —Construction Materials (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
This advanced course builds on foundational knowledge of construction materials, focusing on their properties, applications, and performance in commercial projects. Students will evaluate structural and finishing materials—including wood, concrete, steel, masonry, and composites—for durability, sustainability, and code compliance. Emphasis is placed on material selection based on environmental conditions, cost, and project requirements. In alignment with green building standards, students will assess materials for environmental impact, recyclability, and energy efficiency. They will interpret technical specifications, analyze material compatibility, and apply quality control practices in hands-on lab settings, with a focus on supporting sustainable construction outcomes.
Effective: Fall 2026
CON 206 —Construction Estimating & Quantity Takeoffs (Credits: 3 Lecture: 3 Lab: 0 Applied Lab: 0)
Students will apply industry-standard estimating techniques to calculate material, labor, and equipment costs for commercial construction projects. They will interpret construction drawings, analyze project scopes, and evaluate cost data using professional software tools. Emphasis is placed on accuracy, cost-effectiveness, and understanding how estimates influence project planning and execution. In alignment with green building standards, students will also consider sustainable material options, energy-efficient systems, and waste reduction strategies in their estimates. The course encourages environmentally responsible decision-making by integrating life-cycle cost analysis and sustainable construction practices into the estimating process.
Effective: Fall 2026
CON 208 —Construction Management (Credits: 3 Lecture: 3 Lab: 0 Applied Lab: 0)
This course prepares students to apply project management principles to coordinate construction activities in commercial settings. Students will analyze schedules, budgets, and resource plans, and evaluate project progress using tools such as Gantt charts and critical path methods. Through lecture and lab, students will demonstrate leadership, communication, and documentation skills essential for managing teams and ensuring successful project execution.
Effective: Fall 2026
CON 210 —Mechanical and Electrical Systems (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
Students will apply knowledge of HVAC, plumbing, and electrical systems in commercial buildings. They will interpret MEP drawings, analyze system layouts and performance, and evaluate installations for energy efficiency and code compliance. Emphasis is placed on demonstrating integration of mechanical and electrical systems within the building envelope.
Effective: Fall 2026
CON 212 —Commercial Concrete (Credits: 3 Lecture: 2 Lab: 0 Applied Lab: 1)
Students will focus on the principles and practices of commercial concrete construction. Students will apply techniques for form work, reinforcement placement, concrete mixing, pouring, and finishing in commercial settings. They will analyze concrete properties, curing methods, and structural performance, while interpreting construction drawings and specifications. Emphasis is placed on safety, quality control, and compliance with building codes. Aligned with green building standards, the course integrates sustainable practices such as the use of recycled aggregates, low-carbon concrete mixes, and efficient water usage. Students will evaluate environmental impacts, explore innovative concrete technologies, and apply decision-making strategies that support long-term sustainability in commercial construction.
Effective: Spring 2027
© 2026 State Technical College of Missouri