Philadelphia Institute of Science and Technology

Infrastructure and Heavy Construction

Infrastructure construction is heavy construction, which includes infrastructure projects and large buildings. At PHILLY-TECH, students will learn to develop and repair different maintenance services for infrastructure such as bridges, dams, pipelines, road networks, ports, and railways.

PHILLY-TECH’S students will learn the general skills and application of national codes required in infrastructure construction. After graduation, students will be qualified to work in those different industries such as: highways, streets, and roads, bridges, mass transit, airports, and airways.

This program is designed to provide students with the knowledge and skills required to work in the field of heavy construction, infrastructure development, and civil engineering. Throughout the program, students will also receive training in soft skills such as communication, teamwork, and project management.

The curriculum will be regularly updated to keep up with evolving construction methods, materials, and industry standards. Graduates of this program will be prepared for careers in heavy construction, civil engineering, and infrastructure development.

Infrastructure and Heavy Construction

Diploma in Infrastructure and Heavy Construction Technician Program

Duration: about 1 to 2 years (4 to 8 Trimesters)

HCON 100: Introduction to Heavy Construction

  • Overview of heavy construction industry
  • Types of heavy construction projects
  • Role of heavy construction technicians

HCONS 100: Occupational Safety in Heavy Construction

  • Workplace safety regulations and practices
  • Personal protective equipment (PPE)
  • Recognizing and preventing construction hazards

HCONTE 100: Construction Tools and Equipment

  • Introduction to common heavy construction tools and equipment
  • Proper tool usage and safety
  • Equipment identification and selection

HCONM 100: Construction Materials

  • Types of construction materials used in heavy construction (concrete, steel, etc.)
  • Material properties and selection
  • Handling and storage of materials

HEQOP 100: Heavy Equipment Operation Basics

  • Basics of operating heavy equipment
  • Equipment controls and operation
  • Introduction to heavy equipment maintenance

CONEXC 100: Earthwork and Excavation

  • Techniques for earthmoving and excavation
  • Soil types and properties
  • Proper grading and compaction

CORCW 100: Concrete Work

  • Basics of concrete mixing and pouring
  • Formwork and reinforcing materials
  • Curing and finishing concrete surfaces

HCONSTR 100: Structural Construction

  • Building forms and molds
  • Structural framing and steel erection
  • Structural integrity and load-bearing considerations

CONRH 100: Road and Highway Construction

  • Road construction methods and materials
  • Roadway design and drainage
  • Paving and surfacing techniques

BRICUL 100: Bridges and Culverts

  • Bridge construction and design
  • Culvert installation and maintenance
  • Inspection and safety of bridges and culverts

WWWS 100: Water and Wastewater Systems

  • Water distribution and sewage systems
  • Installation and maintenance of pipes and treatment plants
  • Water quality and safety standards

HCONENV 100: Environmental Considerations

  • Environmental regulations and best practices
  • Erosion control and environmental impact assessment
  • Sustainable construction techniques

HCONQIN 100: Quality Control and Inspection

  • Quality assurance in construction
  • Inspection and testing procedures
  • Reporting and documentation

HCONSAF 100: Safety Management

  • Construction safety management and incident reporting
  • Compliance with industry safety standards
  • Emergency response and rescue techniques

HCONPM 100: Construction Project Management

  • Project planning and scheduling
  • Cost estimation and budgeting
  • Construction project documentation and management tools

HCONTES 100: Practical Training and Final Assessment

  • Hands-on experience in various construction projects
  • Final assessment and evaluation of practical skills

Successful completion of the program leads to the award of the Diploma in Infrastructure and Heavy Construction Technician.

Students have to contact the school administration if they want to take extra credits or transfer credits to pursue the Diploma Certificate or Associate of Applied Science (A.A.S.) Degree in their field of interest.  Students will select required number courses in each of the areas listed to meet general education requirements graduation for the A.A.S.  Some of these courses can be transferred directly from and to the university system and may be substituted for recommended courses on the outline.  Students should speak with an advisor before doing so these selective courses are required for all students.

  • Selected Communication Course (Choose two for Diploma or three for the Associate)

ENGL 100: Fundamentals of Speech

CPL    100: Career Planning  

CPL    101: Communications and Career Strategies

ENGL 101: Composition

ENGL 102: composition

  • Selected Mathematics Course (Choose two for Diploma or three for the Associate)

MATH 100:General Math

MATH 101:Intermediate Algebra

MATH 102:College Algebra

  • Selected Social Science Course (Choose two for Diploma or four for the Associate)

ECON 105:Leadership

ECON 101:Principles of Microeconomics I

ECON 102:Principles of Macroeconomics II

SOC    101:Introduction to Sociology

PSYC  101: Introduction to Psychology

HIST   101: History