• DAVID TECHNICAL COLLEGE

    Welcome to  DAVID TECHNICAL COLLEGE.

     

    David Technical College is an innovative online institution dedicated to providing high-quality technical education and training. Here’s a detailed description of what the college offers:

    Overview

    David Technical College aims to equip students with the skills and knowledge necessary to thrive in various technical fields. The college embraces modern teaching methodologies, utilizing advanced technology to deliver a flexible and accessible learning experience.

    Programs Offered

    • Information Technology: Courses in programming, cybersecurity, and network management.
    • Engineering: Specialized programs in mechanical, electrical, and civil engineering.
    • Health Sciences: Training in nursing, medical coding, and healthcare administration.
    • Business Management: Focus on entrepreneurship, project management, and digital marketing.

    Learning Environment

    • Flexible Scheduling: Students can access course materials and lectures anytime, allowing them to balance their studies with personal and professional commitments.
    • Interactive Platforms: Engaging online classrooms featuring video lectures, discussion forums, and hands-on projects.
    • Personalized Support: Access to academic advisors, career services, and technical support to assist students throughout their journey.

    Faculty

    The faculty at David Technical College comprises experienced professionals and industry experts who are committed to student success. They provide mentorship and practical insights that enhance the learning experience.

    Community and Networking

    Students are encouraged to participate in virtual networking events, workshops, and online communities to build connections with peers and industry leaders.

    Accreditation and Recognition

    David Technical College is accredited by relevant educational authorities, ensuring that the programs meet high academic standards and that degrees are recognized by employers.

    Key Benefits

    • Affordability: Competitive tuition rates with various financial aid options available.
    • Career-Focused Curriculum: Programs designed to meet current industry demands, preparing students for immediate employment.

    This comprehensive approach to technical education makes David Technical College an excellent choice for those seeking to advance their careers in a rapidly evolving job market.

    Would you like more specific details about any particular program or aspect of the college?

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Available courses

CONSTRUCTION MATERIALS 1

Course Description: Construction Materials I (Building Technology)

Construction Materials I is an introductory course in building technology that focuses on the study of materials commonly used in building construction. The course provides students with fundamental knowledge about the properties, characteristics, uses, and performance of different construction materials.

The course introduces students to natural and manufactured materials used in building works, such as stone, timber, sand, cement, bricks, metals, and concrete. Students learn how the physical and mechanical properties of materials affect their suitability for different construction purposes.

Construction Materials I also emphasizes the selection, handling, storage, and proper use of materials to ensure durability, safety, and quality in construction projects. Students are introduced to basic material testing methods and quality control practices used to evaluate the strength and reliability of construction materials.

Through theoretical study and practical demonstrations, students develop the ability to identify construction materials, understand their properties, and apply them appropriately in building construction.

Course Objectives

By the end of the course, students should be able to:

  • Identify common construction materials used in buildings

  • Understand the properties and characteristics of building materials

  • Select appropriate materials for different construction works

  • Understand basic testing methods for materials

  • Apply proper handling and storage of construction materials

Key Topics Covered

  • Introduction to construction materials

  • Classification of building materials

  • Natural construction materials (stone, sand, timber)

  • Manufactured materials (bricks, cement, steel)

  • Properties of construction materials

  • Uses of materials in building construction

  • Storage and handling of materials

  • Basic material testing and quality control

TECHNICAL DRAWING

Course Description: Technical Drawing (Building Technology)

Technical Drawing is a fundamental course in building technology that introduces students to the principles and techniques used to produce accurate engineering and construction drawings. The course provides the basic skills required to communicate building designs and construction details through graphical representation.

The course focuses on the use of drawing instruments and materials, including drawing boards, T-squares, set squares, compasses, scales, and pencils. Students learn how to prepare clear and precise drawings using standard drawing practices and conventions used in the construction industry.

Technical Drawing also introduces students to drawing techniques such as lines, lettering, dimensioning, and scaling, which are essential for preparing professional building drawings. The course emphasizes the ability to interpret and produce simple building plans, elevations, sections, and detailed drawings.

Through practical drawing exercises, students develop skills in visualizing objects, presenting construction ideas graphically, and reading technical drawings used in building construction.

Course Objectives

By the end of the course, students should be able to:

  • Identify and use basic drawing instruments and materials

  • Apply standard drawing conventions and symbols

  • Produce accurate technical drawings

  • Interpret simple construction drawings

  • Apply proper dimensioning and scaling techniques

Key Topics Covered

  • Introduction to technical drawing

  • Drawing instruments and materials

  • Types of lines and lettering techniques

  • Scales and dimensioning

  • Geometric constructions

  • Orthographic projections

  • Building plans, elevations, and sections

  • Drawing conventions and symbols in construction

SURVEYING 1

Course Description: Surveying I (Building Technology)

Surveying I is an introductory course in building technology that focuses on the basic principles and techniques used to measure and map land for construction purposes. The course provides students with fundamental knowledge of how surveying is used to determine the position, boundaries, elevations, and dimensions of land and construction sites.

The course introduces students to basic surveying instruments and equipment, such as measuring tapes, levels, staffs, compasses, and ranging rods. Students learn how to use these instruments to carry out simple field measurements and record accurate data.

Surveying I also covers methods of measuring distances, angles, and elevations, which are essential for preparing site plans, setting out buildings, and ensuring that construction is done in the correct position and level. Emphasis is placed on fieldwork, accuracy in measurements, and proper recording of surveying data.

Through theoretical lessons and practical exercises, students develop the ability to perform simple surveys, interpret survey results, and apply surveying techniques in building construction projects.

Course Objectives

By the end of the course, students should be able to:

  • Understand the basic principles of land surveying

  • Identify and use common surveying instruments

  • Measure distances, angles, and elevations

  • Record and interpret survey data accurately

  • Apply surveying techniques in setting out building works

Key Topics Covered

  • Introduction to surveying

  • Importance of surveying in construction

  • Surveying instruments and equipment

  • Linear measurements

  • Chain surveying

  • Compass surveying

  • Levelling and determination of elevations

  • Field notes and recording data

  • Basic setting out for building construction

CONSTRUCTION PLANT

Course Description: Construction Plant I (Building Technology)

Construction Plant I is an introductory course in building technology that focuses on the types, functions, and basic operation of construction machinery and equipment used in building projects. The course provides students with knowledge of how construction plants improve efficiency, productivity, and safety on construction sites.

The course introduces students to the various types of construction equipment used for activities such as excavation, earth moving, lifting, mixing, transportation, and compaction of construction materials. Students learn about the working principles, uses, advantages, and limitations of common construction plants.

Construction Plant I also emphasizes the proper selection, handling, maintenance, and safety procedures associated with construction equipment. Students gain an understanding of how different machines are used at various stages of building construction, from site preparation and foundation works to structural construction.

Through theoretical lessons and practical demonstrations, students develop the ability to identify construction plants, understand their operations, and apply appropriate equipment in different construction tasks.

Course Objectives

By the end of the course, students should be able to:

  • Identify different construction plants and equipment used in building works

  • Explain the functions and working principles of construction machinery

  • Select appropriate equipment for specific construction activities

  • Understand basic maintenance and safety requirements of construction plants

  • Describe the role of machinery in improving construction efficiency

Key Topics Covered

  • Introduction to construction plant and equipment

  • Classification of construction machinery

  • Earthmoving equipment (excavators, bulldozers, graders)

  • Concrete production equipment (mixers, batching plants)

  • Material handling equipment (cranes, hoists, conveyors)

  • Compaction equipment (rollers, compactors)

  • Transportation equipment (dump trucks, wheelbarrows)

  • Equipment maintenance and servicing

  • Safety practices when operating construction plants

WORKSHOP TECHNOLOGY 1

Course Description: Workshop Technology I (Building Technology)

Workshop Technology I is an introductory practical course in building technology that focuses on the basic tools, equipment, materials, and workshop practices used in construction trades. The course aims to develop students’ practical skills and knowledge required for safe and efficient work in building workshops.

The course introduces students to different types of hand tools and basic machines used in building construction, particularly in trades such as carpentry, masonry, plumbing, and metalwork. Students learn the functions, proper handling, maintenance, and storage of workshop tools and equipment.

Emphasis is placed on workshop safety practices, including the correct use of personal protective equipment (PPE), safe handling of tools, and prevention of accidents in the workshop environment. Students also gain hands-on experience in basic workshop operations such as measuring, marking, cutting, shaping, assembling, and finishing materials.

Through practical exercises and demonstrations, the course helps students develop manual skills, accuracy, discipline, and good workmanship, which are essential for building construction work.

Course Objectives

By the end of the course, students should be able to:

  • Identify common workshop tools and equipment used in building trades

  • Demonstrate safe workshop practices and safety precautions

  • Use basic hand tools and simple machines correctly

  • Perform basic workshop operations and practical tasks

  • Maintain and store tools properly

Key Topics Covered

  • Introduction to workshop technology

  • Workshop safety rules and regulations

  • Personal protective equipment (PPE)

  • Identification and use of hand tools

  • Measuring and marking tools

 
 

CONCRETE TECHNOLOGY

Course Description: Concrete Technology I (Building Technology)

Concrete Technology I is an introductory course in building technology that focuses on the basic principles, materials, and processes involved in the production and use of concrete in construction. The course provides students with fundamental knowledge about concrete as one of the most widely used construction materials.

The course introduces the constituent materials of concrete, including cement, fine aggregates (sand), coarse aggregates (gravel or crushed stone), water, and admixtures. Students learn about the properties, functions, and quality requirements of these materials and how they influence the performance and durability of concrete.

Concrete Technology I also covers the processes involved in concrete production, such as batching, mixing, transporting, placing, compaction, finishing, and curing. Emphasis is placed on understanding the importance of proper workmanship and quality control in achieving strong and durable concrete structures.

Students are further introduced to basic concrete mix proportions, fresh and hardened concrete properties, and common tests used to evaluate concrete quality, such as workability and strength tests. The course provides essential knowledge required for practical construction work and further studies in reinforced concrete and advanced concrete technology.

Course Objectives

By the end of the course, students should be able to:

  • Identify the materials used in concrete production

  • Explain the properties and functions of concrete ingredients

  • Describe the processes involved in making and placing concrete

  • Understand the importance of curing and proper handling of concrete

  • Perform or interpret basic concrete tests

Key Topics Covered

  • Introduction to concrete technology

  • Types and properties of cement

  • Aggregates and their characteristics

  • Water and admixtures used in concrete

  • Concrete mix proportions

  • Batching and mixing of concrete

  • Transportation and placing of concrete

  • Compaction and finishing

  • Curing methods

  • Properties of fresh and hardened concrete

  • Basic concrete quality control tests

STRUCTURE ONE

Course Description: Structure I (Building Technology)

Structure I is a foundational course in building technology that introduces students to the basic concepts of structural design and construction. The course focuses on understanding how loads act on buildings and how different structural elements resist these loads to maintain stability and safety. Students learn about the properties and behavior of common construction materials such as concrete, steel, timber, and masonry.

The course covers fundamental structural components including foundations, columns, beams, slabs, walls, and roofs, and explains how these elements transfer loads safely to the ground. Students are also introduced to structural forces such as compression, tension, shear, and bending, and how these forces influence the design of building structures.

Through lectures, drawings, and practical examples, students develop skills in reading structural drawings, understanding structural systems, and identifying appropriate structural solutions for simple buildings. The course provides the essential knowledge required for more advanced studies in structural design and construction.

Course Objectives

By the end of the course, students should be able to:

  • Understand basic structural principles in buildings

  • Identify different structural elements and their functions

  • Explain how loads are transferred in a building structure

  • Recognize common construction materials and their structural properties

  • Interpret simple structural drawings

Key Topics Covered

  • Introduction to building structures

  • Types of loads in buildings (dead loads, live loads, wind loads)

  • Structural forces (compression, tension, shear, bending)

  • Foundations and substructures

  • Columns and beams

  • Floor systems and slabs

  • Wall systems and load-bearing walls

  • Roof structures

  • Basic structural drawings

BUILDING TECHNOLOGY