At New York Academy, we invite you to build the future of humanity. Our Construction Technology career program prepares you with world-class technical skills and a comprehensive understanding of the construction industry, blending advanced theoretical knowledge with intensive practical experience in real projects through our revolutionary hybrid modality.
Build Your Future in the Industry that Builds the World
The construction revolution is here: Building Information Modeling (BIM), sustainable construction, smart materials, automation, and digital technologies have transformed traditional construction into a 21st-century high-tech industry. This training strategically positions you in a constantly expanding job market, with unlimited opportunities in:
- Residential Construction: Smart homes, sustainable buildings, urban developments, and housing complexes
- Commercial Construction: Shopping centers, corporate offices, hotels, hospitals, and institutional buildings
- Industrial Construction: Manufacturing plants, logistic warehouses, data centers, and specialized facilities
- Civil Infrastructure: Roads, bridges, tunnels, airports, ports, and transportation projects
- Green Construction: LEED buildings, renewable energy, sustainable construction, and bioclimatic architecture
- Project Management: Supervision, coordination, cost control, and construction site administration
- Construction Entrepreneurship: Your own construction company, specialized subcontracting, and technical consulting
- International Market: Global projects, international certifications, and overseas opportunities
Technical Excellence and Construction Innovation
Join a pioneering educational community that integrates international technical rigor, cutting-edge construction technologies, and innovative learning methodologies. At New Vision Career Technology, you'll develop not only technical mastery in construction processes, but also leadership skills, project management, and environmental sustainability, preparing you to lead the construction industry with an innovative vision, operational efficiency, and quality excellence.
Your High-Impact Construction Career Starts Today
Become part of the new generation of construction professionals who will lead the transformation towards intelligent, sustainable, and highly efficient construction processes. With our hybrid approach, you'll gain access to specialized materials laboratories, cutting-edge construction equipment, professional BIM software, and a global network of opportunities that will lay the foundation for your professional success and leadership in the international construction industry.
Transform your architectural vision into built realities!
New York Academy - Where construction innovation finds its future
The Construction Technology program aims to train professionals with a deep understanding of the theoretical and practical fundamentals of construction, capable of designing, planning, executing, and managing complex construction projects. Graduates will apply technical and engineering principles to solve innovative construction problems, contributing to infrastructure development and the transformation of the construction sector in various national and international contexts.
Fundamental Competencies in Construction
Develop a comprehensive mastery of the mathematical, structural, and technical principles that govern modern construction systems, enabling students to:
- Understand and apply principles of material resistance, structures, and soil mechanics.
- Master advanced construction techniques and innovative construction systems.
- Interpret architectural, structural, and technical installation plans.
- Manage construction materials, specialized equipment, and constructive technologies.
- Apply principles of construction planning, project management methodologies, and control of construction projects.
Development of Projects and Smart Construction Systems
Train versatile professionals in the execution of construction projects and the implementation of intelligent technologies, developing capabilities to:
- Design and develop robust and efficient residential, commercial, and industrial construction projects.
- Intervene in automated construction systems (Building Information Modeling - BIM) and Construction 4.0.
- Maintain home automation systems, smart buildings, and sustainable construction.
- Work with specialized software such as AutoCAD, Revit, SAP2000, ETABS, and BIM platforms.
- Execute projects involving prefabrication, modular construction, and innovative constructive techniques.
Analysis and Resolution of Advanced Construction Problems
Provide training in cutting-edge analysis and problem-solving methodologies in the field of construction, enabling professionals to:
- Utilize tools for structural analysis, quality control, and optimization of construction processes.
- Identify and correct failures in large-scale structures, installations, and construction processes.
- Apply industrial safety techniques, risk prevention, and construction regulations in project design.
- Evaluate the efficiency and sustainability of construction systems and structural architectures.
- Document construction designs, technical solutions, and research projects with professional standards.
Emerging Technologies and the Future of Construction
Integrate cutting-edge technological knowledge and an innovative vision, preparing professionals capable of:
- Implement digital construction technologies and additive manufacturing (3D printing in construction).
- Work with modular construction systems and automated prefabrication.
- Repair and optimize high-performance construction infrastructures and complex buildings.
- Apply green building techniques, energy efficiency, and environmental certifications.
- Comply with ethical regulations and social responsibility protocols in construction development.
Professional Skills and Construction Leadership
Develop transversal competencies that enhance comprehensive professional development and leadership:
- Effective technical communication with multidisciplinary teams and stakeholders in the construction sector.
- Management of construction projects and administration of work teams.
- Leadership of research and development (R&D) initiatives in construction technologies.
- Entrepreneurship and business development in the construction sector and technical services.
- Continuous updating on new construction technologies, methodologies, and global certifications.
Social and Professional Impact
Upon completing their training, our graduates will be prepared to contribute significantly to the advancement of construction and infrastructure, designing solutions that positively impact society, improve people's quality of life, and drive sustainable urban development. They will position themselves as technical and research leaders in the construction industry at national and international levels, with the capacity to lead the transition towards an era of intelligent, safe, and sustainable construction.
An intensive 24-month academic program structured into 8 trimesters, with a total of 3,680 academic hours distributed among theoretical training, field practice, and real construction project experience. Each course is optimally designed to last between 90 and 120 hours to ensure the conceptual depth and practical mastery required by the international construction industry.
FIRST ACADEMIC YEAR
First Trimester - Technical and Scientific Foundations (430 hours)
- A100-AMC-100 Applied Mathematics for Construction - 110 hours - Modality:
Remote
Applied geometry, trigonometry, area and volume calculation, basic statistics, interpretation of technical drawings - A100-PHY-200 Physics for Construction - 110 hours - Modality:
Hybrid
Mechanics, strength of materials, statics, dynamics, hydraulics, applied acoustics and thermal physics - A100-FCO-300 Fundamentals of Construction - 100 hours - Modality:
In-person
History of construction, basic construction processes, technical terminology, site organization - A100-DRA-400 Drawing and Plan Reading - 110 hours - Modality:
In-person
Technical drawing, interpretation of architectural, structural, and installation plans, scales and dimensions
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Second Trimester - Materials and Construction Systems (450 hours)
- B100-CON-500 Concrete Technology - 120 hours - Modality: Hybrid
Aggregates, cement, admixtures, mix design, quality testing, ready-mix concrete, quality control - B100-STE-600 Steel Structures - 110 hours - Modality: In-person
Metal profiles, welded and bolted connections, structure assembly, structural codes - B100-MAS-700 Masonry and Traditional Systems - 100 hours - Modality:
In-person
Bricks, blocks, mortars, masonry techniques, load-bearing walls, finishes - B100-WOO-800 Wood Construction - 120 hours - Modality: In-person
Wood types, wood structures, modular systems, treatments, joints and connections
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Third Trimester - Foundation Systems and Structures (440 hours)
- C200-FOU-900 Foundations - 120 hours - Modality: In-person
Soil studies, shallow and deep foundations, piles, excavations, retention - C200-STR-1000 Structural Analysis - 110 hours - Modality: Hybrid
Loads, moments, forces, analysis of beams, columns, slabs, structural calculation software - C200-EAR-1100 Earthworks - 100 hours - Modality: In-person
Topography, levels, excavations, backfilling, compaction, heavy machinery, drainage - C200-COC-1200 Reinforced Concrete Construction - 110 hours - Modality:
In-person
Rebar assembly, formwork, pouring, curing, joints, repairs, dimensional control
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Fourth Trimester - Installations and Finishes (460 hours)
- D300-ELE-1300 Electrical Installations - 115 hours - Modality:
Hybrid
Basic circuits, panels, lighting, outlets, grounding systems, electrical codes - D300-PLU-1400 Hydraulic and Sanitary Installations - 115 hours -
Modality: Hybrid
Potable water, drainage, ventilation, pumping systems, water treatment, sanitary code - D300-HVA-1500 HVAC Systems - 110 hours - Modality: Hybrid
Heating, ventilation, air conditioning, ducts, diffusers, energy efficiency - D300-FIN-1600 Finishes and Coatings - 120 hours - Modality:
In-person
Painting, ceramics, flooring, ceilings, carpentry, ironwork, glazing, impermabilization
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SECOND ACADEMIC YEAR
Fifth Trimester - Advanced Technologies and Sustainability (470 hours)
- E400-BIM-1700 Building Information Modeling - 120 hours - Modality:
Hybrid
AutoCAD, Revit, ArchiCAD, 3D modeling, multidisciplinary coordination, interference detection - E400-GBC-1800 Green and Sustainable Construction - 110 hours - Modality:
Hybrid
LEED certification, sustainable materials, energy efficiency, waste management, carbon footprint - E400-SMM-1900 Smart and Modern Materials - 120 hours - Modality:
In-person
High-strength concrete, composite materials, nanotechnology, self-compacting materials - E400-PMA-2000 Prefabrication and Modulation - 120 hours - Modality:
In-person
Prefabricated systems, modular construction, industrialization, accelerated assembly, quality control
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Sixth Trimester - Machinery and Automation (450 hours)
- F500-HEQ-2100 Construction Machinery and Equipment - 120 hours -
Modality: In-person
Excavators, cranes, mixers, pumps, compactors, operation and maintenance - F500-AUT-2200 Automation in Construction - 110 hours - Modality:
Hybrid
Construction robotics, 3D printing, drones for inspection, IoT sensors, Construction 4.0 - F500-QUA-2300 Quality Control - 110 hours - Modality: In-person
Material testing, inspection, technical regulations, certifications, quality documentation - F500-SAF-2400 Occupational Safety and Health - 110 hours - Modality:
Hybrid
OSHA, hazard identification, PPE, emergency protocols, accident investigation
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Seventh Trimester - Project and Cost Management (480 hours)
- G600-PMG-2500 Construction Project Management - 120 hours - Modality:
Hybrid
PMI, schedules, critical path, MS Project, resource coordination, risk management - G600-COS-2600 Costs and Budgets - 120 hours - Modality: Hybrid
Unit price analysis, budgeting, cost control, valuations, bidding - G600-CON-2700 Contracts and Legal Aspects - 110 hours - Modality:
Remote
Types of contracts, bidding, legal aspects, disputes, arbitration, construction insurance - G600-LOG-2800 Logistics and Supply Chain - 130 hours - Modality:
Hybrid
Procurement, warehousing, inventory, just-in-time, suppliers, material distribution
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Eighth Trimester - Specialization and Final Project (450 hours)
- H700-INF-2900 Infrastructure and Civil Works - 120 hours - Modality:
In-person
Roads, bridges, tunnels, airports, ports, transportation systems, hydraulic works - H700-REM-3000 Remodeling and Restoration - 110 hours - Modality:
In-person
Structural diagnosis, reinforcement, historical heritage, seismic retrofit, rehabilitation - H700-ENT-3100 Entrepreneurship in Construction - 100 hours - Modality:
Remote
Business plan, construction company, subcontracting, marketing, business finance - H700-FIP-3200 Integrative Final Project - 120 hours - Modality:
In-person
Design and construction of a real project, complete documentation, comprehensive process management
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Cross-Cutting Courses (Developed throughout the program)
- I700-TEC-3300 Technical English for Construction - 70 distributed
hours
Specialized terminology, international codes, communication with multinational teams - I700-ENV-3400 Environmental Impact - 60 distributed hours
Impact assessment, mitigation, sustainable construction, circular economy, environmental management - I700-BUI-3500 Codes and Regulations - 80 distributed hours
Building code, seismic regulations, international building code, quality standards - I700-LEA-3600 Leadership and Communication - 50 distributed hours
Team leadership, effective communication, negotiation, conflict resolution
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Intensive Practical Experience
- J700-LAB-3700 Materials Laboratories - 200 distributed hours
Testing of concrete, steel, soils, construction materials, specialized equipment - J700-FIE-3800 Field Practice - 240 hours - Trimesters 7-8
Real experience in construction works, construction companies, project supervision - J700-CAD-3900 Assisted Design Workshop - 120 distributed hours
Specialized software, 3D modeling, simulations, professional technical presentations
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Academic Summary
Total Duration: 24 months (8 trimesters)
Total Academic Hours: 4,240 hours
Theoretical Hours: 2,120 hours (50%)
Practical Hours: 2,120 hours (50%)
Remote Modality: 20% of the program
In-person Modality: 55% of the program
Hybrid Modality: 25% of the program
Academic Workload Distribution per Trimester
- Trimester 1: 430 hours (solid foundations)
- Trimester 2: 450 hours (intensive materials)
- Trimester 3: 440 hours (structures)
- Trimester 4: 460 hours (installations)
- Trimester 5: 470 hours (advanced technologies)
- Trimester 6: 450 hours (machinery and quality)
- Trimester 7: 480 hours (maximum workload - management)
- Trimester 8: 450 hours (specialization)
Additional Certifications Available
During the program, students will be able to obtain industry-recognized international certifications, including Project Management Professional (PMP), LEED Green Associate, OSHA 30-Hour Construction, Autodesk Certified Professional, NCARB Certification, ACI Concrete Field Testing Technician, AWS Certified Welding Inspector for steel structures, and specific certifications in BIM, sustainable construction, and quality management, significantly enhancing their employability and professional recognition globally.
Applicant Profile
New York Academy seeks candidates with a strong vocation for civil engineering and infrastructure project management. The ideal applicant demonstrates aptitude for solving construction challenges, an interest in using design and planning tools (CAD/BIM), and a firm commitment to sustainability and innovation in the construction sector. We value proactivity, teamwork skills, and a vision to contribute to urban development and smart building.
Academic Requirements
To ensure a solid foundation in the Construction Technology program, applicants must meet the following prior education requirements:
- Certificate of complete secondary education or recognized equivalent, preferably with an emphasis on science, technology, engineering, and mathematics (STEM).
- Advanced knowledge of mathematics (algebra, geometry, trigonometry, differential and integral calculus).
- Fundamental understanding of physics (mechanics, statics, dynamics) and materials principles.
- Developed technical drawing skills or basic blueprint interpretation.
- Ability for spatial reasoning and three-dimensional visualization.
- Basic proficiency in office software (word processors, spreadsheets, presentations).
Required Documentation
Applicants must submit the following complete official documentation for the admission process:
- Duly completed and signed admission application.
- Authenticated copy of secondary education or high school certificate.
- Official academic transcript with detailed grades, highlighting mathematics and science courses.
- Valid identification document (citizenship ID or passport).
- Medical certificate attesting to fitness for activities that may include fieldwork and use of construction equipment.
- Two recent passport-sized photographs.
- Letter of intent or motivation explaining interest in the Construction Technology program and professional aspirations.
- Portfolio of previous projects or work related to drawing, models, or construction (optional, but recommended to demonstrate aptitude).
International Documentation
For international students, additional documentation is required, which must be duly apostilled or legalized and, if necessary, translated by an official translator:
- Academic certificates and transcripts translated into Spanish.
- Validation of secondary studies before local educational authorities (Ministry of Education or competent entity).
- Spanish language proficiency certificate (minimum B2 level of the Common European Framework of Reference for Languages, CEFR).
- Valid student visa or migratory documentation required by Colombian legislation.
- International medical insurance with coverage in Colombia throughout the study period.
Admission Evaluation
The selection process for Construction Technology is designed to evaluate each candidate's potential and aptitudes:
- Knowledge examination in mathematics (algebra, geometry, trigonometry) and basic physics.
- Logical and spatial reasoning test, and blueprint interpretation skills.
- Personal interview with the program's academic coordinator and specialized faculty, to evaluate motivation and expectations.
- Evaluation of problem-solving skills applied to basic construction scenarios.
- Vocational aptitude test towards engineering and construction.
Technical Requirements for Hybrid Modality
Given that the program incorporates elements of assisted design and project management, students must have the following technical resources:
- Computer or laptop with a minimum Intel i5 processor (8th generation or higher) or AMD Ryzen 5 (2nd generation or higher).
- Minimum 8GB RAM (16GB recommended) and 512GB SSD storage.
- Dedicated graphics card with at least 2GB of VRAM (NVIDIA or AMD).
- Stable broadband internet connection (minimum 50 Mbps download).
- HD webcam and quality microphone for virtual classes and collaborations.
- Student licenses or access to CAD/BIM software (AutoCAD, Revit, SAP2000, etc.) according to course requirements.
- Adequate workspace for studying and using design software.
Financial Requirements
To ensure the continuity of the training process, the following financial conditions are established:
- Payment of initial tuition and academic fees according to the study plan.
- Proof of financial solvency or access to funding that covers the program's costs.
- Enrollment in student insurance that covers accidents during laboratory practices and potential field trips.
- Budget for the acquisition of specialized software or complementary licenses not covered by the institution.
- Resources for laboratory materials, personal protective equipment (PPE), and potential technical visits.
Application Process
The admission process for Construction Technology follows a structured timeline to ensure a fair and efficient evaluation:
- Document Submission: Up to 45 days before the start of the academic period.
- Academic and Technical Evaluations: 20 days before classes begin.
- Personal Interviews and Portfolio Evaluation (if applicable): 15 days before the start of the period.
- Admission Results Notification: 7 days before classes begin.
- Enrollment Confirmation and Technical Setup: Up to 48 hours before the academic start.
Institutional Commitment
New York Academy is committed to providing a high-quality educational environment, focused on the needs of the construction sector. We offer merit-based scholarship programs, socioeconomic aid, and flexible financing plans to support students with exceptional potential. Additionally, we facilitate access to laboratories equipped with cutting-edge technology and guarantee constant support for the professional success of our students in the construction industry.