Lifelong Learning – New Opportunities for Kazakhstanis
In today’s world, education is no longer limited to school and…
The formation of the faculty began in the 1950s with the training of construction specialists at the Kazakh Mining and Metallurgical Institute, later continuing at the V.I. Lenin Kazakh Polytechnic Institute. This was one of the most essential and long-established specialties in the country. Over the years, the Faculty of General Construction has played a key role in educating highly qualified civil engineers for Kazakhstan.
Educational programs are structured and organized sets of academic activities, courses, disciplines, or modules aimed at achieving educational objectives. These programs are designed to impart knowledge, develop skills, and build competencies in students.
Welcome to the news section of our faculty! Here, you will find the latest updates on events, achievements, and opportunities available to our students, faculty, and partners.
In today’s world, education is no longer limited to school and…
On March 20, 2025, the International educational corporation (KazGASA) became a…
Engineering and technical specialists from BI Group successfully completed training under…
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Образовательная программа 6В07322 “Технология промышленного и гражданского строительства” предназначена для подготовки квалифицированных специалистов в области строительства, востребованных на отечественном и международном рынках труда. Программа включает изучение современных технологий и принципов возведения зданий и сооружений, а также освоение информационных технологий проектирования.
Цель образовательной программы:
Целью программы является подготовка специалистов с профессиональными компетенциями в области технологии возведения зданий и сооружений. Программа обучает основным принципам проектирования и технологии производства строительных работ, работе с нормативной документацией, а также рациональному организационно-технологическому принятию решений в строительстве.
Преимущества:
Изучаемые дисциплины:
Перспективы:
Выпускники программы смогут работать в проектно-конструкторских и строительных организациях, научно-исследовательских учреждениях и образовательных заведениях. Они смогут занимать должности, связанные с проектно-конструкторской деятельностью, инновационной организационно-управленческой деятельностью и научно-исследовательской работой. Программа предоставляет широкие возможности для карьерного роста и профессионального развития в строительной индустрии.
| Проектировать здания и сооружения различного назначения с учетом требований экологии и безопасности жизнедеятельности с использованием систем автоматизированного проектирования и инновационных технологий. Выполнять расчеты на несущую способность, прочность и жесткость, определять напряженно-деформированное состояние, определять напряжения, перемещения, создавать расчетные схемы с учетом вида строительных материалов и их физических характеристик.Демонстрировать знания профессиональным казахским (русским) и иностранным языками в объеме, необходимом для бытового и профессионального общения, ведения деловой переписки и делопроизводства с использованием специальной профессиональной и научной терминологии. Использовать средства инженерной графики, визуализации данных, расчета конструкций и 3D-моделирования, для отображения строительного замысла Демонстрировать знания по организации и управлению производственными процессами при возведении зданий и сооружений различного назначенияПодготавливать проект производства работ, проект организации строительства и другую техническую документацию на производство строительно-монтажных работ |
Educational Program 6B07351 – Heating, Gas Supply and Ventilation
The educational program 6B07351 “Heating, Gas Supply and Ventilation” is designed to train highly qualified specialists in the field of heat and gas supply and ventilation systems. The program provides the necessary knowledge and practical skills for performing professional functions in this area, which are in demand on both domestic and international labor markets.
Program Objective:
The goal of the program is to train specialists with professional competencies, theoretical knowledge, and practical abilities in heating, gas supply, and ventilation. Students are taught to design, install, operate, and manage engineering systems, and also engage in scientific research activities in this field.
Program Advantages:
Mastery of modern IT and computer technologies in design and systems management
Development of strategic planning and coordination skills for enterprise operations
Strengthening of professional competencies in organizing and managing production processes
Opportunities to participate in scientific research projects
Comprehensive education, including multilingual training and the study of construction economics
Core Modules:
Social, Humanitarian, and Elective Training
Multilingual Education
Life Safety and Construction Economics
Basic Computer Technologies
Natural Sciences
Thermal Protection of Buildings and Structures
Basic Engineering Training
Power Supply Systems for Buildings and Structures
Cooling and Ventilation Systems for Buildings
Gas Supply Systems
Water Supply and Sewerage
Construction Technology
Career Opportunities:
Graduates of the program will be able to work in design and construction organizations, engage in engineering network design and management, and conduct scientific research.
They will be in demand in innovative and organizational-management roles, including strategic planning and project coordination.
The program offers broad opportunities for career advancement and professional development in the field of heating, gas supply, and ventilation systems.
Graduates will be able to:
Understand and apply legal and ethical standards in professional activities
Independently pursue intellectual, cultural, physical, and professional self-development
Scientifically justify objective knowledge, including in the history of Kazakhstan
Develop mathematical models, describe key parameters and characteristics of engineering processes, and use numerical methods to analyze physical and technical phenomena
Apply information and communication technologies for solving professional tasks
Demonstrate knowledge of social, linguistic, and economic disciplines, as well as methods of planning and production organization, including safety and environmental protection
Follow and apply standards for industrial and environmental safety, occupational health, fire safety, and production hygiene
Understand trends in the development and application of engineering software, including methods of creating 2D and 3D projection models
Educational Program 6B07352 – Water Supply and Sewerage
The educational program 6B07352 “Water Supply and Sewerage” is designed to train specialists in life support systems for residential, public, and office buildings, as well as for industrial and manufacturing facilities (mining, oil and gas, petrochemical, mechanical engineering). These sectors require reliable water supply and wastewater disposal systems for their operational processes.
The program is tailored to meet the demands of both national and international labor markets, equipping graduates with the knowledge and skills needed to effectively perform professional functions in this field.
Program Objective:
The aim of the program is to prepare qualified professionals in the field of water supply and sewerage, capable of solving complex engineering problems, designing and operating water systems, and managing related processes in accordance with the professional qualification framework of the Republic of Kazakhstan.
Program Advantages:
Mastery of advanced technologies and methods in water supply and wastewater systems
Development of design and operational skills for engineering systems
Proficiency in regulatory and technical documentation
Employment opportunities in prestigious domestic and international organizations
Participation in research projects and innovative developments
Core Modules:
Industrial Water Supply and Sewerage
Smart Water Technology
Integrated Use of Water Resources
Water Supply and Sewerage Systems
Water Transportation
Water Intake Structures
Hydraulics
Water Chemistry and Microbiology
Operation of Water Supply and Sewerage Systems
Pumps and Pumping Stations
Sanitary Engineering Installations in Buildings
Hydrology and Hydraulic Structures
Sludge Disposal Technologies
Water Treatment Technologies
Engineering Systems Installation Technology
Technical Operation of Water Supply and Sewerage Systems
Career Prospects:
Graduates of the program can work as:
Design engineers in water supply and sewerage
System engineers in design, construction, installation, and maintenance companies
Engineers of internal and external utility networks
Operation and maintenance specialists for engineering systems and equipment
They will be in demand in the fields of design, construction, and operation of water systems, as well as management of these processes.
Graduates may take on roles as engineers, designers, researchers, or managers, contributing to the development of water infrastructure in Kazakhstan and beyond. The program offers broad opportunities for career growth and professional advancement in this vital sector.
Graduate Competencies:
Identify social needs in construction projects, considering global and regional trends in scientific and technological progress within the architecture and construction industry
Act in accordance with Kazakhstan’s legal, economic, sociological, and cultural regulations
Understand the theoretical foundations of engineering, historical development of utility networks globally and within Kazakhstan, and apply methods for preserving and developing existing infrastructure
Apply the fundamentals of engineering design and calculation, justify decisions, present conclusions, and use foreign languages to support professional research and communication
Utilize automated engineering modeling tools, apply Building Information Modeling (BIM) technologies, and conduct digital visualization of computational models necessary for professional practice
Educational Program 6B07321 – Structural Analysis and Design of Buildings and Structures
The educational program 6B07321 “Structural Analysis and Design of Buildings and Structures” is aimed at training highly qualified civil engineers capable of performing design, structural engineering, and innovative organizational and managerial functions. The curriculum covers both theoretical and practical aspects of construction, with a focus on modern information technologies and BIM (Building Information Modeling).
Program Objective:
The primary goal of the program is to prepare construction professionals who are in demand on both domestic and international labor markets. The curriculum is focused on developing competencies in structural design, building codes and regulations, engineering graphics, 3D modeling, and the application of automated engineering modeling tools.
Program Advantages:
In-depth study of theoretical and practical foundations of construction science
Mastery of modern BIM technologies and information modeling tools
Development of engineering concepts and innovative structural solutions
Skills in using automated design and modeling software
Formation of professional, scientific, and business communication skills
Core Modules:
Social and Humanitarian Training
Multilingual Education
Basic Computer Technologies
Natural Sciences
Basic Engineering Training
Life Safety and Construction Economics
Architectural Structures
Engineering Mechanics
Engineering Systems of Buildings and Structures
Construction Machinery and Electrical Supply in Construction
Information Modeling in Construction
Design of Reinforced Concrete Structures
Design of Metal Structures
Geotechnics in Construction
Construction Technology
Testing and Design of Non-standard Buildings and Structures
Career Prospects:
Graduates of the program can work in design and engineering firms, participating in the development and planning of construction projects using modern information technologies and BIM tools.
They will be in demand in innovative management roles, strategic planning, and coordination of construction projects.
Additionally, graduates will be qualified for scientific research and academic careers, and may hold senior positions in the construction and housing and utilities sectors.
Graduate Competencies:
Apply and analyze methods for representing spatial forms in two-dimensional drawings; read architectural and structural drawings
Utilize information technology tools in the field of computer graphics
Understand and work with CAD systems, such as AutoCAD, and prepare technical and design documentation
Apply fundamental natural science concepts and laws for structural analysis and investigate them within the construction process
Classify and describe the principles of structural behavior, apply calculation methods, analyze structural performance, and draw conclusions on strength, stiffness, and stability
Understand the functioning of external and internal utility networks, calculate resource demands, and determine design and technical solutions using automated calculations, machines, and mechanisms
Educational Program – Highway and Airfield Construction
The educational program “Highway and Airfield Construction” is designed to train highly qualified specialists for the road and transport infrastructure sector of the Republic of Kazakhstan. The program covers engineering, research, managerial, and organizational aspects of the design, reconstruction, construction, and operation of highways, airfields, and other road infrastructure facilities.
Program Objective:
The goal of the program is to prepare professionals capable of independent engineering, research, management, and organizational work in the field of highway and airfield development.
The curriculum emphasizes solving design, technical, and economic problems, as well as managing construction and operational processes in the industry.
Program Advantages:
Comprehensive training in all stages of design, construction, and operation of highways and airfields
Mastery of modern technologies and engineering methods
Development of managerial and decision-making skills
Participation in scientific research and experimental projects
Opportunity to engage in expert analysis and consulting activities
Core Courses:
Engineering and Computer Graphics
Water Supply and Sewerage Systems
Theoretical Mechanics
Construction Materials
Architecture of Low-Rise Buildings
Building Structures
Strength of Materials
Architecture of Civil Buildings
Design of Energy-Efficient Buildings and Structures
Heating, Gas Supply, and Ventilation Systems
Basics of Building Construction Technology
Project Management and Innovation
Architecture of Industrial Buildings
Fundamentals of Geology and Engineering Surveys
Construction Machinery and Equipment
Design of Reinforced Concrete Structures I & II
Modern Computer-Aided Calculations
Design of Metal Structures I & II
Eurocodes in Construction
Information Technologies in Project Management
Construction Technology I, II & III
Earthquake-Resistant Construction
Regulatory and Technical Documentation in Construction
Power Supply in Construction
Soil Mechanics
Ecology and Life Safety
Fundamentals of Law and Anti-Corruption Culture
Quality Control of Construction and Installation Works
Technological Support for Construction Projects
Repair Work Technology
Organization of Construction Production
Career Prospects:
Graduates of the program can work in:
Design and construction companies
Scientific research institutes
Educational institutions
They will be equipped to perform:
Design and engineering tasks
Organizational and managerial functions
Production and technological operations
Maintenance and operational tasks
In addition, graduates may work in scientific and legal research, expert evaluation, consulting, and teaching at secondary and vocational educational institutions.
The program provides wide-ranging opportunities for career growth and professional development in the road and airfield construction industry.
Educational Program 6B07327 – Information Technologies in Construction
The educational program 6B07327 “Information Technologies in Construction” is aimed at training specialists proficient in modern digital tools and technologies, and their application in the construction industry. The program covers a broad range of knowledge and skills required for the efficient use of digital systems in design, management, and operation of construction projects.
Program Objective:
The program aims to prepare qualified professionals capable of implementing and applying information technologies across all stages of the construction process. Students are trained to use modern digital tools to enhance efficiency, accuracy, and overall quality in construction.
Program Advantages:
Core Courses:
Career Prospects:
Graduates of the program will be qualified to work in:
They will be in demand for roles related to the implementation and use of IT in construction projects, project management, process automation, and construction efficiency improvement.
Graduates may also engage in scientific and research activities, participate in innovative digital projects, and contribute to the digital transformation of the construction industry.
Graduate Competencies:
Structural Analysis and Design of Buildings and Structures (Dual Degree Program)
This dual degree program is aimed at training highly qualified specialists equipped with professional competencies and practical skills in the structural analysis and design of various types of buildings and facilities — residential, industrial, and military.
Graduates will be capable of effective interdisciplinary communication in the field of design and construction, and will be able to apply advanced technologies, including BIM (Building Information Modeling), to solve complex design challenges.
Program Highlights:
The curriculum includes the study of:
Methods for representing spatial forms in two dimensions
Reading architectural and structural drawings
Using computer graphics tools
Working with AutoCAD for preparing design and technical documentation
In addition, graduates will:
Possess the ability to apply natural science principles and processes for structural calculations
Conduct analysis and research of building structures within the context of construction practices
Classify and describe the fundamental principles of structural behavior, analyze methods of structural design and calculation, and evaluate results in terms of strength, stiffness, and stability, including for defense-related facilities
Apply information modeling technologies in construction
They will also:
Analyze the function and layout of external and internal building systems, calculate resource demands, and determine optimal design and engineering solutions using automated tools, equipment, and construction machinery
Perform engineering and geodetic surveys, determine geotechnical site conditions, predict soil behavior under load, calculate the stability and strength of soil masses, choose the most effective foundation types, and carry out their design and analysis, including for specialized defense infrastructure
Educational Program 6B07353 – Water Engineering, Design and Management
The educational program 6B07353 “Water Engineering, Design and Management” prepares highly qualified specialists for a variety of sectors related to water supply and wastewater disposal. Graduates are in demand in the construction of residential, public, multifunctional, and administrative buildings, as well as in industrial enterprises (mining, oil and gas, mechanical engineering, and others).
The program covers a broad range of subjects—from engineering graphics and construction materials to the integrated use of water resources and water treatment technologies. Graduates are well-positioned for careers as engineers, project managers, consultants, and designers, as well as for leadership roles in construction and utility companies.
Professional Practice:
Internships and practical training are organized in collaboration with leading companies, including:
Almaty Su (State Municipal Enterprise)
WILLO Central Asia LLP
BI Group LLP
and other industry leaders
The program offers opportunities in design and engineering, construction and installation, as well as technological operations.
Graduate Competencies:
Identify societal needs for construction projects, taking into account global and regional trends in science and technology, and operate in compliance with legal, economic, sociological, and cultural regulations of the Republic of Kazakhstan
Understand the theoretical foundations of engineering, the historical development of utility systems both globally and in Kazakhstan, and apply methods for preserving and developing the built environment during reconstruction
Know the basics of structural and system design, perform calculations for engineering networks and systems, justify design decisions, and present conclusions clearly
Possess foreign language skills to support information retrieval and research in the relevant field
Be proficient in automated engineering modeling tools, and select and apply BIM technologies and digital visualization methods to support professional engineering and design tasks
Educational Program 7M07325 – Engineering Systems and Networks (Professional Track)
The master’s degree program in 7M07325 “Engineering Systems and Networks” is a one-year program designed to further develop the knowledge and skills of specialists in the construction and engineering sectors.
Program Objective:
To train highly qualified and competent professionals for the construction and engineering sector of the Republic of Kazakhstan who are capable of quickly adapting to changing market conditions and emerging innovation trends.
Professional Fields:
Upon graduation, master’s students will be qualified to work as:
Project managers in engineering and construction
Management specialists in engineering-related enterprises
Researchers in scientific institutes and laboratories
University instructors in technical disciplines
Design engineers for building engineering systems and networks
Graduates will also possess strong skills in applying information technologies related to building systems and utilities, making them highly sought-after across various industries.
This program is practice-oriented and prepares specialists to work effectively in real-world professional settings.
Graduate Competencies:
Apply acquired knowledge to develop and implement original ideas within research contexts
Critically analyze existing theories, concepts, and approaches to the study of engineering processes and phenomena
Integrate knowledge from different disciplines to solve research tasks in unfamiliar or complex environments
Make informed judgments and decisions based on incomplete or limited data
Apply pedagogical and psychological principles of higher education in their teaching activities
Utilize interactive teaching methods in academic settings
Conduct information-analytical and bibliographic work using modern information technologies
Summarize and present scientific and analytical results in the form of theses, scientific articles, reports, policy briefs, and other professional documents
Educational Program 7M07322 – Engineering Systems and Networks (Scientific and Educational Track)
The educational program 7M07322 “Engineering Systems and Networks” is aimed at training highly qualified scientific and pedagogical specialists in the field of engineering systems design and operation.
Graduates gain in-depth knowledge and practical skills required to work in higher and secondary vocational education, as well as in research and design institutions.
Program Objective:
To prepare qualified professionals who are in demand both in Kazakhstan and internationally.
The program provides a strong foundation in research methodology and innovative professional knowledge in the field of engineering systems and networks design.
Program Advantages:
In-depth methodological training in scientific research
Practical skills in designing engineering systems using modern computational tools
Training in eco-friendly and energy-efficient technologies
Opportunities to work in prestigious research, design, and educational institutions
Core Courses:
History and Philosophy of Science
Professional Foreign Language
Higher Education Pedagogy
Fundamentals of Scientific Research
Engineering Systems Design Using Modern Calculation Software
Effective Eco-Protection Technologies in Engineering Systems
Design of Energy-Efficient Heating, Gas Supply and Ventilation Systems
Methods of Scientific and Experimental Research in Engineering Systems
Innovative Technologies in Engineering Systems
Current Issues in Operation of Modern Engineering Systems
Design Features of Heating Networks
Design Features of Outdoor Water Supply and Sewerage Networks
Use of Renewable Energy Sources in Water Supply and Sewerage Systems
Design and Calculation of Engineering Networks in Heating and Ventilation Systems for Urban Areas
Design and Calculation of Engineering Networks in Water Supply and Sewerage Systems for Urban Areas
Modern Equipment and Devices in Heating, Gas Supply, and Ventilation Systems
Modern Equipment and Devices in Water Supply and Sewerage Systems
Career Prospects:
Graduates of the program can hold leading positions in:
Educational institutions
Research and project organizations
Potential job titles include:
University Lecturer
Chief Engineer
Researcher
Department or Organization Head
The program provides wide opportunities for career advancement and professional development in the field of engineering systems and infrastructure.
Graduate Competencies:
Apply acquired knowledge for original idea development in the context of scientific research
Critically analyze existing concepts, theories, and approaches to engineering phenomena and processes
Integrate knowledge from various disciplines to solve research problems in novel or unfamiliar conditions
Make well-founded judgments and decisions based on incomplete or limited data
Apply the principles of pedagogy and psychology of higher education in academic activities
Summarize research and analytical work in the form of a thesis, scientific article, report, or policy brief
Educational Program – Construction (Professional Track)
Duration of study: 1 year (Master’s degree)
Program Goal:
To train master’s level specialists with practical skills in project management of construction sites, use of engineering software tools, and the ability to organize and carry out professional activities in the construction industry.
Program Mission:
To ensure high-quality education through the implementation of Bologna Process principles and modern academic standards.
Program Objectives:
To prepare highly qualified professionals for Kazakhstan’s construction sector who are capable of performing engineering, research, management, and organizational functions in a rapidly developing industry.
Fields and Objects of Professional Activity:
The construction industry and related sectors
Companies and organizations involved in design, construction, reconstruction, and operation of buildings and structures
Types of Professional Activity:
Design and Technical-Economic Activity:
Structural design and calculations of construction projects
Organizational and Managerial Activity:
Managing construction processes and project teams
Production and Technological Activity:
Planning and coordination of construction operations
Research Activity:
Conducting scientific research and introducing innovative technologies
Legal and Consulting Activity:
Providing expert support and consulting services
Educational Activity:
Teaching in academic institutions
Graduate Competencies:
Conduct information and analytical work using modern information technologies
Demonstrate teamwork skills for solving current issues in the field
Monitor compliance with legislation protecting humans and the environment; inspect quality control, occupational safety, and regulatory compliance of workplaces, buildings, processes, and materials
Operate and interpret data from modern construction equipment and automated systems
Solve standard scientific and professional problems, using information and computer technologies in professional contexts
Apply knowledge and solve problems in new or unfamiliar situations, including interdisciplinary contexts related to the field of study
Educational Program 7M07321 – Construction (Scientific and Educational Track)
The master’s degree program 7M07321 “Construction” is designed to train professionals with advanced knowledge in scientific, pedagogical, research, and construction activities.
The program covers new areas of the modern construction industry and teaches methods for conducting both fundamental and applied scientific research.
Program Objective:
The goal of the program is to train masters of construction with deep theoretical knowledge and practical skills necessary for teaching, research, and industry practice.
Graduates will be able to apply modern techniques and technologies in the construction sector and conduct independent scientific research.
Program Advantages:
In-depth study of emerging trends in the construction industry
Practical skills in designing structural elements using Eurocodes
Training in research methods for both fundamental and applied studies
Career opportunities in leading research and design institutions and educational organizations
Core Courses:
History and Philosophy of Science
Professional Foreign Language
Pedagogy of Higher Education
Psychology of Management
Fundamentals of Scientific Research
Design of Structural Systems Using Eurocodes
Environmental Safety and Life Support of Construction Sites
Theory of Elasticity
Information Modeling of Construction Processes
Numerical Methods in Structural Mechanics
Design Considerations for Seismic Zones
Reconstruction and Strengthening of Buildings and Structures
Fabrication and Installation of Steel Structures
Engineering Expertise and Economic Feasibility of Projects
Technical Inspection and Seismic Reinforcement of Buildings and Structures
Geotechnical Issues in Construction
Foundations in Complex Geological Conditions
Computer-Aided Calculation Systems
Design Software in Modern Construction Practice
Career Prospects:
Graduates will be prepared for leadership roles in:
Higher education institutions
Research and design organizations
Potential job titles include:
University or college lecturer
Chief engineer
Scientific researcher
Department or project manager
The program offers broad opportunities for career advancement and professional development in construction, education, and research.
Graduate Competencies:
Deliver theoretical and practical instruction in professional disciplines at colleges, universities, and other technical education institutions
Perform information and analytical work using modern digital technologies
Apply research methodologies and demonstrate the ability to work in scientific, pedagogical, and engineering domains aligned with new trends in the construction industry
Work effectively in teams to address current challenges
Monitor compliance with laws and regulations protecting human health and the environment, and perform inspections for quality control, occupational safety, and environmental protection
Operate modern construction equipment and tools, both automated and manual, and interpret the results
Solve standard scientific and professional problems, using information and computer technologies relevant to their field
Educational Program 8D07321 – Construction (Doctoral Program)
The doctoral program 8D07321 “Construction” is designed to train highly qualified doctoral researchers with advanced scientific-theoretical knowledge and analytical-research skills. The program develops professional and managerial competencies necessary for independently solving complex tasks in the field of construction.
Program Objective:
To prepare doctoral candidates with a high level of scientific, theoretical, and research competence.
The program focuses on developing skills and competencies required to perform professional tasks in accordance with the doctoral qualification framework and professional standards in the construction industry.
Program Advantages:
Development of deep theoretical knowledge and advanced research skills
Mastery of digital modeling technologies, including BIM (Building Information Modeling)
Training for the execution of complex professional and management tasks
Opportunities to hold senior positions in the construction industry and in higher education
Core Courses:
Academic Writing
Scientific Research Methods
Digital Modeling of Research Objects Using BIM Technologies
Advanced Geotechnical Research and Technological Solutions
Information Modeling of Construction Processes
Modern Technologies in Construction Production
Career Prospects:
Graduates of this doctoral program will be prepared for senior-level roles in:
The construction sector
Technical and engineering organizations
Higher education institutions
Research and design institutes
Construction companies
Governmental and regulatory bodies
The program offers broad opportunities for career growth and professional development in the field of construction and engineering.
Graduate Competencies:
Possess knowledge of modern and innovative processes in technical education, including effective teaching technologies and international best practices
Independently and critically analyze current trends, developments, and patterns in construction, and formulate well-grounded conclusions
Evaluate principles and approaches to scientific research relevant to the generation and development of knowledge in construction
Apply innovative technologies and modern design and production processes in both practical project work and academic teaching
Possess skills in heuristic learning and inquiry, grounded in a system of validated principles, methods, rules, and standards of construction theory