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  • INDUSTRIAL ENGINEERING

    • 01

      Development of design and estimate documentation for the construction of civil and industrial facilities, in frame and frameless design, monolithic and prefabricated structures and buildings, metal structures, reinforced concrete;

    • 02

      Design of outdoor power supply systems, outdoor and indoor electric lighting, power electrical equipment and substations;

    • 03

      Design of trunk and intra-block fiber-optic communication lines, video surveillance systems, security and access systems;

    • 04

      Design of external water supply, sewerage, water drainage and drainage, gas supply, and heat supply networks;

    • 05

      Engineering surveys (engineering-topographic; engineering-geodetic; engineering-hydrological, engineering-geological;

    • 06

      Technical inspection of buildings and structures;

    • 07

      ВIM design;

    • 08

      3D laser scanning;

    • 09

      Qualified legal support for projects.

  • MINING & METALLURGICAL ACTIVITIES

    • 01

      Development of design and estimate documentation for the construction of mining facilities;

    • 02

      Adaptation of projects and technological processes in the mining and metallurgical sector of foreign projects and design solutions to Kazakhstani norms and requirements;

    • 03

      Design of roads and railways;

    • 04

      Development of environmental projects;

    • 05

      Industrial safety;

    • 06

      Preparation of tender documentation;

    • 07

      Evaluation and analysis of objects to determine the cost of engineering and design;

    • 08

      ВIM design;

    • 09

      Comprehensive implementation of author's supervision;

    • 10

      Development of projects for related infrastructure facilities for mining, processing and metallurgical industries;

    • 11

      Carrying out engineering survey work.

  • MINING & METALLURGICAL ACTIVITIES

    • 01

      Development of design and estimate documentation for the construction of civil and industrial facilities, in frame and frameless design, monolithic and prefabricated structures and buildings, metal structures, reinforced concrete;

    • 02

      Design of outdoor power supply systems, outdoor and indoor electric lighting, power electrical equipment and substations;

    • 03

      Design of trunk and intra-block fiber-optic communication lines, video surveillance systems, security and access systems;

    • 04

      Design of external water supply, sewerage, water drainage and drainage, gas supply, and heat supply networks;

    • 05

      Engineering surveys (engineering-topographic; engineering-geodetic; engineering-hydrological, engineering-geological;

    • 06

      Technical inspection of buildings and structures;

    • 07

      ВIM design;

    • 08

      3D laser scanning;

    • 09

      Qualified legal support for projects.

  • CIVIL AND INDUSTRIAL ENGINEERING

    • 01

      Development of design and estimate documentation for the construction of mining facilities;

    • 02

      Adaptation of projects and technological processes in the mining and metallurgical sector of foreign projects and design solutions to Kazakhstani norms and requirements;

    • 03

      Design of roads and railways;

    • 04

      Development of environmental projects;

    • 05

      Industrial safety;

    • 06

      Preparation of tender documentation;

    • 07

      Evaluation and analysis of objects to determine the cost of engineering and design;

    • 08

      ВIM design;

    • 09

      Comprehensive implementation of author's supervision;

    • 10

      Development of projects for related infrastructure facilities for mining, processing and metallurgical industries;

    • 11

      Carrying out engineering survey work.

  • CIVIL AND INDUSTRIAL ENGINEERING

    • 01

      Development of design and estimate documentation for the construction of civil and industrial facilities, in frame and frameless design, monolithic and prefabricated structures and buildings, metal structures, reinforced concrete;

    • 02

      Design of outdoor power supply systems, outdoor and indoor electric lighting, power electrical equipment and substations;

    • 03

      Design of trunk and intra-block fiber-optic communication lines, video surveillance systems, security and access systems;

    • 04

      Design of external water supply, sewerage, water drainage and drainage, gas supply, and heat supply networks;

    • 05

      Engineering surveys (engineering-topographic; engineering-geodetic; engineering-hydrological, engineering-geological;

    • 06

      Technical inspection of buildings and structures;

    • 07

      ВIM design;

    • 08

      3D laser scanning;

    • 09

      Qualified legal support for projects.

  • MINING & METALLURGICAL ACTIVITIES

    • 01

      Development of design and estimate documentation for the construction of mining facilities;

    • 02

      Adaptation of projects and technological processes in the mining and metallurgical sector of foreign projects and design solutions to Kazakhstani norms and requirements;

    • 03

      Design of roads and railways;

    • 04

      Development of environmental projects;

    • 05

      Industrial safety;

    • 06

      Preparation of tender documentation;

    • 07

      Evaluation and analysis of objects to determine the cost of engineering and design;

    • 08

      ВIM design;

    • 09

      Comprehensive implementation of author's supervision;

    • 10

      Development of projects for related infrastructure facilities for mining, processing and metallurgical industries;

    • 11

      Carrying out engineering survey work.

  • What We Offer:

    Employment:

    Work in a Kazakhstan-based company

    Salary:

    USD 3–5 per hour.

    Payment is task-based: each task is assigned with a clearly defined number of hours based on an 8-hour workday. If a task is completed ahead of schedule, payment will be made upon actual completion.

    Location:

    Kostanay, Kazakhstan

    Key Responsibilities:

    Architectural design solutions;

    Coordination with engineering disciplines.

    Requirements:

    Higher education in Architecture;

    At least 10 years of experience on industrial projects;

    Technical English proficiency (mandatory);

    Proficiency in Archicad, AutoCAD, Revit;

    Mandatory experience working with BIM;

    Relevant professional certificates and completion of specialized courses are required.

Escaping the “Dumping” Trap: International Design Practices for Kazakhstan

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  • Escaping the “Dumping” Trap: International Design Practices for Kazakhstan
  • The challenges of “dumping” and low-ball bidding in engineering design are not unique to Kazakhstan; they are observed globally. Many nations have sought to protect the quality of engineering through regulated fee structures, licensing, and mandatory standards—and their experience can serve as a strategic roadmap.

    1. Legally Mandated Minimum Design Fees

    Several European countries have developed official fee scales for architects and engineers that account for project complexity, scope of services, and design stages.

    The German Case Study (HOAI): Germany utilized the Honorarordnung für Architekten und Ingenieure (HOAI), a system that established minimum and maximum rate ranges based on project difficulty, volume of work, and total construction costs. This ensured transparent compensation based on professionally justified criteria rather than simply the lowest bid.

    Adaptation to Free Market Standards: Although the EU later ruled that mandatory HOAI price ranges were incompatible with the Directive on the free movement of services, the core logic remains sound. Linking design rates to objective criteria—complexity, facility cost, and project phases—is still the most effective way to protect design quality when adapted locally.

    Application in Kazakhstan: A similar approach could be codified in Kazakhstan’s legislation. This could take the form of mandatory or recommended base rates for design services, categorized by the type and complexity of the industrial facility.

    2. Implementing Professional Minimum Requirements and Licensing with Sanctions

    In Europe, the professions of architect and engineer are strictly regulated to ensure public safety and economic stability.

    The EU Standard (Directive 2005/36/EC): In many European countries, an architect or engineer must hold official registration and a recognized qualification level that meets EU standards for the recognition of professional qualifications. This does not merely protect the client from unqualified bids; it raises the baseline professional standard for the entire market.

    Strategic Roadmap for Kazakhstan:

    Enhanced Licensing for Complex Projects: Strengthening qualification requirements specifically for designers of complex industrial facilities and critical infrastructure.

    Clear Tiering of Responsibilities: Defining designer duties and authority levels based on the technical complexity of the project.

    Accountability and Enforcement: Implementing sanctions—including the suspension or permanent revocation of licenses—for organizations or specialists who systematically engage in “low-ball” bidding below economically viable rates while violating safety and quality standards.

    3. Mandatory Cost Estimation Methodologies: Moving Beyond "Lowest Price" Tenders

    In many advanced economies, the cost of engineering is not a “finger in the air” estimate but a calculation based on objective, standardized metrics:

    Standardized Labor Inputs: Fees are calculated based on the man-hours required for the specific complexity of the project.

    BIM Scope Assessment: Accounting for the depth and detail of Building Information Modeling (LOD — Level of Development).

    Disciplinary Breakdown: Evaluating the specific requirements for various project sections (Structural, Mechanical, Electrical, etc.).

    Regional Adjustments: Factoring in geographic and local economic conditions.

    This creates an objective pricing baseline, allowing tenders to evaluate not just the “price tag,” but whether the proposed scope of work meets mandatory quality standards.

    Strategic Recommendations for Kazakhstan:

    Mandatory Initial Maximum Price (IMP): Require clients to establish the starting price for design tenders based on approved methodologies that prioritize labor intensity, BIM volume, and technical complexity over the lowest possible bid.

    Eliminating “Price-Only” Selection: Prohibit tenders where the winner is chosen solely on the lowest price without a rigorous evaluation of their qualifications and the adequacy of their proposed workload.

    4. Integrating Mandatory Design Quality Standards

    In Europe, standards for managing project information are evolving rapidly. A prime example is BS 1192 (and the subsequent ISO 19650 series), which establishes a unified system for managing construction information and coordination between all project participants.

    For Kazakhstan, adopting such standards would mean:

    Mandatory Information Exchange Standards: Introducing unified protocols for data sharing, especially for large-scale and complex industrial projects, to ensure all parties are working with a “single source of truth.”

    BIM Methodology Requirements: Mandating the use of BIM (Building Information Modeling) at specific design stages to eliminate “spatial collisions” and optimize material consumption before construction begins.

    Expertise Based on International Standards: Implementing mandatory audits of design documentation to ensure compliance with global quality and safety benchmarks.

    5. Establishing Mechanisms for Sanctions and Incentives

    Beyond establishing minimum rates and professional norms, it is vital to implement a system of “checks and balances” to maintain market integrity.

    Sanctions for Non-Compliance:

    License Revocation: Suspension or permanent loss of licenses for firms that systematically engage in “low-ball” bidding and fail to deliver documentation that meets safety and technical standards.

    Accountability for Substandard Work: Implementation of strict penalties, including significant financial fines, for design documentation that deviates from established national and international standards.

    Incentives for Excellence:

    Mandatory Certification & Continuous Professional Development (CPD): Professional growth through mandatory certification courses, ensuring engineers stay updated on the latest technologies and safety codes.

    Expedited Approval Processes: “Fast-track” permitting and approval procedures for design organizations that utilize BIM methodology and adhere to high-level information management standards.

    Quality-Based Procurement Priority: Preferential status in state and strategic tenders for companies with a proven high-quality rating and a track record of reliable project delivery.

    Conclusion: National Interests and the Future of Engineering

    Low tender rates in engineering design are not merely an economic issue; they are a matter of national interest. To transition from a “race to the bottom” model to a framework of high-quality, safe, and technologically advanced design, Kazakhstan must adopt the following strategic practices:

    Legally Establish Minimum Base Rates: Linking fees to the complexity and physical volume of work.

    Strengthen Licensing & Qualification: Implementing rigorous entry barriers and real sanctions for professional malpractice.

    BIM-Oriented Cost Methodologies: Moving toward pricing models that account for Building Information Modeling and international standards.

    Mandatory Information Exchange Standards: Ensuring data integrity and transparency across all project participants.

    A Balanced System of Sanctions and Incentives: Rewarding professional excellence while eliminating predatory “dumping” from the market.

    The Impact of Systemic Transformation:

    Enhanced Quality: Superior design documentation leading to safer and more efficient construction.

    Elevated Professional Prestige: Restoring the status and value of the engineering profession.

    Risk Mitigation: Drastic reduction of errors and cost overruns in large-scale capital projects.

    Competitive Environment: Creating a sustainable professional ecosystem within the construction industry.

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