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Engineering

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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.

The “Gold Standard” of Industrial Design: Why Having 80% of Engineers In-House is Non-Negotiable

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  • The “Gold Standard” of Industrial Design: Why Having 80% of Engineers In-House is Non-Negotiable
  • In the design of plants, warehouses, and processing complexes, the devil is in the details: in a single centimeter of sewage slope, the specific concrete grade for a vibration mount, or the precise column spacing. When an engineering firm maintains at least 80% of its staff in one office, it isn’t just selling you blueprints—it is selling you manageability and the elimination of “information noise.”

    Let’s explore why this is critically important for the industrial sector.

    1. Concentration of Expertise: The "One-Office" Effect

    Industrial design is a complex puzzle of technology, structures, and utilities. When engineers sit side-by-side, communication accelerates exponentially:

    Instant Section Coordination: A technologist can walk over to a structural designer in less than a minute to clarify tank loads. They don’t have to wait for a chat reply or schedule a Zoom call.

    Collective Intelligence: Complex components (equipment foundations, production line layouts) are discussed live at the monitor or over a printout. This eliminates the risk of someone “misunderstanding” the task within the Terms of Reference (ToR).

    Chief Project Engineer (CPE) Oversight: The Chief Project Engineer (CPE) monitors the entire process in real-time. He physically supervises how architectural solutions align with fire safety and engineering networks.

    2. Technological Precision: From Vessels to Foundations

    In an industrial facility, everything begins with the technology (TX). Choosing a design company with an in-house staff guarantees you:

    Optimal Structural Capacity: Engineers calculate foundations and frames without the excessive “just-in-case margin” that remote contractors often add due to uncertainty. This translates to direct savings on your concrete and rebar.

    Professional Equipment Layout: Every piece of machinery, ventilation duct, and cable tray is integrated into a single 3D model. This eliminates on-site rework that occurs when a pipe suddenly obstructs a gate or prevents machine maintenance.

    Accurate Earthwork and Material Accounting: Precise calculation of vertical leveling and material volumes helps avoid unnecessary procurement and logistics costs.

    3. Why a Company Audit is Essential Before Making a Decision

    Choosing a design contractor is an investment decision. Before entrusting millions in construction budget to anyone, conduct a thorough audit of the engineering firm:

    The Office Visit: Verify that 80% of the declared engineers are actually at their workstations. This is your guarantee that a cohesive team is working on your project, rather than a group of random subcontractors.

    Infrastructure Check: Observe the software the specialists are using. For industrial facilities, the use of BIM technologies (Revit, Tekla, etc.) is critical. These tools allow you to visualize the object in 3D long before construction begins.

    Documentation Audit: Ask to see working drawings (sections for Structural Steel, Reinforced Concrete, and Technology) from similar completed projects.

    Important: Pay close attention to the level of detail. How well-thought-out are the junction nodes? How are fire hazards and explosion protection addressed? High-quality documentation is defined as a set of plans that a builder can follow without making daily calls to the designer for clarification.

    4. Economic Benefits: Saving Time and Capital

    By choosing a powerhouse in-house team, you gain three key advantages:

    Minimized Regulatory Risks: Our professionals guide the project through the state expertise and permitting process. They know every environmental and fire safety requirement “inside and out.”

    Reduced Coordination Costs: Internal quality control (norm-control) is much stricter and faster in an office environment than in a remote setup.

    Rapid Change Management: If you decide to change an equipment brand during the design phase, our in-house team recalculates all related sections—electrical, foundations, ventilation—simultaneously.

    The Bottom Line: Design is the Foundation of Your Profit

    A professional engineering firm is your partner in cost optimization. A full-time engineering staff guarantees that your plant will be built with the optimal amount of materials, the equipment will fit “like a glove,” and your deadlines won’t slip due to a lack of coordination between project sections.

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