Our Teams and Specializations

Teams
Values

We turn complex, multidisciplinary projects into reality!
We are a team of experienced experts delivering specialized engineering designs for the industrial and energy sectors.

We use the latest solutions and tools to optimize costs as part of our engineering activities (value added engineering).

What does this mean in practice?

  • We solve our clients’ problems
  • We care about project outcomes and budgets
  • We ensure the highest quality of delivered solutions
  • We leverage cutting-edge technologies
  • We design environmentally friendly solutions
  • We nurture strong relationships with suppliers, subcontractors, and the broader business ecosystem

Find the right opportunity
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Job Offers

Meet Our Teams
and Specializations

MV/LV Design Team

Reliable and Efficient Power Systems

The MV/LV Design Team specializes in advanced power system solutions for industrial facilities, power infrastructure, and renewable energy sources. We provide comprehensive services, including grid parameter calculations, equipment selection, reliability assessments, and optimization of medium- and low-voltage systems. Our designs meet the highest technical standards and industry norms, ensuring both safety and energy efficiency.

Where can you grow and make an impact?

In our team, you’ll have the chance to develop your skills in areas critical to industrial power systems.
We offer opportunities to gain knowledge and hands-on experience in the following areas:

Power System Calculations and Analysis

  • Load flow analysis – selection of transformers, cables, and equipment to optimize system performance
  • Short-circuit analysis – design of overload and fault protection systems to minimize the risk of failure and downtime
  • Protection selectivity – design of protective schemes to isolate faults without affecting the rest of the system
  • Cable calculations and selection – ensuring proper conductor cross-sections, voltage drop limits, and protection against electric shock

Power System Modeling and Simulations

  • System modeling using advanced software (e.g., Caneco, DigSILENT PowerFactory)
  • Power quality analysis – evaluation of harmonics and grid parameters to improve energy efficiency
  • Lightning protection design – ensuring effective dissipation of atmospheric and switching surges in buildings and industrial facilities
  • Risk analysis and lightning protection component selection – assessment of lightning-related hazards and design of effective protective measures
  • Grid topology optimization – maximizing reliability and efficiency of the power system

Electrical Installation Design for Industry

  • Concept and detailed design of MV/LV switchgear
  • Electrical schematics and technical documentation
  • Backup power and UPS systems – emergency power design to ensure continuity of critical processes
  • Earthing system design – solutions for effective earthing of electrical installations, transformers, switchgear, and lightning protection systems
  • I&C System Design – comprehensive development of control and automation systems for industrial processes
  • Lighting systems – energy-efficient lighting design for indoor, outdoor, emergency, and evacuation lighting
  • Specialist NC RfG compliance analyses – testing and documentation to verify compliance of generation units with grid requirements, including on-site support

We use modern engineering software including PowerFactory, EPLAN, AutoCAD, Dialux, Caneco, Amtech, and WSCAD, enabling precise modeling, analysis, and optimization of electrical systems.

3D Design Team

Detailed Modeling of Electrical Infrastructure

The 3D Design Team is a group of specialists dedicated to the comprehensive design of cable routes and support structures in a 3D environment. By leveraging advanced modeling and analysis tools, we develop optimized cable systems that ensure the reliability, safety, and efficiency of electrical installations in industrial and power sector facilities.

Our portfolio covers industrial plants, power stations, refineries, and renewable energy facilities (RES), where precise cable routing is essential to the smooth and reliable operation of the entire infrastructure.

Where can you grow and contribute?

In our team, you’ll have the opportunity to work on modern 3D-based projects, acquire new skills, and develop your design and system analysis expertise in electrical engineering.

We offer the chance to gain knowledge and experience in the following areas:

3D Modeling of Cable Routes and Electrical Infrastructure

  • Creation of detailed 3D models of cable routes tailored to specific facility requirements
  • Route layout optimization – ensuring the shortest and most efficient cable paths, minimizing clashes, and considering ergonomics as well as ease of maintenance
  • Clash detection and interdisciplinary integration with steel structures, HVAC, piping, and automation systems
  • Load calculations and structural analysis for support systems to ensure mechanical stability and compliance with applicable standards

Design and Analysis of Cable Systems

  • Route selection based on load capacity, environmental conditions, and industry standards
  • Design of supports, cable trays, and penetrations with safety, ease of installation, and maintenance in mind
  • Preparation of technical documentation – 2D drawings, material take-offs, cable length and occupancy reports
  • Implementation of innovative technologies – using modern solutions in electrical design such as Digital Twins

Interdisciplinary Project Collaboration

  • Participation in projects for conventional and renewable energy (wind farms, PV plants, hydropower plants) and industrial facilities
  • Working on international projects involving a variety of norms and standards

Gaining New Competencies and Professional Development

  • Access to cutting-edge 3D tools used by top design firms worldwide
  • Opportunity to attend industry training and obtain certifications (e.g., Autodesk, Bentley, AVEVA)
  • Development of analytical and design skills that will help you become an expert in electrical system modeling

To deliver our projects, we use advanced software such as Bentley Raceway and Cable Management, AVEVA E3D, Autodesk Navisworks, Autodesk Revit, Soldis Projektant, as well as internally developed and implemented tools.

High Voltage (HV) Design Team

Experts in HV System Design

The HV Design Team specializes in the design, analysis, and implementation of high-voltage systems for industrial facilities, energy storage units, renewable energy sources (RES), and conventional power plants. Our portfolio includes projects for substations, RES farms, power plants, CHP plants, waste-to-energy facilities with cogeneration modules, and transmission networks operating at voltages of 110 kV and above.

Thanks to advanced calculation tools and the expertise of our engineers, we deliver high energy efficiency, cost optimization, and full compliance with international standards. Our solutions enhance the stability and safety of power systems in key investments worldwide.

Where can you grow and make an impact?

Working in our team means gaining specialized knowledge and participating in innovative HV infrastructure projects. We offer professional development in the fields of design, analysis, and implementation of high-voltage systems.

You’ll have the opportunity to gain knowledge and experience in areas such as:

Design of HV Systems and Substations

  • Designing high-voltage substations, including concepts, connection diagrams, and equipment layouts for HV switchgear
  • Designing switchgear arrangements, transformers, control systems, and protection schemes for substations
  • Creating single-line and multi-line diagrams, power supply layouts, and protection coordination schemes

Technical Calculations and System Analyses

  • Performing short-circuit, dynamic, and load flow calculations for HV systems
  • Conducting protection selectivity analyses, voltage profile assessments, and impact studies for new grid connections
  • Power system modeling using modern tools (e.g., DIgSILENT PowerFactory)
  • Comprehensive compliance analyses and testing based on NC RfG Grid Code requirements

Integration of Renewable Energy Sources (RES) with HV grid

  • Designing grid connections for wind farms, PV plants, and hydropower stations to HV networks
  • Designing substations and energy storage systems for RES installations

Collaboration in Interdisciplinary Projects

  • Participation in large-scale energy investments across the power, RES, and industrial sectors
  • Working on national and international projects in compliance with various norms and standards

Professional Development and Career Path

  • Access to modern engineering tools and design software used by leading firms
  • Opportunities to obtain industry certifications and licenses
  • Development toward becoming an HV systems expert or substation design specialist

Our projects are delivered using advanced tools such as DIgSILENT PowerFactory, AutoCAD Electrical, EPLAN, and ZIKOS.

Piping Design Team

Advanced and Precise Systems for Industry and Energy

The Piping Design Team is a group of highly qualified engineers specializing in the design of piping systems and process installations for the industrial and energy sectors. We develop efficient, safe, and durable systems for transporting media such as water, steam, technical gases, fuels, and chemicals—key elements in the operation of modern industrial facilities.

Our projects cover both new investments and upgrades of existing infrastructure. We combine advanced engineering expertise, 3D modeling, and technical analysis to deliver optimal and reliable solutions to our clients.

Where can you grow and thrive?

Working in the Piping Design Team is a great opportunity to gain hands-on experience and develop competencies in pipeline engineering. You’ll be involved in advanced piping system projects for industry and energy.

You’ll gain knowledge and experience in areas such as:

Design and Modeling of Piping Systems

  • Preparation of technical documentation – including P&ID diagrams, calculations, reports, material specifications, and assembly/arrangement drawings
  • Routing design – selecting materials, components, and industrial fittings tailored to specific technological requirements
  • Route optimization – designing layouts adapted to mechanical and process constraints

Analysis and Optimization of Piping Systems

  • Hydraulic and thermal calculations – ensuring optimal flow, minimizing energy losses, and meeting safety standards
  • System optimization – designing for efficiency, safety, and minimized investment costs
  • Stress and load analysis – static and dynamic assessment of system stability
  • Code compliance – verifying that projects meet local and international safety and environmental regulations

Interdisciplinary Project Collaboration

  • Participation in major industrial, power, and renewable energy investments
  • Opportunity to work on international projects requiring knowledge of diverse codes and standards

Professional Development and Skill Expansion

  • Access to modern BIM technologies for accurate design
  • Opportunities for certification, specialist training, and technical conferences
  • A defined career path toward becoming a piping systems design expert

We use cutting-edge engineering tools for our projects, including: E3D (AVEVA), OpenPlant (Bentley), AutoPipe, SmartPlant 3D (Intergraph), AutoCAD Plant 3D, Navisworks, BIM 360 (Autodesk), and more.

Sales and Procurement Team

Strategic Supply Chain and Business Relationship Management

The Sales and Procurement Team plays a key role in delivering projects for industry, conventional energy, and renewable energy (RES). Our goal is to manage procurement processes effectively, build sales strategies, and negotiate optimal cooperation terms with suppliers and clients.

We collaborate with suppliers of electrical components, contractors, and energy network operators to ensure timely deliveries, competitive pricing, and top-quality products and services. Thanks to close coordination with engineering teams, we ensure smooth project execution and cost optimization.
Where can you grow and thrive?Working in our team offers a great opportunity to gain hands-on knowledge and experience in sales, procurement, and business negotiations within the industrial and energy sectors. You will have the opportunity to grow in areas such as:Service Sales and Client Relationship Building
  • Acquiring new clients and nurturing relationships with existing business partners
  • Preparing commercial offers, leading negotiations, and coordinating sales contracts
  • Establishing cooperation terms and long-term strategies with industrial and energy sector clients
Procurement Process and Cost Optimization
  • Negotiating prices, delivery terms, and agreements with suppliers
  • Optimizing the supply chain – cost reduction, quality control, and ensuring timely deliveries
Market Analysis and Commercial Strategy
  • Monitoring market trends and analyzing competition in the energy and RES sectors
  • Developing procurement and sales strategies tailored to company needs and a dynamic market
  • Exploring innovative solutions and new suppliers to boost operational efficiency and competitiveness
Interdisciplinary Collaboration and Skill Development
  • Coordinating sales and procurement efforts with engineering teams and project managers
  • Gaining knowledge about cutting-edge energy technologies, HV systems, and RES solutions
  • Participating in industry training sessions, trade fairs, and conferences

Project Management Team

Efficient Execution of Investments in Power, Industry, and Renewable Energy

The Project Management Team is responsible for the comprehensive delivery of industrial and power engineering investments. We coordinate all project stages – from planning and scheduling, through cost and resource control, to final implementation.

With experienced managers, proven processes, and modern management tools, we ensure timely and efficient project execution for the energy, industrial, and renewable energy (RES) sectors. Our role is to combine technology, strategy, and precision so that every project is delivered smoothly and in line with the highest standards.
Where can you grow and thrive?Working in our team offers an excellent opportunity to gain experience in managing engineering projects, collaborating with international partners, and developing coordination and investment process optimization skills.You will have the opportunity to grow in areas such as:Managing Power and Industrial Projects
  • Coordinating the implementation of energy stations, industrial facilities, RES farms, and transmission infrastructure projects
  • Creating schedules, budgets, and execution plans for power engineering investments
  • Monitoring project progress, identifying risks, and implementing corrective actions
Interdisciplinary Collaboration and Team Coordination
  • Working with electrical, automation, and 3D modeling teams to ensure project consistency and process efficiency
  • Coordinating subcontractors, suppliers, and clients to guarantee smooth project execution
  • Organizing project meetings and reporting progress to key stakeholders
Process Optimization and Quality Control
  • Monitoring compliance with technical standards and industry regulations
  • Ensuring project timeliness, quality, and safety
Skills Development and Competence Growth
  • Participating in international projects and collaborating with key companies in the energy sector
  • Developing technical, organizational, and leadership competencies that will support your advancement within the company

Our Core Values
Our values are the pillars of our organizational culture.

Trust

Trust is fundamental. We operate efficiently, reliably, and with full commitment – so you can count on us at every stage of collaboration.

Awareness

We understand our clients’ needs – thanks to extensive experience in both design offices and construction sites. Each project is an opportunity for growth and better support in the future.

Creativity

Every project presents a new challenge. We seek simple yet effective solutions tailored to real-world needs. We think outside the box to deliver more than expected.

We create ideas,
build on knowledge, act with trust, and power innovation.