ENGINEERING AND TECHNICAL DIVISION


ALMS Global Engineering's Energy Infrastructure and Technical Division is a leading provider of specialized engineering solutions tailored to the evolving needs of the energy sector. Located in Fredericton, New Brunswick, our division leverages a multidisciplinary team of experienced engineers, project managers, and technical specialists to deliver innovative, reliable, and sustainable infrastructure projects across Canada and internationally.

With a commitment to excellence and sustainability, we focus on delivering end-to-end engineering services that optimize performance, enhance safety, and support the transition to cleaner, more efficient energy systems. Our expertise spans the full lifecycle of energy infrastructure projects - from feasibility and design through to commissioning and asset management. Our client base includes utilities, independent power producers, government agencies, and private sector companies engaged in renewable energy, oil and gas, power transmission and distribution, and energy storage sectors.


Core Competencies


  • Energy Infrastructure Engineering

Comprehensive design and engineering services for power generation, transmission, and distribution infrastructure, including substations, switchyards, and grid modernization projects across offshore/upstream, midstream, and land/downstream.


  • Renewable Energy Systems

Expertise in solar, wind, hydroelectric, and battery storage systems, supporting sustainable energy integration and decarbonization initiatives.


  • Technical Consulting & Advisory

Strategic consulting services that help clients optimize energy assets, comply with regulations, and implement advanced technologies.


  • Project Management & Delivery

End-to-end project management ensuring projects are delivered on time, within budget, and to the highest quality and safety standards.


  • Asset Integrity & Reliability Engineering

Comprehensive assessment and maintenance planning to maximize infrastructure lifespan and minimize operational risks.


  • Digitalization & Smart Grid Solutions

Implementation of cutting-edge digital tools, IoT, and automation systems to improve grid efficiency, resiliency, and data-driven decision-making.


Why Choose ALMS Global Engineering?


Local Expertise, Global Reach: Combining local knowledge of Canadian regulations and market conditions with global best practices.


Innovative Solutions: Emphasizing sustainable and cutting-edge technology to future-proof energy infrastructure.


Client-Centric Approach: Tailored solutions aligned with client goals and collaborative partnerships.


Safety & Quality: Rigorous safety protocols and quality management systems embedded in every project.


Proven Track Record: Successful delivery of complex projects across multiple energy sectors.

Breakdown Services


Engineering Design & Analysis


  • Detailed civil, structural, electrical, and mechanical design for energy infrastructure.
  • Load flow studies, fault analysis, and system impact assessments.
  • Equipment specification, procurement support, and vendor evaluations.


Feasibility Studies & Conceptual Design


  • Technical and economic feasibility analysis for new projects.
  • Environmental and regulatory impact assessments.
  • Conceptual layouts and preliminary cost estimation.


Project & Construction Management


  • Scheduling, budgeting, and risk management.
  • Coordination of contractors, vendors, and stakeholders.
  • Quality control and site supervision.


Commissioning & Testing


  • Development of commissioning plans and procedures.
  • System integration, functional testing, and performance verification.
  • Troubleshooting and corrective action implementation.

Asset Management & Maintenance Optimization


  • Condition monitoring and predictive maintenance strategies.
  • Life cycle cost analysis and asset renewal planning.
  • Risk-based inspection and integrity management programs.


Regulatory Compliance & Safety Audits


  • Ensuring adherence to Canadian electrical codes, environmental regulations, and industry standards.
  • Safety audits and hazard assessments.
  • Development of safety management systems and protocols.


Renewable Energy Integration


  • Grid connection studies for renewable projects.

  • Energy storage system design and integration.

  • Power quality analysis and mitigation measures.


Smart Grid & Digital Solutions


  • SCADA and automation system design.
  • Data analytics and IoT sensor integration.
  • Cybersecurity risk assessment and mitigation planning.