Training & Support

Empowering teams with deep expertise in Power System Studies and CAD workflows.

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Power System Studies Training

Hands-On Courses to Master Analysis, Modeling, and Simulation

Introduction to Power System Training Studies

Our Power System Studies training is designed to help engineering teams build robust in-house capabilities for performing advanced electrical studies across utility-scale PV, BESS, and hybrid projects. The curriculum combines foundational theory, industry best practices, and real-world applications, delivered through a flexible mix of video modules, live sessions, and in-person workshops.

Participants gain practical proficiency using industry-standard tools, including:

  • DIgSILENT PowerFactory
  • ETAP
  • PSSE (PSS®E)
  • CYMCAP
  • CDEGS
  • SKM Power*Tools
  • Python automation for PowerFactory and ETAP

Build In-House Capability with Confidence

Our training program equips your team with the technical knowledge, practical tools, and real-world workflows needed to bring all core power system studies fully in-house. By the end of the program, your organization will be positioned to eliminate outsourcing, accelerate project timelines, reduce engineering costs, and build long-term technical independence. Your team will confidently perform:

  • Load Flow and Reactive Power Optimization
  • Short Circuit and Protection Coordination Studies
  • Arc Flash and Grounding System Analysis
  • Cable Ampacity and Thermal Modeling
  • Insulation Coordination and Lightning Risk Assessments
  • System Loss Studies and Energy Performance Modeling

Ongoing Learning & Continuing Education Support

We recognize that power system software, utility requirements, and industry best practices are constantly evolving. Our training program includes a built-in continuing education framework to help your team stay current and maintain technical leadership:

  • Regular content updates as software platforms (e.g., PowerFactory, ETAP, CYMCAP) release new features and compliance tools
  • Access to follow-up sessions, refresher videos, and advanced topic webinars tailored to utility-scale PV, BESS, and hybrid system analysis
  • Emerging trends coverage, including model automation, grid code updates, and evolving interconnection study requirements
  • Community-based Q&A support and practical case discussions to reinforce applied knowledge across real projects

CAD Training & Support

Master CAD Tools for Power Engineering Projects

AutoCAD Essentials

Discover fundamental CAD drafting skills tailored to electrical and structural applications:

  • Interface navigation, layer management, and basic drawing commands
  • Creating and editing polylines, blocks, and attributes for power system symbols
  • Dimensioning, annotation, and text styles for clear and consistent documentation
  • Plotting, layout management, and sheet set creation for multi-sheet deliverables
  • Practical exercises: drafting single-line diagrams, panel schedules, and conduit layouts

Advanced AutoCAD Techniques

Take your CAD capabilities further with automation and customization:

  • Dynamic blocks creation for reusable components like breakers, relays, and panels
  • Parametric constraints and annotative objects for scalable drawings
  • Introduction to AutoLISP and VBA scripts to automate repetitive tasks
  • CAD standards enforcement: layer filters, naming conventions, and drawing templates
  • Clash detection workflows with external references (Xrefs) for multi-discipline coordination

3D Modeling & BIM Integration

Learn 3D modeling principles and how they integrate with BIM for power projects:

  • Creating 3D equipment models for switchgear, transformers, and enclosures
  • Extrusion, loft, and sweep commands for duct banks and cable trays
  • Collision checking and clash resolution using Navisworks or Model Checker
  • Connecting CAD models to BIM platforms like Revit for integrated project delivery
  • Generating plan, section, and elevation views from 3D models for detailed documentation

CAD Management & Best Practices

Ensure consistency and efficiency across all CAD deliverables:

  • Developing and maintaining CAD standards, templates, and title blocks
  • Version control and file management strategies for large project teams
  • Implementing QA/QC checks for layer usage, annotation scales, and drawing integrity
  • Tips for optimizing file size, performance, and printing setups
  • Periodic audits and updates to CAD libraries to reflect evolving standards

Training Delivery & Resources

Our CAD and power studies training is delivered via:

  • Instructor-led virtual or on-site workshops with interactive labs
  • Hands-on project exercises replicating real-world scenarios
  • Comprehensive course materials, including step-by-step guides, sample files, and reference libraries
  • Post-training support with access to online resources and expert Q&A sessions
  • Continual updates to training content to reflect software releases and industry best practices