⚡ 10-WEEK JOB-READY CERTIFICATION

PSS®E Power System Studies & Grid Planning

Master Large-Scale Transmission Modeling, Contingency (N-1), Dynamic Stability, Weak Grids, Renewable Grid Interconnection (Solar/BESS), and Custom User-Defined Models (UDM).

High-voltage transmission line tower against a twilight sky with crisp cyan and orange technical overlay elements.

PROGRAM AT A GLANCE

GRID PLANNING CURRICULUM

Master Utility-Scale Power System Studies

Duration: 10 Weeks (Live Interactive Weekend Sessions + Hands-on Lab Practice)

Build job-ready expertise in grid compliance, automated contingency analysis, and renewable energy interconnection using industry-standard simulation software.

Software Stack: Siemens PSS®E 35 + Python API (psspy)

Case Studies: 100 MW Solar POI Interconnection, 230 kV Regional Grid N-1 Contingency

Automation: Automated ACCC Screening, PV/QV Curves, Excel/PDF Report Generation

Credentials: Verified ISO 9001:2015 Certificate + Live GitHub

10-WEEK SYLLABUS MATRIX

Comprehensive PSS®E Technical Curriculum

Step through our intensive industry-aligned syllabus covering network modeling, dynamic stability, renewable integration, and Python batch automation tailored for utility transmission engineers.

• WEEK 01

• WEEK 02

• WEEK 03

PSS®E Architecture & Network Modeling

Steady-State Load Flow Analysis

Contingency & N-1 Security

Master software setup alongside core file structures including raw data, save cases, dynamic files, line impedance calculations, generator models, and BESS representation.

Execute steady-state load flow analysis utilizing Newton-Raphson numerical solvers, voltage profile optimization techniques, reactive power balance management, and swing bus allocation strategies.

Perform contingency screening and dynamic N-1 reliability assessments to identify thermal overloading, voltage violations, and automated system remediation paths under critical single-contingency events.

• WEEK 04

• WEEK 05

• WEEK 06

Short Circuit & Fault Analysis

Renewable Grid Interconnection Study & Compliance

Dynamic Simulation & Transient Stability

Conduct balanced and unbalanced fault calculations adhering strictly to IEC 60909 and ANSI standards, evaluating circuit breaker interrupting duties and dynamic bus fault impedances. Symmetrical/Asymmetrical faults (3-phase, SLG, DLG), IEC 60909 vs. ANSI standards, breaker duty, and protection coordination basics.

Integrate renewable generation into utility grids through specialized solar PV and battery storage modeling, evaluating dynamic capability curves and weak grid stability limits, Generic WECC inverter dynamic models (`REGCA`, `REECA`, `REPCA`), active/reactive control modes, LVRT/HVRT dynamic response.

Simulate dynamic transient stability in the time domain, calculating critical fault clearing times, generator rotor angle responses, and dynamic control loop stability. Machine dynamic modeling, dynamic data files (`.dyr`), integration time step calculation, STRT/RUN commands, and critical clearing time (CCT) under 3-phase faults.

• WEEK 07

• WEEK 08

• WEEK 09

• WEEK 10

Voltage Stability & PV-QV Curves

PSS®E Python Scripting & Batch Automation

Renewable Energy Dynamic Modeling (Solar PV, Wind, & BESS)

Capstone Project

Analyze voltage stability using PV and QV curve techniques to determine maximum active power transfer limits, reactive power margins, and Voltage collapse mechanisms, Pmax transfer margins, modal analysis, weak bus identification.

Python environment setup, `psspy` API commands, recording macros, batch process execution, and automated Excel/Word report generation

100 MW Solar/BESS POI study, reactive power capability curves, CEA India / IEEE 2800 grid code compliance, and client-ready reporting

Execute a comprehensive utility-scale grid impact study as a capstone project, delivering full technical audit documentation and presenting defense findings to senior engineers.

COMPLETE LEARNING TOOLKIT

Tools & Resources Included

Software & Setup

Live & Recorded Access

Automation Code Library

Verified Credentials

Step-by-step guidance for Siemens PSS®E with benchmark test case networks.

Interactive classes via Google Meet/Zoom with access to recordings

Pre-built Python scripts for automated batch load flow, contingency screening, and data extraction.

ISO 9001:2015 Certificate of Competency

TARGET AUDIENCE & CAREER OUTCOMES

Who Should Enroll & Career Pathways

Empowering ambitious electrical engineers and graduates to transition directly into high-impact power system consulting and grid modeling roles.

Students & Fresh Graduates

Working Professionals (0–5 Years)

Build job-ready utility-scale transmission modeling experience before entering the market, positioning yourself ahead of peers for technical grid analysis roles.

Tailored for engineers in electrical design, testing, or site execution seeking a structured path into high-value power system consulting and grid planning.

INDUSTRY ROLES

Target Job Roles

Transmission Planning Engineer

Power System Studies Consultant

Grid Interconnection Specialist

Renewable Modeling Engineer

Conduct steady-state, dynamic stability, and contingency (N-1) evaluations for regional utility transmission networks.

Deliver technical consulting and compliance studies for high-voltage utility infrastructure and specialized energy projects.

Assess grid code compliance, system transfer capability, and thermal limitations for new power plant connections.

Perform dynamic modeling for solar, wind, and battery storage (BESS) integration into main transmission grids.

Enroll in Cohort →

Transform Into a High-Demand Grid Engineer

Join the elite 10% of power engineers who can model, simulate, and automate transmission systems.