Roadmap to power system / electrical transmission planning ( AI Claude)

it's power system / electrical transmission planning for the electric grid (think power lines, substations, load flow studies), not telephone/network/communications engineering. "Transmission" here means high-voltage electricity transmission, not data transmission. If you're currently in telecom, you'd essentially be pivoting into power systems engineering, which shares some fundamentals (circuits, signals) but diverges heavily after that.

Here's what you'd need to build toward this role:

1. Educational foundation

• Bachelor's in Electrical Engineering (this is the hard requirement — the posting says EE/Computer Engineering, but "preferred: EE"). If you already have an EE or Computer Engineering degree, you're most of the way there credential-wise.
• If your degree is in telecom/CS/something adjacent, you may need additional coursework or a second degree in power systems, or enough hands-on experience to compensate (some employers accept engineering technology degrees + PE license).

2. Core technical knowledge to learn

• Power systems fundamentals: three-phase AC circuits, per-unit systems, transformers, transmission line modeling
• Power flow / load flow analysis (steady-state)
• Power system stability and dynamics
• Short-circuit / fault analysis
• Protection & relaying basics
• Electricity markets / economic dispatch (if you want the "Electric Market Analysis" piece)
• NERC and SERC reliability standards — these are the compliance rules governing the U.S. bulk power grid; you'll want to get familiar with NERC's TPL (transmission planning) standards specifically

3. Software tools (very specifically named in the posting)

• PSS/E (Siemens' power system simulation software — the industry standard for planning studies)
• TARA (transmission adequacy/reliability assessment tool)
• Also worth knowing: PSCAD, PowerWorld, or ASPEN (varies by employer, but PSS/E is the big one)

4. Certifications

• FE (Fundamentals of Engineering) exam — take this right after your degree while coursework is fresh; it's the first step toward a PE
• PE (Professional Engineer) license — requires FE + qualifying experience (usually 4 years) + passing the PE exam. Listed as "preferred" here but becomes more valuable as you go for Sr. level roles

5. Experience path

• Entry-level utility roles (distribution engineering, substation design, protection & controls) are common ways in, since transmission planning teams often want some general power-engineering exposure first
• Internships/co-ops at utilities (Entergy, Southern Company, TVA, etc.) while in school are the most direct route
• If you're coming from telecom with real engineering experience, emphasize transferable skills (systems modeling, project work, regulatory compliance, technical documentation) but expect to need a few years rebuilding domain-specific power systems expertise

Want me to sketch out a study plan or list specific courses/certifications (like online power systems courses) to get you started, depending on where you're starting from?

AI Claude