Electrical engineering / systems / 2026
Make power
think better.
Electrical Engineer focused on power systems, control architecture and reliable industrial design. I turn electrical complexity into systems that are measurable, maintainable and ready for the real world.
01 / Engineering philosophy
Precision is the
quiet advantage.
My approach sits between rigorous electrical fundamentals and practical delivery. I design with protection, diagnostics, thermal margins, maintainability and the operator experience in mind, because a good system should make sense long after commissioning day.
02 / Technical lattice
Four disciplines.
One connected system.
Expertise is represented as energized circuit nodes rather than generic percentage bars.
Power systems
Load studies, distribution architecture, protection coordination and electrical reliability for industrial environments.
Controls & automation
PLC-oriented control logic, instrumentation, interlocks and commissioning workflows that make machines predictable.
Electrical design
Schematics, panel layouts, cable schedules, equipment selection and design documentation built for clear handover.
Testing & commissioning
Structured test plans, fault isolation, verification and site commissioning with an emphasis on evidence and traceability.
03 / Experience
From schematic
to switch-on.
Lead Electrical Engineer · Northstar Automation
Own electrical architecture for automated production systems, from concept studies and panel design through FAT, site commissioning and operational handover.
Electrical Design Engineer · Meridian Energy Works
Delivered LV distribution, motor-control and protection packages for commercial and light-industrial projects while coordinating drawings with mechanical and civil disciplines.
Graduate Electrical Engineer · Vector Systems
Built foundations in electrical calculations, CAD documentation, testing procedures, equipment schedules and site support under senior engineering teams.
04 / Selected systems
Engineering that
earns its footprint.
High-speed packaging line controls
Reworked the electrical and control architecture for a packaging cell, simplifying panel topology, improving fault visibility and creating a cleaner commissioning sequence.
Factory distribution study
Mapped loads, protective devices and feeder constraints to identify bottlenecks and guide a phased distribution upgrade.
Intermittent motor fault
Combined measurement, waveform review and systematic isolation to trace a recurring trip to a degraded connection and restore stable operation.
05 / Work method
Trace → model →
prove → release.
A diagonal workflow mirrors the SLANT identity: every phase pushes the system toward a clearer, safer handover.
Frame the system
Understand requirements, loads, interfaces, constraints and the failure modes worth designing out.
Build the logic
Translate requirements into schematics, calculations, equipment selections and control relationships.
Test the assumptions
Review, simulate where useful, test methodically and document evidence before release.
Make it maintainable
Commission cleanly, hand over clearly and leave documentation that supports the next decision.
06 / Contact
Have a system
worth solving?
For electrical design, automation, commissioning, technical reviews or engineering collaborations, send a short brief. I prefer conversations that start with the problem and work outward to the right solution.
Email
priya@example.com
Phone
+1 555 0142
Location
Austin, TX