I translate loads, protection logic, control requirements and energy targets into electrical systems that are safer to operate, easier to maintain and ready for commissioning.
Electrical engineering is a chain of decisions. I keep that chain visible, from first load estimate and single-line concept through protection, documentation, installation and final verification.
Good electrical infrastructure should not need drama to prove its value. My work combines analytical discipline with constructible documentation, clear protection logic and commissioning-minded thinking.
Capabilities are shown as disciplines and tool clusters rather than inflated percentage bars.
Distribution architecture, load studies, single-line diagrams, equipment selection and practical power-quality thinking.
Protection coordination, fault-current analysis, earthing concepts and documentation that keeps safety logic explicit.
Motor control, PLC logic, instrumentation, interlocks and commissioning workflows for dependable operation.
Metering strategy, demand analysis, harmonics awareness and efficiency initiatives that connect design choices to operating cost.
Core tools: AutoCAD · ETAP · EPLAN · MATLAB/Simulink · PLC/SCADA environments · Electrical testing & commissioning documentation
Representative engineering case studies framed around the constraint, the intervention and the measurable outcome.
Reworked LV/MV distribution, protection philosophy and energy monitoring for a production environment where uptime mattered as much as efficiency.
Modernized distribution, MCC strategy and metering while designing around an operating facility.
Selective coordination and UPS redesign for a high-availability production line.
A concise progression across design, plant reliability, controls and commissioning responsibility.
Lead power and controls design for industrial clients; coordinate multidisciplinary packages, commissioning teams and technical vendors.
Delivered LV/MV distribution, panel schedules, cable calculations, grounding studies and construction documentation.
Supported plant reliability, preventive maintenance, instrumentation upgrades and energy-performance initiatives.
Ionorchard treats engineering as a controlled flow from uncertainty to verified performance.
Understand loads, operating conditions, constraints, stakeholders and the existing electrical environment.
Develop calculations, schematics, protection logic and equipment decisions that expose assumptions early.
Coordinate drawings, schedules, cable routes, panels, controls and vendor information for constructible execution.
Support testing, commissioning, punch-list closure and documentation so the final system is accountable.
For electrical design, industrial power, controls, energy optimization or commissioning collaboration, send a short project note.