02 / HANDS-ON EXPERIENCE↗
INSIDE THE PANEL.
Assembled and wired control panels, installed breakers, contactors and relays, and assisted with supervised testing and inspections at Biricik.
AHMED SIDDIG / PORTFOLIO 2026 AS–001 / SYSTEM ONLINE
ELECTRICAL & ELECTRONICS ENGINEER
POWER IS
PERSONAL.
I’m Ahmed Siddig. I study the systems you rarely see, but rely on every day—from industrial distribution to the smallest embedded signal.
01—05 SCROLL TO ENERGIZE
FIG / 001 MODEL ONLINE
CONTROL SYSTEM / STUDY MODELSVG FALLBACK FOR NON–WEBGL DEVICES
SCHEMATIC / CONTROL / PROTECTION
CONCEPTUAL LV ASSEMBLY
INTERACTIVE 3D STUDY
INTERACTIVE 3D STUDY
DRAG TO ORBIT / SELECT VIEWCONCEPT MODEL / NOT A CERTIFIED DESIGN
DESIGNED TO UNDERSTAND.✳BUILT TO WORK.AS / 001
FIELD NOTE / 001 THE THINGS WE CAN'T SEE
EVERYTHING
STARTS WITH
A CONNECTION.
From energy transfer to information flow, engineering is the art of making connections dependable.
AS / CONNECTING THE DOTS / 202601 / SELECTED WORK & EXPOSURE
IDEAS MEET
HARDWARE.
One completed university prototype, plus carefully distinguished hands-on and supervised industrial experience.
ENGINEERING PROJECT / 001EMBEDDED SYSTEMS
INPUT → FILTER → PROCESS → TRANSMITUNIVERSITY PROTOTYPE
01 / COMPLETED UNIVERSITY PROJECT
THE SIGNAL
OF LIFE.
A solar-powered home heart-monitoring prototype using an ESP32 and MAX30102 optical sensor. The system combined power management, digital signal processing, heart-rate estimation and wireless transmission to a mobile interface.
ROLE / DESIGN & PROTOTYPING2025
EXPLORE THE COMPLETE CASE STUDY 03 / INDUSTRIAL EXPOSURE↗
THE BIGGER GRID.
Reviewed refinery MV/LV distribution, single-line diagrams and protection arrangements under senior-engineer supervision. Supported LV site activities at Shada.
INTERACTIVE ENGINEERING ATLAS / 002CONCEPTUAL DEMONSTRATION · NOT AN INSTALLATION DESIGN
FROM PHYSICAL POWER TO DIGITAL SIGNAL
FOLLOW THE
FLOW.
The same curiosity at three different scales. Select a system to inspect its fundamental signal path.
AS / ENGINEERING STUDIES01 — DISTRIBUTION
SELECT ENGINEERING DOMAIN
A system is only as good as its protection.
From drawings and distribution architecture to the protective devices and equipment carrying power. My industrial exposure included supervised reviews of MV/LV systems and panel assembly.
ENGINEERING PLAYGROUND / 003AN IDEAL DC CIRCUIT — EDUCATIONAL MODEL
DO MORE THAN LOOK. INTERACT.
MAKE IT
FLOW.
Turn the knobs. Change the circuit. See what Ohm's law does to the current and power—then watch the signal respond.
ADJUST INPUT PARAMETERSLAB // 001
CALCULATED CURRENT1.00 A
LOAD POWER24.0 W
This is a mathematical demonstration of a simple ideal DC resistive circuit, not a real energized circuit, engineering validation or equipment operating instruction.
04 / ENGINEERING LABORATORY — THREE-PHASEMODELED · NOT MEASURED
ENERGY, THROUGH THREE LENSES
THE PHASE
SHIFT.
Three sinusoidal voltages. One rotating field. Explore how real power, power factor and line-to-line voltage change the calculated current in a balanced three-phase system.
OSCILLOSCOPE / 001
L1 L2 L3 I₁
400 V LINE–LINE / 7.5 kW / PF 0.85INPUT / BALANCED LOAD50 Hz · TIME SLOWED FOR DISPLAY
0.5 kW22 kW
0.601.00
LINE CURRENT12.74A
APPARENT POWER8.82kVA
REACTIVE POWER4.65kVAr
PHASE ANGLE31.8°
For a balanced three-phase load, line current is calculated from real power, line-to-line voltage and power factor.
UNIVERSAL RELATIONSHIP / P = √3 × VLL × IL × PFALL RESULTS ARE IDEALIZED CALCULATIONS ↗
Voltage isn't the whole story.
Real power and power factor determine the current a balanced three-phase load would draw at a specified line voltage.
120° apart, by design.
Three equal sinusoidal phase voltages are separated by 120 electrical degrees. Switch to the phasor view and watch the vectors revolve.
Model first. Verify later.
This interactive educational model omits harmonics, impedance, transients, unbalance, protection and real installation constraints.
05 / ENGINEERING PATH
LEARNED ON
THE GROUND.
Technical work happens in the real world: drawings, components, inspections, safety procedures, and experienced people willing to teach.
FIELD RECORD2025 / CYPRUS · SUDAN · SAUDI ARABIA
NOV—DEC
2025
2025
PORT SUDAN REFINERY / SUDAN
Electrical Engineering Intern
Supervised review of MV/LV power distribution, protection and single-line diagrams; site inspections and maintenance discussions.
01
JUL—AUG
2025
2025
BIRICIK / CYPRUS
Electrical Engineering Technician
Control-panel assembly and wiring, protective devices, schematic reading and supervised panel inspections and tests.
02
JAN—FEB
2025
2025
SHADA INDUSTRIAL CONSTRUCTION / SAUDI ARABIA
Electrical Engineering Intern
Supported LV installation, cable management, grounding, drawing review and supervised testing and commissioning activities.
03
06 / THE PERSON BEHIND THE WORK
CURIOUS
BY NATURE.
ENGINEER
BY CHOICE.
I’m Ahmed Siddig, an Electrical & Electronics Engineering graduate with a particular interest in the intersection of power, controls and embedded systems. My path has taken me through hands-on technical environments and almost two years of international compliance and research work—different disciplines, the same commitment to understanding complicated systems.
AREAS OF INTEREST & EXPERIENCE
POWER DISTRIBUTIONCONTROL PANELSEMBEDDED SYSTEMSTECHNICAL DRAWINGSTESTING SUPPORTSIGNAL PROCESSING
ACADEMIC RECORD / 2025
01/ DEPARTMENT
Ranked first in Electrical & Electronics Engineering at Cyprus Aydin University.
3.56 / 4.00 GPAHIGH HONOURS
ADDITIONAL EXPERIENCE
Nearly two years working in international research, documentation, compliance and client coordination at W-V Law Firm LLP.
AS.
07 / OPEN TO ENGINEERING OPPORTUNITIESSAUDI ARABIA · OPEN TO RELOCATION