0782708354

0704946448

itechbkengineering@gmail.com

Gayaza Kitagobwa.






Electrical Engineering Services


Electrical Engineering Services

“Safe, efficient, and modern electrical solutions for today’s infrastructure. Powering Intelligent, Resilient, and Sustainable Buildings”

Overview

Modern buildings are more than structures—they are dynamic ecosystems powered by electricity. Our Electrical Engineering Services deliver the foundational intelligence that brings buildings to life. We design sophisticated, safe, and efficient electrical systems that power operations, enable technology, ensure safety, and reduce environmental impact—all while meeting the highest standards of performance and reliability.

From conceptual design to commissioning, we provide full-scope electrical engineering solutions that integrate seamlessly with architectural vision and modern construction practices.

Core Electrical Engineering Disciplines

1. Power Distribution & Life Safety Systems

✅Main Electrical Design: Service entrances, main switchgear, panelboards, and comprehensive distribution systems.
✅Emergency & Standby Power: Generator systems, Uninterruptible Power Supply (UPS) design, and automatic transfer switches for critical loads.
✅Grounding & Bonding: Systems ensuring electrical safety and equipment protection.
✅Short-Circuit & Coordination Studies: Arc-flash analysis and protective device coordination for system safety and reliability.
✅Fire Alarm & Mass Notification Systems: Code-compliant, addressable fire detection, voice evacuation, and emergency communication design.

2. Advanced Lighting Design

✅Interior & Exterior Architectural Lighting: Aesthetic lighting that enhances spaces while meeting functional requirements.
✅Energy-Efficient Solutions: LED technology integration, daylight harvesting controls, and occupancy/vacancy sensing.
✅Lighting Control Systems: Dimming, zoning, and programmable scenes using DMX, DALI, or wireless protocols.
✅Photometric Analysis: Computer simulations to validate lighting levels and ensure compliance with standards.

3. Low-Voltage & Technology Systems.

✅Information & Communications Technology (ICT): Structured cabling (fibre/copper), data networks, Wi-Fi heat mapping, and telecom backbone design.
✅Security & Access Control: Intrusion detection, video surveillance (CCTV), electronic access control, and perimeter security.
✅Audio-Visual Systems: Boardroom AV, digital signage, sound masking, and public address (PA) systems.
✅Building Automation Systems (BAS): Integration points for lighting, HVAC, and power monitoring.

4. Renewable Energy & Sustainable Design

✅Solar Photovoltaic (PV) Systems: Roof-mounted, carport, and ground-mount system design, grid interconnection studies.
✅Electric Vehicle (EV) Charging Infrastructure: Master planning for EV-ready facilities, from Level 2 chargers to DC fast-charging stations.
✅Microgrid Design & Energy Storage: Battery storage systems (BESS) and islanding capabilities for resilience.
✅Energy Modeling & Code Compliance: Supporting projects targeting LEED, WELL, Net-Zero Energy, and IECC compliance.

Our Electrical Engineering Process: Precision at Every Phase

Phase 1: Discovery & Feasibility
Load analysis and utility coordination
Preliminary single-line diagrams
Technology needs assessment
Renewable energy feasibility studies.

Phase 2: Design Development
Detailed power, lighting, and low-voltage plans
Equipment selection and specifications
Coordination with architectural and MEP teams
Cost estimation and value engineering.

Phase 3: Construction Documentation
Complete bid-ready drawing sets
Technical specifications
BIM integration and clash detection
Utility submittal packages.

Phase 4: Construction Administration
Submittal and RFI review
Site observations and quality assurance
Commissioning witness and testing
As-built documentation.

Phase 5: Operations Support
System training for facility staff
Energy performance monitoring
Preventive maintenance planning
Retrofit and expansion planning.