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    Electrical
    Engineering
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Redefining Industries Through Next -Gen Electrical Engineering

Electrical engineering drives innovation across sectors, from power generation to aerospace. With the industry projected to reach $355 billion by 2030, fueled by renewable energy investments, the demand for cutting-edge electrical solutions is surging. Cyient's AI-enhanced methodologies and optimization expertise empower engineers to conquer complex, energy-intensive challenges throughout the product lifecycle.

Elevate Your Electrical Systems with Advanced Engineering

Our comprehensive electrical engineering services range from initial system design to rigorous validation, setting industry benchmarks across voltage ranges. Cyient leads this transformation with over one million engineering hours of expertise. We offer comprehensive solutions across low-, medium-, and high-voltage systems, specializing in grid modernization, smart technologies, and advanced controls. Our aerospace capabilities include cutting-edge harness design and prototype development for electric aircraft, backed by rigorous validation processes. Cyient's portfolio extends to state-of-the-art instrumentation, value engineering, and predictive maintenance, elevating efficiency across diverse industries.

In the Spotlight

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Optimizing Medical Equipment Efficiency

Cyient engineered a state-of-the-art electrical system for a medical freezing and refrigeration unit, significantly boosting efficiency and performance in critical healthcare applications.

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Advancing Nuclear Waste Management

We accelerated product launch timelines while ensuring IEEE compliance through innovative electrical and control systems for a nuclear waste management concentrate dryer.

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Advancing Defense Power Solutions

Cyient reimagined power-plant packaging for a defense organization, creating a mobile generator solution that meets rigorous military standards including EMC/EMI, NEMA, and NEC.

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Innovating Rail Transportation Systems

Our contributions to major rail projects have advanced modern rail efficiency. They encompass comprehensive electrical systems design, from schematics to complex electro-mechanical packaging.

Solutions & Accelerators

MBSE: Model-Based System Engineering

A model-driven, integrated framework for aerospace electrical design that enables clear and consistent requirements definition, improves design quality, accelerates development cycles, and facilitates the management of complex, multi-domain projects. This approach ensures that electrical systems meet performance and regulatory standards by defining requirements, functions, and testing conditions in a streamlined environment.

Auto Computation

This synchronization process speeds up development by aligning electrical functional data—such as connectors, logic circuits, and wire definitions—with physical integration parameters, including wire diameter, length, and design. It significantly reduces verification and validation times and improves formboard manufacturing and prototyping, enabling faster production cycles and minimizing errors during assembly and testing.

Labs and Patents

Power Electronics Testing Facility

Our state-of-the-art 6,000 sq ft lab is equipped for rigorous testing of inductive and resistive load banks up to 50KVA and 90KVA respectively. This facility enables comprehensive performance validation under various electrical loads, ensuring that our designs meet the highest standards of reliability and efficiency. The lab's advanced capabilities allow us to simulate real-world conditions, providing critical insights for product optimization.

Digital Lab

Spanning 3,000 sq ft, our fully equipped Digital Lab facilitates the development of high-speed boards, including analog, digital, mixed-signal, and radio frequency components. This cutting-edge facility enables us to push the boundaries of electrical system capabilities, especially in areas requiring precise signal processing and high-frequency operations.

RF & Communication Lab

Our expansive 6,000 sq ft RF & Communication Lab supports the development of navigation systems, radars, and communication systems up to 26.5 GHz. This specialized facility is decisive for projects requiring advanced wireless and communication technologies, enabling us to design and test sophisticated electrical systems.

Make the shift to
INTELLIGENT ENGINEERING