
Pioneering Silicon to System to Cloud solutions
Smart silicon & systems - Powering the future of connected solutions
Breaking node barriers with silicon expertise
Every electronic pulse in our world runs through silicon. Edge computing, autonomous vehicles, medical implants, industrial sensors, AI-first applications—all demand increasingly complex chips with strict power constraints and enhanced processing capabilities. Quest Global equips semiconductor innovators with technical prowess to conquer these challenges.
The chip race intensifies daily—node sizes shrink while performance demands grow. Markets now expect complete solutions that cross industry boundaries—not just silicon, but ready-to-deploy systems that solve real problems. This market evolution, combined with the widespread adoption of low-power AI technologies, has created intense requirement for specialized semiconductor talent capable of delivering advanced silicon solutions globally.
Quest Global tackles the hardest silicon & systems engineering problems through our Silicon to System to Cloud solutions. We amplify your product differentiation, reduce time-to-market metrics, and optimize development costs. Where others see technical limitations, we see opportunities to transform constraints into competitive edge.
Learn how Quest Global can help solve your hardest engineering challenges in Semiconductors.
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Silicon Engineering
Semiconductor development demands proficiency across every phase, from architecture specification to silicon validation. We optimize RTL design, integration frameworks, and verification protocols to ensure chips maximize performance while meeting power, thermal, area, and timing parameters. Our teams implement advanced FPGA prototyping techniques, precise analog circuit design, thorough test coverage strategies, and physical design optimizations to meet manufacturing requirements. We apply specialized technical knowledge to resolve complex signal integrity issues, timing violations, and power distribution challenges—ensuring first-pass silicon success in an industry where development cycles demand precision.
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Systems Engineering
Complex embedded systems require engineering expertise in high-fidelity simulation environments, virtual platforms, and real-world integration. We offer customized equipment and device engineering services encompassing mechanical and electrical disciplines, as well as engineering analysis to overcome technical challenges. Our teams implement automated test methodologies to detect performance bottlenecks, stress-test operational limits, and validate reliability under extreme conditions—essential for applications where system failure impacts human safety and operational continuity.

Industrialized Solutions
Industry-specific challenges call for targeted silicon solutions that bridge hardware and software capabilities. We develop automotive digital cockpits and industrial IoT platforms by combining semiconductor expertise with deep domain knowledge. Our engineers create functional proofs-of-concept, hardware-accelerated demonstrations, and specialized applications that accelerate market readiness across medical diagnostics, automotive safety systems, high-performance computing, and mission-critical environments.

Digital Solutions
Modern applications demand purpose-built silicon optimized for data-intensive computation. Our technical capabilities span IoT, cloud, data engineering, AI/ML, and generative AI, offering tailored solutions for the semiconductor industry. We help transform silicon from standard components into differentiated solutions that process more data streams, reduce power consumption, and execute algorithms at higher speeds—essential capabilities in markets where computational efficiency directly impacts product success.
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Case Studies
Case study
Custom SoC development for a MedTech leader
Read how we engineered an end-to-end custom SoC solution while providing extended product maintenance, ensuring operational continuity and performance optimization in critical healthcare products.
Case study
First-to-market AI-HPC chipset defines design excellence
Learn how our chip design expertise accelerated the launch of the industry's first integrated AI-HPC chipset, helping our client establish technical leadership in a fiercely competitive market.
Case study
Faster ADAS deployment: Boosting automotive safety
Know how Quest Global’s ADAS algorithm on an embedded platform compressed development timelines while meeting rigorous safety standards.
Talk to Our Leaders

Dushy Reddy
Chief Business Officer and Global Business Head, Semiconductors
With over two decades of experience in the industry, he’s passionate about iterative and innovative solutions for his clients’ problems. Dushy holds a master’s degree in engineering from IIT-Kharagpur, India.
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Satish Bagalkotkar
Chief Technology Officer, Semiconductors
Satish Bagalkotkar has over 27 years of experience in engineering. He led the development of the industry's first 20GB router chipset and four generations of microprocessors. He is passionate about delivering innovative solutions to the tech industry.
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Sumedha Limaye
Vertical Delivery Leader, Semiconductors
Sumedha has 30 years of experience in silicon design for AI, server edge, and networking SoCs, developing unique products and services in SoCs, digital IPs, and CAD/EDA tools. At Quest Global, she leads strategy execution to enhance capabilities and operational discipline, meeting the semiconductor market's dynamic demands across design, embedded software, and OSATs.
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Anam Haque
Industry Leader, Semiconductors
Over 25 years, his experience includes the full spectrum of ASIC/SoC and IP development - right from high-level architecture, RTL design, design verification, FPGA, design for test, integration, and physical implementation to the complete delivery of program/function along with silicon bring-up and validation.
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Rajeev Nair
Strategic Business Leader, Semiconductors
Rajeev Nair is known for devising market strategies and orchestrating successful mergers and acquisitions. His leadership reflects adaptability and transformational capabilities, particularly in establishing and expanding industry verticals in Japan.
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Taher Madraswala
Strategic Client Partner, Semiconductors
Responsible for growing the existing semiconductor business with turnkey and ASIC projects globally. With over thirty years’ experience in semiconductors, and having worked with companies like Intel, HAL computer systems, and Open-Silicon, Taher also holds a master's in computer engineering from the University of Louisiana.
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Gopakumar Vasavan
Vertical Solutions Partner, Semiconductors
As a passionate engineer turned business leader, he has almost three decades of experience across diverse verticals, including Hi-Tech, Automotive, Aerospace, and Semiconductors, with key expertise in engineering software, embedded systems, and digital solutions for global clients.
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