Circuit Engineer (TS/SCI)

IBM; Reston (VA); On-site; USD 80,000 - 120,000; Full time

Job summary

A leading technology firm is seeking an engineer to design and optimize electronic circuits. The role involves collaborating with hardware and software engineers to create functional circuits, testing for performance, and integrating advanced technologies. Candidates should have expertise in cloud-native architecture and AI integration, along with a Bachelor's degree. This position requires a strong understanding of electronic principles and the ability to hold a TS clearance for security purposes.

Qualifications

• Experience with designing and implementing cloud-native architectures across multiple platforms.
• Experience with modernization methodologies such as Application Modernization Method (AMM).
• Experience with integrating generative AI capabilities into modernized applications.
• Must hold and maintain TS clearance with ability to obtain SCI.

Responsibilities

• Responsible for creating and optimizing electronic circuits.
• Conduct thorough testing to validate performance and reliability.
• Work closely with other engineers to integrate designs into larger systems.
• Involved in troubleshooting and optimization of existing designs.

Skills

Cloud-Native Architecture Knowledge

Advanced Modernization Methodologies

AI Integration Expertise

Testing and Troubleshooting

Collaboration

Education

Bachelor's Degree

Job description

Overview

A career in IBM Consulting is built on long-term client relationships and close collaboration worldwide. You’ll work with leading companies across industries, helping them shape their hybrid cloud and AI journeys. With support from our strategic partners, robust IBM technology, and Red Hat, you’ll have the tools to drive meaningful change and accelerate client impact. At IBM Consulting, curiosity fuels success. You’ll be encouraged to challenge the norm, explore new ideas, and create innovative solutions that deliver real results. Our culture of growth and empathy focuses on your long-term career development while valuing your unique skills and experiences.

Your Role And Responsibilities

Design and Development: Responsible for creating and optimizing electronic circuits, which can include analog, digital, and mixed-signal circuits. Utilize advanced software tools for circuit design and simulation to confirm that the circuits meet specific performance criteria and regulatory standards.

• Testing and Troubleshooting: After designing circuits, conduct thorough testing to validate performance and reliability. This involves identifying and resolving any issues that arise during the testing phase.
• Collaboration: Work closely with other engineers, such as hardware and software engineers, to integrate designs into larger systems. This is essential for ensuring that the final product functions as intended.
• In addition to designing new circuits, you are often involved in the troubleshooting and optimization of existing designs to enhance performance and reliability.

Education

Bachelor\'s Degree

Required Technical And Professional Expertise

• Deep Cloud-Native Architecture Knowledge: Experience with designing and implementing cloud-native architectures across multiple platforms, including AWS, Azure, IBM Cloud, and Google Cloud, with a focus on scalability and maintainability.
• Advanced Modernization Methodologies: Experience with modernization methodologies such as Application Modernization Method (AMM) and tools like IBM Cloud Automation (ICA) to accelerate transformation and drive business outcomes.
• AI Integration Expertise: Experience with integrating generative AI capabilities, such as Watson, Azure OpenAI, Bedrock, and Vertex AI, into modernized applications to enhance functionality.
• Must hold and maintain TS clearance with ability to obtain SCI

Preferred Technical And Professional Experience

• Deep understanding of electronic principles, semiconductor devices, and integrated circuit (IC) design processes. Analog and digital circuit design to meet specific functional requirements and power consumption, size, and cost.
• Utilizing sophisticated design tools and simulation software, develop schematics and layouts that convert theoretical concepts into practical, functional circuits.