American multinational semiconductor company
ADVANCE YOUR CAREER. ADVANCE THE WORLD. At AMD, we believe technology can change lives for the better. It can heal us, entertain us, and make us more connected, productive, and understanding of the world around us. And…
ADVANCE YOUR CAREER. ADVANCE THE WORLD. At AMD, we believe technology has the power to solve the world’s most important challenges. From advancing healthcare and scientific discovery to powering AI and the technologies…
Intern developing end-to-end AI and data-centric software solutions to enhance operational efficiency of AMD CPU/GPU product development, using Python, SQL, and ML frameworks in a cloud-based production environment.
Analyze raw data, build dashboards, and prototype predictive/prescriptive models using Python, SQL, and visualization tools to generate business insights for AMD’s AI ecosystem.
Hardware engineering intern/co-op at AMD contributing to discrete and embedded hardware products, building internal tools, and learning ASIC design and verification workflows.
An AI/ML intern/co-op will assist in developing next-gen AI features, optimizing algorithms, and improving user experiences in AMD’s AI and high-performance computing products.
An intern/co-op collaborates with AMD’s software engineers to develop, maintain, and automate software applications, focusing on AI and hardware-related projects. Tasks include coding, debugging, scripting, and contributing to technical documentation.
An undergraduate intern/co-op analyzes raw data, builds proofs of concept, and creates dashboards/visualizations to support AI and data-driven projects at AMD, focusing on statistical analysis, predictive modeling, and business insights.
An undergraduate hardware engineering intern/co-op collaborates with engineers to develop and improve AMD’s discrete and embedded hardware products, working on applications and large-scale systems for internal and external use.
An undergraduate intern will assist in developing next-gen AI/ML features for AMD’s products, focusing on algorithm optimization, image corruption detection, and AI performance improvements. Core work involves research, implementation, and collaboration with AI/ML engineers.
An undergrad software engineering intern/co-op collaborates with AMD engineers to develop, maintain, and automate software applications, focusing on debugging, documentation, and scripting. Core technologies include C/C++, Python, cloud platforms, and embedded systems.
An undergraduate intern/co-op for hardware design verification at AMD, focusing on testing and debugging AI-related hardware projects using Verilog/SystemVerilog, Python, Perl, and other tools to ensure performance and reliability.
An intern/co-op verifying AMD’s AI hardware designs by writing test scripts, debugging, and validating hardware/software integration for next-gen machine intelligence products.
An undergrad co-op/intern develops and executes verification test plans for AMD’s AI hardware, writing scripts (Python/Perl) and debugging Verilog/SystemVerilog models to ensure high-end machine intelligence products meet performance and reliability standards.
Intern/co-op role verifying hardware designs for AMD’s high-end AI processors, writing test scripts in Python/Perl, and debugging Verilog/SystemVerilog models.
An undergraduate internship in firmware engineering at AMD, focusing on designing, developing, debugging, and validating firmware for AMD’s discrete and embedded products, including x86 firmware and embedded bootrom/HW. Work involves collaboration on pre-silicon emulation, waveform analysis, and Agile methodologies.
This co-op/intern role involves developing, debugging, and validating firmware for AMD’s discrete and embedded products, including x86 firmware and embedded bootrom/HW. Tasks include working with pre-silicon emulation, waveform analysis, and collaborating on design/code reviews using C/C++ and hardware architectures.
Develops and validates firmware for AMD’s discrete and embedded products, including x86 firmware and bootrom/hardware integration, with debugging at firmware/hardware boundaries.
Develop, debug, and validate firmware for AMD’s processors using C/C++ and embedded tools, working in hybrid/onsite teams on real-world hardware and simulation environments.