Career Accelerator Program - Systems Marketing Engineer (SEM) - A&D

Customer Collaboration & Opportunity Management

• →Collaborate with customers and Field Application Engineers (FAEs) to identify top opportunities in key focus areas.
• →Establish effective working relationships with key stakeholders (customers, FAEs, product lines), synchronizing project engagement to target growth in top markets, applications, customers and projects.
• →Co-develop competitive solutions with customer engineers and FAEs, demonstrating a comfort with change and uncertainty.
• →Execute on actions driven by customer opportunities with urgency and technical proficiency, reflecting the 'proper paranoia' of anticipating best outcomes while preparing for the worst.
• →Relentlessly drive design wins for new and existing products.
• →Create engaging training and technical content, demonstrating dedication to mission success and respect, credibility, and trust among peers.
• →Bring quick resolution to customer problems by interfacing across different functional groups such as design, product, test, packaging, marketing and sales.
• →Identify and promptly adapt to changes in the market and technology landscape.
• →Apply systems-level thinking to execute actions and growth strategies targeting specific markets, customers, and end-equipment.
• →Analyze key applications to identify future trends, identifying opportunities for improving performance and adding value to these systems.
• →Transform design requirements into system architecture, evaluating options for the best solution.
• →Break down system requirements to determine necessary design effort and manage requirement changes, reflecting a comprehensive view and creativity in problem-solving.
• →Coordinate and track progress with stakeholders to establish support strategies (design deliverables), timelines, and requirements for design solution.
• →Communicate complex technical concepts and the big picture effectively to a broad audience.
• →Promote stakeholder alignment using clear, consistent communication.
• →Define the scope of technical work needed for actions, identifying engineering tools and collaboration necessary to meet design schedules.
• →Analyze and compare circuit design solutions, documenting and executing steps to identify the optimal solution.
• →Execute circuit design processes, including device selection, circuit analysis, simulation, and optimization.
• →Develop prototypes, from performing schematic capture, layout, to driving PCB build and assembly.
• →Develop and execute a test and verification plan, performing in-lab testing and troubleshooting when necessary.
• →Prepare and present design solution overviews to stakeholders, showcasing self-confidence and comfort with making decisions.
• →Proactively identify and mitigate risks of technical deviations during the design cycle.
• →Manage changing design requirements throughout the design cycle.

Systems Engineering & Strategy Execution:

• →Apply systems-level thinking to execute actions and growth strategies targeting specific markets, customers, and end-equipment.
• →Analyze key applications to identify future trends, identifying opportunities for improving performance and adding value to these systems.
• →Transform design requirements into system architecture, evaluating options for the best solution.
• →Break down system requirements to determine necessary design effort and manage requirement changes, reflecting a comprehensive view and creativity in problem-solving.
• →Coordinate and track progress with stakeholders to establish support strategies (design deliverables), timelines, and requirements for design solution.
• →Communicate complex technical concepts and the big picture effectively to a broad audience.
• →Promote stakeholder alignment using clear, consistent communication.

Circuit Design, Prototype, and Testing

• →Define the scope of technical work needed for actions, identifying engineering tools and collaboration necessary to meet design schedules.
• →Analyze and compare circuit design solutions, documenting and executing steps to identify the optimal solution.
• →Execute circuit design processes, including device selection, circuit analysis, simulation, and optimization.
• →Develop prototypes, from performing schematic capture, layout, to driving PCB build and assembly.
• →Develop and execute a test and verification plan, performing in-lab testing and troubleshooting when necessary.
• →Prepare and present design solution overviews to stakeholders, showcasing self-confidence and comfort with making decisions.
• →Proactively identify and mitigate risks of technical deviations during the design cycle.
• →Manage changing design requirements throughout the design cycle.

• Bachelor's degree in Electrical Engineering, ECE, Computer Engineering, or related field 
• Technical understanding of circuit design, control, noise sources, and component selection
• Strong technical background, with the ability to produce high quality technical documentation
• Familiarity with lab equipment and debugging
• Understanding of analog/embedded processing IC's and their application

*ITAR Restriction: All candidates for this ITAR restricted position must be one of the following: US Citizen or U.S. Permanent Resident, Asylee, Refugee or otherwise lawfully admitted under an amnesty program.

• Master’s degree or higher
• Experience in system level board design, schematics, layout, testing and validation 
• Proficient with analog electronics design, analysis, and simulation tools. Altium, PSpice, and PLECS/SIMPLIS experience is preferred
• Ability to generate system level proposals (e.g. block diagrams)
• Be active with team work and willing to work with pressure. Adapt to change well
• Excellent communication with global customer and TI teams. 
• Strong time management skills that enable on-time project delivery. Ability to dynamically reprioritize tasks as needs change. 
• Strong problem solving and analytical skills. Able to understand system requirements and design trade-offs.
• Experience with embedded software programming. Experience with microcontrollers (e.g. C2000), digital controllers, etc. is preferred
• Ability to do worst case analysis and error analysis
• Awareness of procedures and processes used during high volume production of electronics systems