Gramian Consulting

• Support quality assurance and product assurance activities for satellite or spacecraft projects • Ensure project processes and deliverables comply with ECSS-Q requirements • Review technical documentation, quality records, test documentation, and project deliverables • Support design reviews, manufacturing reviews, test readiness reviews, and acceptance reviews • Monitor non-conformances, corrective actions, deviations, waivers, and quality risks • Participate in internal or supplier audits and follow up on action items • Work with engineering, manufacturing, procurement, and project management teams • Support supplier quality activities and review supplier documentation when needed • Maintain traceability of quality requirements, evidence, and project documentation • Contribute to continuous improvement of QA processes, templates, and reporting

• Derive, implement, and test **component models** for avionics system simulations • Maintain and improve the overall system simulation environment • Contribute to the codebase for model evaluation, analysis, and report generation • Perform structured software testing on own and colleagues’ implementations • Maintain clean code structure, documentation, and traceability • Collaborate with technical experts on model derivation, validation, and updates • Perform **system identification** for component and system-level models based on test data • Support teams using models for flight control software verification and concept design studies • Challenge and improve technical concepts, tools, methods, and workflows

• Lead end-to-end **spacecraft avionics architecture** definition • Define system decomposition and interface strategy across on-board computers and payloads • Architect high-speed networking payloads, backplanes, and system boot/recovery concepts • Design robust **Failure Detection, Isolation, and Recovery** strategies, including safe-mode behavior and watchdog concepts • Document and maintain the technical baseline, including architecture diagrams and design justifications • Perform engineering analyses related to **radiation tolerance, EMI/EMC, signal integrity, and power distribution** • Collaborate with networking, GNC, RF, software, FPGA, and mechanical engineering teams • Support technical decision-making across architecture trade-offs and system constraints

• Review AI training problems related to **Electrical Engineering and Signal Processing** • Assess whether tasks are scientifically realistic, technically sound, and clearly designed • Evaluate whether grading criteria and expected outputs are correct and consistent • Identify ambiguity, missing information, incorrect assumptions, or flawed task design • Provide clear written feedback and detailed annotations • Work independently in a remote task-based environment • Maintain high accuracy and consistency across all reviewed tasks

• Translate component style guides and UI screenshots into **pixel-perfect web interfaces** • Build responsive frontend components using **TypeScript and CSS3** • Ensure UI elements follow design systems, visual guidelines, and accessibility standards • Identify inconsistencies or ambiguities in design specifications • Document implementation decisions clearly in a remote-first workflow • Provide constructive technical feedback on UI quality and feasibility • Optimize interface performance across devices and screen sizes • Support AI model training through high-quality frontend engineering input

• Review, label, classify, and validate data according to detailed project guidelines • Ensure **accuracy, consistency, and quality** across assigned tasks • Apply instructions objectively when evaluating or categorizing content • Identify edge cases, discrepancies, and annotation issues • Escalate unclear or inconsistent cases when needed • Perform quality checks and provide clear feedback where required • Meet productivity and quality expectations in a remote work environment • Work independently while following project standards and timelines

• Review AI training problems related to **Electrical Engineering and Signal Processing** • Assess whether tasks are scientifically realistic, technically sound, and clearly designed • Evaluate whether grading criteria and expected outputs are correct and consistent • Identify ambiguity, missing information, incorrect assumptions, or flawed task design • Provide clear written feedback and detailed annotations • Work independently in a remote task-based environment • Complete individual review tasks within the expected **30–90 minute** timeframe • Maintain high accuracy and consistency across all reviewed tasks

• Define and drive the overall **SoC architecture** for complex embedded systems • Translate product requirements into scalable technical solutions • Lead architectural trade-off analysis across performance, power, cost, and manufacturability • Collaborate with multidisciplinary engineering teams throughout product development • Support system integration, verification, and product validation activities • Provide technical leadership and architectural guidance across engineering organizations • Contribute to technology roadmap definition and long-term product strategy • Present technical recommendations and architectural decisions to stakeholders

• Develop pixel-perfect Webflow websites from Figma designs • Build and maintain CMS collections, reusable components, forms, and custom embeds • Create engaging web animations using Webflow Interactions, GSAP, Three.js, Lottie, Rive, or Spline • Implement analytics and event tracking using GA4, GTM, PostHog, or similar tools • Optimize websites for technical SEO, Core Web Vitals, and overall performance • Execute conversion rate optimization (CRO) initiatives, including A/B testing and funnel improvements • Build integrations using APIs, webhooks, and automation platforms • Collaborate closely with designers, marketers, and product teams to deliver exceptional user experiences

• Design realistic **software engineering challenges** involving debugging, feature development, code refactoring, and performance optimization • Develop **reference implementations** and reproducible software environments • Write high-quality code in **Python**, **Java**, **Go**, **Rust**, **C++**, or **TypeScript** • Analyze, troubleshoot, and resolve complex software defects • Refactor and optimize existing codebases for performance, maintainability, and scalability • Document technical decisions, implementation approaches, and engineering rationale • Review and validate technical solutions submitted by other contributors • Apply software engineering best practices across diverse programming languages and systems