Role Description Responsable de diseñar y contribuir en la definición, control operativo y ejecución de los trabajos y actividades de exploración de los proyectos en todas las etapas del pipeline; contribuyendo además a identificar y evaluar nuevos oportunidades de exploración así como generando nuevos proyectos; asegurando el cumplimiento de los estándares de seguridad, medio ambiente, relaciones comunitarias y gobernanza; con el fin de contribuir en el logro de descubrimientos de depósitos de oro, cobre, oro-cobre que sean viables económicamente y tengan un impacto significativo en el crecimiento de la Compañía. Te invitamos a postular con tu curriculum actualizado adjunto. Qualifications - Experiencia en diseño y ejecución de proyectos de exploración. - Conocimiento en estándares de seguridad y medio ambiente. - Habilidades en evaluación de oportunidades de exploración. Requirements - Capacidad para trabajar en todas las etapas del pipeline de proyectos. - Experiencia en relaciones comunitarias y gobernanza. - Enfoque en descubrimientos viables económicamente. Benefits - Oportunidades de desarrollo profesional. - Compromiso con la sustentabilidad y responsabilidad social. Company Description Nuestra misión es ser la empresa de minería de oro y cobre más valiosa del mundo. Estamos comprometidos a establecer alianza con nuestros países anfitriones y comunidades para transformar sus recursos naturales en beneficios tangibles y prosperidad mutua. - Con minas y proyectos en operación en 18 países. - Fuerza laboral altamente diversificada proveniente de naciones anfitrionas. - Establecemos el estándar de oro en sustentabilidad. - Las acciones de la empresa cotizan en la Bolsa de Valores de Nueva York con el símbolo GOLD y en la Bolsa de Valores de Toronto con el símbolo ABX. - Obtenga más información en www.barrick.com o síganos en LinkedIn .

• Own end-to-end deployment of customer solutions. From initial problem framing through production implementation, you are accountable for delivering working systems on target hardware. • Work directly with customer engineers and stakeholders. Understand algorithmic requirements, system constraints, and success criteria, and translate them into actionable technical solutions. • Translate algorithms into optimized implementations. Take DSP, RF, communications, or other compute-heavy pipelines and deploy them efficiently onto GPUs, FPGAs, and other accelerators using Code Metal’s platform. • Optimize performance under real-world constraints. Profile, debug, and tune systems for latency, throughput, memory, and power across heterogeneous compute environments. • Debug across the full stack. Identify and resolve issues spanning algorithms, software, hardware, and toolchains in complex deployment environments. • Collaborate cross-functionally. Partner with product and engineering teams to improve the platform based on field learnings and unblock customer deployments. • Operate with a “whatever it takes” mindset. Navigate ambiguity, unblock critical issues, and do what is required to move deployments forward in high-stakes environments. • Build reusable patterns and playbooks. Capture learnings from deployments to improve repeatability and scale across customers. • Support on-site deployments. Travel as needed (30-75% depending on the customer) to integrate, test, and validate systems in real-world environments.

Role Description This role is a critical addition to Syenta’s technical capabilities, enabling in-house design of advanced substrate IC packages and multi-layered interposers. You will play a foundational role in developing designs that underpin next-generation packaging architectures, including high-performance chip-to-chip integration approaches. Working at the intersection of electrical, thermal, and mechanical design, you will lead the development of complex substrate layouts that directly enable fabrication and deployment of our platform. This is a highly technical, hands-on role with immediate impact, where your work will directly unlock fabrication and influence the future direction of our technology. Responsibilities - Substrate & Interposer Design - Design large (>50mm), complex multi-layer substrate interposers with high pin counts and dense routing requirements. - Develop high-speed signal routing solutions capable of supporting >50GHz performance while minimizing signal integrity issues such as loss and crosstalk. - Ensure robust signal integrity (SI) and power integrity (PI) across all designs. - Optimize designs for thermal performance and reliability. - Design Validation & Documentation - Perform DRC (Design Rule Check) and LVS (Layout vs. Schematic) verification for all substrate designs. - Develop and maintain detailed design documentation, specifications, and reusable guidelines for future interposer and substrate development. - Cross-Functional Collaboration - Work closely with global, cross-functional teams across engineering disciplines to ensure design feasibility, manufacturability, and performance. - Partner with process, materials, and hardware teams to align design with fabrication capabilities and constraints. - Technical Leadership & Development - Contribute to the establishment of internal best practices for substrate and interposer design. - Provide expertise in advanced packaging design, helping build this capability within Syenta. Qualifications - Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or a related field. - 5+ years of experience in substrate IC package design for high-performance processors or accelerators. - Extensive experience designing large-format substrate packages (>50mm) with complex, high-density layouts. - Deep expertise in high-speed signal design, including mitigation of crosstalk, reflections, and impedance mismatches. - Advanced proficiency in Allegro Package Designer (constraint management, routing, and design verification). - Strong understanding of SI/PI principles and their application to package-level design. - Solid foundational knowledge across electrical, materials, thermal, and/or mechanical engineering disciplines. - Working knowledge of substrate manufacturing processes, design rules, and material properties. - Strong analytical and problem-solving skills, with the ability to operate effectively in a fast-paced, cross-functional environment. Preferred Qualifications - Familiarity with Valor CAM350 or Calibre for package design reviews. - Experience designing for advanced packaging architectures (e.g. multi-chip modules, interposers, or similar high-density systems). - Experience working in high-growth or startup environments. Benefits - Salary Range: $130,000 – $180,000 + ESOP. - Hybrid work environment (Sydney-based). - Flexible leave policies and strong work-life balance. - Opportunity to work closely with leadership and shape company direction. - Professional growth in a high-impact, fast-growing deep-tech startup.

Role Description Dane Street is expanding its Dallas network and seeking experienced Accident Reconstructionists/Biomechanical Engineers with testimony experience to join our panel of consulting experts. This role focuses on providing independent, advisory opinions related to injury causation, accident dynamics, and biomechanical analysis. Key Responsibilities - Perform accident reconstruction and biomechanical analyses - Assess injury mechanisms and consistency with incident reports - Review records, police reports, and related documentation - Prepare clear, well-supported expert reports - Provide deposition and/or trial testimony as needed Qualifications - Advanced degree in Biomechanical Engineering, Bioengineering, or a related discipline - Proven experience in accident reconstruction and injury analysis - Prior expert witness testimony (deposition and/or trial) required - Strong analytical, writing, and communication skills - Ability to work independently and meet deadlines Requirements - Independent contractor (1099), case-by-case assignments - Full flexibility to accept or decline cases based on availability - Competitive compensation - All case materials provided by Dane Street - Standard report turnaround time of approximately 5 business days - Flexible, remote consulting opportunities - Access to a steady pipeline of cases - Administrative and case management support - Work with a respected leader in independent review services