Role Description The Site Superintendent/Electrician with Electrician Certification is responsible for overall management control and accountability for technical performance, quality control, and safety performance associated with their assigned project site. The Site Superintendent will commit resources needed to effectively and efficiently perform the requirements of the project site, including: - Safety and security of the overall site - Equipment oversight - Subcontractor and vendor oversight - Material management - Field office management - Personnel assigned to the project site Responsibilities - Responsible for all aspects of the specific project site effort with the autonomy to execute operations for compliance with contract SOW requirements. - Perform electrical tasks such as installing, maintaining, and repairing electrical wiring, equipment, and components as applicable. - Diagnose malfunctioning systems, apparatus, and components using test equipment and hand tools to identify issues and implement corrective actions. - Primary liaison with the customer/client on site. - Capable of understanding and applying the requirements contained in the U.S. Army Corps of Engineers Safety and Health Regulations, EM 385-1-1. - Develop and maintain proactive working relationships with team members, vendors, management, and other departments. - Monitor and report field execution status with Project Manager and CIG/Fuels leadership. - Assist the Project Manager in preparing and reviewing Site Investigation Reports with designers and engineers as applicable. Prepare draft reports for client out-brief for each installation. - Foresee a project's obstacles, risks, and constraints and effectively plan around them. - Complete Daily Quality Control Reports (DQCR). - Perform and follow the USACE 3 phase inspection process (as appropriate). - Ensure the appropriate amounts of qualified labor and management necessary to perform operations and support services are available and employed in a cost-effective, safe, and environmentally sound manner. - Direct the enforcement of the site-specific safety plan. - Supervisory responsibilities of all project site personnel and subcontractors. - Other duties as assigned. Qualifications - Possess and maintain Journeyman Electrical Certification. - Minimum four (4) years’ experience working as an electrician on aviation fueling system maintenance, repair, and construction projects or other industrial/commercial construction projects. - Minimum five (5) years’ experience with aviation fueling system maintenance, repair, and construction including operations, maintenance, and repair activities. - OSHA 30 hour Safety Course. - Possess and maintain valid State Driver’s License. Knowledge, Skills and Abilities - Ability to provide a favorable motor vehicle report. - Ability to read, write, and perform basic mathematical calculations. - Knowledgeable, skilled, and trained in written communications to initiate and compose and/or enforce the activity hazard analysis as set forth in EM 385-1-1 for each individual specific work task. - Skilled and trained in oral communications to implement the activity hazard analysis prior to performing each work task. - Knowledge of UFGS for DoD Fueling System Design. - Knowledge of API 650/653, API 570, ASME welding requirements. - Ability to read and interpret construction design/engineering documents. - Ability to read and interpret project schedules. - Knowledge of computers. - Ability to use commercial software programs such as Microsoft Office, especially Word and Excel. - Possess proficiency in assigned function and attention to details. - Ability to obtain a CAC card. Physical Demands The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions: - Regularly required to sit and talk or hear. - May use repeated motions that include the arms, wrists, hands, and/or fingers. - Occasionally required to walk, stand, climb, balance, stoop, kneel, crouch, or crawl. - Must occasionally lift and/or move up to 25 pounds. - Specific vision abilities required by this job include close vision. Teleworking Permitted? Yes, 100% Remote. Estimated Salary/Wage USD $102,000.00/Yr. Up to USD $112,000.00/Yr.

• Join a team of 35 tech sassy Internet of Things and Sensor Technology engineers. • Partnering with your team, you: design, build, and maintain scalable infrastructure for AI-driven applications and bring model inference onto IoT devices. • Implement scalable, low-latency intelligence at the edge. • Own and optimize CI/CD pipelines to enable fast and secure deployments. • Ensure system reliability, performance, security, low-latency predictions and offline operation in sensitive, mission-critical environments. • Work closely with ML engineers to deploy and scale models in production. • Automate infrastructure using Infrastructure as Code (e.g., Terraform). • Monitor systems, troubleshoot incidents, and continuously improve observability. • Sometimes you support field operations by acquiring sensor data on site in Germany, Poland or Hungary and validating the technology through controlled field trials.

• Own production reliability and availability targets • Drive security remediatio • Build incident response process with root cause analysis • Implement SLOs/SLIs for core services • Operate edge protection (Cloudflare WAF, rate limiting, DDoS, Bot Management) • Improve CI/CD and test environments for development teams • Establish CI/CD security practices • Expand Infrastructure as Code coverage • Lead and develop the DevOps engineer on your team

Role Description We are looking for a DevOps Engineer to own and evolve the cloud infrastructure that powers our computational biology platforms, internal applications, and data pipelines. You will build and maintain systems spanning workflow orchestration for genomics and structural biology workloads, internal-facing scientific applications, and the security and reliability infrastructure that supports them. This role sits at the intersection of cloud engineering, scientific computing, and applied software development. You will work closely with computational biology, antibody discovery, and software engineering teams to translate prototype workflows into production systems, ensure uptime and observability for the tools scientists rely on daily, and apply security best practices appropriate for a biotech environment handling sensitive scientific and business data. This role is 100% remote and can be based in the US, Canada, Mexico, Central America, or South America. Key Responsibilities - Architect, deploy, and maintain cloud infrastructure across Google Cloud Platform (primary) and AWS (secondary), focusing on cost efficiency, reproducibility, and security across compute, storage, networking, and identity. - Manage infrastructure-as-code using Terraform, with full version control via GitHub and CI/CD pipelines that support both scientific compute and internal application deployment. - Support and extend our scientific compute infrastructure, including Cromwell, Google Batch, Cloud Run, Cloud Storage, and GPU-accelerated environments for protein design, structural prediction, and machine learning workloads. - Maintain uptime, observability, and incident response for internal applications including Slack integrations, web dashboards, and data ingestion services that connect lab and computational workflows. - Implement and uphold data security practices appropriate for a biotech environment, including IAM, secrets management, audit logging, network segmentation, and compliance-adjacent controls. - Collaborate with computational biologists and software engineers to operationalize new tools and pipelines, translating prototype workflows into reliable production systems. - Triage and resolve infrastructure issues across the stack, with clear documentation and post-mortems that improve the system over time. - Articulate technical decisions and trade-offs to diverse audiences, including engineering and scientific teams. Qualifications - DevOps Engineer: 4+ years of hands-on DevOps, SRE, or cloud infrastructure experience. - Strong production experience with Google Cloud Platform (GCE, GKE, GCS, Cloud Run, IAM, Cloud Logging, Batch) and working knowledge of AWS (EC2, S3, IAM, Lambda). - Deep proficiency with Terraform, GitHub Actions or equivalent CI/CD systems, and Docker. - Proficiency in Python for scripting, automation, and data handling; comfortable in Unix or Linux terminal environments. - Practical experience implementing data security controls, including encryption, access policies, secrets management, and audit trails. - Demonstrated ability to maintain internal-facing applications and services with high uptime expectations. - Excellent written and verbal communication in English, with the ability to document systems clearly for both engineers and scientists. - Working hours that include meaningful synchronous overlap with US Pacific Time. Preferred Qualifications - Fluency with AI-augmented development workflows, including practical use of tools such as Claude Code, Cursor, or GitHub Copilot as part of day-to-day infrastructure and scripting work. - Experience supporting scientific or research computing environments (genomics, single-cell, structural biology, ML, or HPC). - Familiarity with workflow orchestration systems such as Cromwell, Nextflow, WDL, or Airflow. - Experience with GPU infrastructure and scheduling of ML or protein design workloads. - Background in life sciences infrastructure, including familiarity with Benchling, ELN integrations, or scientific data management systems. - Prior experience at an early-stage biotech, scientific software company, or research-driven startup. - Familiarity with SOC 2, HIPAA-adjacent, or other regulated-environment security frameworks. Logistics - Fully remote, open to candidates based in the Americas (US, Canada, Mexico, Central America, or South America). - You will report directly to the head of computational biology. - Compensation calibrated to local market with US benchmarking. - Direct collaboration with our US-based engineering and computational biology teams in South San Francisco.