Top Remote Systems Engineer Jobs in Denver & Boulder, CO

Lead the architecture, design, development, integration, testing, and deployment of advanced radar systems. Define requirements and system concepts, develop RF sensing and radar solutions, conduct simulations and performance analysis, create Cameo system models, and guide cross-functional engineering teams. Translate customer mission needs into end-to-end solutions, lead technical reviews, support verification and validation, and mentor junior engineers. The role requires extensive radar systems expertise, technical leadership, customer engagement, and active Secret clearance with eligibility for Top Secret access.

Build and maintain engineering-led business systems supporting CRM, revenue operations, sales, and growth. Develop integrations, internal tooling, automations, and AI-powered production workflows across the modern go-to-market stack. Write and deploy code through Git and CI/CD, collaborate with non-engineering stakeholders, evaluate no-code and low-code solutions, and establish maintainable release practices for a growing Business Systems team.

Own Salesforce architecture and GTM systems for Marketing, Sales, and Customer Success. Design scalable solutions, govern multi-instance Salesforce, support quote-to-cash and AI-driven GTM builds, build automation (Flows, Apex, LWC), integrate Salesforce tools, lead stakeholder alignment, and manage end-to-end implementations from discovery through rollout and adoption.

Leads technical presales efforts for HPE Networking solutions supporting Federal Systems Integrators and government customers. Designs enterprise, campus, data center, routing, WAN, security, Zero Trust, and network access architectures. Partners with account and partner teams to pursue strategic opportunities, creates proposals and RFP responses, delivers presentations, demos, workshops, and proofs of concept, and supports partner enablement. Requires U.S. citizenship, 7+ years of networking presales or architecture experience, and 40% travel.

Leads systems engineering execution for satellite command-and-control ground systems supporting national defense missions. Owns requirements, verification and validation, system architecture, space-to-ground interfaces, integration, testing, operational readiness, risk mitigation, and sustainment. Coordinates cross-functional teams, mission operations, government stakeholders, and technical review boards while applying MBSE and requirements management processes. The role requires extensive lifecycle leadership of classified aerospace ground systems and eligibility for DoD TS/SCI or TS/SAP clearance.

Supports KSA C4I modernization through requirements decomposition, tracing, architecture definition, MBSE modeling, systems engineering documentation, CONOPs development, and integration planning. Collaborates with international customers and Agile teams to define system capabilities and refine modernization designs. The role may involve travel to customer sites in Saudi Arabia and off-hours testing. Position is contingent upon contract award.

Designs, develops, tests, deploys, and sustains WalkMe and other digital adoption solutions. Translates business requirements into in-application guidance, workflow automation, and user-support experiences. Builds Smart Walk-Thrus, Launchers, SmartTips, Surveys, and related content; uses analytics to improve adoption and user experience. Troubleshoots web applications, validates cross-browser functionality, documents designs, manages technical risks, and collaborates with business stakeholders, application owners, and technical teams.

Designs, builds, and maintains integrations between internal systems and SaaS platforms. Develops automation for provisioning, access management, and data synchronization using APIs, scripting, and workflow tools. Collaborates with Security, Infrastructure, IT, vendors, and platform providers to implement, troubleshoot, and improve integrations. Documents system architecture and dependencies while supporting reliability, security, and operational efficiency across the technology stack.

Evaluate, deploy, and optimize machine learning models for on-device execution on Android phones. Benchmark models on mobile hardware, optimize latency, memory, and power consumption, and apply quantization, compression, and distillation. Integrate models with Android applications, system services, and AI agent runtimes. Build hybrid local/cloud model routing and determine which workflows should run locally versus through cloud inference.

Delivers enterprise GenAI training for technical and non-technical employees, develops curricula and multimedia learning materials, supports AI communities, and promotes responsible AI adoption. Integrates and tests autonomous hardware and software systems, translates requirements into specifications, selects sensing and control components, resolves hardware-software interfaces, and conducts verification, validation, and system testing. Collaborates with stakeholders to improve training, autonomous functionality, and AI adoption.

Supports KSA C4I modernization through requirements decomposition, traceability, functional architecture, MBSE modeling, systems engineering documentation, CONOPs development, and integration planning. The role contributes to CDRL documents, system activity and sequence diagrams, and early system design activities while collaborating with an international customer in an Agile Scrum environment. Travel to customer sites and occasional off-hours test support may be required.

Designs and modernizes KSA C4I systems by decomposing customer requirements, defining system and subsystem architectures, maintaining requirements traceability, developing MBSE models, producing systems engineering documentation, and refining CONOPs. The role supports integration planning, verification and validation, customer engagement, Agile Scrum activities, and occasional off-hours testing. Travel to customer sites throughout Saudi Arabia may be required.

Designs and modernizes KSA C4I systems by decomposing customer requirements, defining architectures, maintaining requirements traceability, developing MBSE models, preparing systems engineering documentation, and refining CONOPs. Supports integration planning, verification and validation, Agile Scrum activities, customer engagement, and occasional off-hours testing. The role may require travel to customer sites throughout Saudi Arabia and is contingent on contract award.

Drive architecture, requirements, development, verification, testing, and deployment of PLM-to-system-model digital thread capabilities. Define MBSE artifacts, system architectures, interfaces, data flows, and lifecycle processes while translating stakeholder needs into integrated solutions. Apply systems, software, hardware, and testing expertise; support Agile product ownership, digital thread implementation, enterprise integration, risk analysis, and technical planning across complex aerospace and defense systems.

Designs, integrates, and supports secure, scalable computer-system architectures for complex operational needs. Defines requirements, evaluates hardware, software, and network components, develops integration and testing approaches, oversees installation and upgrades, troubleshoots operational issues, performs security analyses, and provides implementation guidance and user training. The role requires at least five years of systems engineering, architecture, integration, or related experience and supports regulated or security-conscious environments.

Designs and documents electrical power systems, including end-of-life, short-circuit, coordination, and arc-flash analyses. Produces calculations, reports, construction documents, and recommendations while resolving code, constructability, and coordination challenges. Conducts site investigations, coordinates multidisciplinary teams, mentors staff, leads production work, and reviews deliverables for quality. Requires a PE license, Revit expertise, and at least five years of electrical power systems design experience.

Own and optimize Fleetio’s outbound technology stack, including integrations, data quality, targeting, automation, AI-powered prospecting, and performance measurement. Partner with Sales, Marketing, Business Development, Enablement, and Data Engineering to improve outbound workflows, train teams, define KPIs, and scale effective GTM technologies.

Provides remote and on-site IT infrastructure support for global programs and projects. Evaluates requirements, recommends technical solutions, maintains servers and networks, provisions Azure environments, deploys connectivity systems, installs cabling, troubleshoots issues, supports security assessments, and documents processes. The role requires collaboration with technical teams and stakeholders, worldwide travel, cloud and network expertise, relevant certifications, U.S. citizenship, and eligibility for a DoD Secret clearance.

Build and operate identity, endpoint, SaaS, and IT automation infrastructure. Develop API integrations, AI-powered workflows, identity lifecycle automation, device management, security controls, and audit-readiness processes. Manage macOS and iOS fleets, strengthen access security, and own complex technical projects from design through operation. Collaborate with IT Operations, Security, Revenue Operations, and business teams to deliver reliable, scalable systems using code, infrastructure as code, testing, monitoring, and documentation.

Supports managed-services customer onboarding and systems implementation. Installs and configures software, servers, workstations, monitoring, logging, antivirus, and security tools; supports Windows, Active Directory, Microsoft 365, Entra, Intune, backups, upgrades, and deployments. Maintains documentation and works directly with customers remotely and onsite to troubleshoot and deliver implementations. The role is focused on desktop and server technologies and requires approximately 30–40% travel.

Partners with sales teams, customers, specialists, and channel partners to design and present cyber resilience, disaster recovery, storage, and cloud solutions. Leads technical evaluations, benchmarks, configurations, proofs of concept, RFP responses, architecture presentations, and interoperability testing. Translates customer requirements into business outcomes, supports opportunity progression and deal closure, develops competitive positioning, and contributes to technical marketing and alliance initiatives.

Lead engineering for ATM and TCR platforms, including infrastructure design, vendor application deployment, automation, upgrades, vulnerability remediation, troubleshooting, and lifecycle management. Translate business requirements into secure, scalable solutions; coordinate vendors and cross-functional teams; establish engineering standards; document architecture and operations; and mentor technical staff. The role supports highly available, customer-facing banking technology and requires on-site work in Buffalo, New York, one week per month.

Deploys and operates enterprise data platform infrastructure across global regions and secure network zones. Responsibilities include provisioning VMs and appliances with Terraform, configuring Linux, Windows, storage, databases, permissions, networking, certificates, and connectors, validating activity data, managing migrations and upgrades, troubleshooting multi-system issues, and maintaining documentation. The role also requires close client collaboration, change-control coordination, SQL reporting, and continuous platform health monitoring.

Designs, administers, secures, and supports hybrid cloud and on-premises enterprise infrastructure. Responsibilities include Microsoft 365 and Azure administration, Intune endpoint management, Aruba networking, Fortinet firewalls, Windows Server and Active Directory support, CMMC compliance controls, vulnerability remediation, migrations, site deployments, incident escalation, vendor coordination, and technical documentation.

Architects high-complexity electronic system solutions for clients, translating requirements into system architectures, work plans, estimates, technical proposals, and risk mitigation strategies. The role partitions systems across hardware, FPGA, embedded software, and mechanical or thermal domains; defines interfaces and performance budgets; supports client presentations and solution discussions; and contributes to project delivery, product development, and R&D investment decisions.