Top Engineering Jobs

Supports the design, analysis, documentation, and implementation oversight of electrical systems for building projects. Collaborates with engineers, architects, project managers, and clients; assists with planning, scheduling, quality control, technical calculations, specifications, safety reviews, and energy-efficient design. The role provides mentorship, training, and hands-on experience in consulting project execution.

Leads the enterprise Kong API platform, API modernization, and migration strategy. Oversees platform engineering teams responsible for API gateways, developer portals, security, observability, reliability, and cloud-native services. Drives DevSecOps, CI/CD, infrastructure automation, SRE, governance, and developer self-service. Partners with architecture, security, infrastructure, product, and application teams on technology strategy, compliance, and enterprise transformation while managing engineering leaders and distributed teams.

Leads process integration, yield improvement, and defect reduction for Intel’s advanced packaging manufacturing operations. The role supports technology transfer, manufacturing ramp, and sustainment while collaborating with engineering and factory teams. Responsibilities include analyzing defectivity and parametric data, applying statistical process control and DOE, identifying yield limiters, improving quality and reliability, developing monitoring dashboards, and leading cross-functional technical initiatives in a high-volume semiconductor environment.

Design and support mechanical engineering projects from concept through construction completion. Work independently on smaller projects and collaborate with experienced engineers on complex assignments. Coordinate with multiple disciplines, solve problems, make decisions, and develop expertise in building mechanical systems within a structured training and career-development program.

Entry-level rotational program for engineering and operations graduates. Participants gain hands-on experience across manufacturing, engineering, maintenance, quality, operations, and continuous improvement through assignments at multiple U.S. facilities. The role includes project leadership, mentorship, leadership training, and collaboration with global teams. Successful participants transition into plant leadership or plant engineering positions. Heavy travel and relocation are required.

Leads the Engineering organization across two remote teams, directly managing, coaching, and developing engineers. Partners with Product to drive timely, high-quality delivery; staffs initiatives, develops technical leads, resolves cross-team risks, supports hiring, and contributes to architecture, technical debt, and scaling decisions. The role oversees execution, engineering process, quality, and team engagement while guiding a high-scale SaaS platform built with TypeScript, Python, Django, React, AWS, Postgres, and Redis.

Software Engineering Interns will build and ship full-stack product features for farmers, improve infrastructure and development practices, participate in code reviews, and collaborate with Product and Engineering teams. The internship includes mentorship, project ownership, customer-focused prioritization, and exposure to agricultural finance, farm operations, and sustainability. Interns will work with Ambrook’s TypeScript, React, Next.js, Google Cloud, Firestore, PostgreSQL, BigQuery, and related technologies.

Leads embedded software engineering teams through the full software development lifecycle, including requirements decomposition, design, coding, testing, integration, and systems test. Provides technical oversight, applies Agile practices, manages schedules and budgets, supports proposals and staffing, and oversees recruiting, career development, and performance. The role is fully onsite in Linthicum, Maryland, requires U.S. citizenship, and requires the ability to obtain a Top Secret clearance with SCI access.

Electrical Engineering Intern supporting laboratory testing of UPS and power-conversion equipment. Responsibilities include test setup, electrical measurement and data collection, troubleshooting, waveform and operating-data analysis, documentation, schematic review, and participation in design reviews and product meetings. The intern will work with experienced engineers and cross-functional teams while learning about high-power electrical systems, power electronics, embedded controls, reliability, manufacturing, and field support.

Leads a site engineering organization of mechanical and electrical teams supporting custom-engineered control buildings and power systems. Oversees engineering priorities, Engineered To Order processes, product architecture, quality, delivery, efficiency, training, continuous improvement, and offshore or contract engineering resources. Partners cross-functionally to meet customer and business requirements while developing engineering leadership, standardizing design practices, and strengthening technical capability.

Designs mechanical systems for architectural engineering projects from concept through construction completion. Works independently on smaller projects and receives mentorship on complex assignments. Coordinates with multiple engineering disciplines, manages project timelines, and communicates technical information formally. Requires mechanical or architectural engineering education, Revit experience, and consulting experience. A PE license or Engineer-in-Training status with plans to pursue licensure is preferred.

Lead the architecture, integration, testing, and deployment of multi-protocol IoT systems spanning sensors, edge gateways, mobile and web applications, firmware, and cloud platforms. Build data ingestion pipelines, APIs, schemas, QA frameworks, CI/CD automation, and reliability improvements. Provide technical direction, mentor engineers, collaborate across hardware and software teams, lead partner pilots, resolve production issues, and help grow the engineering team.

Supports deployment and integration of Ribbon Federal Edge gateways, SIP interconnections, policy routing, and E-911 call flows for Army Voice Modernization. Troubleshoots SIP/VoIP and emergency communications issues using Wireshark, validates deployments, assesses readiness, tracks engineering issues, coordinates Federal Edge, DISA VISP, and Army PSAP connectivity, and recommends technical risk mitigations.

Supports cement plant operations and assigned technical projects while working with engineers, managers, production, maintenance, and quality teams. The intern helps production achieve goals, learns plant functions, and gains exposure to cement manufacturing operations. Responsibilities also include following health, safety, environmental regulations, and company procedures.

Supervise clinical engineering operations supporting hospital equipment and patient care. Coordinate staffing, priorities, resources, technician performance, KPIs, vendors, regulatory inspection readiness, and process improvements. Lead and coach technicians while partnering with hospital leaders to ensure reliable, compliant service delivery.

Provides engineering services for power system automation and critical electrical infrastructure. Designs, configures, validates, installs, commissions, and supports automation and protection systems; trains customers; prepares functional design specifications and technical documentation; and delivers projects within scope, schedule, budget, quality, and safety requirements. The role focuses on industrial controls, PLCs, communications protocols, Ethernet systems, and SEL products, with at least 25% domestic and international travel.

Lead the engineering team for Orchestrator, an AI-powered healthcare referral coordination product. Own end-to-end delivery, architecture, EHR integration strategy, scalability, customer partnerships, hiring, and team development. Remain hands-on through design reviews, code reviews, and production incidents while building generalized solutions across healthcare customers. Required expertise includes EHR integrations, HL7 v2, FHIR, full-stack production engineering, and at least one year of engineering management experience.

Supports transducer engineering through laboratory work, field testing, forming-process development, prototype production, materials and process analysis, and documentation. The intern learns transducer and acoustic design principles, participates in new product development, and works full time from May through August with possible part-time academic-semester work.

Supports validation activities for marine and related products under test engineers and senior technicians. Responsibilities include troubleshooting basic mechanical and electrical issues, designing and building test fixtures, scheduling and executing tests, operating test equipment, preparing procedures and reports, supporting prototype builds, and maintaining 5S safety and audit processes. The internship is full-time from May through August and requires collaboration across technical teams.

Supports embedded software development for trolling motors, including concept development, prototyping, testing, performance analysis, bug fixing, and software releases. The intern will work with C/C++, embedded systems, CAN bus, N2K, Bluetooth, and network messaging, while analyzing electronic component datasheets and assisting with hardware prototype bring-up. The role includes on-water product testing, process improvements, and collaboration with senior software engineers.

Leads and mentors a cross-functional software engineering team, managing career development, performance, and resource allocation. Owns delivery of operating system features, including timelines, risks, and dependencies. Serves as a technical liaison for customers and stakeholders, translating operational capabilities into software requirements. Interprets aerospace and safety-critical standards into actionable engineering work while ensuring compliant, secure delivery.

Leads a global test engineering organization responsible for end-to-end test strategy, including DFT, characterization, qualification, wafer sort, final test, production release, and sustaining. Owns test cost, yield, quality, capacity planning, and manufacturing readiness for semiconductor power products. Partners cross-functionally to resolve test escapes, yield excursions, and customer returns while driving ATE standardization, automation, data systems, and AI-enabled engineering practices. Develops technical leaders and ensures predictable NPI execution and high-volume production success.

Leads multidisciplinary engineering teams supporting Department of Defense aerospace and weapon-system programs. Oversees requirements analysis, interface definition, systems integration, verification, certification, configuration management, risk management, schedules, budgets, and supplier relationships across the product lifecycle. Serves as the primary technical interface for government customers, contractors, and stakeholders while ensuring compliance with MIL-STD, aerospace, regulatory, and contractual requirements. Mentors engineers and manages delivery of hardware and software project milestones.

Leads complex mechanical engineering projects from conception through completion with minimal oversight. Develops scopes, studies, schematic designs, budgets, and construction documents; analyzes existing systems and applies building codes. Coordinates with clients, contractors, code officials, and design professionals, while managing scope, schedules, quality, and project teams. Provides technical leadership, staff supervision, mentorship, and review of project work and contractor payment applications.

Own battery module and pack mechanical design from concept through production. Lead thermal and structural simulation, select interface materials, run thermal and mechanical validation testing, analyze root causes, and drive corrective actions. Manage CAD revisions, BOMs, engineering documentation, design reviews, tolerance analysis, and DFM decisions. Collaborate with electrical, controls, and manufacturing teams while mentoring junior mechanical engineers and making independent design trade-offs.