We are expanding our multidisciplinary engineering team and seeking Integration & Test EngineerS to lead the planning, execution, and continuous improvement of test activities for space?grade electronics. This role is central to ensuring that our hardware meets mission requirements, manufacturing quality standards, and the stringent expectations of the aerospace industry. You will work closely with electrical engineers, software engineers, manufacturing teams, and quality assurance to design test equipment, develop test procedures, integrate hardware and software test systems, and validate flight and non-flight electronics used in satellite programs. Required QualificationsBachelor's degree in Electrical Engineering, Computer Engineering, Aerospace Engineering, or a related technical field. Minimum 2 years of relevant experience in integration, testing, or verification of electronic systems. Hands-on experience with test equipment such as oscilloscopes, power supplies, logic analyzers, and automated test systems. Familiarity with scripting or automation tools (e.g., Python, LabVIEW, MATLAB). Working knowledge of electronics fundamentals, system integration, and troubleshooting. Experience working in a regulated or high?reliability environment (aerospace, defense, medical devices, etc.). Duties and ResponsibilitiesTest Planning & Strategy Develop comprehensive test plans, procedures, and verification matrices for space electronics. Define test coverage, acceptance criteria, and compliance pathways aligned with AS9100 and customer requirements. Participate in design reviews to ensure testability and integration readiness. Test Execution & Reporting Perform functional, environmental, and system-level testing of electronic assemblies and subsystems. Document results with clarity and rigor, including test reports, discrepancy reports, and root-cause analyses. Support troubleshooting and failure analysis during integration and production. Test Equipment Design & Integration Design, develop, and maintain test fixtures, harnesses, automated test setups, and supporting software. Integrate hardware and software components into reliable, repeatable test systems for production use. Collaborate with manufacturing engineering to ensure test equipment is robust, maintainable, and compliant. Quality & Compliance Ensure all test activities meet AS9100, configuration management, and traceability requirements. Contribute to continuous improvement of test processes, documentation, and quality controls. Support audits, reviews, and customer interactions related to test and verification. Perform other duties as assigned. Preferred QualificationsExperience with space electronics, radiation?tolerant hardware, or satellite subsystems. Knowledge of environmental testing (thermal, vibration, EMI/EMC). Experience developing automated test equipment (ATE) for production environments. Understanding of configuration management and requirements management tools. Working knowledge of AS9100 or similar quality management systems.

About the role Help a medical device company close one of its sites by processing change orders and updating quality documents. What you'll do Process change orders. Check which documents are affected by each change (where-used reviews). Update or retire documents in the eQMS system. Track progress and share updates with the team. What you need A Bachelor's degree. 2+ years of change control or document control experience in Medical Device, Pharma, or Biotech. Experience with an eQMS system (Agile, MAP, or similar). Strong attention to detail.

About the role Join a Neurovascular Design Quality team that builds new medical devices. You'll make sure the software behind a device-sizing tool, which is a Software as a Medical Device (SaMD), is designed, tested, and documented safely and correctly. You'll work closely with engineering, regulatory, and clinical teams from early design through launch. What you'll do Review software and system requirements, architecture, and design documents. Lead or support software risk assessments, including hazard analysis and mitigation. Help plan and review software verification and validation (V&V) testing. Make sure requirements, design, and testing are fully traceable. Take part in design reviews and help solve quality issues. Mentor junior engineers on quality and compliance practices. What you need A Bachelor's or Master's degree in Engineering (Software, Computer, Electrical, Systems, or related). 5+ years of experience in software engineering, systems engineering, or quality engineering in a regulated industry. Hands-on coding experience in C, C++, Java, Python, or similar. Experience with software risk assessment and software V&V. Working knowledge of design controls. Nice to have Medical device experience. Knowledge of IEC 62304, ISO 14971, ISO 13485, and FDA design controls. Experience working in Agile teams. * Exposure to AI/ML, cybersecurity, or human factors.

ELECTROMECHANICAL ENGINEER Location: Windsor, CT (onsite) Type: 6-month contract-to-hire Pay rate: $50–$60/hour ABOUT THE ROLE: We're looking for a hands-on Electromechanical Engineer to design, build and support industrial equipment. The role covers both mechanical and electrical systems, from 3D modeling and panel wiring to PLC programming and troubleshooting. You'll work closely with the design engineering team to take machines from concept to a working system. WHAT YOU'LL DO Design and assemble mechanical systems: motion systems, tooling and machine structures Build and wire electrical panels and enclosures from schematics Support the engineering team in programming and debugging equipment controls (ladder logic, VB.NET) Work with pneumatic and hydraulic systems WHAT YOU'LL NEED 2+ years in mechanical/electrical assembly or industrial equipment maintenance SolidWorks (3D modeling and drawings; PDM and Simulation a plus) PLC programming (TIA Portal, RSLogix 5000 or similar) Electrical schematic software (SolidWorks Electrical preferred) NICE TO HAVE Experience with Allen-Bradley or Siemens PLCs Background in machine building, automation equipment or mechatronics How to apply? Send your updated resume to aditigarole@skillsheet.me with "Electromechanical Engineer- Windsor, CT" in the subject line. Please include: 1. Your current location and whether you can work onsite in Windsor, CT ? 2. Your work authorization status? 3. When you're available to start? 4. The best phone number to reach you?

Position Summary The Software Engineer will participate in the full life-cycle software development effort for space electronics embedded systems. This includes project planning, software requirements analysis and definition, software design, software unit and integration testing, software acceptance testing, and integration and testing support through product delivery. Required Qualifications Bachelor's degree in Computer Science, Computer/Electrical Engineering or related technical degree Senior Level: 6+ years of related experience with a Bachelor's degree or 4+ years with a Master's degree Experience developing software in C and C++ Experience developing for Linux platforms Experience developing and debugging software for embedded platforms Experience with software development processes, standards, and product configuration management tools such as Subversion or Git within an Agile development environment Experience developing for embedded operating systems such as Linux, FreeRTOS, VxWorks Experience developing high-reliability software for low-power, embedded systems. Duties and Responsibilities Leads in the design and development of new software features for existing products and new applications Performs software development over the full software life cycle process across multiple projects Works independently or as part of a small team to complete assignments Works with cross functional design team to design, develop and test new embedded software/firmware/hardware; support and enhance existing embedded systems Supports interfacing disciplines such as firmware, mechanical, RF, hardware, integration & test, and project management Perform other duties as assigned. Preferred Qualifications Experience using embedded Linux development tools such as Yocto Experience developing software for embedded systems deployed in space, marine and/or other rugged environments. Experience developing Linux kernel modules and device drivers Experience developing graphical user interfaces using Python libraries Experience developing embedded networking software Experience addressing cybersecurity vulnerabilities in software products * Experience with hardware integration, test and debug tools (logic analyzers, scopes, emulators) and board bring-up/verification in an electronic lab environment

Contract Administrator – Boston Scientific Arden Hills, MN (Hybrid) | 6+ month contract | Mon–Fri, 8:00–4:30 About the role: Manage contracts from start to finish, including creating new contracts, updating them, getting them signed, and renewing them. You'll work with teams across the company to keep contracts accurate and records up to date. What you'll do Create, amend, execute, and renew contracts Use Salesforce Service Cloud to track and answer contract questions Work with the Pricing, IT, and Customer Service teams Keep contract records accurate and organized Suggest process improvements and help train the team What you need High school diploma (a bachelor's degree in business or finance is a plus) 1+ year of business experience Strong attention to detail and organization skills Good communication skills Contract administration and Salesforce experience preferred Work authorization: US Citizen, Green Card, or TN Visa only

I&C Designer | Contract (12+ Months) | Riceboro, GA (Onsite) Are you an Instrumentation & Controls Designer who enjoys turning real field conditions into clean, accurate design packages? SNF Floquip is looking for an experienced I&C Designer to support large and medium-sized capital projects at its chemical manufacturing facility in Riceboro, Georgia. Location: Riceboro, GA Type: Contract, 12+ months Pay Rate: $60–$70/hr Schedule: 1st Shift Start: Within 1–3 weeks Work Authorization: US Citizens or Green Card Holders only What You'll Do Develop and maintain loop sheets, wiring diagrams, cable schedules, installation drawings, and control schematics Design 24V–480V electrical and control systems, including control power and field wiring Support the integration of field instrumentation with PLC and DCS systems Perform field walkdowns and turn existing conditions into accurate design documentation Keep designs compliant with NEC, IEC, and applicable industry standards Move between several projects at once while working with engineering, operations, and construction teams Must-Have Skills 6–10+ years of instrumentation and controls design experience Strong AutoCAD skills and proficiency in AutoCAD Electrical Capital project experience in chemical, process manufacturing, power, or other heavy industrial environments Hands-on experience creating loop sheets, wiring diagrams, cable schedules, and control schematics Solid understanding of PLC/DCS-controlled systems and their instrumentation Experience designing 24V–480V electrical and control systems Working knowledge of NEC, IEC, and industrial design standards Ability to perform field verification and produce accurate as-built drawings Comfortable managing multiple projects in a fast-paced environment Nice to Have Familiarity with ISA standards, P&IDs, and instrument indexes Experience with Rockwell, Siemens, Emerson DeltaV, or Honeywell platforms Knowledge of hazardous area classification and intrinsically safe design Why Join? You'll get a long-term contract with a global leader in chemical manufacturing, competitive hourly pay, and the chance to make a direct impact on major capital projects from design through field execution. Interested? Apply now or send your resume directly. Know someone who'd be a great fit? Feel free to share or tag them! Sponsorship is not available for this position. Claude is AI and can make mistakes. Please double-check responses.

Location: North Haven, CT (onsite, Monday to Friday) Type: Contract, 24+ months Pay: $40–50/hr Work authorization: US Citizen, Green Card, or TN Visa only (no H1B, OPT, or EAD) Travel: 5–10% to other sites About the role A leading medical device manufacturer needs a Senior Facilities Engineer to act as the owner's-rep engineer on multi-year sterilization infrastructure projects at its North Haven campus. You'll own facility engineering for a clean manufacturing site, including HVAC, exhaust, chillers, boilers, and dry compressed air systems. What you'll do 1. Plan, design, and oversee reconfiguration, maintenance, and upgrades of facility equipment, buildings, and utilities. 2. Work with architecture and engineering firms to set design criteria and review layout and detail drawings. 3. Gather specs, regulatory constraints, timelines, and feasibility data for projects. 4. Prepare bid sheets and contracts, and estimate costs for equipment, installation, labor, and materials. 5. Inspect construction, installation, and commissioning to make sure work matches drawings, specs, and schedules. Must have Bachelor's degree plus 4+ years of experience with facility mechanical, electrical, and Building Automation Systems (BAS), or a Master's degree plus 2+ years. Nice to have 1. Clean room, chiller plant, or compressed air plant design/build experience. 2. Tridium/Niagara or Siemens BAS. 3. Facility commissioning. 4. Ability to read blueprints, shop drawings, and schematics. 5. Integrated building systems: temperature control, critical environment monitoring, power management and alarming, lighting control, access control.

Ideal Profile: Early-career Electrical/Computer Engineer who is technically strong and hands-on but may not be ready for a pure design role yet. Also open to strong Electronics/Test Technicians or Embedded Systems Engineers with substantial hardware troubleshooting experience. The key is an engineering mindset and the ability to independently debug problems. 1. Strong Electrical / Hardware Debugging – #1 Requirement Must be able to independently troubleshoot when a test, board, or system isn't working as expected. Able to work through a problem methodically: observe failure ? isolate variables ? take measurements ? identify likely cause ? test hypothesis ? resolve or clearly escalate. Cannot be someone who simply follows a procedure and stops when the expected result doesn't occur. Especially critical for evening shift because the broader EE/design team will not always be available for support. 2. Board Bring-Up / Electronics Testing Hands-on experience powering up and testing new or newly assembled PCBs/electronic hardware. Comfortable checking power rails, signals, interfaces, connectivity, component behavior, etc. Experience determining whether an issue is coming from the board, component, cabling/harness, test setup, firmware/software, or procedure. 3. Strong Electronics Fundamentals Able to read and understand schematics. Solid understanding of digital/analog electronics, power, signals, interfaces, grounding, basic circuit behavior, etc. Doesn't need to be a circuit designer, but needs enough EE knowledge to understand what the hardware is supposed to be doing and why it may not be doing it. 4. Hands-On Lab Equipment Must be comfortable independently using: Oscilloscope DMM Bench power supplies Logic analyzer and/or similar electronic test equipment Should know what measurement to take and why, not simply how to operate the instrument. 5. Integration & Test / Process Discipline Able to follow detailed test procedures accurately and document results. Comfortable executing repeatable integration, verification, acceptance, or production testing. Able to recognize when results fall outside expected parameters and investigate rather than blindly continuing the procedure. 6. Ability to Work Independently Evening shift requires someone who is reliable, resourceful, and comfortable making progress without the entire engineering team present. Knows when to continue troubleshooting independently versus when an issue legitimately requires escalation. Strong communication/documentation so the daytime engineering team understands exactly what happened, what was tested, and what remains unresolved. STRONG PLUSES Aerospace/defense/space electronics PCB bring-up FPGA/embedded systems exposure Python, LabVIEW, MATLAB or other test automation Environmental testing — thermal, vibration, EMI/EMC ATE/test fixture experience Production hardware / manufacturing test Failure analysis/root-cause analysis * AS9100 or other high-reliability/regulated environment

The ideal candidate is an early-career engineer with a strong electrical or electronics foundation who genuinely wants to work hands-on with hardware in a laboratory and manufacturing environment. Art is open to: Strong new graduates with relevant labs, internships, projects, or hands-on electronics experience Candidates with approximately zero to two years of professional experience Test engineers from aerospace, automotive, consumer electronics, defense, or another controlled hardware-testing environment Candidates who have bench-testing experience but have not yet performed environmental testing The best candidate will be: Careful and disciplined when following step-by-step instructions Comfortable working directly with electronic hardware and test equipment Reliable enough to support long-duration flight-hardware test campaigns Willing and able to work either first or second shift as program demand changes Mature enough to stop work and escalate a failure rather than improvising or continuing the test Curious, coachable, and motivated to develop from Test Engineer I into higher-level test or systems engineering responsibilities MUST-HAVE'S 1. Relevant technical education 2. Bachelor's degree in Electrical Engineering is the strongest fit. Aerospace Engineering, Mechanical Engineering, Computer Science, or a closely related technical degree can also work when supported by relevant hands-on experience. 3. Hands-on interest in electronics and hardware testing 4. The candidate must want a laboratory-based role involving electronic assemblies, test equipment, cables, chambers, and physical flight hardware. Someone seeking primarily software development, design engineering, or remote work is not a fit. 5. Ability to execute detailed test procedures 6. The role requires reading instructions carefully, performing each step in sequence, recording results, and collecting accurate test evidence. Test Engineer I hires are not expected to write procedures or automation scripts initially. 7. Failure discipline and documentation 8. If a test fails or produces an unexpected result, the engineer must stop testing, preserve the evidence, report the issue, and follow the established nonconformance and Failure Review Board process. Senior design and systems engineers lead troubleshooting and root-cause decisions. 9. Shift flexibility and onsite availability 10. Candidates must be able to work five days per week onsite in Chantilly and support both: First shift: approximately 6:00 a.m.–2:30 p.m. Second shift: approximately 2:00 p.m.–10:30 p.m. Second-shift availability is the immediate need, but candidates cannot be limited exclusively to second shift because the schedule changes with the test workload. Occasional weekend support may be required, generally offset with flex time. STRONG PREFERENCES—NOT ABSOLUTE REQUIREMENTS Aerospace or defense hardware-testing experience Environmental testing experience, especially TVAC, thermal, vibration, or EMC/EMI Electrical bench testing and basic electronics troubleshooting Experience testing PCAs, circuit cards, modules, or integrated electronic systems Familiarity with test procedures, test reports, and evidence collection Exposure to nonconformance reports, FRBs, root-cause analysis, or controlled quality processes Internship, capstone, laboratory, Formula SAE, CubeSat, robotics, avionics, or similar practical experience