• Design the electronic or electrical elements of aircraft instruments and related items that are consistent with established standards by performing the following duties.
• Work under minimal supervision of the Engineering Manager.
• Create and develop the electrical design of aircraft instruments and support the design from the initial concept to prototype and to final production.
• Create or develop electronic drawings, circuit schematics of instruments, bills of material, and printed circuit artwork to customer and FAA specifications.
• Create or develop software and/or firmware for products and software for test equipment using DO-178B standards.
• Create and analyze engineering documentation such as safety and maintenance requirements, calibration, and operating requirements.
• Investigate and analyze the root cause of failures for aircraft instruments at the component level.
• Evaluate, test, and support qualification of instruments per FAA, DO-160, and customer specifications.
• Interpret revisions and update engineering drawings and document revisions through change requests and change orders as per Company procedures.
• Investigate customer product performance complaints.
• Suggest changes in working conditions and use of equipment to increase the efficiency of the Company, department, or employees.

Skills: Electrical Design, Aircraft Instrumentation, Circuit Schematic Design, Software/Firmware Development, Engineering Documentation, Root Cause Analysis, FAA Compliance Testing, Process Improvement

• Prepare Project Design Pack documentation or review of design packages submitted by 3rd party design consultancy firms.
• Work closely with SMEs and Project Engineers to ensure that project application design is accurate and fit for purpose according to Aggreko customer requirements.
• Liaise with the client’s technical staff and visit potential job sites to verify project needs.
• Advise the Sales team on project-specific design issues and propose engineering solutions.
• Analyse client system load profiles and electrical plant characteristics to determine the sizing of power generation packages.
• Analysis and interpretation of electrical drawings to determine parameters for safe and efficient connection of power packages to customers’ electrical distribution systems.
• Perform electrical fault level calculations and protection studies for MV/HV.
• Compile electrical and mechanical systems schematic drawings using CAD.
• Compile engineering design reports for submission to clients and management.
• Capture the project's lessons learned to contribute to Operations excellence.
• Ensure compliance in applying the technical regulations and laws relevant to the projects assigned.
• Ensure the adherence of all project designs to the relevant quality, safety, environmental, and legal standards.
• Set the highest possible standards in the promotion of HS&E culture, ensuring compliance with Aggreko QHSE policy.
• Specify and collaborate with the Procurement department for the acquisition of engineering equipment.
• Confer with engineering, technicians, and/or customers to establish and evaluate changes to the design.

Skills: Design Documentation, Client Liaison, Load Analysis, Protection Studies, CAD Drawing, Design Reporting, Regulatory Compliance, HS&E Standards

• Responsible for the design, realization, and test of a medical system, subsystem, and component, understands and communicates consequences of the design on the architecture.
• Creates designs and develops products with a focus on physician/patient needs and technological competitiveness while keeping an outside-in approach.
• Develops, based on design specifications following the functional specifications, and performs tests/analysis to verify their performance.
• Applies advanced concepts, theories, and principles to solve highly complex electrical engineering problems.
• Finalizes the design specifications, schematics, drawings, and codes, and writes test scenarios for the developed modules or components.
• Draws up personal schedules and reports on progress in a structured and methodical way and is responsible for keeping the costs of the activities in line with the calculated budget.
• Compose relevant reports to document the history of design and verification test results.
• As project leader, creates the development plan and orchestrates its successful completion according to the charter.
• As a project team member, delivers input in the planning process to the project leader.
• Ensures that there is proper documentation for the developed hardware/software/mechanics.
• Combines existing and/or purchased modules into components, which can be integrated into the subsystem.
• Masters the use of document control tools and processes to include the role of peer reviewer.

Skills: Medical System Design, Product Development, Electrical Engineering Solutions, Test and Verification, Design Documentation, Project Planning, Documentation Management, Peer Review

• Use CAD systems (Siemens NX, VeSys) to develop 3D solid model designs of wiring harnesses as well as electrical wiring diagrams.
• Create assembly drawings that will be used by production workers to assemble products and by technical publication personnel to create parts manuals.
• Take part in team discussions and meetings such as project planning, release planning, test planning, cost reviews, design reviews, and more.
• Perform calculations and analysis to ensure that selected components and/or systems will behave
• Trained in the basics of vehicle communication protocols (CANbus/J1939).
• Use vehicle diagnostic tools (Vector CANalyzer, etc.) to investigate machine behavior and validate system response to stimuli.
• Spend time operating machinery to become familiar with the products being designed.
• Interpret requirement specifications and perform a feasibility study
• Transistor and block-level CMOS circuit design and tune for performance and manufacturability
• Detailed design simulation and top-level verification
• Gives engineering assistance for Operational Projects.
• Participate in regional initiatives and technical capabilities improvement to assist with achieving business targets.

Skills: CAD Design, Assembly Drawing Creation, Team Collaboration, Component Analysis, Vehicle Communication Protocols, Diagnostic Tools, Machinery Operation, Feasibility Studies

• Develop concepts and designs to meet customer and/or internal requirements, taking the product through design and development to production
• Modification and enhancement of existing power supply designs to meet customer requirements
• Design and test of new high-voltage power supplies
• Design and build of test equipment
• Circuit schematic capture and layout of PCBs (both low and high voltage stages) using PC software tools.
• Involvement in component selection and component obsolescence issues
• Product safety assessments and approval liaison
• Take responsibility for customer application support
• Supervision of layout and post-layout verification
• Write design documentation and test guidance
• Train/mentor junior colleagues
• Silicon prototype lab evaluation and whole ICs debug support

Skills: Concept Development, Power Supply Design, High-Voltage Testing, Test Equipment Design, PCB Layout, Component Selection, Product Safety, Customer Support

• Construct the product system architecture with the ability to make interdisciplinary trade-offs to optimize for the best cost/performance/time.
• Responsible for headset electrical detailed design (including test and debug) with cross-function team and ODM supplier, conducted design review before design release for production tooling
• Define product requirements and specifications (mechanical, electrical, acoustic, firmware) and test documents to ensure the desired quality and performance of the product
• Lead internal team of engineers (mechanical, electrical, acoustic, firmware) and work with ODM partners to complete products
• Build an efficient communication bridge to ODM suppliers with worldwide development teams across multiple disciplines (Product Manager, QA, Ops, 3rd party supplier, etc.)
• Provide global technical support to other non-engineering functions on key technologies and past, present, and future products
• Develop new technologies/technology platforms
• Conduct estimates of time and costs to meet deliverables.
• Conduct pre-studies (calculations, experiments, measurements) at the preliminary design stage and verify conceptual designs at the design and implementation stage.
• Debug systems and bring them to the release stage.
• Be responsible for guiding the technical product documentation engineer with archiving the full details of designs to ensure the systems can be built.

Skills: System Architecture, Electrical Design, Requirements Definition, Team Leadership, Supplier Communication, Technical Support, Technology Development, Documentation

• Work independently and as part of a team in the development of new products, from the briefing stage, researching current and new technology, developing concepts, and drawing schematics, ahead of designing PCB layouts and prototyping
• Ensure ITL products are designed to specification, are high quality, reliable, and cost-effective.
• Develop the expertise to manage prototype builds, functionality and reliability testing, fault finding, and reporting technical issues to project leaders where necessary
• Work with the Component Engineer to identify suitable components based on performance, cost, and availability.
• Draft system and schematic design, test and verify circuit layouts and printed circuit boards (PCBs), solve EMC and safety issues, investigate and resolve issues with new and legacy products
• Assist with support, take complete ownership of some production issues, and develop advisory skills on new components and technologies.
• Develop relationships and work cross-functionally with various teams across the business, including mechanical and software, and liaise with customers and suppliers, to ensure the efficient development of devices.
• Partner with customers to understand their requirements, and define specifications for electronic systems design, development, and final integration, keeping the customer continuously updated on progress, solving issues and solutions.
• Translate the customer requirements into ITEC system and unit requirements and verify if the objective is conceptually feasible.

Skills: Product Development, PCB Layout, Prototype Testing, Component Selection, Circuit Design, EMC/Safety Solutions, Cross-Functional Collaboration, Customer Liaison

• Create/check wiring diagrams using Zuken e3 Software.
• Create/check electrical installations using Catia V5 Software.
• Resolve day-to-day technical problems on the production lines and in service to reduce disruption.
• Analyse equipment and conduct experimental tests to establish operating data.
• Prepare, review, and design documentation, or operational reports and charts to ensure that progress and performance can be tracked.
• Perform engineering duties including manufacturing planning and the installation, operation, and maintenance of electrical apparatus to ensure that projects are completed on time and as per the defined goals.
• Create/define requirements for new/ updated electrical equipment.
• Support aftermarket to introduce in-service modifications to products.
• Troubleshoot electrical device problems to ensure that issues are resolved efficiently.
• Participate in internal/ external design reviews on new products/ systems.
• Participate in technical discussions with the customer to introduce new products/ procedures and modify existing ones.
• Design, fabricate, modify, and evaluate electronic apparatus, components, or circuitry for use in other equipment and devices.

Skills: Wiring Diagrams, Electrical Installations, Technical Problem Resolution, Equipment Testing, Documentation Preparation, Manufacturing Planning, Electrical Equipment Requirements, Troubleshooting

• Work experience in a domain relevant to this role.
• Experience in the design of Electrical and electronic modules.
• Experience in the design of cables, racks, cabinets, PCBA (active and passive).
• Broad technical knowledge of electronics with basic knowledge of physics, mechanics, mechatronics, and software.
• Experience with working in multidisciplinary design teams to establish agreement on specifications.
• Previous and recent experience with ASML standards and Ways of Workings, either as a former ASML employee or contractor.
• Technical knowledge of Programmable Logic, and analog and digital design
• Experience with electromechanical designs
• Highly motivated pro-active team player with good social and communication skills.
• Structured with an eye for detail and with quality in mind.
• Strong pragmatic attitude with an analytical view.
• Able to work both independently and in a team in a dynamic explorative environment.

Qualifications: BS in Mechatronics Engineering with 7 years of Experience

• Expertise in analog and digital low voltage circuit design, PCB design, and layout using Altium or similar software package
• Expertise in designing wireless products that comply with FCC Part 15 certifications
• Experience in modeling, p-spice simulation, circuit analysis, worst-case thermal analysis, MTBF, and product lifetime expectancy calculation
• Experience with communication and networking protocols (I2C, SPI, RS-485, Ethernet, etc.)
• Experience with wireless communication protocols (Wi-Fi, ZigBee, Bluetooth, BLE, Proprietary, etc.)
• The ability to devise novel technical solutions, lateral thinking (applying known solutions to new problems in related fields)
• Willingness to challenge existing practice (technical, testing, manufacturing), willingness to add new functionalities to existing products or to start entire new product categories
• Experience in debugging embedded solutions using tools such as debuggers and scopes
• Experience in recreating sporadic types of issues/failures using various debugging techniques
• Strong project management skills – demonstrated ability to take projects from start to finish with minimal supervision
• Hands-on experience with soldering, board bring-up, and component-level debugging
• Excellent written and verbal communication skills

Qualifications:  BS in Microelectronics with 9 years of Experience

• Must be highly motivated, self-driven, and eager to learn new technologies
• Strong problem-solving skills, good communication skills, and ability to work in a team
• Comfortable with at-a-desk design, hands-on laboratory work, and interfacing with manufacturing
• Familiar with standard electronic test and measurement equipment
• Experience with Altium Designer or Cadence OrCAD/Allegro a plus
• Experience with microcontroller circuit design and programming
• Experience with FPGAs and CPLDs
• Excellent written and verbal communication skills
• Ability to demonstrate relationship-building skills and be comfortable interacting with technical professionals
• Strong understanding of technology development process and industry-related technology trends

Qualifications: BS in Telecommunications Engineering with 2 years of Experience

• Experience with Analog and Digital electrical schematic entry and printed circuit board layout tools such as Altium Designer.
• Prior experience in the design and testing of power supply and conditioning systems.
• Prior experience with radiation hardening concepts (component selection, mitigation, etc).
• Prior experience working with eCAD designer to develop printed circuit board designs.
• Experience supporting new designs from conception, analysis, and manufacturing, through to operational test and deployment.
• Prior experience with data acquisition systems (especially National Instruments) and LabVIEW code development.
• Experience with FPGA circuitry design and coding in associated VHDL development environments.
• Prior experience with microcontroller circuitry design and associated embedded software development environments.
• Familiarity with Space VPX (Vita 78).
• Familiarity with data interface protocols and associated hardware such as Ethernet, RS232, RS422, RS485, I2C, SPI, SERDES, USART, etc.
• Experience with test hardware such as oscilloscopes, multi-meters, logic analyzers, function generators, electronic load banks, power supplies, and power analyzers.
• Prior experience with cable design.
• Prior experience in the design and testing of analog instrumentation systems, stepper and brushless DC-DC control circuits, power supply and conditioning systems.
• Proficient in MS Office programs, particularly MS Project, Excel, PowerPoint, Word, OneNote, and Outlook.
• Excellent communication and organizational skills and the ability to work in a team environment.

Qualifications: BS in Electrical Engineering with 12 years of Experience

• Experience in the design of switching power supplies, resonant power conversion circuits, Inverters in the 100-1000W range, magnetics design, and analog and/or digital control.
• Experience in the selection, use, testing, and qualification of electronic and mechanical components for power electronic products.
• Experience in a technical leadership role, for the release of new power electronic products.
• Experience in DFM (design for manufacturability) and printed circuit board layout.
• Familiarity with UL, CSA, and IEC standards.  
• Strong technical skills with advanced knowledge in Power electronics, switched mode power supply design, resonant topologies, power quality, control theory, and magnetics design.
• Curiosity, self-learning, and technical analysis abilities, with the ability to systematically analyze technical data, solve problems, and coordinate projects.
• Skilled in the use of Electronic CAD, MS Office, and related applications.
• Ability to handle multiple projects or tasks simultaneously, with excellent communication skills
• Knowledge of statistical tests, and familiarity with statistical process control.
• Resourceful and organized in taking steps throughout the development.
• Willingness to travel to remote manufacturing facilities and customer sites as requested.

Qualifications: BS in Electronics Engineering with 9 years of Experience

• Experience in complex FPGA design, and/or design verification and validation.
• Highly proficient use and understanding of FPGA engineering concepts, principles, and theories.
• Highly proficient in FPGA design languages and tools including VHDL and UVM or OSVVM.
• Experience with FPGA development software - Modelsim, Quartus, Mentor CDC
• Highly proficient in Microsoft Office applications.
• Experience with FPGA SoC, including Avalon and AXI architectures.
• Experience with architecting and implementing embedded processors including NIOS.
• Proficient in implementing IP blocks based on interface requirements and designing the required interface logic to overall FPGA architecture.
• Expertise using VHDL for implementation and verification of FPGA designs.
• Basic knowledge of signal algorithms.
• Excellent communication and organizational skills

Qualifications: BS in Applied Physics with 5 years of Experience

• Experience in the design of electronic and/or electro-mechanical systems using Cadence Allegro or other ECAD software
• Must possess the ability to work successfully in a cross-functional team environment and be able to communicate effectively in both written and verbal forms
• Must have the ability to solve problems through innovation and creativity, as well as through listening to other team members and working to develop the best path forward
• Must be able to effectively utilize tools such as simulation, rapid prototyping, and testing to justify design decisions.
• Proficient in the use of MS Office Suite
• Experience with microcontroller circuit design and programming
• Highly motivated, self-driven, and eager to learn new technologies
• Strong problem-solving skills, good communication skills, and ability to work in a team
• Familiar with standard electronic test and measurement equipment
• Experience in the application of data acquisition tools such as LabView

Qualifications: BS in Mechatronics Engineering with 2 years of Experience

• Project-based experience designing, building, testing, and troubleshooting power distribution electronics, battery systems, and other electrical hardware
• Experience with sensor fusion and fault-tolerant control design for robotic actuators.
• Understanding of classical and modern control theory.
• Experience with motor controller design, selection, and integration with associated mechanisms.
• Prior experience with microcontroller circuitry design and associated embedded software development environments.
• Familiarity with the Linux operating system and programming in C/C++ and Python.
• Prior experience with Robotic Operating Systems (ROS)
• Prior experience with EMI/EMC and troubleshooting noise issues
• Hands-on experience in the design, build, and test of embedded motor control systems
• Familiarity with data interface protocols and associated hardware such as Ethernet, RS232, RS422, RS485, I2C, SPI, etc.
• Experience in the hardware design of embedded systems (microcontrollers, FPGAs, sensor interfaces, I2C/SPI buses, UARTS, etc.)
• Experience with test hardware such as oscilloscopes, multi-meters, logic analyzers, function generators, electronic load banks, power supplies, power analyzers
• Prior experience in the design and testing of power supply and conditioning systems.
• Prior experience with circuit simulation tools such as Pspice, OrCAD, Multisim, etc.
• A successful track record of fielding custom electrical systems in an operational setting.
• Excellent communication skills and the ability to work in a multi-disciplinary team of mechanical, electrical, and software engineers designing and building world-class, NASA space-flight hardware.
• Proficient in MS Office programs, particularly MS Excel, PowerPoint, Word, OneNote, and Outlook.

Qualifications: BS in Computer Engineering with 15 years of Experience