1 to 11 of 11 EMC Jobs in Stevenage

Degree qualified in Electronics Engineering Analogue and Digital design Schematic Capture PCB Design & Layout (all packages considered) RF Design FPGA/ASIC design (desirable) EMC/EMI standards If you have the required skills for this Electronics Design Engineer position, please get in touch ASAP with an up-to more »

use of structured problem solving techniques. Wide ranging technical background with exposure from system level down to component level within numerous technical disciplines; including EMC, RF, Digital & Analogue, Video and Power supplies. Taking an active role in maintaining and modifying relevant engineering processes and procedures. Also working closely with more »

in Power and Analog Electronics at both the sub-system and board level. Collaboration with other departments, such as Software, Firmware, Mechanical, Environmental, and EMC, will be an integral part of your work to ensure that your designs meet all requirements. Your contributions will play a crucial role in more »

you could demonstrate some knowledge of internal computing design covering System on Chip technologies, RF, Signal Processing and Software Defined Radio as well as EMC and Environmental design experience would also be advantageous. Apply now to find out more! -- Electronic Architect - Stevenage - Defence more »

you could demonstrate some knowledge of internal computing design covering System on Chip technologies, RF, Signal Processing and Software Defined Radio as well as EMC and Environmental design experience would also be advantageous. Apply now to find out more! -- Electronic Architect - Stevenage - Defence more »

a wide range ( eg, 30MHz to 30GHz, including LNA Amplifier, High Power Amplifier, local oscillator, synthesiser, modulator design etc) design experience for harsh environments (EMC, vibration, thermal) to perform design proving tests and trials in the onsite laboratory practical skills including soldering, fault finding and the use of RF more »

a wide range ( eg, 30MHz to 30GHz, including LNA Amplifier, High Power Amplifier, local oscillator, synthesiser, modulator design etc) design experience for harsh environments (EMC, vibration, thermal) to perform design proving tests and trials in the onsite laboratory practical skills including soldering, fault finding and the use of RF more »

areas is also of interest but not essential Power supplies; Sensors; Actuators; Defence; Weapon Systems Health Usage Monitoring Systems (HUMS) Model Based Engineering (MBE) EMC ATEX regulations. What you'll get to do as an Electrical Architect/Engineer: This involves defining the electrical architecture based on requirements, establishing … the power architecture and safety design, defining interface characteristics between subsystems, determining requirements for EMC, bonding, grounding, and screening, supporting test activities, and reviewing and authoring guidelines and processes related to design. Alternatively, acting as the Equipment Manager (RMO) for specific electrical/electronic equipment(s), you will : Project more »

electronics design background (likely to be the design of 3 or 4 complex RF electronic items using the latest technologies), preferably for harsh environments (EMC, Vibration, thermal). • Can guide the design implementation of RF Electronics Receiver/Transmit amplifier chains, filters and frequency synthesisers over the 30Mhz to more »

line with actions from Non-Conformance Review Boards (NRBs). Support Spacecraft systems functional and performance tests during environmental test (Reference test, TVAC, Magnetic, EMC, functional and performance tests). Work to company and departmental procedures including quality and security. Use Digital Design and Manufacturing Systems (DDMS) to prepare more »

requirements • interface definitions and characteristics between subsystems/equipment • power architecture, including power budget and power profiles • data communication and processing architecture • requirements for EMC, bonding, grounding and screening • signal safety, including routing of safety related signals b) Supporting test and fault-finding activities during compatibility checks, risk reduction … engineering industries will also be considered. Other areas are also of interest but not essential: • defence • weapon systems • power supplies • actuators • data communication • sensors • EMC • Health Usage Monitoring Systems (HUMS) • Model Based Engineering (MBE more »