A New Beginning-Genesis 2 is seeking highly talented, motivated, and versatile engineers to join their team in the defense industry. The role involves designing next generation fuzing solutions and ruggedized electronics for military ordnance systems.

Responsibilities:

Ability to handle short notice needs/requests
Able to work within established design guidelines to ensure products meet or exceed customer and industry specifications
Act as primary technical interface to internal and external customers
Adept at multitasking across several projects
Analog and digital design of ruggedized electronics for ordnance applications
Apply GD&T, tolerance analysis, and sound engineering principles to ensure manufacturability and performance
Assist in failure investigations using structured methods
Be action-oriented and organized
Circuit tolerance analyses using hand calculations and Spice tools
Competent in circuit analysis, module design, and best practices (EMI, ESD protection, DFM)
Contribute to process improvements to ensure hardware-firmware quality and time-to-market
Creates test plans/reports and conducts comprehensive testing
Define and execute design verification strategies (shock, vibration, thermal, acceleration, etc.)
Define, maintain, and improve the department’s development processes and best practices
Develop and refine mechanical designs in accordance with internal standards and customer specifications
Develop and refine requirements
Developing C# source code targeting enhanced Flash Microcontrollers
Developing Verilog HDL targeting Antifuse and enhanced Flash FPGA’s
Drive mechanical design decisions across new product development and legacy product support
Effective communicator and team player
Ensure compliance with applicable industry, customer, and regulatory standards
Excellent communication skills, both verbal and written, are crucial
Experience with DFMA and manufacturing processes
Experience with Electronic Safety and Arming Devices (ESADs) and presenting to Safety Review Boards
Experience with FEA tools and test validation methods
Experience with lab tools: Logic Analyzers, oscilloscopes, JTAG/ICE debuggers and protocol analyzers
Experienced in participating in design reviews and root cause analysis
Experienced in power supply and converter design
Familiarity with AS9100 / ISO 9001 quality systems and working in a regulated environment
Fast-paced and dynamic environment, requiring tasking flexibility to meet ever changing customer objectives
Foster a collaborative, accountable, and continuous improvement culture
Generate engineering change orders
Generate Engineering Orders (EOs) and Engineering Change Proposals (ECPs)
Generate material for and lead design reviews for all phases of the product development cycle
Good English knowledge (speech and writing)
Interface with customers and cross-functional teams
It will require the ability to work within a team structure as well as work independently with minimal supervision
Knowledge of extreme environmental design and testing with energetic materials
Knowledge using SystemVerilog for verification with AVM, VMM, OVM, or UVM a plus
Knowledge using Verilog for Logic Design
Lead and direct test activities in all phases of product development cycle
Lead and multi-task across several projects simultaneously
Lead failure investigations using structured tools (8D, Fishbone, Cause & Effect, etc.)
Lead team members to achieve program objectives
Lead, mentor, and develop a team of engineers and designers
Leads technical projects and produces detailed technical documentation
Manage multiple projects simultaneously
Mentor electrical engineering staff
Mentor less experienced engineers
Partner with manufacturing and quality teams to resolve nonconformances and drive corrective actions
Perform engineering calculations and collaborate with analysts to validate designs (FEA, thermal, shock/vibration)
Perform simulations and circuit tolerance analyses
Prepare and execute to test plans and generate test reports
Prepare and present materials for internal and customer design reviews
Prepare materials for and participate in design reviews
Professional experience using CAD software such as Solid Edge, SolidWorks, NX etc
Professional experience with dimensional stack-up/tolerance analysis
Professional experience with GD&T application and interpretation according to ASME Y14.5 and ASME Y14.100
Proficient in design with analog components (differential amplifiers, op amps, filters) and digital components (logic gates, timers)
Proven experience in analog and digital circuit design, power circuit design, and sensor integration
Provide inputs (material and labor estimates) for Requests for Proposals (RFPs)
Provide inputs (material and labor estimates, technical content) for Requests for Proposals (RFPs)
Requirements development, refinement, and compliance
Serve as lead mechanical engineer, responsible for design integrity and product performance and compliance
Skilled in using simulation tools (SPICE, MATLAB/Simulink) and design software (Altium, PADS)
Strong fundamentals in mechanics, vibration, fatigue, and thermal concepts
Support hiring, workforce planning, and performance management
Support production by troubleshooting issues, implementing design updates, and improving processes
Travel: 5-10%
Troubleshoots with standard lab equipment (oscilloscopes, function generators)
5+ years of experience designing with basic analog building blocks including differential amplifiers, op amps, LDOs, filters, and data converters
5+ Years designing Electronic Safety and Arming Devices (ESADs) and Ignition Safety Devices IAW MIL-STD-1316 and MIL-STD-1901A
5+ years of experience presenting ESAD/ESAF/ISD designs to the Safety Review Boards (AFSRB, FISTRP, NNMSB)
5+ years of experience designing with basic digital building blocks including logic gates, flip flops, timers, and filters
4+ years of experience with power conversion concepts (AC/DC, DC/DC, and DC/AC, Linear and Switching Supplies)
5+ years of experience in troubleshooting using standard lab equipment (oscilloscopes, function generators, meters, etc.)
4+ years of experience with schematic capture and/or board layout utilities (Altium, PADS, etc.)
4+ years of experience lead a large-scale technical project from start to completion with minimal guidance
4+ years of experience in preparing and participating in design reviews (internal and external)
4+ years of experience in creating Technical Documentation (Test Plans, Test Reports, Drawings, etc.)
4+ years of experience with Temperature sensors, MEMs accelerometers, differential pressure sensors, and GYROs
5+ years of experience with serial communication buses including UART, SPI, and I2C
5+ years of experience with Root Cause analysis
4+ years of experience with general design best practices (EMI suppression, ESD protection, and Short circuit protection)
5+ years of experience with power supply and power conditioning design
3+ years of experience energetic materials interfacing/testing (EFDIs, LEEFIs, Lead Charges, Boosters)
5+ years of design for extreme environments (Vibration, Shock, Temperature, Temperature & Humidity)
Circuit design and component selection, designing ruggedized electronics for ordnance applications that meet customer requirements
Generate test plans and test reports related to product performance (Brassboard, Design Verification, Qualification, Firing Properties, etc.)
Apply mechanical engineering principles to design and maintain the company's FOS product lines during new product design, development, and sustain production across a multidisciplinary team
AS9100 and ISO9001 quality standards
Responsible for architecture, design and development of next generation Electronic Safe and Arm Devices utilizing the latest state of the art technologies
ASIC / FPGA designs will include various sensor interfaces, sequence verification, A/D and D/A interfaces, communication protocols, state machines, timer chains, etc. used in Electronic Safe and Arm Devices (Fuzes) for DOD weapon systems
Microsemi / Actel is our targeted FPGA and QuestaSim is our simulation tool. The primary responsibilities will focus on Verilog FPGA design, System Verilog UVM verification and C# based microcontroller development
Analysis of the requirements, architecture definition, design and debug of FPGA and associated hardware and microcontroller products and associated firmware
Programming experience in C for embedded systems, including development of algorithms, manipulation of data structures, and implementing highly optimized code
Familiar working with code version control repository tools, such as Subversion (SVN), GIT or TFS
Digital Design practices and principles, logic design and architecture and experience with HDL’s (i.e Verilog, VHDL)

Requirements:

Fuze / Fuzes / Fuzing & Ordnance Systems (FOS) proximity fuze detonator igniter experience would be great as a Mechanical or Electrical Engineer
Defense industry experience is required, willing to design stuff that blows up other stuff and people so please be willing to work with designing weapons
Ability to handle short notice needs/requests
Able to work within established design guidelines to ensure products meet or exceed customer and industry specifications
Act as primary technical interface to internal and external customers
Adept at multitasking across several projects
Analog and digital design of ruggedized electronics for ordnance applications
Apply GD&T, tolerance analysis, and sound engineering principles to ensure manufacturability and performance
Assist in failure investigations using structured methods
Be action-oriented and organized
Circuit tolerance analyses using hand calculations and Spice tools
Competent in circuit analysis, module design, and best practices (EMI, ESD protection, DFM)
Contribute to process improvements to ensure hardware-firmware quality and time-to-market
Creates test plans/reports and conducts comprehensive testing
Define and execute design verification strategies (shock, vibration, thermal, acceleration, etc.)
Define, maintain, and improve the department's development processes and best practices
Develop and refine mechanical designs in accordance with internal standards and customer specifications
Develop and refine requirements
Developing C# source code targeting enhanced Flash Microcontrollers
Developing Verilog HDL targeting Antifuse and enhanced Flash FPGA's
Drive mechanical design decisions across new product development and legacy product support
Effective communicator and team player
Ensure compliance with applicable industry, customer, and regulatory standards
Excellent communication skills, both verbal and written, are crucial
Experience with DFMA and manufacturing processes
Experience with Electronic Safety and Arming Devices (ESADs) and presenting to Safety Review Boards
Experience with FEA tools and test validation methods
Experience with lab tools: Logic Analyzers, oscilloscopes, JTAG/ICE debuggers and protocol analyzers
Experienced in participating in design reviews and root cause analysis
Experienced in power supply and converter design
Familiarity with AS9100 / ISO 9001 quality systems and working in a regulated environment
Fast-paced and dynamic environment, requiring tasking flexibility to meet ever changing customer objectives
Foster a collaborative, accountable, and continuous improvement culture
Generate engineering change orders
Generate Engineering Orders (EOs) and Engineering Change Proposals (ECPs)
Generate material for and lead design reviews for all phases of the product development cycle
Good English knowledge (speech and writing)
Interface with customers and cross-functional teams
Ability to work within a team structure as well as work independently with minimal supervision
Knowledge of extreme environmental design and testing with energetic materials
Knowledge using SystemVerilog for verification with AVM, VMM, OVM, or UVM a plus
Knowledge using Verilog for Logic Design
Lead and direct test activities in all phases of product development cycle
Lead and multi-task across several projects simultaneously
Lead failure investigations using structured tools (8D, Fishbone, Cause & Effect, etc.)
Lead team members to achieve program objectives
Lead, mentor, and develop a team of engineers and designers
Leads technical projects and produces detailed technical documentation
Manage multiple projects simultaneously
Mentor electrical engineering staff
Mentor less experienced engineers
Partner with manufacturing and quality teams to resolve nonconformances and drive corrective actions
Perform engineering calculations and collaborate with analysts to validate designs (FEA, thermal, shock/vibration)
Perform simulations and circuit tolerance analyses
Prepare and execute to test plans and generate test reports
Prepare and present materials for internal and customer design reviews
Prepare materials for and participate in design reviews
Professional experience using CAD software such as Solid Edge, SolidWorks, NX etc
Professional experience with dimensional stack-up/tolerance analysis
Professional experience with GD&T application and interpretation according to ASME Y14.5 and ASME Y14.100
Proficient in design with analog components (differential amplifiers, op amps, filters) and digital components (logic gates, timers)
Proven experience in analog and digital circuit design, power circuit design, and sensor integration
Provide inputs (material and labor estimates) for Requests for Proposals (RFPs)
Requirements development, refinement, and compliance
Serve as lead mechanical engineer, responsible for design integrity and product performance and compliance
Skilled in using simulation tools (SPICE, MATLAB/Simulink) and design software (Altium, PADS)
Strong fundamentals in mechanics, vibration, fatigue, and thermal concepts
Support hiring, workforce planning, and performance management
Support production by troubleshooting issues, implementing design updates, and improving processes
Travel: 5-10%
Troubleshoots with standard lab equipment (oscilloscopes, function generators)
5+ years of experience designing with basic analog building blocks including differential amplifiers, op amps, LDOs, filters, and data converters
5+ Years designing Electronic Safety and Arming Devices (ESADs) and Ignition Safety Devices IAW MIL-STD-1316 and MIL-STD-1901A
5+ years of experience presenting ESAD/ESAF/ISD designs to the Safety Review Boards (AFSRB, FISTRP, NNMSB)
5+ years of experience designing with basic digital building blocks including logic gates, flip flops, timers, and filters
4+ years of experience with power conversion concepts (AC/DC, DC/DC, and DC/AC, Linear and Switching Supplies)
5+ years of experience in troubleshooting using standard lab equipment (oscilloscopes, function generators, meters, etc.)
4+ years of experience with schematic capture and/or board layout utilities (Altium, PADS, etc.)
4+ years of experience lead a large-scale technical project from start to completion with minimal guidance
4+ years of experience in preparing and participating in design reviews (internal and external)
4+ years of experience in creating Technical Documentation (Test Plans, Test Reports, Drawings, etc.)
4+ years of experience with Temperature sensors, MEMs accelerometers, differential pressure sensors, and GYROs
5+ years of experience with serial communication buses including UART, SPI, and I2C
5+ years of experience with Root Cause analysis
4+ years of experience with general design best practices (EMI suppression, ESD protection, and Short circuit protection)
5+ years of experience with power supply and power conditioning design
3+ years of experience energetic materials interfacing/testing (EFDIs, LEEFIs, Lead Charges, Boosters)
5+ years of design for extreme environments (Vibration, Shock, Temperature, Temperature & Humidity)
Circuit design and component selection, designing ruggedized electronics for ordnance applications that meet customer requirements
Generate test plans and test reports related to product performance (Brassboard, Design Verification, Qualification, Firing Properties, etc.)
Apply mechanical engineering principles to design and maintain the company's FOS product lines during new product design, development, and sustain production across a multidisciplinary team
AS9100 and ISO9001 quality standards
Responsible for architecture, design and development of next generation Electronic Safe and Arm Devices utilizing the latest state of the art technologies
ASIC / FPGA designs will include various sensor interfaces, sequence verification, A/D and D/A interfaces, communication protocols, state machines, timer chains, etc. used in Electronic Safe and Arm Devices (Fuzes) for DOD weapon systems
Microsemi / Actel is our targeted FPGA and QuestaSim is our simulation tool. The primary responsibilities will focus on Verilog FPGA design, System Verilog UVM verification and C# based microcontroller development
Analysis of the requirements, architecture definition, design and debug of FPGA and associated hardware and microcontroller products and associated firmware
Programming experience in C for embedded systems, including development of algorithms, manipulation of data structures, and implementing highly optimized code
Familiar working with code version control repository tools, such as Subversion (SVN), GIT or TFS
Digital Design practices and principles, logic design and architecture and experience with HDL's (i.e Verilog, VHDL)

Mechanical Engineer

About this role