Manufacturing Engineer
$77.10K - $99.30K/yr
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. Create design-for-test (DFT) modifications of PWB and CCA ...
Manufacturing Engineer
$77.10K - $99.30K/yr
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. Create design-for-test (DFT) modifications of PWB and CCA ...
Manufacturing Engineer
Flushing, NY · On-site
$55K - $70K/yr
Advanced Testing & Tooling: • Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. • Create design-for-test ...
Manufacturing Engineer
Flushing, NY · On-site
$55K - $70K/yr
Advanced Testing & Tooling: • Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. • Create design-for-test ...
Manufacturing Engineer
Flushing, NY · On-site
$65K - $80K/yr
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. * Create design-for-test (DFT) modifications of PWB and CCA ...
Quick apply
Manufacturing Engineer
Flushing, NY · On-site
$65K - $80K/yr
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. * Create design-for-test (DFT) modifications of PWB and CCA ...
Manufacturing Engineer
$65K - $80K/yr
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. * Create design-for-test (DFT) modifications of PWB and CCA ...
Quick apply
Manufacturing Engineer
$65K - $80K/yr
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing. * Create design-for-test (DFT) modifications of PWB and CCA ...
09 - Senior Lead Engineer, Manufacturing Process
Manhattan, NY · On-site
$100.30K - $137.20K/yr
... Test (API, AOI, AXI, ICT, Flying Probe) FA LAB: ESD Controls, Solder Metallurgy, Strain Gauge Analysis, SIR Testing, Solder Joint Reliability Modeling, Sample Prep (Grind and Polish), Dye & Pry, CMM ...
09 - Senior Lead Engineer, Manufacturing Process
Manhattan, NY · On-site
$100.30K - $137.20K/yr
... Test (API, AOI, AXI, ICT, Flying Probe) FA LAB: ESD Controls, Solder Metallurgy, Strain Gauge Analysis, SIR Testing, Solder Joint Reliability Modeling, Sample Prep (Grind and Polish), Dye & Pry, CMM ...
Flying Probe Test information
What is the difference between Flying Probe Test vs In-Circuit Test?
| Aspect | Flying Probe Test | In-Circuit Test |
|---|---|---|
| Credentials | Typically requires electronics testing knowledge, certifications vary | Similar certifications in electronics and testing |
| Work Environment | Automated testing stations, electronics manufacturing facilities | Electronics assembly lines, PCB testing environments |
| Industry Usage | Common in PCB manufacturing and electronics testing | Widely used in electronics manufacturing and repair |
| Testing Focus | Probes individual points on PCB without fixtures | Tests assembled PCBs for faults using fixtures and test points |
Flying Probe Test and In-Circuit Test are both essential in electronics manufacturing. Flying Probe Test uses robotic probes to test PCBs without fixtures, ideal for small batches or prototypes. In-Circuit Test employs fixtures to quickly test multiple points simultaneously, suitable for high-volume production. Understanding their differences helps manufacturers choose the right testing method for quality assurance and efficiency.
What are popular job titles related to Flying Probe Test jobs in New York? For Flying Probe Test jobs in New York, the most frequently searched job titles are:
What job categories do people searching Flying Probe Test jobs in New York look for? The top searched job categories for Flying Probe Test jobs in New York are:
What cities in New York are hiring for Flying Probe Test jobs? Cities in New York with the most Flying Probe Test job openings:
Job description
Responsibilities
The Manufacturing Engineer is a full-time, exempt position. This position will require a broad range of responsibilities to ensure production continuityandcritical engineering supportfor all released manufacturing products, providingsynchronized technical oversightalongside peer engineers.
Some examples of these responsibilities are listed below (but are not limited to the following):
Engineering Change Execution:
Process Engineering Change Requests (ECR) initiated by Engineering or Manufacturing and convert them into Engineering Change Notifications (ECN).
Update all technical documentation for released products, including component specifications, schematics, PCB layouts, mechanical assembly drawings, and wire lists.
Obsolescence & Technical Updates:
Resolve component shortages and obsolescence for active production.
Verify the in-product or virtual fitting to ensure new component selections maintain clearance and alignment within the final assembly.
Technical Redesign & PCB Development:
Perform the necessary PWB redesigns, revise schematics, compile netlists, and update PCB assembly (CCA) drawings.
Work closely with engineering to ensure that approved footprints and models are used from the vault.
Verify all electronic changes within a 3D SolidWorks model to ensure proper sheet metal alignment and check for mechanical interferences.
Generate updated 2D (dwg) CCA assembly drawings and final 2D (dwg) mechanical assembly drawings.
Verify the in-product or virtual fitting to ensure new component selections maintain clearance and alignment within the final assembly.
Regulatory Compliance Support:
Ensure all engineering changes and component substitutions maintain compliance with regulatory agency requirements, specifically regarding Safety standards (e.g., UL/IEC) and EMI/EMC mitigation to avoid impacts on existing certifications.
Assembly Instruction Development:
Develop comprehensive, step-by-step assembly instructions by process photography and /or 3D virtual models and renderings.
Advanced Testing & Tooling:
Improve the testability of released products by adapting them to modern testing concepts, such as Bed-of-Nails and Flying Probe testing.
Create design-for-test (DFT) modifications of PWB and CCA, including adding or repositioning test pads to align with manufacturing process andtesting machine requirements.
Operations & ERP Support:
Maintain the integrity of ERP Syteline CSI and Doc-Trak by updating all production-related engineering data. Support Purchasing, Production, and Incoming Inspection with technical inquiries regarding component matters and non-conformance resolution.
Partner with peer engineers to optimize SMT, Through-Hole, and ATE lines; implement DFM principles to consolidate part counts and automate manual operations for cost efficiency.
Systems Used
Solid Works, 3D/2D, Solid Works PDM
AutoCAD
Altium Designer (schematic/PCN/Footprint Creation)
Microsoft Suite (Outlook, Word, PPT, Excel)
CSI
UKG
Doc-Trak
Requirements:
Bachelor's degree in Electrical, Electro-mechanical, Mechatronics Engineering, or related field. Associate degree combined with significant equivalent work experience will also be considered.
2-5 years of experience in electronics manufacturing or production engineering supporting power operations
Experience working with power supply, electromechanical assembly and test activities preferred.
Experience with In-Circuit Testing (ICT), Bed-of-Nails fixture design, and Flying Probe methodologies.
Experience in electro-mechanical assembly (Through-hole, SMT, Chassis mount, cable harnesses) and experienced in troubleshooting manufacturing process of moderate to high complexity power supplies in an ISO9000 environment.
Practical, hands-on ability to perform first-article rework, including soldering/de-soldering of components and mechanical modifications to validate engineering changes before full production release.
Ability to work effectively in cross-functional teams and adapt to a fast-paced work environment.
Knowledge of Safety and EMI/EMC requirements and their application in power electronics manufacturing.