Job Description
Job Description
Responsibilities :
1. Solder and manually place components such as resistors, diodes, transistors, capacitors, integrated circuits, wires and other electronic parts to designated locations or printed circuit board
2. Use air vac and soldering iron to manually repair electronic components
3. Install, mount, fasten, align and adjust parts, components, wiring and harness to subassemblies and assemblies using hand and small power tools
4. Operate automatic and semi-automatic machines to position, solder and clean components on printed circuit boards
5. Work from specified drawings to solder and manually assemble electronic components onto circuit boards requiring fine hand assembly
6. Place components on the board by hand and proceed to prepare the circuit board
Education :
Completion of High School
Skills / Requirements :
1. Experience in reading blueprints an asset
2. Know military and industry quality standards
3. Familiar with ESD and clean room electronic industry practices
4. Excellent hand / eye coordination handling electronic components using microscopes
5. Must have ability to work with hand, small tools, and microscopes
6. Able to work effectively in a team environment
Company Description
Founded in 1992, NANOWAVE Technologies employs more than 200 engineers and production personnel in Canada, the US and Europe.
NANOWAVE manufactures High-Power Solid-State Transceivers for Earth Observation LEO satellites as well as LNAs and SSPAs based T / R units for a major LEO satellite communications constellation with more than 6,000 Payload modules operating in Space today, see SPACE.
Our highly efficient Transceiver products support conventional, single antenna designs as well as phased-array, electronically scanned antenna architectures.
Company Description
Founded in 1992, NANOWAVE Technologies employs more than 200 engineers and production personnel in Canada, the US and Europe.\r\n\r\nNANOWAVE manufactures High-Power Solid-State Transceivers for Earth Observation LEO satellites as well as LNAs and SSPAs based T / R units for a major LEO satellite communications constellation with more than 6,000 Payload modules operating in Space today, see SPACE.\r\n\r\nOur highly efficient Transceiver products support conventional, single antenna designs as well as phased-array, electronically scanned antenna architectures.