Electrical Engineer

MACOM designs and manufactures semiconductor products for Data Center, Telecommunication, and Industrial and Defense applications. Headquartered in Lowell, Massachusetts, MACOM has design centers and sales offices throughout North America, Europe, and Asia. MACOM is certified to the ISO9001 international quality standard and ISO14001 environmental management standard.

MACOM has more than 75 years of application expertise with multiple design centers, Si, GaAs, and InP fabrication, manufacturing, assembly and test, and operational facilities throughout North America, Europe, and Asia. View our facilities at https://www.macom.com/. In addition, MACOM offers foundry services that represent a key core competency within our business.

MACOM sells and distributes products globally via a sales channel comprised of a direct field sales force, authorized sales representatives, and leading industry distributors. Our sales team is trained across all of our products to give our customers insights into our entire portfolio.

Electromagnetic Engineer

In MACOM's MMIC Business Unit we design MMICs and IMAs for cellular, aerospace & defense, and other wireless applications.  We are looking for a microwave electromagnetic engineer for the mmWave module design team at MACOM’s Northampton, MA Center of Excellence with experience designing passive structures such as power combiners, couplers, waveguide launches, non-reciprocal ferrite devices, and antenna products.  Experience with active microwave circuits is a plus.  You will:

• Be responsible for the electromagnetic design, layout, test, and release of RF/MMW products and functional components of IMAs.
  
• Design customized versions of the following items in waveguide, microstrip, stripline, or other distributed transmission line systems: Circulators, couplers, isolators, power divider/combiners, attenuators, phase shifters, and terminations.
  
• Support design of industry leading solid state power amplifiers using high performance combiner/divider networks.
  
• Design transitions to/from waveguide, microstrip, stripline, coplanar waveguide, twisted pair, coaxial, and twin lead.
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• xecuting schematic circuit simulations and EM simulations where appropriate.
  
• Generating layouts and assembly drawings.
  
• Work with our MMIC design, analog/digital design, mechanical design, assembly, and test teams to develop new products as well as new production methods.
  
• Initiate prototype builds and manage product characterization.  You will design evaluation hardware and characterization fixtures, then direct or perform measurements. Analyze analog and digital circuits using tools such as PSpice, TINA, QUCS, Multisim, Excel, etc.
  
• Deep mathematical and data analysis/data science using tools such as MATLAB, Python, Scilab, R, or JMP.
  
• Generating layouts and assembly drawings.
  
• Generating test plans and work instructions in collaboration with other departments such as Operations, Product Engineering, Test Engineering, and Applications Engineering.
  
• Generating design reports, progress reports, test reports, data sheets, and bills of material.
  
• Initiate prototype builds and perform product characterization.  You will design evaluation boards and characterization fixtures, then direct or perform measurements.
  
• Generating design reports, progress reports, test reports, datasheets and bill of materials.
  
• Organizing design reviews.
  
• Cooperating with the Project Manager in order to maintain an up-to-date project plan and schedule.
  
• Work with our Product Engineering group to transfer the product to production.
  
• Maintaining a passion and unquenching thirst for the latest advances in Maxwell’s equations, electromagnetic design, RF/MMW 3D structures, simulation, materials, technology, and implementation.   
  
• Keeping up to date with the latest technologies (semiconductor, conductivities and other parameters of new metals, assembly, packaging, tools).
  
• Customer support (sampling and application notes).

Qualifications:

• B.S. in Electrical Engineering, Physics, or equivalent.  M.S. in Electrical Engineering preferred.
  
• Strong academic background that includes courses such as Microwave Engineering, Electromagnetic Theory, and Antenna Theory.
  
• Bona fide electronics and microwave structure enthusiast.