The Association of Technology, Management and Applied Engineering
Analyst-Lead
The Association of Technology, Management and Applied Engineering, Hyattsville, Maryland, United States, 20780
Req Id:
183
Job Title:
Analyst-Lead
Location:
ARL Maryland - Adelphi, MD 20783 US (Primary)
Job Description This position supports advanced research and development in semiconductor materials, wide-bandgap device physics, ambient-powered sensing platforms, and novel robotic sensor deployment mechanisms. The engineer will contribute to design, simulation, fabrication, and characterization of next-generation sensor systems using a combination of microfluidics, additive manufacturing, mechanical/thermal modeling, electronics testing, and TCAD-based semiconductor device modeling. The role includes preparation of technical documentation, laboratory experimentation, system-level prototyping, and collaboration with ARL scientists and engineers to mature early-stage concepts into validated research outcomes.
Essential Job Duties
Perform design, modelling, and simulation of semiconductor materials, wide-bandgap structures, and novel HEMT device architectures using TCAD tools.
Conduct research on ambient-energy robotic sensor deployment, including phase-change mechanisms, microfluidics, mechanical/thermal modelling, and prototype fabrication.
Develop custom testbeds to evaluate unit processes, sensing mechanics, and system response across substrate media and operating conditions.
Support fabrication workflows by applying modelling insights to device design, providing characterization through state-of-the-art electronic and materials testing methodologies.
Prepare technical reports, proposals, analysis results, presentations, and documentation in support of ARL research tasks.
Collaborate with interdisciplinary research teams to execute laboratory experiments, interpret data, validate hypotheses, and transition concepts through TRL maturation stages.
Job Requirements Minimum Requirements
Bachelor's degree in Electrical Engineering or related field.
Hands-on experience in laboratory research, modelling, simulation, device testing, and prototype development.
Knowledge of semiconductor physics, analog electronics, microfluidics, and mechanical/thermal modelling concepts.
Proficiency with Python, MATLAB, SolidWorks, LabVIEW, microcontrollers, electronics testing equipment, and 3D printing.
Ability to participate in technical research, prepare detailed analyses, and document experimental results.
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183
Job Title:
Analyst-Lead
Location:
ARL Maryland - Adelphi, MD 20783 US (Primary)
Job Description This position supports advanced research and development in semiconductor materials, wide-bandgap device physics, ambient-powered sensing platforms, and novel robotic sensor deployment mechanisms. The engineer will contribute to design, simulation, fabrication, and characterization of next-generation sensor systems using a combination of microfluidics, additive manufacturing, mechanical/thermal modeling, electronics testing, and TCAD-based semiconductor device modeling. The role includes preparation of technical documentation, laboratory experimentation, system-level prototyping, and collaboration with ARL scientists and engineers to mature early-stage concepts into validated research outcomes.
Essential Job Duties
Perform design, modelling, and simulation of semiconductor materials, wide-bandgap structures, and novel HEMT device architectures using TCAD tools.
Conduct research on ambient-energy robotic sensor deployment, including phase-change mechanisms, microfluidics, mechanical/thermal modelling, and prototype fabrication.
Develop custom testbeds to evaluate unit processes, sensing mechanics, and system response across substrate media and operating conditions.
Support fabrication workflows by applying modelling insights to device design, providing characterization through state-of-the-art electronic and materials testing methodologies.
Prepare technical reports, proposals, analysis results, presentations, and documentation in support of ARL research tasks.
Collaborate with interdisciplinary research teams to execute laboratory experiments, interpret data, validate hypotheses, and transition concepts through TRL maturation stages.
Job Requirements Minimum Requirements
Bachelor's degree in Electrical Engineering or related field.
Hands-on experience in laboratory research, modelling, simulation, device testing, and prototype development.
Knowledge of semiconductor physics, analog electronics, microfluidics, and mechanical/thermal modelling concepts.
Proficiency with Python, MATLAB, SolidWorks, LabVIEW, microcontrollers, electronics testing equipment, and 3D printing.
Ability to participate in technical research, prepare detailed analyses, and document experimental results.
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