Assistant Professor, Electrical and Computer Engineering Resume Nikhil Lane Assistant Professor, Electrical and Computer Engineering (720) 555-4186 nikhil.lane@example.com linkedin.com/example/nikhillane Boulder, CO 80302 STRENGTHS Research translation Connected instrument behavior with environmental retrieval goals, helping collaborators move from laboratory results toward field ready experiments. Student mentoring Guided junior researchers through setup, uncertainty analysis, and technical writing, becoming a steady resource during difficult experiments. Experimental judgment Used controlled tests to separate instrument effects from environmental variation, giving research teams clearer next steps. Teaching connection Turned Fourier analysis, sampling, and propagation into practical examples that helped students approach unfamiliar engineering problems. Collaborative scholarship Prepared proposal material and peer reviewed work with varied partners, building shared confidence in research direction and evidence. SKILLS Remote Sensing Microwave Sensing RF Systems Electromagnetics Signal Processing Active Sensing Passive Sensing Instrument Development Payload Concepts MATLAB Python RF Measurement Calibration Experimental Design Proposal Development LANGUAGES English Native 40 Spanish Intermediate 20 MY CAREER 8.8 Years Postdoctoral Research Fellow, Remote Sensing Systems at Front Range Atmospheric Research Center (2.2 Years) Doctoral Researcher, Electrical Engineering and Remote Sensing at University Research Lab (3.9 Years) Graduate Research Assistant, RF Instrumentation at University Research Lab (1.9 Years) Graduate Teaching Assistant, Electrical and Computer Engineering at University Teaching Program (9 Months) SUMMARY Electrical and computer engineering researcher with six years of doctoral and postdoctoral research experience in environmental remote sensing , microwave instrumentation, RF systems, signal processing, and electromagnetic sensing. Work covers active and passive measurements , instrument characterization, retrieval workflows, calibration, uncertainty analysis, and payload concepts for resource constrained platforms including UAVs and small satellites. Research contributions connect laboratory methods with field ready experiments, peer reviewed scholarship , sponsored project proposals, and interdisciplinary collaboration. Teaching experience includes signals and systems, signal processing, electromagnetics, electronics, laboratory instruction, and technical problem solving. Graduate and undergraduate mentoring has supported careful measurement practice, inclusive development, clear documentation, and defensible engineering results. Scholarly goals center on externally funded environmental sensing, creative curricula, collaborative instrument development, and meaningful service across academic and professional communities. EXPERIENCE Postdoctoral Research Fellow, Remote Sensing Systems Front Range Atmospheric Research Center August 2024 - Present Boulder, CO Lead environmental remote sensing research spanning microwave instruments, atmospheric and surface measurements, compact payload concepts, sponsored proposals, and interdisciplinary scholarship. Led microwave sensing studies connecting calibration strategy with atmospheric and surface retrieval objectives. Evaluated compact RF payload concepts against power, mass, antenna, sampling, and data quality constraints. Prepared sponsored research proposal sections covering aims, validation plans, equipment, collaboration, and dissemination. Designed RF calibration experiments producing traceable datasets for peer reviewed environmental sensing analysis. Mentored graduate and undergraduate researchers through measurement planning, signal processing , uncertainty analysis , and technical presentations. Published remote sensing results with electrical engineering and environmental science collaborators across interdisciplinary research teams. Doctoral Researcher, Electrical Engineering and Remote Sensing University Research Lab August 2020 - July 2024 Fort Collins, CO Developed microwave remote sensing platforms and experimental methods while advancing scholarship, sponsored project reporting, student guidance, and reproducible analysis. Developed microwave testbed integrating RF components, data acquisition , calibration routines, and signal processing scripts. Compared active and passive sensing approaches using reference measurements and uncertainty analysis for environmental conditions. Modeled electromagnetic behavior to refine instrument configurations and identify follow on research questions. Produced peer reviewed manuscripts linking instrument design decisions with remote sensing performance and reproducible methods. Guided junior researchers through laboratory safety, equipment setup, data checks, and technical writing. Synthesized experimental results, literature context, technical risks, and research objectives for sponsored project reporting. Graduate Research Assistant, RF Instrumentation University Research Lab August 2018 - July 2020 Fort Collins, CO Built RF measurement assemblies and scientific computing workflows for graduate research, field preparation, experimental validation, and interdisciplinary communication. Built RF measurement assemblies and verified component behavior through network and spectrum measurements. Implemented MATLAB and Python workflows for filtering, spectral analysis, visualization, and repeated measurement comparison. Prepared field campaigns with documented configurations, calibration steps, sampling plans, and data procedures. Investigated anomalous measurements through controlled bench tests and documented corrective actions. Presented electromagnetic and signal processing findings during laboratory reviews and engineering seminars. Mentored undergraduate project students on RF fundamentals, experimental records, and analysis practices. Graduate Teaching Assistant, Electrical and Computer Engineering University Teaching Program August 2017 - May 2018 Fort Collins, CO Supported undergraduate engineering education through laboratory teaching , office hours, assessment, practical examples, and guidance for varied student preparation levels. Supported signals and systems laboratories through workshops, office hours, feedback, and practical demonstrations. Developed examples connecting Fourier analysis, sampling, propagation, and measurements with engineering applications. Evaluated laboratory reports using rubrics focused on reasoning, documentation, and interpretation of results. Guided student teams through electronics and signal analysis exercises with systematic troubleshooting. Adapted explanations and practice problems during office hours for students with varied preparation. Shared student questions during course planning discussions, informing clearer laboratory guidance and explanations. PROJECTS Environmental Microwave Sensing Testbed 2024 Created a repeatable platform for controlled environmental measurements, combining RF components, calibration, data acquisition, and signal processing for defensible sensing research. Compact Remote Sensing Payload Concepts 2025 Evaluated small satellite and UAV payload ideas through power, mass, antenna, sampling, and data quality tradeoffs for resource constrained platforms. LEADERSHIP & AWARDS Graduate Research Excellence Award, Colorado State University, 2023 Outstanding Engineering Teaching Assistant Recognition, 2018 Session Chair, Regional Remote Sensing Research Symposium EDUCATION Ph.D. in Electrical Engineering Colorado State University GPA: 0 2024 Fort Collins, CO Coursework: Remote sensing systems, electromagnetics, signal processing, environmental sensing Bachelor of Science in Electrical Engineering University of New Mexico GPA: 0 2017 Albuquerque, NM Coursework: Electronics, electromagnetics, signal processing, RF systems CERTIFICATIONS Responsible Conduct of Research Training 2023 Graduate Teaching Assistant Training 2018 TECHNICAL SKILLS Remote Sensing Systems: Microwave remote sensing, optical remote sensing, active sensing Environmental Sensing: Land sensing, water sensing, atmospheric sensing RF Instrumentation: RF measurement, network analysis, spectrum analysis Signal Processing: MATLAB, Python, filtering Electromagnetics: Electromagnetic modeling, propagation, antenna analysis Experimental Methods: Experimental design, calibration, uncertainty analysis Payload Engineering: Small satellites, UAVs, resource constrained platforms Research Communication: Peer reviewed manuscripts, conference presentations, technical writing Academic Teaching: Electronics, signal processing, electromagnetics Research Funding: Proposal development, sponsored projects, external funding Scientific Computing: MATLAB, Python, data visualization Academic Service: Faculty governance, committees, professional service SKILLS Remote Sensing Microwave Sensing RF Systems Electromagnetics Signal Processing Active Sensing Passive Sensing Instrument Development Payload Concepts MATLAB Python RF Measurement Calibration Experimental Design Proposal Development PROFESSIONAL AFFILIATIONS Graduate Research Mentor, Electrical Engineering Research Community Regional Remote Sensing Research Symposium, Session Chair Interdisciplinary Environmental Sensing Research Collaboration LANGUAGES English (Native) Spanish (Intermediate) ADDITIONAL INFORMATION Work Status : Authorized to work in United States. No sponsorship required. ADDITIONAL INFORMATION Work Status : Authorized to work in United States. No sponsorship required. REFERENCES AVAILABLE ON REQUEST
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