Freelance Specialist Academic and Customized Technical Writer in Electrical Engineering

Job Code: FLS-ENG-PA - 004

Freelance specialist technical writers and editors play a pivotal role in the PhdAssistance (www.phdassistance.com) business model by ensuring client satisfaction through the creation and refinement of high-quality proposals, manuscripts, and evidence-based reviews, intended for publication in esteemed journals across various subfields of Electrical Engineering domain. At present, PhdAssistance is seeking specialist freelance technical writers in the field of Mechanical Engineering, who possess a high level of proficiency in the English language (preferably as a first language, such as the USA, Europe, and UK). We are looking for individuals who can collaborate with us on research writing, editing, and scientific communication services.

What will you do?

• Conduct scientific research and compose content in the realm of Mechanical Engineering, spanning various sub-specializations such as Thermodynamics, Fluid Mechanics, Solid Mechanics, Heat Transfer, Manufacturing Processes, Robotics, Mechatronics, Automotive Engineering, Aerospace Engineering, and more.
• This involves writing, editing, proofreading, and peer-reviewing manuscripts, including original studies, experimental and simulation studies research, technical notes, survey papers, short communication, review articles, letters to the editor, book review, invited papers, tutorial papers, emerging technologies, application notes, case reports, literature reviews, meta-analyses, systematic reviews, documents for journal submissions, theses, and dissertations.
• Utilize advanced tools, methodologies and techniques to conceive, model, and optimization of intricate systems specific to electrical Engineering, ensuring precision and accuracy in the content. This may include MATLAB, Simulink, and PSpice facilitates the modeling and simulation of complex electrical circuits and systems. CAD software, including AutoCAD Electrical and Eagle, aids in the creation and documentation of electronic and electrical designs, while EDA tools like Altium Designer and KiCad play a crucial role in designing printed circuit boards (PCBs) and integrated circuits (ICs). Power System Analysis Software, such as ETAP and PSS/E, is employed to model and analyze power generation, transmission, and distribution systems. Control System Design Tools, encompassing MATLAB, Simulink, and Control System Toolbox, assist in designing and analyzing control systems for diverse applications. Signal Processing Tools, including MATLAB, SciPy, and LabVIEW, are vital for processing and analyzing signals, particularly in communication and image processing contexts. Software like ADS (Advanced Design System) is used for RF and microwave circuit design. For testing and characterization, tools like oscilloscopes, signal generators, and spectrum analyzers are employed. Embedded Development Platforms like Arduino, Raspberry Pi, and microcontrollers enable the development of embedded systems and prototypes. Communication System Simulation, carried out with software like MATLAB and NS-3, involves the simulation and analysis of communication systems, including modulation, coding, and channel modeling. In the realm of renewable energy, analysis is facilitated by tools such as HOMER and RETScreen, aiding in the analysis and optimization of renewable energy systems. Power Electronics Simulation, enabled by tools like PSIM and LTspice, is crucial for the simulation and design of power electronic circuits and converters. Machine Learning and AI Tools, represented by libraries like TensorFlow and PyTorch, empower the implementation of AI and machine learning algorithms in various electrical applications. FPGA Design Tools like Xilinx Vivado and Intel Quartus Prime are pivotal for designing and implementing digital circuits on FPGAs. Essential for characterization, instrumentation and measurement techniques include oscilloscope measurements, network analysis, and impedance measurements. Failure Analysis Techniques, encompassing tools like FMEA and fault-tree analysis, are indispensable for identifying and mitigating potential failures in systems. Techniques designed for Electromagnetic Compatibility (EMC) ensure compliance with standards and minimize electromagnetic interference. System Integration Tools such as LabVIEW and SystemVue play a central role in integrating various components into complex systems. Optimization Techniques, including methods like Genetic Algorithms and particle swarm optimization (PSO), serve to optimize parameters in electrical system designs. Lastly, virtual instrumentation tools like LabVIEW are employed to create virtual instruments for data acquisition, analysis, and control. These tools and techniques collectively empower Electrical Engineers to innovate and excel in their endeavors.
• Stay updated with the latest trends and advancements in electrical Engineering to produce cutting-edge research content.

What do you need?

• A Post Doc/PhD/master’s degree or expertise in the field of electrical Engineering, with specialization in relevant subfields.
• Prior experience in research and writing, along with a preferred certification in academic writing, editing, publishing, technical report writing, scientific and technical communication, journal article composition, and more.
• Proficiency in diverse writing styles and conventions pertinent to academic and scientific documents. Strong writing and editing skills, coupled with meticulous attention to detail (previous writing experience would be a valuable asset).

Why is this a remarkable opportunity?

• Enhance your skills in research writing while refining your understanding of editing intricacies.
• Gain access to articles focusing on the latest industry trends, publication guidelines, and writing insights available on our learning and discussion platform.
• Obtain an insider's perspective on cutting-edge research taking place globally in Electrical Engineering.
• Earn an attractive remuneration for delivering high-quality written work.