Role Description Responsible for performing engineering design and analysis under the responsible charge of a Professional Engineer in a manner that provides the client with a quality deliverable that is on time and within budget. Essential Responsibilities - Perform detailed design of all aspects of electrical power systems to include one-line diagrams, three-line diagrams, control and relaying schematics, wiring diagrams, SCADA, communications, conduit and cable sizing/routing, grounding design, general arrangement, selection of equipment, writing of equipment specifications, project and construction cost estimates, and project scheduling. - Prepare computer-based models and perform power system studies on utility and industrial/commercial electrical power transmission and distribution systems, including short circuit, load flow, relay coordination, arc flash, motor starting, power factor, harmonic analysis, and other related studies. Create simple hand checks to quantify the computer-aided results. - Develop protective relay settings. Set, test, wire, and install relaying and control systems. - Program, install, and test SCADA and PLC systems. - Prepare a variety of documents and reports associated with projects including cost estimates, budget reports, proposals, and studies. - Perform equipment and relay field testing and start-up and commissioning services. - Provide field assistance and troubleshooting. - Check the work of designers, drafters, and field service personnel for general quality and accuracy as required. - Understand and apply applicable Codes and Standards. Other Duties/Responsibilities - Maintain outstanding company-client relationships. - Maintain high ethical and professional standards within the overall organization. - Expected to work additional time beyond 40 hours/week as required to complete projects, proposals and/or administrative functions. - Attend conferences, training workshops, seminars, regular undergraduate, and graduate classes as appropriate for advancement and as required to maintain quality of work. - Attend safety training and follow safety rules and guidelines. - Other responsibilities as assigned. Qualifications - Must be able to legally work in the United States. - Education: BSEE or BSEET from an accredited institution, electric power option preferred. - Licensure: EIT (or FE national examination) preferred. - Experience: 0+ years of engineering or relevant field experience. - Proficiency with AutoCAD required or can obtain within six (6) months of employment. - Proficiency in Microsoft Office including Excel, Word, and other computer software. - Proficiency with and/or knowledge of power system software such as Aspen, PSSE, ETAP or SKM a plus. - A strong command of the English language. - Good written and oral communications skills. - Good interpersonal and people skills. - Interaction primarily with other staff. Working Conditions - Work Environment: Work is performed in an office setting and some field work is also required. - Travel: Typical, 25-30%. - Physical Activities: Must be able to lift up to 25lbs occasionally. Managerial Responsibility - Employee is responsible for managing their own work schedule with input from supervisor and completing assigned tasks. - Employee should identify discrepancies in assigned work and bring to attention of their supervisor in a timely manner. Employee’s work product should be self-checked in a manner that is suitable for review by the supervisor. Benefits - Career development, training, career coaching, job shadowing and mentoring program. - Tuition reimbursement. - RTD pass. - 401(k) with Matching. - Paid vacation and sick time. - Medical/Dental/Vision Insurance with 100% employer-paid premium for the employee. - Company-paid Basic Life and Long-Term Disability Insurance. - Voluntary Life Insurance. - HSA and PPO options. - Flex spending/Cafeteria Plan. - Paid holidays. - Culture of excellence and continuous improvement. - Annual bonus opportunities based upon individual & company performance; additional bonus opportunities for exceptional performance.

Role Description Meade has a job opportunity for an entry-to-mid-level Electrical Engineer II with strong expertise in Arc Flash and Protective Device Coordination Studies to be an integral member of our team. The scope of projects will include data centers, industrial buildings, offices, and other high-profile construction projects. This role will be highly collaborative amongst Meade staff, clients, vendors, and external disciplines. Travel to job sites may be required for site observations and client meetings. - Responsible for designing electrical systems and performing detailed design calculations, with a focus on power system analysis. - Lead and perform Arc Flash Hazard Analysis, Short Circuit Studies, and Protective Device Coordination using industry-standard software (e.g., SKM, ETAP, EasyPower). - Review, signing, and sealing of projects in compliance with applicable codes and standards. - Conduct site visits for data collection, validation of as-built conditions, and client coordination related to Arc Flash labeling and electrical safety compliance. - Review submittals, RFIs, change orders; prepare record drawings; participate in inspections and commissioning work. - Write and edit specifications for electrical equipment and systems, including overcurrent protective devices, switchgear, and transformers. - Ensure jobs are completed accurately, within deadlines, and on budget. - Assist in developing internal standards and templates for electrical safety analysis deliverables. Qualifications - 2+ years of Professional Electrical Engineering design experience in the construction or power systems industry. - Bachelor’s degree in Electrical Engineering. - Engineering in Training (EIT) certification preferred. - Proven experience in designing power systems, including for data centers, commercial offices, manufacturing, or medical facilities. - Demonstrated experience with Arc Flash Studies, Protective Device Coordination, and Short Circuit Analysis. - Working knowledge of NFPA 70 (NEC), NFPA 70E, and IEEE 1584 standards. - Familiarity with Medium Voltage equipment selection and specifications is preferred. - Experience working independently, managing priorities, and mentoring junior staff. - Strong understanding of National and International Building Codes. - Ability to think strategically and demonstrate flexibility in achieving long-term objectives. - Self-motivated, comfortable with ambiguity, and team-oriented. - Excellent organizational, written, and verbal communication skills. - Proficiency with MS Office, AutoCAD, BlueBeam, BIM, Revit, and power system analysis software (e.g., SKM, ETAP, EasyPower). Benefits - This position is available to candidates residing in the following states: AL, AZ, AR, FL, GA, IN, MI, MO, NV, OH, OK, SC, TX, UT, VA, WA, WV. - Compensation and benefits are subject to eligibility requirements and may vary based on location and applicable laws. - The pay range for this position will be provided in accordance with applicable state and local laws. - Actual compensation will be determined based on factors such as skills, experience, qualifications, internal equity, geographic location, and business needs. - Eligible employees may participate in Meade-sponsored benefit programs, including medical, dental, vision, life insurance, disability coverage, 401(k), paid time off, paid holidays, and other company-sponsored benefits. - Benefit eligibility and offerings are subject to plan terms and applicable policies.

• Designing and developing electronic hardware for complex space systems • Capturing and managing hardware requirements and specifications • Producing schematics, design documentation, and technical reports • Supporting PCB design, component selection, and circuit analysis activities • Conducting hardware testing, debugging, and performance validation • Supporting system integration and verification activities • Contributing to technical reviews and engineering trade-off studies • Working with multidisciplinary teams to ensure successful hardware delivery • Supporting qualification and environmental testing campaigns

• Provide power system analysis • Determine the origin and cause of fire and explosion losses • Perform evaluations on failures of electronic equipment, appliance, and consumer products • Conduct lightning strike damage analyses and electric shock/electrocution causes • Analyze power surge damage and conduct post-storm damage assessments • Inspect losses and loss scenes at residential, commercial, and industrial buildings • Investigate and assess damages and evidence due to failures to determine the origin of failure • Analyze and document failure analyses and causation of failures • Examine and test evidence in a laboratory setting and research failure modes, products, installations, and maintenance related to findings • Collaborate with other experts to produce detailed reports outlining the origin and cause of losses and damages • Serve as an expert witness in court and/or in depositions • Document and maintain billable hours on a time and expense basis for failure analysis and forensic engineering projects