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Andre Cassiano

Electronics and Electromechanical Engineer

Talent
London NWMember since July 23, 2026
Problem-solvingCommunicationTeam workingElectronic component selectionAltium DesignerKiCadCATIAMATLAB & SimulinkRoot Cause AnalysisFMEAData AnalysisArduinoAtmelOrcadXilinx-ISEAltera-QuartusC/C++ ProgrammingPythonKeilSolidworksSTM32Schematic capturePrototype testingHardware troubleshootingPCB manufacturingIPC specificationsDesign for Manufacture (DFM)Design for Cost (DFC)Lean ManufacturingDigital circuit design
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Problem-solvingCommunicationTeam workingElectronic component selectionAltium Designer

About

Adaptable Electronics and Electromechanical Engineer with 3 years of experience in aerospace manufacturing, project engineering, and embedded hardware development. Proven ability to bridge electrical and mechanical systems through hands-on manufacturing support, 3D modelling in CATIA, PCB development support, and technical problem solving. Skilled in schematic capture, prototype testing, hardware troubleshooting, root cause analysis, and FMEA.

A strong communicator who collaborates effectively with cross-functional teams, suppliers, and clients to deliver engineering projects on schedule, with practical knowledge of analogue and digital circuit design and a strong focus on design-for-manufacture and product reliability.

Experience

Project Engineer - Safran Electrical Components UK - Slough/UK

(2026-01 - 2026-07)

Supported engineering development projects for aerospace electrical components, ensuring delivery to quality, cost and schedule targets.

  • Assisted with New Product Introduction (NPI) activities from customer requirements through to manufacturing release.
  • Prepared and maintained engineering documentation including project plans, technical reports, engineering change requests and design records.
  • Worked closely with Manufacturing, Quality and Supply Chain teams to deliver Design for Manufacture (DFM) and Design for Cost (DFC) improvements.
  • Participated in engineering design reviews, configuration management and change control activities.
  • Participated in root cause investigations and implemented corrective and preventive actions (CAPA) using structured problem-solving techniques.
  • Supported DFMEA/PFMEA risk assessments to improve product reliability and manufacturing robustness.
  • Created and modified 3D models and engineering drawings in CATIA, supporting electromechanical integration, design reviews, and configuration-controlled product updates.

Electronics Engineer 2 - Curtiss Wright - Wimborne/UK

(2025-09 - 2025-10)

  • Assisting in the design, development, and documentation of engineering solutions, including schematics and reports.
  • Support discussions of proposed solutions with customer representatives to agree the optimum solution in terms of cost, timescale and ease of implementation.
  • Conduct research and analysis of existing systems to define requirements for replacement or refurbishment.
  • Liaise with customers to agree on optimal solutions and provide technical support to project managers and team leaders.
  • Communicate with suppliers regarding the supply and support of third-party equipment.
  • Produce technical reports and other documentation, and support the creation of technical manuals.

Manufacturing Electronics Engineer - Chelton - Marlow/UK

(2022-08 - 2024-10)

  • Creating data packs for suppliers to manufacture PCB.
  • Incorporating DFM/DFA/DFT best practices feedback to reduce production costs by 15% and optimize component placement for automated assembly.
  • Good knowledge of IPC specifications, PCB manufacturing and assembly process.
  • Developed and implemented continues improvement methods resulting in a 15% decrease in production time.
  • Support supply chain on PCB manufacturing and testing, component specification and finding alternative components to obsolete components.
  • Led cross-functional teams (Design, Manufacturing, Quality) to resolve complex manufacturing issues, reducing product time-to-market by 4 weeks.
  • Successfully troubleshooted and diagnosed the root causes of electronic hardware failures which led to reduced costs in production and a 30% increase in on time deadline.
  • Lean Manufacturing principles and DFM guidelines on the SMT lines, which decreased production defects by 20% and increased overall yield.

Education

PCB Design with Altium Designer: Arduino Nano Project - Alison Empower

PCB basic design course - Altium Education (2024)

Failure modes and effects analysis (FMEA) - Institute of mechanical engineers (2024)

Bachelors Honours of Engineering - Electrical and Electronic Engineering - East London University (2012 - 2016)

BTEC Extended National Diploma - Electrical and Electronics Engineering - City of Westminster College (2007 - 2012)

GCSE - 9 grade B – C including English, Maths and Science - Kingsbury High School (2003 - 2007)

Skills

Electronics and Electromechanical Engineer

Reviews

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