Engineering tomorrow, today.
Welcome to the professional portfolio of Emil Beauseigneur. I am an electronic engineering graduate specialising in embedded systems, instrumentation, and automation. My work focuses on building reliable, high‑performance solutions that bridge hardware and software with precision. This portfolio highlights my progression from rigorous academic training to practical engineering applications, supported by strong safety leadership and real‑world experience.I hold a BSc in Applied Physics & Instrumentation and a BEng Hons in Electronic Engineering (Embedded Systems), giving me a strong foundation in measurement science, automation, and system‑level design.
Embedded Systems • Instrumentation • Automation • Safety‑Driven Engineering
My areas of expertise
I combine strong academic knowledge with practical engineering experience in embedded systems, instrumentation, and automation. My work focuses on building reliable, well‑designed solutions grounded in clear engineering principles.
Embedded systems
Specialising in the design and implementation of embedded software and hardware, with experience ranging from bare‑metal programming to introductory RTOS applications. I focus on building efficient, reliable systems through disciplined engineering methods and clear hardware–software integration.
Instrumentation & automation
Specialising in precision measurement, sensor integration, and control system fundamentals, with hands‑on experience applying instrumentation and automation principles in academic and project environments. I focus on developing reliable, well‑structured solutions that improve measurement accuracy, system stability, and overall performance.
Project development
Project development is where I bring together modelling, hardware–software integration, and disciplined engineering practice. My work spans optical communication, automation, and sensor‑driven systems, with a consistent focus on signal integrity, system reliability, and real‑world performance. Across projects—from underwater optical links to robotic telescope control and LiDAR‑based vehicle monitoring—I apply structured design methods, build validated prototypes, and translate complex requirements into practical, dependable solutions.
Practical & life skills
Beyond engineering, my experience as a qualified beach lifeguard, surf instructor, and rugby player has shaped how I operate in demanding environments. These roles strengthened my situational awareness, communication, leadership, and disciplined problem‑solving—skills that translate directly into safety‑focused, reliable engineering practice.
Underwater Optical Wireless Communication (Final‑Year Project)
Designed and modelled an underwater optical communication link operating in the blue–green region. Built a Beer–Lambert channel model to analyse attenuation, scattering, and transmission losses, using Python simulations to guide hardware selection and system parameters. Developed embedded control logic in C and FreeRTOS to manage timing, sensing, and data acquisition. Prototyped the optical link and evaluated signal integrity under varying water conditions.
Robotic Telescope Automation
Developed hardware and software for a fully robotic 0.3 m telescope at Blackrock Castle Observatory. Aligned and configured a Losmandy G11 mount, integrated sensors, and implemented ASCOM‑based control in Python and JavaScript to automate the dome, mount, and camera. Connected a real‑time weather station API to drive safety logic for dome operation, reducing equipment risk. Authored a literature review to support the observatory’s long‑term automation roadmap.
LiDAR‑Based Truck Positioning Prototype
Engineered a prototype system to monitor heavy‑vehicle loading and unloading in a production yard. Built Python scripts to parse live TCP data from a 2D scanning LiDAR and applied filtering to remove noise. Integrated an orientation sensor and designed a classification algorithm to determine approach, loading, and departure states. Connected the system to a PLC interface and an automated dispatch dashboard to support more efficient scheduling and yard operations
Engineering Identity
I am an electronic engineer with a dual academic background in Applied Physics & Instrumentation and Embedded Systems Design. This combination gives me a strong foundation in measurement science, sensor behaviour, signal integrity, and hardware–software integration. I approach engineering with clear system thinking, disciplined design, and a focus on building solutions that perform reliably in real‑world conditions.
What Shaped My Approach
My engineering mindset is influenced not only by technical training but also by the environments where I learned to stay calm, aware, and responsible. My experience as a surf instructor taught me how to communicate clearly, stay aware of changing conditions, and guide others with confidence. Working in open‑water environments requires calm decision‑making, adaptability, and a strong sense of responsibility — qualities that directly influence how I approach engineering challenges. These experiences shaped my ability to remain focused, composed, and methodical when solving problems.
Safety and Responsibility
My work as a qualified beach lifeguard has given me a deep respect for safety, awareness, and accountability. Operating in unpredictable conditions taught me to assess risk quickly, communicate with clarity, and make decisions that prioritise the wellbeing of others. These habits translate directly into my engineering practice, where reliability, attention to detail, and sound judgement are essential to building systems that perform safely and consistently.
Teamwork and Performance
Rugby has been a major part of my life and continues to shape how I collaborate. The sport demands trust, communication, and discipline — the same qualities needed in engineering teams working on complex systems. It taught me how to stay composed, adapt quickly, and support others in high‑pressure situations.
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"Bridging innovation with real-world application."
My path in engineering is built on a foundation of applied physics, instrumentation, and embedded systems. I approach every project with disciplined problem‑solving, technical focus, and a drive to create solutions that work reliably in real‑world conditions.
— Emil Beauseigneur
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