Here's my current CV. I will send a job description in the next message and would like you to evaluate the CV and make any suggestions for what could be improved and what information might be missing. 

MR AIDAS BALTUŠIS
Feltham, United Kingdom
<PRESIDIO_ANONYMIZED_PHONE_NUMBER>
<PRESIDIO_ANONYMIZED_EMAIL_ADDRESS>
<PRESIDIO_ANONYMIZED_URL> 

Results-oriented Electronics and Electrical Engineering PhD candidate, committed to advancing optical measurement methods and semiconductor characterisation. Proven experience in prototyping and developing optical and electrical measurement systems, both in academic and industrial settings. Proficient in computational modelling, data analysis, and visualisation using Python and LabVIEW. Skilled in engaging customers and delivering technical presentations to diverse audiences. A hands-on problem-solver with a passion for transforming ideas into practical reality through effective implementation. Previous role as a product development engineer equipped me with a robust background in project management, 3D modelling, health and safety, and procedure development. 

WORK EXPERIENCE

October 2019 – December 2023	National Physical Laboratory
		Postgraduate Research Student
•	Industrial (iCASE) PhD project on developing a measurement system for rapid optical characterisation of compound semiconductor materials and PV devices using time-resolved photoluminescence and compressed sensing techniques.
•	Developed a computational model of the measurement technique in Python to validate the idea, test limitations and find suitable reconstruction techniques.
•	Crafted the technical proposal of the equipment needed to build the prototype measurement system. 
•	Proceeded to assemble and continually optimise the optical system, troubleshooting limitations along the way and improving the measurement approach. 
•	The final outcome led to a proof-of-concept system, defining the system capabilities as well as establishing the further steps needed to move the methodology to the next stage.


October 2017 – September 2019	Photonics Technologies Ltd
		Product Development Engineer
•	Managed a development project of a multi-laser fixture for use in undergraduate physics laboratories.
•	Responsibilities included designing and editing CAD models in Autodesk Inventor of mechanical parts, designing PCB layouts, arranging contracts with manufacturing companies, writing documentation and more.
•	Outcome: product successfully launched, multiple units sold to various universities and production still ongoing.


June 2016 – September 2017	TOPTICA Photonics UK, HighFinesse UK, 
		Photonics Technologies Ltd.
		Sales Engineer
•	Work placement in a technical sales role of lasers, wavelength meters and other optical components.
•	Responsibilities included engaging with international scientific and industrial research communities, developing understanding of different laser technologies, and drafting technical specifications for products in response to customer enquiries.

 
EDUCATION
2019 – 2023	University of Glasgow,
	PhD Electronics and Electrical Engineering
	Thesis to be submitted July 2024
Thesis title: 	“Developing in-line photoluminescence quantitative imaging for compound semiconductors using a digital micromirror device based compressed sensing system”.
Supervisors: 	Prof. Stephen Sweeney (Univ. Surrey/Glasgow), Dr. George Koutsourakis (NPL), Dr. Sebastian Wood (NPL)
Achievements:	Oral presentations delivered at 2 international and 2 national conferences
Poster presentations delivered at 4 international and 3 national conferences.
Won Best Poster Award at European Semiconductor Laser Workshop 2023 in Glasgow.
2014 – 2018 	University of Surrey,
	BSc Physics with High Upper Second Class Honours (68%)
	(4 year sandwich course with a placement year)
Final year project title: 	“Temperature dependence of intrinsic and p-doped 1.3 µm InAs QD lasers epitaxially grown on silicon”
Supervisors: 	Prof. Stephen Sweeney and Dr. Igor Marko
		Full transcript available upon request

KEY SKILLS

Software skills	•	Proficient in Fusion 360 for 3D modelling, Python for data analysis and visualisation, LabVIEW for instrument control and data acquisition.
Manufacturing skills	•	Proficient in 3D printing techniques, optimisation, and troubleshooting.
•	Experienced in manual soldering, woodworking and metalworking techniques and working with consumer electronics and microcontroller programming
Other skills	•	Experienced with safely working with laser and material characterisation techniques such as spectroscopy and photoluminescence.
Soft skills	•	Proficient in: problem solving, communication, technical presentations, adaptability, leadership and hands-on craftmanship.

PUBLISHED WORK
Baltušis, A., Koutsourakis, G., Wood, S. and Sweeney, S. J., “Development of Time-Resolved Photoluminescence Microscopy of Semiconductor Materials and Devices using a Compressed Sensing Approach” IOP Measurement Science and Technology (2023).
Full list of publications on   https://orcid.org/0000-0001-8705-7402
References available upon request.