DEV KUMAR · PORTFOLIOEngineering the next horizonCINEMATIC PORTFOLIO JOURNEY
SOL-00Solar Core
DEV KUMAR / ENGINEERING PORTFOLIOPARIS · 2026
M.Eng · Robotics · Artificial Intelligence · Control
Engineeringintelligent systemsfor the real world.
Robotics and AI engineer combining physical modeling, state estimation, embedded systems and data-driven intelligence to move complex machines from concept to validated operation.
Open to International Opportunities Graduating July 2026 · Available September 2026 VIE · Full-Time · Fixed-Term USA · Switzerland · Worldwide
I am a final-year engineering student at Arts et Métiers ParisTech, specializing in Mechatronics, Robotics and Artificial Intelligence. My work connects mechanical engineering, embedded systems, control, computer vision, deep learning and data analysis through industrial and research projects in France and Switzerland.
I completed a ML Engineer & Data Analyst internship at Georg Fischer Machining Solutions in Geneva, now operating as United Machining Solutions, and completed my end-of-study internship at Air Liquide Paris as Product Owner for AI products from September 2025 to February 2026.
Graduation: July 2026. I am actively seeking an International Assignment (V.I.E.), fixed-term position or full-time role starting September 2026 in Robotics, AI, Data Engineering, Automation or Intelligent Systems, with a strong interest in the United States, Switzerland and international industrial environments.
Beyond engineering, my background includes military service with the Marine Nationale, startup creation, regional-level Muay Thaï competition and professional experience across several sectors. These experiences shaped my discipline, resilience, adaptability and ability to deliver under pressure.
// MY VISION: Intelligence Beyond Human Reach
The universe is too vast and too hostile for human presence to remain the only path forward. The real challenge is not just to travel farther, but to send intelligence where humans cannot operate directly.
I want to build autonomous machines capable of perceiving, deciding and acting for months or years in extreme environments: deep space, other planets, radioactive zones or remote industrial systems.
My obsession is to fuse control theory, state estimation, robotics and learning algorithms until intelligence becomes physical: a system that can move, adapt, recover and act under real constraints.
The future of exploration belongs to autonomous systems that extend human reach beyond direct presence. That is the frontier I want to push.
International academic pathway to M.Eng · 300 ECTS
Cumulative European credit progression from a French scientific high school diploma through an intensive science preparatory program, a two-year university diploma in Electrical Engineering & Industrial Computing, and the Master of Engineering.
Academic performance
Indicative GPA by engineering discipline
Approximate GPA equivalent on a 4.0 scale, grouped from module results provided by the candidate. Hover for the underlying theory; click a bar to filter the degrees below.
Workload is estimated from duration and typical schedules. Click a bar to filter.
Transferable strengths
Soft-skill evidence weighted by hours
Each role's hours are distributed across the soft skills directly demonstrated. Click a bar to filter.
These roles provide measurable evidence of communication, leadership, reliability, resilience, customer focus and operational discipline in demanding environments.
A curated project portfolio organized for recruiters. The first section highlights the strongest engineering evidence, including industrial impact, robotics, AI, control, R&D and measurable outcomes. The full archive remains available for deeper technical review.
0Projects
0 hIndustrial/client hours
0GitHub repos
0Video demos
Engineering workload
Estimated project hours by domain
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Capability mix
Estimated project hours by skill
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Search projects, engineering experience, education, student roles, skills and passions with strict token matching. A query such as Kalman returns only records explicitly tagged with Kalman filtering or state estimation.
Result structure
Matches by portfolio section
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Quantified evidence
Matched estimated workload
Project and role matches are translated into estimated hours using the same assumptions as their source pages.
ECTS means European Credit Transfer and Accumulation System. It measures the academic workload required to complete courses and qualifications across European higher education.
60 ECTSOne full-time academic year
120 ECTSTwo years of higher education
300 ECTSFive years of higher education · European Master's level
ECTS credits measure workload, not grades or GPA. There is no single automatic conversion to U.S. credit hours; universities and credential evaluators assess equivalence individually.
