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.
AVAILABILITYSeptember 2026 · VIE · Full-Time · Fixed-Term
Robotics · AI · Data Engineering · Control Systems USA · Switzerland · International
01 — About
Who I Am
// DEV KUMAR · AVAILABLE AUG 2026
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 with a deep focus on robotics, artificial intelligence, and automation. My academic journey combines technical expertise in AI, deep learning, embedded systems, and advanced data analysis — applied across France and Switzerland.
I completed an AI & Pricing Data Analysis internship at GF Machining Solutions (Geneva), and completed my end-of-study internship at Air Liquide Paris as Product Owner (AI Products) — Sept 2025 through Feb 2026.
Graduation: July 2026. Actively seeking a International Assignment (VIE) or Fixed-Term / Full-Time Position starting September 2026 in Robotics, AI, Data Engineering — with a strong interest in the USA and Switzerland.
Beyond engineering: military service with the Marine Nationale, founding a startup, competing in Muay Thaï at regional level, and working across diverse sectors — building the resilience that sets me apart.
// MY VISION — Intelligence Beyond Light
Space exploration is constrained by a paradox: the universe is vast, but human life is short. If string theory is validated, it could reveal hidden dimensions allowing information to travel faster than light.
Instead of sending humans, we must send intelligence. An autonomous AI transmitted through these dimensions, controlling robotic probes exploring distant worlds.
The future of exploration is not in human travel but in an artificial intelligence capable of traversing the universe faster than light.
Cumulative European qualification level from the scientific baccalaureate through PCSI, DUT GEII and the engineering degree.
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.
Selected work across robotics, artificial intelligence, control, computer vision, embedded electronics, mechanical engineering and industrial R&D. Effort values are conservative estimates based on scope, implementation depth and validation work.
0Projects
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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
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Quantified evidence
Matched estimated workload
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