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Geometrifying Trigonometry SAAGIRID Qhenomenology QRS WRS Whenomenology
Frontend Developer
June 16, 2026 – Present
PQSQED_QHENOMENOLOGY_GODELIZING_SOCIETY
September 30, 2025 – Present
NO_POLYSEMY_WORLD_C_SHARP_PROJECT
View ProjectSANJOYNATH_QHENOMENOLOGY_WORD_PREDICATIVITY
December 6, 2024 – July 22, 2025
SANJOYNATH_QHENOMENOLOGY_WORD_PREDICATIVITY — GitHub repository
View ProjectSanjoyNathsASCEND_DESCEND_NUMBER_SYSTEMS
February 16, 2021 – Present
Sanjoy Nath's ASCEND DESCEND NUMBER SYSTEMS which is one to one correspondence to natural numbers but alphabetically represented whose algorithms are given here in visual basic file format
View ProjectSanjoyNathsTrigonometricGeometry
January 28, 2019 – January 28, 2019
SanjoyNathsTrigonometricGeometry — GitHub repository
View ProjectSanjoyNathsGeometrifyingNumberSystems
January 24, 2019 – January 24, 2019
Geometrifying Number Systems replaces all Rational numbers as the best prime ratio of two numbers and so that numbers can get represented as Tan(Θ) forms which ultimately converts the world into Sanjoy Nath’s Geometrifying Trigonometry(C) forms which is very Common Sense provoking facts.Some interesting facts behind the De Moivres Theorem with the light of Geometrifying Trigonometry(C) is that we have now special arrangements of different symmetric settings of multiplications and divisions which are both the * operations where division reverses the duplets of GT_Query_Strings(C) and continue with same kind of Align Scale To Fit systems where we see that ∞(ALT+236) type of fundamental multiplication operator will always expand the systems of Geometrifying Trigonometry NARRAYS(C) [N ARRAY ARRANGEMENTS OF ALIGNED SHAPES OF Geometrifying Trigonometry(C) LOCKED SETS(C)] where from the observations on Debashis Bhunias AUTOLISP outputs for the Sanjoy Nath's Geometrifying Trigonometry(C) Algor
View ProjectSanjoyNathsTrigonometricProgressions
January 24, 2019 – January 24, 2019
SanjoyNathsTrigonometricProgressions(C) started with the endeavor to show the world that there are natures of unique polygons form for different operators defined in Sanjoy Nath's Geometrifying Trigonometry(C)
View ProjectSanjoyNathsTrigonoFractoGraphy
January 24, 2019 – January 24, 2019
SanjoyNathsTrigonoFractoGraphy Started with Analysis of operators and Fractal natures of Growth in Trigonometric Geometries Due to Sanjoy Naths Theory Of Geometrifying Trigonometry(C) . Some interesting facts behind the De Moivres Theorem with the light of Geometrifying Trigonometry(C) is that we have now special arrangements of different symmetric settings of multiplications and divisions which are both the * operations where division reverses the duplets of GT_Query_Strings(C) and continue with same kind of Align Scale To Fit systems where we see that ∞(ALT+236) type of fundamental multiplication operator will always expand the systems of Geometrifying Trigonometry NARRAYS(C) [N ARRAY ARRANGEMENTS OF ALIGNED SHAPES OF Geometrifying Trigonometry(C) LOCKED SETS(C)] where from the observations on Debashis Bhunias AUTOLISP outputs for the Sanjoy Nath's Geometrifying Trigonometry(C) Algorithms on Locked Sets(C) we can see that there are some expanding of shapes outlines nature present in
View ProjectSanjoyNathGeometrifyingTrigonometry
December 27, 2018 – October 30, 2025
https://geometrifyingtrigonometry.quora.com/Geometrifying-Trigonometry
View ProjectPLM_BIM_SAAGIRID
June 16, 2018 – June 16, 2018
PEBSTAAD to Tekla Auto Connections and All Detailing
View ProjectCultural Fit Analysis
The candidate's projects are highly specialized and theoretical, focusing on unique mathematical and philosophical concepts ('Geometrifying Trigonometry', 'QHENOMENOLOGY'). While demonstrating intellectual curiosity, the lack of mainstream frontend development projects or technologies (beyond a mention of HTML in one project) suggests a potential misalignment with typical industry frontend development roles. The current 'Frontend Developer' role is listed with a future start date (2026), making it difficult to assess current practical experience. The project descriptions are very dense and abstract, which might indicate a communication style that could impact team collaboration in a fast-paced development environment.
Soft Skills & Operational Fit
The provided data does not contain sufficient information to assess soft skills or operational fit. The project descriptions are highly abstract and do not detail collaborative efforts or problem-solving approaches in a team context. Psychometric test scores are 0, offering no insight.