|ψ⟩ = α|0⟩ + β|1⟩ ∇·u = 0 H|ψ⟩ = E|ψ⟩ ∂u/∂t + (u·∇)u = −∇p/ρ CNOT|00⟩ = |00⟩ ∑ᵢ pᵢ = 1
Centurion University of Technology & Management

Centre for Computational
Mathematics CFD · Quantum Computing · High Performance Computing

Bridging Academia, R&D, and Industry through advanced computational methods — where mathematics meets the frontier of modern technology.

Computational Fluid Dynamics
Quantum Computing
High Performance Computing
Explore the Centre ↓
01 — About

Advancing Computation
Through Interdisciplinary Science

Computational Mathematics is a broad, multidisciplinary and integrative area encompassing a vast variety of applications across science, engineering, and medical technology — where computing plays a central and essential role.

The Centre plays a vital role in bridging the gap between Academia, R&D, and Industry, focusing on three major computational frontiers: Computational Fluid Dynamics (CFD), High Performance Computing (HPC), and Quantum Computing (QC).

Computation reduces engineering testing costs and product-to-market time, provides comprehensive data not easily obtainable from experimental tests, and complements both experimental and theoretical techniques in solving problems of high complexity.

Established at Centurion University of Technology and Management, the Centre operates across multiple campuses — PKD, BBSR, and AP — fostering cross-campus collaboration in cutting-edge computational research.

0Focus Areas
0Workshop Participants
0Faculty Members
₹3.66LRevenue Generated

Bloch Sphere — Quantum State Visualization

|ψ⟩ = cos(θ/2)|0⟩ + eiφsin(θ/2)|1⟩  ·  Drag to rotate · Click to toggle auto-spin

Current State |ψ⟩
0.866|0⟩ + e^(i30°)·0.500|1⟩
Polar Angle θ
60.0°
Azimuthal Angle φ
30.0°
Measurement Probabilities
|0⟩
75.0%
|1⟩
25.0%
Legend
→ State vector |ψ⟩ — Z-axis: |0⟩/|1⟩ poles — X-axis: |+⟩/|−⟩ states θ arc: polar angle φ arc: azimuthal angle
02 — Research Focus

Three Pillars of
Computational Excellence

🌊

Computational Fluid Dynamics

Prediction of complex turbulent flow fields through interactions among multiple sources of fluid flow in three-dimensional space, confined by solid boundaries, under strong pressure gradients and various body forces.

Advanced simulation capabilities enable engineering insight far beyond what experimental tests can provide — reducing costs and accelerating design cycles.

SIMULIADassault Systèmes3D Flow SimulationTurbulence Modeling
⚛️

Quantum Computing

Solving complex problems in Computational Chemistry, Cyber Security & Cryptography, Artificial Intelligence & Machine Learning, and Financial Modelling — more efficiently than classical computing using quantum superposition and entanglement.

Working on IBM Quantum Experience, the Centre develops quantum algorithms that unlock exponential computational advantages.

IBM QiskitIBM Quantum ExperienceQuantum AlgorithmsQuantum Cryptography
💻

High Performance Computing

Performance evaluation of a wide variety of industrial application problems through massively parallel GPU-accelerated computing — delivering scientific computing at scale for engineering, simulation, and AI workloads.

Leveraging NVIDIA CUDA architecture and dedicated GPU rigs to tackle compute-intensive problems at practical timescales.

NVIDIA CUDAQuda C LibraryGPU RigParallel Computing
03 — Events & Workshops

Quantum Computing
Workshop Series

A growing series of hands-on Quantum Computing workshops organized by CCM, reaching participants across all CUTM campuses and establishing a strong community of quantum computing practitioners.

2023
2-Day Workshop

"Quantum Computing for the Beginners"

📅 12–13 April 2023 📍 Auditorium, CUTM PKD Campus 🔗 Hybrid Mode (Online + Offline)

A landmark 2-day workshop inaugurated by Vice-Chancellors of both CUTM Odisha and CUTM AP in hybrid mode, reaching participants across three campuses simultaneously.

  • Inaugurated by Prof. Supriya Pattanayak (VC, CUTM Odisha) & Prof. G.S.N. Raju (VC, CUTM AP)
  • Resource Persons: Prof. Ashok Misra & Prof. Bhairab Kumar Majhi (HoD Math, Bolangir)
  • Theory and Practice sessions using IBM Qiskit platform
  • Participants from BBSR, Vizianagaram & Paralakhemundi campuses
  • Valedictory by Prof. Durga Prasad Padhi & Prof. Ashish Ranjan Dash
👥 130 Participants
2024
3-Day Workshop

"Quantum Computing Basics & Applications"

📅 25–27 July 2024 📍 New Auditorium, CUTM PKD Campus 🎓 BCA & B.Tech (CSE, ECE, EEE)

A three-day intensive workshop co-organized with SoET, School of Applied Sciences, and the Centre of Excellence for Quantum Computing.

  • Chief Resource Person: Dr. Harish Sahu, Scientist 'E', SAG, DRDO, New Delhi
  • 16 hours of classes with demos, hands-on activities & programming assignments
  • IBM Qiskit installation & quantum token generation on Day 1
  • Prof. D.N. Rao (Vice-President) attended and engaged with participants for an hour
  • Alumni achievement: Anam Nawaz (2019 batch) felicitated for placement at Medpace UK (£4,200/month)
👥 100 Students
05 — Coordination Team

Faculty Behind
CCM's Mission

Dr. Ashok Misra

Dr. Ashok Misra — Centre Coordinator

Department of Mathematics, PKD Campus · Primary resource person for all Quantum Computing workshops and IBM Qiskit sessions. Leads CCM's initiative across all CUTM campuses.

PKD Campus — Paralakhemundi
Dr. Ashok Misra

Dr. Ashok Misra

Dept. of Mathematics
Coordinator
Dr. Sujit Mishra

Dr. Sujit Mishra

Dept. of Mechanical Engg.
Dr. Shashikant Das

Dr. Shashikant Das

Dept. of Mechanical Engg.
Dr. Aditya Kumar Pati

Dr. Aditya Kumar Pati

Dept. of Mathematics
Dr. Balaji Padhy

Dr. Balaji Padhy

Dept. of Mathematics
BBSR Campus — Bhubaneswar
Dr. R.C. Mohanty

Dr. R.C. Mohanty

Dept. of Mechanical Engg.
Dr. Swarnalata Jena

Dr. Swarnalata Jena

Dept. of Mathematics
Dr. Manas R. Padhi

Dr. Manas R. Padhi

Dept. of Mechanical Engg.
Dr. Sasi B. Padhi

Dr. Sasi B. Padhi

Dept. of Mathematics
Dr. Anwesha Mishra

Dr. Anwesha Mishra

Dept. of Mathematics
AP Campus — Vizianagaram
Dr. Navya Kakarlapudi

Dr. Navya Kakarlapudi

Dept. of Mathematics
Jt. Coordinator – AP
Ms. Challa Meenakshi

Ms. Challa Meenakshi

Aptitude Trainer, BS&H
Ms. Ch. Kanchana

Ms. Ch. Kanchana

Dept. of Mathematics
Mr. Laxmikant Sutar

Mr. Laxmikant Sutar

Dept. of CSE
Jt. Coordinator – AP
06 — Impact & Achievements

Research Impact
& Recognitions

0
Quantum Computing
Workshops Organized
0
Total Workshop
Participants
0
Teaching Hours
(2024 Workshop)
0
CUTM Campuses
Engaged
🏆

Certificate of Appreciation — AICTE Book Translation

Dr. R.C. Mohanty received a Certificate of Appreciation for contributing as translator of "Engineering Mechanics" published by AICTE, recognizing the Centre's contribution to national engineering education.

💰

Revenue Generation

The Centre has generated a total income of ₹3,66,000 through academic activities, workshops, and computational consultancy services — demonstrating financial sustainability while delivering value to industry and academia.

"Computation is the third pillar of science, alongside theory and experiment. At CCM, we harness all three paradigms to solve tomorrow's most complex computational challenges — today."

— Dr. Ashok Misra, Coordinator, Centre for Computational Mathematics, CUTM
07 — Tools & Platforms

Computational
Infrastructure

The Centre works with industry-leading simulation, quantum, and HPC platforms — providing access to state-of-the-art computational tools for research and training.

SIMULIAby Dassault Systèmes
IBM QiskitQuantum Experience
NVIDIA CUDAGPU Computing
Quda CGPU Lattice Library
GPU RigParallel Workstation
IBM Quantum CloudReal Quantum Hardware