Anubhav Khanal · Mechanical Engineer
Anubhav Khanal.
MECHANICAL ENGINEER
OPEN TO JUNIOR ROLES TANSEN · NEPAL

Anubhav
Khanal.

Mechanical engineer from Nepal, specialized in hydropower. I work across CFD simulation, thermal system design and renewable energy, taking projects from the first load calculation to a welded, tested prototype.

17
PROJECTS
04
PROTOTYPES BUILT
05
CFD + THERMAL STUDIES
01
RESEARCH PAPER
Portrait of Anubhav Khanal
MECHANICAL ENGINEERCLASS OF 2027
01 ABOUT

From first sketch to tested machine

I grew up in Tansen, Palpa and study mechanical engineering at Kathmandu University, specializing in hydropower. Across seventeen projects I have moved between the workshop and the solver: machining and welding prototypes that had to survive real water, and building the CFD and thermal models that explain why they work.

On the analysis side I have simulated cyclone separators and battery cooling in ANSYS Fluent, calculated room-by-room HVAC loads, designed a 50 tonne cold store, and mapped the heat demand of 20,715 buildings for a municipal heat atlas. Where a calculation will be repeated, I turn it into a reusable Excel design tool — three of my projects ship that way.

Right now I am finishing final-year research on combined sediment and cavitation erosion in Francis turbines, and preparing for graduate study in energy systems. I also enjoy web design, which is why this site exists. If you are working on energy, water or machines, I would like to hear from you.

QUICK FACTS
Based inTansen, Palpa, Nepal
DegreeBE Mechanical Engineering
UniversityKathmandu University
SpecializationHydropower
02 SELECTED WORK

My projects

06 OF 17 SHOWN
CAD model of the pipe inline turbine runnerCAD MODEL
Fabricated pipe inline turbine unitBUILT + TESTED
01Jun 2023 to Nov 2023 · Design + fabrication
Design and Fabrication of a Pipe Inline Turbine

A turbine that generates electricity inside a 180 mm water pipeline, recovering energy from flow that is otherwise lost. I modeled every part in SolidWorks; we then fabricated and welded the unit and validated it outdoors at three flow rates, powering a 4 W bulb from a 12 V DC generator.

4.38 W
ELECTRICAL OUTPUT
35%
SYSTEM EFFICIENCY
103 RPM
MEASURED RUNNER SPEED
SolidWorks Fabrication + welding Field testing
02Dec 2023 to Sep 2024 · Design + fabrication
Energy Recovery from a Speed Breaker

A speed breaker that recovers the push of passing vehicles instead of wasting it as heat. We compared drive mechanisms and selected rack and pinion with gear amplification, modeled the mechanism in SolidWorks, then fabricated the prototype and quantified its output with a multimeter, averaging at least five runs per reading.

1 W
MEASURED OUTPUT
316 mA
CURRENT GENERATED
4 W
THEORETICAL, WITH DEVIATION ANALYSIS
SolidWorks Mechanism design Prototyping
SolidWorks model of the speed breaker mechanismCAD MODEL
Fabricated speed breaker prototype under testBUILT + TESTED
Heat demand map of Panauti Municipality
03Apr 2025 to Mar 2026 · Energy mapping
Heat Atlas for Panauti Municipality

The first building-level heat atlas for a Nepali municipality. We surveyed 210 homes door to door, calibrated a hybrid demand model — 70% survey energy data, 30% physics-based transmission losses with U-values and heating degree days — then extrapolated it to every building in Panauti using OpenStreetMap footprints and SRTM elevation in GIS. Ward-by-ward maps now give planners a baseline for clean heating projects.

20,715
BUILDINGS MODELED, 12 WARDS
24.36 GWh
ANNUAL HEAT DEMAND
210
HOMES FIELD-SURVEYED
Field survey GIS mapping Energy modeling
04Feb 2026 to Dec 2026 · Final year researchIN PROGRESSPAPER PUBLISHED
Synergistic Sediment Erosion and Cavitation in a Francis Turbine

Sediment-laden Himalayan rivers wear down Francis runners, and cavitation makes the attack worse — combined wear reported in literature at up to 16 times pure cavitation damage. My final-year research builds a multiphase CFD model of both mechanisms acting together on a runner blade, comparing clear-water, erosion-only, cavitation-only and combined cases on an SS304 runner.

4 cases
BASELINE, EROSION, CAVITATION, COMBINED
16×
COMBINED WEAR REPORTED IN LITERATURE
SS304
RUNNER SURFACE STUDIED
ANSYS Fluent Oka erosion model Schnerr–Sauer cavitation
Francis turbine runner diagram with sediment erosion areas
HVAC schematic layout of the first floor
05Apr 2026 to Jul 2026 · Thermal design
Residential HVAC Design and Energy Forecasting

Room-by-room sensible and latent load analysis for a three-zone residence in Tansen, covering transmission, solar gain, occupants, lighting, appliances, infiltration and fresh air. Inverter split units of 3.4, 3.4 and 2.5 kW were sized against each room's peak, and seven energy improvement measures were ranked by payback. The whole calculation lives in a reusable Excel tool.

7.96 kW
PEAK COOLING LOAD, 2.26 TR
4.87 kW
PEAK HEATING LOAD
753 kWh
FORECAST ANNUAL HVAC ELECTRICITY
Load calculation Energy forecasting Reusable Excel tool
06Apr 2026 to Jul 2026 · Refrigeration
Cold Storage Design for Agro Products

Complete design of a 50 tonne potato cold store for Tansen: monthly refrigeration loads across the loading, holding and unloading schedule, an R449A vapour-compression system with two ceiling evaporators, insulated envelope and floor build-up, and an energy and financial model. The sizing calculation is an Excel tool that can re-run for other products and capacities.

9.84 kW
PEAK REFRIGERATION LOAD, 2.80 TR
50.4 t
CAPACITY, 1,680 CRATES
6,140 kWh
ESTIMATED ANNUAL ELECTRICITY
Refrigeration design R449A system Reusable Excel tool
Cold storage building layout drawing
Go to all 17 projects →
03 RESEARCH

Publication

RESEARCH PAPER · 2026 PUBLISHED MANUSCRIPT IN PREPARATION
Numerical Analysis of the Synergistic Effect of Sediment Particles and Cavitation Behavior in Francis Turbine Runner Blade
Aditya Hari Adhikari, Anubhav Khanal, Ganga Bahadur Khatri · Department of Mechanical Engineering, Kathmandu University
PUBLISHED IN Journal / conference name goes here · 2026 · DOI link

Sediment erosion and cavitation are usually studied separately, yet in Himalayan plants they attack the same runner blades at the same time. This work develops a multiphase CFD model that simulates both together, quantifying how cavitating flow changes the sediment erosion pattern and rate compared with either mechanism alone.

Multiphase CFD DPM + Oka erosion model Schnerr–Sauer cavitation ANSYS Fluent
04 SKILLS

What I work with

DESIGN AND CAD
SolidWorks
3D modeling and assembly
Engineering drawing
Machine element design
SIMULATION AND ANALYSIS
ANSYS Fluent
OpenFOAM
MATLAB
Thermal load and refrigeration sizing
WORKSHOP AND FABRICATION
Lathe and milling
Arc, TIG, MIG and gas welding
Prototype assembly and testing
Maintenance planning
SOFTWARE AND TOOLS
Microsoft Excel, advanced
GIS mapping
Arduino basics
HTML, CSS and WordPress
ALSO Technical report writing Engineering data analysis in Excel Project presentation
05 LANGUAGES

Languages I speak

Nepali
NATIVE
ने
English
FLUENT
En
Hindi
FLUENT
हि
06 EXPERIENCE

Where I have worked

Aug 2026 to Oct 2026 · Lamjung, Nepal
Mechanical Engineering Intern
Everest Hydro Energy Pvt. Ltd.
  • Assisted the mechanical team with routine inspection of turbines, valves and cooling systems in the powerhouse.
  • Kept daily operation logs and helped prepare maintenance checklists.
  • Studied intake, desander and penstock operation during the monsoon sediment season.
Sample entry. I will replace the company, text and photos after the internship.
07 EDUCATION

Education

Bachelor of Engineering in Mechanical Engineering
Specialization in Hydropower · Kathmandu University, Dhulikhel
2022 to 2027
Higher Secondary Education, +2 Science
New Horizon Higher Secondary School, Tansen
2019 to 2021
Secondary Education Examination, SEE
New Horizon Higher Secondary School, Tansen
2018 to 2019
08 CERTIFICATIONS

Certifications

CERTIFICATE
Microsoft Excel, Advanced
Advanced formulas, data analysis and dashboard building.
RESERVED
The next one
This space is saved. I add certificates here as I earn them.
09 · CONTACT

Let's build something.

I am open to junior mechanical engineering roles, internships, research collaboration and graduate study opportunities, in Nepal or abroad.

anubhavkhanal59@gmail.com
PHONE+977 9840041077
LOCATIONTansen, Palpa 32500, Nepal
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ANUBHAV KHANAL · MECHANICAL ENGINEER TANSEN, PALPA, NEPAL